3900 Series Base Station V100R009C00
eNodeBFunction Parameter Reference Issue
11
Date
2015/03/30
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2015. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.
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rights reserved. any form or by any means without prior written consent of Huawei
Technologies Co., Ltd.
ed in this document are the property of their respective holders.
by the contract made between Huawei and the customer. All or part of the ay not be within the purchase scope or the usage scope. Unless otherwise mmendations in this document are provided "AS IS" without warranties, mplied.
notice. Every effort has been made in the preparation of this document to on, and recommendations in this document do not constitute a warranty of
Purpose
This document describes the MO parameters of eNodeB For the details about the paramete interconnection, see the eNodeB Parameter List.
Intended Audience This document is intended for: • Network planners • System engineers • Field engineers • Shift operators • Site maintainers • Network operators
Parameter Attribute Description The following table describes the attributes of each parameter. Parameter Attribute MO Parameter ID Parameter Name
NE
MML Command
Meaning
IsKey Mandatory
Dynamic Attribute Feature ID Feature Name Value Type GUI Value Range Enumeration Number/Bit Unit Actual Value Range
Default Value
Recommended Value
Initial Value Source
Impact Parameter Relationship Access
Service Interrupted After Modification
Interruption Scope Interruption Duration (min) Caution Validation of Modification Impact on Radio Network Performance Introduced in Version… Attribute
Applicable Mode
Change History For detailed parameter changes, see the release notes. Issue
Date
11
2015/3/30
10
2015/1/29
09
2014/12/30
08
2014/11/13
07
2014/9/30
06
2014/8/30
05
2014/7/25
04
2014/6/30
03
2014/6/25
02
2014/5/27
01
2014/4/26
Draft C
2014/3/31
Draft B
2014/2/28
Draft A
2014/1/20
he MO parameters of eNodeB For the details about the parameters related to northbound interface NodeB Parameter List.
scription
es the attributes of each parameter. Description Managed object of NE. A simple character string used for identifying a parameter. Name of a parameter. NE Type of a product displayed on the OSS. The value can be BTS3900, BTS3900 WCDMA, or BTS3900 LTE. BTS3900 indicates a co-MPT base station; BTS3900 WCDMA indicates a UMTS base station; BTS3900 LTE indicates an LTE base station. These NE types are applicable to the following base station models: DBS3900, BTS3900, BTS3900A, BTS3900L, BTS3900AL, and BTS3900C. Man Machine Language (MML) command related to the parameter. Function of a parameter, protocol that defines the parameter, whether the parameter is an advanced parameter. Advanced parameters are not configured through northbound interfaces. To modify these parameters, contact Huawei Customer Service Center for technical support. If parameters meet one of the following conditions, they are treated as advanced parameters: 1. Parameters are temporarily introduced in a new feature or a customized feature to achieve optimal network performance. These parameters will have fixed values and will be deleted after the beta test or test at the customized site. 2. Modifications to these parameters have a great impact on network KPIs or performance. Normally, modifications of these parameters are not required for features. To achieve optimal network performance, multiple parameters must be modified because modification of a single parameter has little effect on the network and even may cause accidents, for example, service interruption. Whether the parameter is used to identify an MO instance. Whether the parameter is mandatory for creating an MO instance.
Whether the parameter is dynamic for an MO. If the parameter is not dynamic, it can be added, modified, or removed; if the parameter is dynamic, it cannot. ID of the feature that uses the parameter. Name of the feature that uses the parameter. Type of a parameter value. For example, IP Address Type, Compound Type, Enumeration Type, Interval Type, Bit Field Type, Character String Type, Wildcard Mask Type, Subnet Mask Type, Password Type, Any Type, BCD Number Type, Struct. Range of the parameter values displayed on the GUI. Enumeration number corresponding to the GUI value of a parameter of the enumeration type, or bit position corresponding to the GUI value of a parameter of the bit field type. N/A is filled if the parameter value is not enumeration type or bit field type. Unit of a parameter value displayed on the GUI. Range of the actual values corresponding to the parameter values displayed on the GUI. Initial value assigned by the system for a parameter. For a mandatory parameter, no default value is available. For a bit field parameter, if the value of a sub-parameter is ON, the bit representing the sub-parameter is set to 1; if the value of a sub-parameter is OFF, the bit representing the subparameter is set to 0. None indicates that no default value is available. Generally, it is displayed on the configuration window of an ADD command but not displayed on the configuration window of a MOD/RMV/DSP/LST/SET command. Parameter values recommended for different scenarios. Source for the initial configuration of a parameter. The initial value source can be: Radio planning (Internal planning): The parameter value comes from the radio network plan, facilitating resource management on the NE. Radio planning (Negotiation with the peer): The parameter value comes from the radio network plan. The NE negotiates this value with the peer device to ensure successful interworking. Transport planning (Internal planning): The parameter value comes from the transport network plan, facilitating resource management on the NE. Transport planning (Negotiation with the peer): The parameter value comes from the transport network plan. The NE negotiates this value with the peer device to ensure successful interworking. Equipment planning: The parameter value comes from the equipment plan. Engineering design: The parameter value comes from the algorithm or function design. Default/recommended value: The parameter value uses the default or recommended value, where the recommended value is preferential. The default/recommended value can be used in most scenarios and adjusted for a specific scenario. N/A: The parameter value is not required. Parameter impact scope. Relationship with other parameters. For example, to use this parameter, you need to set related Whether a parameter has one of the following properties: Read/Write: The parameter can be added, deleted, or modified. Read Only: The parameter can be added or deleted only.
Whether the parameter modification interrupts the ongoing services. One of the following comments is provided: Yes: The modification interrupts the ongoing services. No (And no impact on the UE in idle mode): The modification does not interrupt the ongoing services, and has no impact on the network access of UEs in idle mode. No (For the UE in idle mode, ...): The modification does not interrupt the ongoing services, but affects network access of UEs in idle mode... N/A: This comment is used when a parameter cannot be modified. Possible interruption scope. Possible interruption duration (unit: minute). Cautions to be taken during the modification. How this parameter takes effect and whether the equipment needs to be restarted after the modification. The parameter modification does not impact the equipment means that the parameter takes effect immediately after the modification. Impact of the parameter on radio network performance. Product version in which the parameter is introduced. Whether the parameter is a radio parameter, a transport parameter, or an equipment parameter. Indicates the applicable mode of a parameter. G:The parameter is valid for GSM mode. U:The parameter is valid for UMTS mode. L:The parameter is valid for LTE mode. If the parameter is applicable to multiple modes, the modes are separated by commas. For example, if the parameter is applicable to GSM and UMTS, the value is G,U. If a parameter not applicable to a mode is used, the services of the mode will not be affected irrespective of whether the parameter setting is successful.
nges, see the release notes. Description This is the eleventh official release. For details about the changes, see appendix 2 in the corresponding release note. This is the tenth official release. For details about the changes, see appendix 2 in the corresponding release note. This is the ninth official release. For details about the changes, see appendix 2 in the corresponding release note. This is the eighth official release. For details about the changes, see appendix 2 in the corresponding release note. This is the seventh official release. For details about the changes, see appendix 2 in the corresponding release note.
This is the sixth official release. For details about the changes, see appendix 2 in the corresponding release note. This is the fifth official release. For details about the changes, see appendix 2 in the corresponding release note. This is the fourth official release. For details about the changes, see appendix 2 in the corresponding release note. This is the third official release. For details about the changes, see appendix 2 in the corresponding release note. This is the second official release. For details about the changes, see appendix 2 in the corresponding release note. This is the first official release. For details about the changes, see appendix 2 in the corresponding release note. Draft C For details about the changes, see appendix 2 in the corresponding release note. Draft B. For details about the changes, see appendix 2 in the corresponding release note. Draft A
rameters related to northbound interface
parameter.
e value can be BTS3900, BTS3900 WCDMA, or ase station; BTS3900 WCDMA indicates a UMTS ase station. These NE types are applicable to the 900, BTS3900A, BTS3900L, BTS3900AL, and
ed to the parameter. he parameter, whether the parameter is an
gh northbound interfaces. To modify these Center for technical support. ns, they are treated as advanced parameters: ew feature or a customized feature to achieve
ll be deleted after the beta test or test at the
eat impact on network KPIs or performance. e not required for features. To achieve optimal t be modified because modification of a single ven may cause accidents, for example, service
O instance. g an MO instance.
f the parameter is not dynamic, it can be added, mic, it cannot.
dress Type, Compound Type, Enumeration Type, ype, Wildcard Mask Type, Subnet Mask Type, Struct.
e GUI. value of a parameter of the enumeration type, or parameter of the bit field type. N/A is filled if the ield type.
. e parameter values displayed on the GUI. meter. For a mandatory parameter, no default value e of a sub-parameter is ON, the bit representing ub-parameter is OFF, the bit representing the subefault value is available. ndow of an ADD command but not displayed on LST/SET command.
cenarios.
er. The initial value source can be: meter value comes from the radio network plan,
The parameter value comes from the radio network r device to ensure successful interworking. parameter value comes from the transport network NE. er): The parameter value comes from the transport the peer device to ensure successful
mes from the equipment plan. mes from the algorithm or function design. value uses the default or recommended value, The default/recommended value can be used in ario.
e, to use this parameter, you need to set related properties: ted, or modified. eted only.
he ongoing services. One of the following
rvices. The modification does not interrupt the ongoing cess of UEs in idle mode. ation does not interrupt the ongoing services, but
cannot be modified.
e equipment needs to be restarted after the es not impact the equipment means that the odification.
rmance.
duced. transport parameter, or an equipment parameter.
, the modes are separated by commas. For and UMTS, the value is G,U. , the services of the mode will not be affected successful.
MO
Parameter ID
Parameter Name
CN Operator ID
CN Operator extended QCI
ADD CNOPERATOREXT ENDEDQCI LST CNOPERATOREXT ENDEDQCI MOD CNOPERATOREXT ENDEDQCI RMV BTS3900, BTS3900 CNOPERATOREXT LTE ENDEDQCI
CnOperatorExtended
ExtendedQci
MML Command
ADD CNOPERATOREXT ENDEDQCI LST CNOPERATOREXT ENDEDQCI MOD CNOPERATOREXT ENDEDQCI RMV BTS3900, BTS3900 CNOPERATOREXT LTE ENDEDQCI
CnOperatorExtended
CnOperatorId
NE
ADD CNOPERATOREXT ENDEDQCI MOD CnOperatorExtended CNOPERATOREXT ENDEDQCI Service-based interLST ServiceIrHoCfgGro RAT handover BTS3900, BTS3900 CNOPERATOREXT upId policy group ID LTE ENDEDQCI ADD CNOPERATOREXT ENDEDQCI MOD CnOperatorExtended CNOPERATOREXT ENDEDQCI Service-based interLST ServiceIfHoCfgGrou Freq handover BTS3900, BTS3900 CNOPERATOREXT pId policy group ID LTE ENDEDQCI
CnOperatorHoCfg CnOperatorId
CN Operator ID
LST CNOPERATORHO CFG MOD BTS3900, BTS3900 CNOPERATORHO LTE CFG
CnOperatorHoCfg
FirstRatPri
First RAT Priority
MOD CNOPERATORHO CFG LST BTS3900, BTS3900 CNOPERATORHO LTE CFG
Second RAT Priority
MOD CNOPERATORHO CFG LST BTS3900, BTS3900 CNOPERATORHO LTE CFG
CnOperatorHoCfg
SecondRatPri
CnOperatorHoCfg
MOD CNOPERATORHO CFG LTE TDD inter-freq LST TddIfHoA2ThdRsrp A2 Threshold BTS3900, BTS3900 CNOPERATORHO Offset RSRP Offset LTE CFG
CnOperatorHoCfg
MOD CNOPERATORHO CFG LTE FDD inter-freq LST FddIfHoA2ThdRsrp A2 Threshold BTS3900, BTS3900 CNOPERATORHO Offset RSRP Offset LTE CFG
CnOperatorHoCfg
UTRAN A2 UtranA2ThdRsrpOff Threshold RSRP set Offset
MOD CNOPERATORHO CFG LST BTS3900, BTS3900 CNOPERATORHO LTE CFG
CnOperatorHoCfg
GERAN A2 GeranA2ThdRsrpOf Threshold RSRP fset Offset
MOD CNOPERATORHO CFG LST BTS3900, BTS3900 CNOPERATORHO LTE CFG
CnOperatorId
ADD CNOPERATORSPI DCFG LST CNOPERATORSPI DCFG MOD CNOPERATORSPI DCFG RMV BTS3900, BTS3900 CNOPERATORSPI LTE DCFG
CnOperatorSpidCfg
CN Operator ID
Spid
ADD CNOPERATORSPI DCFG LST CNOPERATORSPI DCFG MOD CNOPERATORSPI DCFG RMV BTS3900, BTS3900 CNOPERATORSPI LTE DCFG
RAT frequency priority indication
ADD CNOPERATORSPI DCFG MOD CNOPERATORSPI DCFG LST BTS3900, BTS3900 CNOPERATORSPI LTE DCFG
CnOperatorSpidCfg
Spid
CnOperatorSpidCfg
RatFreqPriorityInd
RatFreqPriorityGrou RAT frequency pId priority group ID
ADD CNOPERATORSPI DCFG MOD CNOPERATORSPI DCFG LST BTS3900, BTS3900 CNOPERATORSPI LTE DCFG
CnOperatorId
LST CNOPERATORSTA NDARDQCI MOD BTS3900, BTS3900 CNOPERATORSTA LTE NDARDQCI
CnOperatorSpidCfg
CnOperatorStandard CN Operator ID
CnOperatorStandard
Qci
QoS Class Indication
LST CNOPERATORSTA NDARDQCI MOD BTS3900, BTS3900 CNOPERATORSTA LTE NDARDQCI
MOD CNOPERATORSTA NDARDQCI CnOperatorStandard Service-based interLST ServiceIrHoCfgGro RAT handover BTS3900, BTS3900 CNOPERATORSTA upId policy group ID LTE NDARDQCI MOD CNOPERATORSTA NDARDQCI CnOperatorStandard Service-based interLST ServiceIfHoCfgGrou Freq handover BTS3900, BTS3900 CNOPERATORSTA pId policy group ID LTE NDARDQCI
CnOperatorStandard
Service-based ServiceHoBearerPo Handover Bearer licy Policy
MOD CNOPERATORSTA NDARDQCI LST BTS3900, BTS3900 CNOPERATORSTA LTE NDARDQCI
CSFallBackBlindHoC
CnOperatorId
CN Operator ID
LST CSFALLBACKBLIN DHOCFG MOD BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFallBackBlindHoC
InterRatHighestPri
Highest priority InterRat
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFallBackBlindHoC
InterRatSecondPri
Second priority InterRat
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFallBackBlindHoC
InterRatLowestPri
Lowest priority InterRat
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
UTRAN LCS capability
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
GERAN LCS capability
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFallBackBlindHoC
UtranLcsCap
CSFallBackBlindHoC
GeranLcsCap
CDMA2000 LCS capability
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFB Highest priority InterRat for Idle UE
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFB Second priority InterRat for Idle UE
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
CSFallBackBlindHoC
CdmaLcsCap
CSFallBackBlindHoC
IdleCsfbHighestPri
CSFallBackBlindHoC
IdleCsfbSecondPri
CSFallBackBlindHoC
IdleCsfbLowestPri
CSFallBackPolicyCfg
CsfbHoPolicyCfg
CSFB Lowest priority InterRat for Idle UE
MOD CSFALLBACKBLIN DHOCFG LST BTS3900, BTS3900 CSFALLBACKBLIN LTE DHOCFG
MOD CSFALLBACKPOLI CYCFG LST CSFB handover BTS3900, BTS3900 CSFALLBACKPOLI policy Configuration LTE CYCFG
MOD CSFALLBACKPOLI CYCFG CSFallBackPolicyCfg CSFB handover LST IdleModeCsfbHoPol policy Configuration BTS3900, BTS3900 CSFALLBACKPOLI icyCfg for idle ue LTE CYCFG
CSFallBackPolicyCfg
Csfb User Arp CsfbUserArpCfgSwi Configuration tch Switch
MOD CSFALLBACKPOLI CYCFG LST BTS3900, BTS3900 CSFALLBACKPOLI LTE CYCFG
CSFallBackPolicyCfg
Normal Csfb User NormalCsfbUserArp Arp
MOD CSFALLBACKPOLI CYCFG LST BTS3900, BTS3900 CSFALLBACKPOLI LTE CYCFG
EutranVoipHoBlkList
Mcc
ADD EUTRANVOIPHOB LKLIST LST EUTRANVOIPHOB LKLIST RMV BTS3900, BTS3900 EUTRANVOIPHOB Mobile country code LTE LKLIST
Mnc
ADD EUTRANVOIPHOB LKLIST LST EUTRANVOIPHOB LKLIST RMV BTS3900, BTS3900 EUTRANVOIPHOB LTE LKLIST
EutranVoipHoBlkList
Mobile network code
EutranVoipHoBlkList
Tac
Tac
ADD EUTRANVOIPHOB LKLIST LST EUTRANVOIPHOB LKLIST RMV BTS3900, BTS3900 EUTRANVOIPHOB LTE LKLIST
CN Operator ID
ADD INTERPLMNHOLIS T LST INTERPLMNHOLIS T RMV BTS3900, BTS3900 INTERPLMNHOLIS LTE T
Target Mobile country code
ADD INTERPLMNHOLIS T LST INTERPLMNHOLIS T RMV BTS3900, BTS3900 INTERPLMNHOLIS LTE T
InterPlmnHoList
CnOperatorId
InterPlmnHoList
TarMcc
InterPlmnHoList
TarMnc
Target Mobile network code
ADD INTERPLMNHOLIS T LST INTERPLMNHOLIS T RMV BTS3900, BTS3900 INTERPLMNHOLIS LTE T
RatFreqPriorityGrou RAT frequency pId priority group ID
ADD RATFREQPRIORIT YGROUP LST RATFREQPRIORIT YGROUP MOD RATFREQPRIORIT YGROUP RMV BTS3900, BTS3900 RATFREQPRIORIT LTE YGROUP
RatType
ADD RATFREQPRIORIT YGROUP LST RATFREQPRIORIT YGROUP MOD RATFREQPRIORIT YGROUP RMV BTS3900, BTS3900 RATFREQPRIORIT LTE YGROUP
RatFreqPriorityGrou
RatFreqPriorityGrou
RAT Type
DL Earfcn or Bandclass
ADD RATFREQPRIORIT YGROUP LST RATFREQPRIORIT YGROUP MOD RATFREQPRIORIT YGROUP RMV BTS3900, BTS3900 RATFREQPRIORIT LTE YGROUP
Priority
Priority
ADD RATFREQPRIORIT YGROUP MOD RATFREQPRIORIT YGROUP LST BTS3900, BTS3900 RATFREQPRIORIT LTE YGROUP
BandIndicator
ADD RATFREQPRIORIT YGROUP MOD RATFREQPRIORIT YGROUP LST GERAN Frequency BTS3900, BTS3900 RATFREQPRIORIT Indicator LTE YGROUP
RatFreqPriorityGrou
DlEarfcn
RatFreqPriorityGrou
RatFreqPriorityGrou
ServiceIfDlEarfcnGrp
CnOperatorId
CN Operator ID
ADD SERVICEIFDLEAR FCNGRP LST SERVICEIFDLEAR FCNGRP MOD SERVICEIFDLEAR FCNGRP RMV BTS3900, BTS3900 SERVICEIFDLEAR LTE FCNGRP
ADD SERVICEIFDLEAR FCNGRP LST SERVICEIFDLEAR ServiceIfDlEarfcnGrp FCNGRP MOD SERVICEIFDLEAR FCNGRP RMV ServiceIfHoCfgGrou Service Interfreq Ho BTS3900, BTS3900 SERVICEIFDLEAR pId Policy Group Id LTE FCNGRP
ServiceIfDlEarfcnGrp
DlEarfcnIndex
ServiceIfDlEarfcnGrp
DlEarfcn
ADD SERVICEIFDLEAR FCNGRP LST SERVICEIFDLEAR FCNGRP MOD SERVICEIFDLEAR FCNGRP RMV Downlink EARFCN BTS3900, BTS3900 SERVICEIFDLEAR Index LTE FCNGRP
ADD SERVICEIFDLEAR FCNGRP MOD SERVICEIFDLEAR FCNGRP LST BTS3900, BTS3900 SERVICEIFDLEAR Downlink EARFCN LTE FCNGRP
ServiceIfHoCfgGrou
CnOperatorId
CN Operator ID
ADD SERVICEIFHOCFG GROUP LST SERVICEIFHOCFG GROUP MOD SERVICEIFHOCFG GROUP RMV BTS3900, BTS3900 SERVICEIFHOCFG LTE GROUP
ADD SERVICEIFHOCFG GROUP LST SERVICEIFHOCFG ServiceIfHoCfgGrou GROUP MOD SERVICEIFHOCFG GROUP Service-based interRMV ServiceIfHoCfgGrou Freq handover BTS3900, BTS3900 SERVICEIFHOCFG pId policy group ID LTE GROUP
ServiceIfHoCfgGrou
InterFreqHoState
ADD SERVICEIFHOCFG GROUP MOD SERVICEIFHOCFG GROUP LST Inter-Freq handover BTS3900, BTS3900 SERVICEIFHOCFG state LTE GROUP
DlEarfcn
ADD SERVICEIFHOCFG GROUP MOD SERVICEIFHOCFG GROUP LST BTS3900, BTS3900 SERVICEIFHOCFG Downlink EARFCN LTE GROUP
ServiceIfHoCfgGrou
ServiceIfHoCfgGrou
ADD SERVICEIFHOCFG GROUP MOD SERVICEIFHOCFG GROUP Service-based LST InterFreq A4 Report BTS3900, BTS3900 SERVICEIFHOCFG A4RptWaitingTimer Waiting Timer LTE GROUP
ServiceIfHoCfgGrou
A4TimeToTriger
ADD SERVICEIFHOCFG GROUP MOD SERVICEIFHOCFG GROUP Service-based LST InterFreq A4 time to BTS3900, BTS3900 SERVICEIFHOCFG trigger LTE GROUP
ServiceIrHoCfgGrou
CnOperatorId
CN Operator ID
ADD SERVICEIRHOCF GGROUP LST SERVICEIRHOCF GGROUP MOD SERVICEIRHOCF GGROUP RMV BTS3900, BTS3900 SERVICEIRHOCF LTE GGROUP
ADD SERVICEIRHOCF GGROUP LST SERVICEIRHOCF ServiceIrHoCfgGrou GGROUP MOD SERVICEIRHOCF GGROUP Service-based interRMV ServiceIrHoCfgGro RAT handover BTS3900, BTS3900 SERVICEIRHOCF upId policy group ID LTE GGROUP
ServiceIrHoCfgGrou
InterRatHoState
ADD SERVICEIRHOCF GGROUP MOD SERVICEIRHOCF GGROUP LST Inter-RAT handover BTS3900, BTS3900 SERVICEIRHOCF state LTE GGROUP
ServiceIrHoCfgGrou
Service-based Inter-RAT HO ServiceIrMeasMode Measure Mode
ADD SERVICEIRHOCF GGROUP MOD SERVICEIRHOCF GGROUP LST BTS3900, BTS3900 SERVICEIRHOCF LTE GGROUP
Spid
ADD SPIDCFG LST SPIDCFG BTS3900, BTS3900 MOD SPIDCFG LTE RMV SPIDCFG
DrxStatus
Drx status
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG LTE LST SPIDCFG
RatFreqPriorityInd
RAT frequency priority indication
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG LTE LST SPIDCFG
SpidCfg Spid
SpidCfg
SpidCfg
SpidCfg
RatFreqPriorityGrou RAT frequency pId priority group ID
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG LTE LST SPIDCFG
SpidCfg
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG PreallocationStatus PreallocationStatus LTE LST SPIDCFG
SpidCfg
InterFreq Mlb InterFreqMlbSwitch Switch
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG LTE LST SPIDCFG
SpidCfg
InterRatMlbSwitch
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG InterRat Mlb Switch LTE LST SPIDCFG
SpidCfg
SPID-based HoBackToHPLMNS Handover Back To witch HPLMN Switch
UtranNetworkCapCf
Mcc
ADD SPIDCFG BTS3900, BTS3900 MOD SPIDCFG LTE LST SPIDCFG
ADD UTRANNETWORK CAPCFG LST UTRANNETWORK CAPCFG MOD UTRANNETWORK CAPCFG RMV BTS3900, BTS3900 UTRANNETWORK Mobile country code LTE CAPCFG
Mobile network code
ADD UTRANNETWORK CAPCFG LST UTRANNETWORK CAPCFG MOD UTRANNETWORK CAPCFG RMV BTS3900, BTS3900 UTRANNETWORK LTE CAPCFG
Rnc Id
ADD UTRANNETWORK CAPCFG LST UTRANNETWORK CAPCFG MOD UTRANNETWORK CAPCFG RMV BTS3900, BTS3900 UTRANNETWORK LTE CAPCFG
UtranNetworkCapCf
Mnc
UtranNetworkCapCf
RncId
UtranNetworkCapCf
NetworkCapCfg
Network Capability Configuration
ADD UTRANNETWORK CAPCFG MOD UTRANNETWORK CAPCFG LST BTS3900, BTS3900 UTRANNETWORK LTE CAPCFG
CN Operator ID
LST ENBCNOPQCIRSV DPARA MOD BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
QoS Class Indication
LST ENBCNOPQCIRSV DPARA MOD BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa CnOperatorId
eNBCnOpQciRsvdPa
Qci
eNBCnOpQciRsvdPa
RsvdSwPara0
Reserved Switch Parameter 0
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 2
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara2
eNBCnOpQciRsvdPa
RsvdPara3
Reserved Parameter 3
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 4
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara4
eNBCnOpQciRsvdPa
RsvdPara5
Reserved Parameter 5
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 6
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara6
eNBCnOpQciRsvdPa
RsvdPara7
Reserved Parameter 7
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 8
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara8
eNBCnOpQciRsvdPa
RsvdPara9
Reserved Parameter 9
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 10
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara10
eNBCnOpQciRsvdPa
RsvdPara11
Reserved Parameter 11
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 12
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara12
eNBCnOpQciRsvdPa
RsvdPara13
Reserved Parameter 13
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 14
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara14
eNBCnOpQciRsvdPa
RsvdPara15
Reserved Parameter 15
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 16
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara16
eNBCnOpQciRsvdPa
RsvdPara17
Reserved Parameter 17
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 18
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara18
eNBCnOpQciRsvdPa
RsvdPara19
Reserved Parameter 19
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
Reserved Parameter 20
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNBCnOpQciRsvdPa
RsvdPara20
eNBCnOpQciRsvdPa
RsvdPara21
Reserved Parameter 21
MOD ENBCNOPQCIRSV DPARA LST BTS3900, BTS3900 ENBCNOPQCIRSV LTE DPARA
eNodeBFunction
eNodeBFunctionNa eNodeB Function me Name
ADD ENODEBFUNCTIO N MOD ENODEBFUNCTIO N RMV ENODEBFUNCTIO N LST BTS3900, BTS3900 ENODEBFUNCTIO LTE N
Application Reference
ADD ENODEBFUNCTIO N LST BTS3900, BTS3900 ENODEBFUNCTIO LTE N
eNodeB ID
ADD ENODEBFUNCTIO N MOD ENODEBFUNCTIO N LST BTS3900, BTS3900 ENODEBFUNCTIO LTE N
User Label
ADD ENODEBFUNCTIO N MOD ENODEBFUNCTIO N LST BTS3900, BTS3900 ENODEBFUNCTIO LTE N
NeRM Version
LST BTS3900, BTS3900 ENODEBFUNCTIO LTE N
Product Version
LST BTS3900, BTS3900 ENODEBFUNCTIO LTE N
eNodeBFunction
ApplicationRef
eNodeBFunction
eNodeBId
eNodeBFunction
UserLabel
eNodeBFunction
NermVersion
eNodeBFunction ProductVersion
ANRMeasureParam
A3TimeToTrigForA NR
Intrafreq Measure Time to Trigger for ANR
MOD ANRMEASUREPA RAM LST BTS3900, BTS3900 ANRMEASUREPA LTE RAM
ANRMeasureParam
A3HystForANR
MOD ANRMEASUREPA RAM LST Intrafreq Hysteresis BTS3900, BTS3900 ANRMEASUREPA for ANR LTE RAM
ANRMeasureParam
A3OffsetForANR
Intrafreq Measure Offset for ANR
MOD ANRMEASUREPA RAM LST BTS3900, BTS3900 ANRMEASUREPA LTE RAM
ANRMeasureParam
A4TimeToTrigForA NR
Interfreq Measure Time to Trigger for ANR
MOD ANRMEASUREPA RAM LST BTS3900, BTS3900 ANRMEASUREPA LTE RAM
ANRMeasureParam
A4HystForANR
MOD ANRMEASUREPA RAM LST Interfreq Hysteresis BTS3900, BTS3900 ANRMEASUREPA for ANR LTE RAM
ANRMeasureParam
Interfreq RSRP A4ThdRsrpForANR Threshold for ANR
MOD ANRMEASUREPA RAM LST BTS3900, BTS3900 ANRMEASUREPA LTE RAM
Counter check CounterCheckTimer timer
MOD COUNTERCHECK PARA LST BTS3900, BTS3900 COUNTERCHECK LTE PARA
CounterCheckPara
CounterCheckPara
CounterCheckCoun Counter check tNum count number
MOD COUNTERCHECK PARA LST BTS3900, BTS3900 COUNTERCHECK LTE PARA
CounterCheckPara MOD COUNTERCHECK PARA LST CounterCheckUser Counter check user BTS3900, BTS3900 COUNTERCHECK RelSwitch Release switch LTE PARA
ENodeBCipherCap
PrimaryCipherAlgo
Primary cipher algorithm
MOD ENODEBCIPHERC AP LST BTS3900, BTS3900 ENODEBCIPHERC LTE AP
ENodeBCipherCap
SecondCipherAlgo
Second cipher algorithm
MOD ENODEBCIPHERC AP LST BTS3900, BTS3900 ENODEBCIPHERC LTE AP
Third cipher algorithm
MOD ENODEBCIPHERC AP LST BTS3900, BTS3900 ENODEBCIPHERC LTE AP
Fourth cipher algorithm
MOD ENODEBCIPHERC AP LST BTS3900, BTS3900 ENODEBCIPHERC LTE AP
ENodeBCipherCap
ThirdCipherAlgo
ENodeBCipherCap
FourthCipherAlgo
ENodeBConnStateTi
S1MessageWaiting S1 Message Timer Waiting Timer
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
ENodeBConnStateTi
X2MessageWaiting X2 Message Timer Waiting Timer
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
ENodeBConnStateTi
UuMessageWaiting UU Message Timer Waiting Timer
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
ENodeBConnStateTi
MOD ENODEBCONNST ATETIMER CDMA2000 1xRTT LST Cdma1XrttHoUuPre HO Uu Prepare BTS3900, BTS3900 ENODEBCONNST pareTimer Timer LTE ATETIMER
ENodeBConnStateTi
MOD ENODEBCONNST ATETIMER CDMA2000 1xRTT LST Cdma1XrttHoS1Wa HO S1 Waiting BTS3900, BTS3900 ENODEBCONNST itingTimer Timer LTE ATETIMER
ENodeBConnStateTi MOD ENODEBCONNST ATETIMER LST Cdma1XrttHoCompl CDMA2000 1xRTT BTS3900, BTS3900 ENODEBCONNST eteTimer HO Complete Timer LTE ATETIMER
ENodeBConnStateTi MOD ENODEBCONNST ATETIMER LST CdmaHrpdHoComp CDMA2000 HRPD BTS3900, BTS3900 ENODEBCONNST leteTimer HO Complete Timer LTE ATETIMER
ENodeBConnStateTi
CDMA2000 HRPD CdmaHrpdHoS1Wa HO S1 Waiting itingTimer Timer
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
CDMA2000 HRPD CdmaHrpdHoUuPre HO Uu Prepare pareTimer Timer
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
ENodeBConnStateTi
ENodeBConnStateTi
MOD ENODEBCONNST ATETIMER LST WaitRrcConnSetup RRCConnSetupCm BTS3900, BTS3900 ENODEBCONNST CmpTimer p Waiting Timer LTE ATETIMER
ENodeBConnStateTi
MOD ENODEBCONNST ATETIMER LST SecCmpWaitingTim SecurityModeComp BTS3900, BTS3900 ENODEBCONNST er lete Waiting Timer LTE ATETIMER
ENodeBConnStateTi
MOD ENODEBCONNST ATETIMER Unprotected LST UpUeCapInfoWaitin UeCapInfo Waiting BTS3900, BTS3900 ENODEBCONNST gTimer Timer LTE ATETIMER
ENodeBConnStateTi
FirstForwardPacket First Forward Timer Packet Timer
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
ENodeBConnStateTi
EndMarkerTimer
End Marker Timer
ENodeBIntegrityCap
MOD ENODEBCONNST ATETIMER LST BTS3900, BTS3900 ENODEBCONNST LTE ATETIMER
PrimaryIntegrityAlg Primary integrity o algorithm
MOD ENODEBINTEGRIT YCAP LST BTS3900, BTS3900 ENODEBINTEGRIT LTE YCAP
Second integrity SecondIntegrityAlgo algorithm
MOD ENODEBINTEGRIT YCAP LST BTS3900, BTS3900 ENODEBINTEGRIT LTE YCAP
ENodeBIntegrityCap
ENodeBIntegrityCap
ThirdIntegrityAlgo
Third integrity algorithm
MOD ENODEBINTEGRIT YCAP LST BTS3900, BTS3900 ENODEBINTEGRIT LTE YCAP
ENodeBIntegrityCap
NullAlgo
NULL Algorithm config switch
MOD ENODEBINTEGRIT YCAP LST BTS3900, BTS3900 ENODEBINTEGRIT LTE YCAP
ROHC switch
MOD PDCPROHCPARA BTS3900, BTS3900 LST LTE PDCPROHCPARA
PdcpRohcPara
RohcSwitch
PdcpRohcPara
HighestMode
ROHC Highest mode
MOD PDCPROHCPARA BTS3900, BTS3900 LST LTE PDCPROHCPARA
PdcpRohcPara
Profiles
Compression profiles
MOD PDCPROHCPARA BTS3900, BTS3900 LST LTE PDCPROHCPARA
Timer302
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
T302
RrcConnStateTimer
T320ForLoadBalan Timer320 for load ce balance
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
T304ForEutran
Timer304 for EUTRAN
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
T304ForGeran
Timer304 for GERAN
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
Timer320 for other
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
T320ForOther
RrcConnStateTimer
UeInactiveTimer
Ue inactive timer
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
UlSynTimer
Uplink Sync Timer
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
Filter Repeated RRCConnReq Timer
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
FilterReptRrcConn ReqTimer
RrcConnStateTimer
UeInactivityTimerDy UE Inactivity Timer nDrx Dynamic DRX
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
RrcConnStateTimer
Uplink Sync Timer UlSynTimerDynDrx Dynamic DRX
MOD RRCCONNSTATET IMER LST BTS3900, BTS3900 RRCCONNSTATET LTE IMER
TceId
TCE ID
ADD TCEIPMAPPING LST TCEIPMAPPING MOD TCEIPMAPPING BTS3900, BTS3900 RMV LTE TCEIPMAPPING
IP Mode
ADD TCEIPMAPPING MOD TCEIPMAPPING BTS3900, BTS3900 LST LTE TCEIPMAPPING
TceIpMapping
TceIpMapping
IPMode
TceIpMapping
TceIpV4Addr
TCE IPv4 Address
ADD TCEIPMAPPING MOD TCEIPMAPPING BTS3900, BTS3900 LST LTE TCEIPMAPPING
TCE IPv6 Address
ADD TCEIPMAPPING MOD TCEIPMAPPING BTS3900, BTS3900 LST LTE TCEIPMAPPING
TceIpMapping
TceIpV6Addr
X2AutoSetupOperato
Mcc
ADD X2AUTOSETUPOP ERATOR RMV X2AUTOSETUPOP ERATOR LST BTS3900, BTS3900 X2AUTOSETUPOP Mobile country code LTE ERATOR
X2AutoSetupOperato
Mnc
Mobile network code
ADD X2AUTOSETUPOP ERATOR RMV X2AUTOSETUPOP ERATOR LST BTS3900, BTS3900 X2AUTOSETUPOP LTE ERATOR
CaMgtCfg
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CAMGTCFG LTE MOD CAMGTCFG
CaMgtCfg
CarrAggrA2ThdRsr Carrier Aggregation BTS3900, BTS3900 MOD CAMGTCFG p A2 RSRP threshold LTE LST CAMGTCFG
CaMgtCfg
CarrAggrA4ThdRsr Carrier Aggregation BTS3900, BTS3900 MOD CAMGTCFG p A4 RSRP threshold LTE LST CAMGTCFG
CaMgtCfg
CarrierMgtSwitch
Carrier Management Switch
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CaMgtCfg
CA Active Buffer ActiveBufferLenThd Length Threshold
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CaMgtCfg
DeactiveBufferLenT CA Deactive Buffer BTS3900, BTS3900 MOD CAMGTCFG hd Length Threshold LTE LST CAMGTCFG
CaMgtCfg
ActiveBufferDelayT CA Active Buffer hd Delay Threshold
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CA Deactive DeactiveThroughpu Throughput tThd Threshold
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CaMgtCfg
CaMgtCfg
CarrAggrA6Offset
Carrier Aggregation BTS3900, BTS3900 MOD CAMGTCFG A6 Offset LTE LST CAMGTCFG
SCellAgingTime
SCell Aging Time
CaMgtCfg
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CaMgtCfg
CaA6ReportAmoun CA A6 Report t Amount
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CaMgtCfg
BTS3900, BTS3900 MOD CAMGTCFG CaA6ReportInterval CaA6ReportInterval LTE LST CAMGTCFG
CaMgtCfg
SccDeactCqiThd
SCC Deactive CQI Threshold
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
CaMgtCfg
SccCfgInterval
SCC Configuration Interval
BTS3900, BTS3900 MOD CAMGTCFG LTE LST CAMGTCFG
Local cell ID
LST CELLBFMIMOPAR ACFG MOD BTS3900, BTS3900 CELLBFMIMOPAR LTE ACFG
CellBfMimoParaCfg LocalCellId
CellBfMimoParaCfg
BfMimoAdaptiveSwi BfMIMO adaptive tch switch
MOD CELLBFMIMOPAR ACFG LST BTS3900, BTS3900 CELLBFMIMOPAR LTE ACFG
CellBfMimoParaCfg
FixedBfMimoMode
Fixed BfMIMO mode
MOD CELLBFMIMOPAR ACFG LST BTS3900, BTS3900 CELLBFMIMOPAR LTE ACFG
CellBfMimoParaCfg
BfMimoAdapWithou Bf Mimo Adaptive tTm2 Without Tm2
MOD CELLBFMIMOPAR ACFG LST BTS3900, BTS3900 CELLBFMIMOPAR LTE ACFG
LocalCellId
LST CELLDLCOMPALG O MOD BTS3900, BTS3900 CELLDLCOMPALG LTE O
CellDlCompAlgo Local cell ID
CellDlCompAlgo
DlCompA3Offset
DlCompA3Offset
MOD CELLDLCOMPALG O LST BTS3900, BTS3900 CELLDLCOMPALG LTE O
Local cell ID
LST CELLDLPCPDSCH PA MOD BTS3900, BTS3900 CELLDLPCPDSCH LTE PA
CellDlpcPdschPa LocalCellId
CellDlpcPdschPa MOD CELLDLPCPDSCH PA LST BTS3900, BTS3900 CELLDLPCPDSCH PdschPaAdjSwitch PA adjusting switch LTE PA
CellDlpcPdschPa
PaPcOff
PA for even power distribution
MOD CELLDLPCPDSCH PA LST BTS3900, BTS3900 CELLDLPCPDSCH LTE PA
Local cell ID
LST CELLDRXPARA BTS3900, BTS3900 MOD LTE CELLDRXPARA
CellDrxPara LocalCellId
CellDrxPara
FddEnterDrxThd
FDD enter DRX threshold
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
FddExitDrxThd
FDD exit DRX threshold
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
TddEnterDrxThdUl
TDD enter DRX threshold Uplink
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
TDD exit DRX threshold Uplink
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
TddExitDrxThdUl
CellDrxPara
TddEnterDrxThdDl
MOD CELLDRXPARA TDD enter DRX BTS3900, BTS3900 LST threshold Downlink LTE CELLDRXPARA
TddExitDrxThdDl
MOD CELLDRXPARA TDD exit DRX BTS3900, BTS3900 LST threshold Downlink LTE CELLDRXPARA
CellDrxPara
CellDrxPara
DataAmountStatTi mer
Data amount Statistic timer
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
MOD DRX Power Saving CELLDRXPARA TddPowerSaveMea Measurement BTS3900, BTS3900 LST sSwitch Switch LTE CELLDRXPARA
CellDrxPara
MOD DRX Power Saving CELLDRXPARA TddPowerSaveStat Measurement BTS3900, BTS3900 LST Timer Period LTE CELLDRXPARA
CellDrxPara
MOD DRX Power Saving CELLDRXPARA TddPowerSavingEn Measurement Enter BTS3900, BTS3900 LST terDrxThd DRX Threshold LTE CELLDRXPARA
CellDrxPara
MOD DRX Power Saving CELLDRXPARA TddPowerSavingEx Measurement Exit BTS3900, BTS3900 LST itDrxThd DRX Threshold LTE CELLDRXPARA
CellDrxPara
MOD CELLDRXPARA LongDrxCycleUnsy UnSync Long DRX BTS3900, BTS3900 LST nc Cycle LTE CELLDRXPARA
CellDrxPara
CqiMask
Cqi-Mask Config Switch
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
OndurationTimerUn Onduration Timer sync Unsync
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
DrxInactivityTimerU DRX Inactivity nsync Timer Unsync
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
DrxPolicyMode
DRX Policy Mode
MOD CELLDRXPARA BTS3900, BTS3900 LST LTE CELLDRXPARA
CellDrxPara
MOD CELLDRXPARA DrxStartOffsetOptS DRX Start Offset BTS3900, BTS3900 LST witch Optimization Switch LTE CELLDRXPARA
CellHoParaCfg LocalCellId
Local cell ID
LST CELLHOPARACFG BTS3900, BTS3900 MOD LTE CELLHOPARACFG
CellHoParaCfg
BlindHO A1A2 BlindHoA1A2ThdRs RSRP trigger rp threshold
MOD CELLHOPARACFG BTS3900, BTS3900 LST LTE CELLHOPARACFG
CellHoParaCfg
BlindHO A1A2 BlindHoA1A2ThdRs RSRQ trigger rq threshold
MOD CELLHOPARACFG BTS3900, BTS3900 LST LTE CELLHOPARACFG
LocalCellId
LST CELLMIMOPARAC FG MOD BTS3900, BTS3900 CELLMIMOPARAC LTE FG
CellMimoParaCfg Local cell ID
CellMimoParaCfg
MimoAdaptiveSwitc MIMO Adaptive h Switch
MOD CELLMIMOPARAC FG LST BTS3900, BTS3900 CELLMIMOPARAC LTE FG
CellMimoParaCfg
FixedMimoMode
Fixed MIMO Mode
MOD CELLMIMOPARAC FG LST BTS3900, BTS3900 CELLMIMOPARAC LTE FG
CellMimoParaCfg
InitialMimoType
Initial Mimo Type
MOD CELLMIMOPARAC FG LST BTS3900, BTS3900 CELLMIMOPARAC LTE FG
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLMLBHO LTE MOD CELLMLBHO
CellMlbHo
CellMlbHo
IdleUeSelFreqStrat Idle UE Select BTS3900, BTS3900 MOD CELLMLBHO egy Frequency Strategy LTE LST CELLMLBHO
CellMlbHo
MlbHoInProtectMod Mlb Handover-in e Protect Mode
BTS3900, BTS3900 MOD CELLMLBHO LTE LST CELLMLBHO
CellMlbHo
MlbHoInProtectTim Mlb Handover-in er Protect Timer
BTS3900, BTS3900 MOD CELLMLBHO LTE LST CELLMLBHO
InterFreq Mlb InterFreqMlbHoInA Handover-in A1 1ThdRsrp RSRP Thd
BTS3900, BTS3900 MOD CELLMLBHO LTE LST CELLMLBHO
CellMlbHo
CellMlbHo
InterFreq Mlb InterFreqMlbHoInA Handover-in A1 1ThdRsrq RSRQ Thd
BTS3900, BTS3900 MOD CELLMLBHO LTE LST CELLMLBHO
InterFreq Mlb InterFreqMlbHoInA Handover-in A2 2ThdRsrp RSRP Thd
BTS3900, BTS3900 MOD CELLMLBHO LTE LST CELLMLBHO
CellMlbHo
CellMlbHo
InterFreq Mlb InterFreqMlbHoInA Handover-in A2 2ThdRsrq RSRQ Thd
BTS3900, BTS3900 MOD CELLMLBHO LTE LST CELLMLBHO
LocalCellId
ADD CELLPREALLOCG ROUP LST CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP RMV BTS3900, BTS3900 CELLPREALLOCG LTE ROUP
CellPreallocGroup
Local cell ID
CellPreallocGroup
Preallocation PreallocationParaG Parameter Group roupId ID
ADD CELLPREALLOCG ROUP LST CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP RMV BTS3900, BTS3900 CELLPREALLOCG LTE ROUP
CellPreallocGroup
Preallocation PreallocationSwitch Switch
ADD CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP LST BTS3900, BTS3900 CELLPREALLOCG LTE ROUP
CellPreallocGroup
ADD CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP LST SmartPreallocation Smart Preallocation BTS3900, BTS3900 CELLPREALLOCG Switch Switch LTE ROUP
CellPreallocGroup
PreallocationMinPer Minimal Period of iod Preallocation
ADD CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP LST BTS3900, BTS3900 CELLPREALLOCG LTE ROUP
CellPreallocGroup
PreallocationSize
Data Size of Preallocation
ADD CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP LST BTS3900, BTS3900 CELLPREALLOCG LTE ROUP
CellPreallocGroup ADD CELLPREALLOCG ROUP MOD CELLPREALLOCG ROUP LST SmartPreallocation Smart Preallocation BTS3900, BTS3900 CELLPREALLOCG Duration Duration LTE ROUP
CellUlCompAlgo LocalCellId
Local cell ID
LST CELLULCOMPALG O MOD BTS3900, BTS3900 CELLULCOMPALG LTE O
CellUlCompAlgo
UlCompA3Offset
MOD CELLULCOMPALG O LST BTS3900, BTS3900 CELLULCOMPALG LTE O
LocalCellId
Local cell ID
LST CELLULPCDEDIC BTS3900, BTS3900 MOD LTE CELLULPCDEDIC
DeltaMcsEnabled
MOD CELLULPCDEDIC Delta-MCS enable BTS3900, BTS3900 LST or disable indication LTE CELLULPCDEDIC
UlCompA3Offset CellUlpcDedic
CellUlpcDedic
CellUlpcDedic
Power Offset of SRS When PSrsOffsetDeltaMc DeltaMcsEnabled sDisable Off
MOD CELLULPCDEDIC BTS3900, BTS3900 LST LTE CELLULPCDEDIC
Power Offset of SRS When PSrsOffsetDeltaMc DeltaMcsEnabled sEnable On
MOD CELLULPCDEDIC BTS3900, BTS3900 LST LTE CELLULPCDEDIC
CellUlpcDedic
CellUlpcDedic
FilterRsrp
RSRP filtering coefficient
MOD CELLULPCDEDIC BTS3900, BTS3900 LST LTE CELLULPCDEDIC
Local cell ID
LST DISTBASEDHO BTS3900, BTS3900 MOD LTE DISTBASEDHO
DistBasedHO LocalCellId
DistBasedHO Distance-based DistBasedMeasObj Measurement Type Object Type
MOD DISTBASEDHO BTS3900, BTS3900 LST LTE DISTBASEDHO
DistBasedHO
DistBasedHOThd
Distance-based Handover Threshold
MOD DISTBASEDHO BTS3900, BTS3900 LST LTE DISTBASEDHO
Local cell ID
ADD DRXPARAGROUP LST DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 RMV LTE DRXPARAGROUP
DRX parameter group ID
ADD DRXPARAGROUP LST DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 RMV LTE DRXPARAGROUP
DrxParaGroup
LocalCellId
DrxParaGroup
DrxParaGroupId
DrxParaGroup
EnterDrxSwitch
Enter DRX Switch
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
DrxParaGroup
OnDurationTimer
On Duration Timer
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
DrxParaGroup
DrxInactivityTimer
DRX Inactivity Timer
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
DrxParaGroup
DrxReTxTimer
DRX Retransmission Timer
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
DrxParaGroup
LongDrxCycle
Long DRX Cycle
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
Short-cycle DRX supported indication
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
DrxParaGroup
SupportShortDrx
DrxParaGroup
ShortDrxCycle
Short DRX Cycle
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
DrxParaGroup
DRX Short Cycle DrxShortCycleTimer Timer
ADD DRXPARAGROUP MOD DRXPARAGROUP BTS3900, BTS3900 LST LTE DRXPARAGROUP
LocalCellId
ADD GERANINTERFAR FCN LST GERANINTERFAR FCN MOD GERANINTERFAR FCN RMV BTS3900, BTS3900 GERANINTERFAR LTE FCN
GeranInterfArfcn
Local cell ID
GeranInterfArfcn
Interference InterfGeranCellBcc GERAN BCCH hArfcn ARFCN
ADD GERANINTERFAR FCN LST GERANINTERFAR FCN MOD GERANINTERFAR FCN RMV BTS3900, BTS3900 GERANINTERFAR LTE FCN
GeranInterfArfcn
ADD GERANINTERFAR FCN MOD GERANINTERFAR FCN Interference LST InterfGeranCarBan GERAN Frequency BTS3900, BTS3900 GERANINTERFAR dInd Band Indicator LTE FCN
InterRatHoCommGro
LocalCellId
Local cell ID
ADD INTERRATHOCOM MGROUP LST INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP RMV BTS3900, BTS3900 INTERRATHOCOM LTE MGROUP
ADD INTERRATHOCOM MGROUP LST INTERRATHOCOM InterRatHoCommGro MGROUP MOD INTERRATHOCOM MGROUP RMV InterRatHoCommGr InterRAT handover BTS3900, BTS3900 INTERRATHOCOM oupId common group ID LTE MGROUP
InterRatHoCommGro
InterRatHoA1A2Hy InterRAT A1A2 st hysteresis
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST BTS3900, BTS3900 INTERRATHOCOM LTE MGROUP
InterRatHoCommGro
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST InterRatHoA1A2Tim InterRAT A1A2 time BTS3900, BTS3900 INTERRATHOCOM eToTrig to trigger LTE MGROUP
InterRatHoCommGro
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST InterRatHoA1ThdR InterRAT A1 RSRP BTS3900, BTS3900 INTERRATHOCOM srp trigger threshold LTE MGROUP
InterRatHoCommGro
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST InterRatHoA1ThdR InterRAT A1 RSRQ BTS3900, BTS3900 INTERRATHOCOM srq trigger threshold LTE MGROUP
InterRatHoCommGro
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST InterRatHoA2ThdR InterRAT A2 RSRP BTS3900, BTS3900 INTERRATHOCOM srp trigger threshold LTE MGROUP
InterRatHoCommGro
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST InterRatHoA2ThdR InterRAT A2 RSRQ BTS3900, BTS3900 INTERRATHOCOM srq trigger threshold LTE MGROUP
InterRatHoCommGro
BlindHoA2ThdOffse Blind HO A2 t Threshold Offset
InterRatHoCdma1xRt
LocalCellId
Local cell ID
ADD INTERRATHOCOM MGROUP MOD INTERRATHOCOM MGROUP LST BTS3900, BTS3900 INTERRATHOCOM LTE MGROUP ADD INTERRATHOCDM A1XRTTGROUP LST INTERRATHOCDM A1XRTTGROUP MOD INTERRATHOCDM A1XRTTGROUP RMV BTS3900, BTS3900 INTERRATHOCDM LTE A1XRTTGROUP
ADD INTERRATHOCDM A1XRTTGROUP LST INTERRATHOCDM InterRatHoCdma1xRt A1XRTTGROUP MOD INTERRATHOCDM InterRAT handover A1XRTTGROUP to RMV InterRatHoCdma1x CDMA20001xRTT BTS3900, BTS3900 INTERRATHOCDM RttGroupId group ID LTE A1XRTTGROUP
InterRatHoCdma1xRt
ADD INTERRATHOCDM A1XRTTGROUP MOD INTERRATHOCDM A1XRTTGROUP LST InterRatHoCdmaB1 CDMA20001XRTT BTS3900, BTS3900 INTERRATHOCDM Hyst handover hysteresis LTE A1XRTTGROUP
InterRatHoCdma1xRt
CoverageBased InterRatHoCdmaB1 CDMA20001XRTT ThdPs trigger threshold
ADD INTERRATHOCDM A1XRTTGROUP MOD INTERRATHOCDM A1XRTTGROUP LST BTS3900, BTS3900 INTERRATHOCDM LTE A1XRTTGROUP
InterRatHoCdma1xRt
InterRatHoCdmaB1 CDMA20001XRTT TimeToTrig time to trigger
ADD INTERRATHOCDM A1XRTTGROUP MOD INTERRATHOCDM A1XRTTGROUP LST BTS3900, BTS3900 INTERRATHOCDM LTE A1XRTTGROUP
InterRatHoCdma1xRt
Load Service Based LdSvBasedHoCdm CDMA20001XRTT aB1ThdPs trigger threshold
ADD INTERRATHOCDM A1XRTTGROUP MOD INTERRATHOCDM A1XRTTGROUP LST BTS3900, BTS3900 INTERRATHOCDM LTE A1XRTTGROUP
RlfTimerConstGroup
LocalCellId
Local cell ID
ADD RLFTIMERCONST GROUP LST RLFTIMERCONST GROUP MOD RLFTIMERCONST GROUP RMV BTS3900, BTS3900 RLFTIMERCONST LTE GROUP
ADD RLFTIMERCONST GROUP LST RLFTIMERCONST RlfTimerConstGroup GROUP MOD RLFTIMERCONST GROUP RMV RlfTimerConstGrou RLF timer and BTS3900, BTS3900 RLFTIMERCONST pId constants group ID LTE GROUP
RlfTimerConstGroup
T301
Timer 301
ADD RLFTIMERCONST GROUP MOD RLFTIMERCONST GROUP LST BTS3900, BTS3900 RLFTIMERCONST LTE GROUP
RlfTimerConstGroup
T310
Timer 310
ADD RLFTIMERCONST GROUP MOD RLFTIMERCONST GROUP LST BTS3900, BTS3900 RLFTIMERCONST LTE GROUP
Timer 311
ADD RLFTIMERCONST GROUP MOD RLFTIMERCONST GROUP LST BTS3900, BTS3900 RLFTIMERCONST LTE GROUP
Constant N310
ADD RLFTIMERCONST GROUP MOD RLFTIMERCONST GROUP LST BTS3900, BTS3900 RLFTIMERCONST LTE GROUP
RlfTimerConstGroup
T311
RlfTimerConstGroup
N310
Constant N311
ADD RLFTIMERCONST GROUP MOD RLFTIMERCONST GROUP LST BTS3900, BTS3900 RLFTIMERCONST LTE GROUP
Extended QCI
ADD CELLEXTENDEDQ CI LST CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI RMV BTS3900, BTS3900 CELLEXTENDEDQ LTE CI
Local cell ID
ADD CELLEXTENDEDQ CI LST CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI RMV BTS3900, BTS3900 CELLEXTENDEDQ LTE CI
RlfTimerConstGroup
N311
CellExtendedQci
ExtendedQci
CellExtendedQci
LocalCellId
CellExtendedQci
Interfreq handover InterFreqHoGroupId group ID
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST BTS3900, BTS3900 CELLEXTENDEDQ LTE CI
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ InterRAT handover CI to LST InterRatHoCdma1x CDMA20001xRTT BTS3900, BTS3900 CELLEXTENDEDQ RttGroupId group ID LTE CI
CellExtendedQci
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ InterRAT handover CI to LST InterRatHoCdmaHr CDMA2000HRPD BTS3900, BTS3900 CELLEXTENDEDQ pdGroupId group ID LTE CI
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST InterRatHoCommGr InterRAT handover BTS3900, BTS3900 CELLEXTENDEDQ oupId common group ID LTE CI
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST InterRatHoGeranGr InterRAT handover BTS3900, BTS3900 CELLEXTENDEDQ oupId to GERAN group ID LTE CI
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST InterRatHoUtranGro InterRAT handover BTS3900, BTS3900 CELLEXTENDEDQ upId to UTRAN Group ID LTE CI
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST BTS3900, BTS3900 CELLEXTENDEDQ LTE CI
Intrafreq handover IntraFreqHoGroupId group ID
CellExtendedQci
DrxParaGroupId
DRX parameter group ID
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST BTS3900, BTS3900 CELLEXTENDEDQ LTE CI
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST RlfTimerConstCfgIn RLF timer and BTS3900, BTS3900 CELLEXTENDEDQ d constants indication LTE CI
CellExtendedQci
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST RlfTimerConstGrou RLF timer and BTS3900, BTS3900 CELLEXTENDEDQ pId constants group ID LTE CI
CellExtendedQci
TrafficRelDelay
Traffic Release Delay
ADD CELLEXTENDEDQ CI MOD CELLEXTENDEDQ CI LST BTS3900, BTS3900 CELLEXTENDEDQ LTE CI
Local cell ID
LST CELLSTANDARDQ CI MOD BTS3900, BTS3900 CELLSTANDARDQ LTE CI
QoS Class Indication
LST CELLSTANDARDQ CI MOD BTS3900, BTS3900 CELLSTANDARDQ LTE CI
CellStandardQci LocalCellId
CellStandardQci
Qci
CellStandardQci Interfreq handover InterFreqHoGroupId group ID
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
CellStandardQci
MOD CELLSTANDARDQ InterRAT handover CI to LST InterRatHoCdma1x CDMA20001xRTT BTS3900, BTS3900 CELLSTANDARDQ RttGroupId group ID LTE CI
CellStandardQci
MOD CELLSTANDARDQ InterRAT handover CI to LST InterRatHoCdmaHr CDMA2000HRPD BTS3900, BTS3900 CELLSTANDARDQ pdGroupId group ID LTE CI
CellStandardQci MOD CELLSTANDARDQ CI LST InterRatHoCommGr InterRAT handover BTS3900, BTS3900 CELLSTANDARDQ oupId common group ID LTE CI
CellStandardQci
MOD CELLSTANDARDQ CI LST InterRatHoGeranGr InterRAT handover BTS3900, BTS3900 CELLSTANDARDQ oupId to GERAN group ID LTE CI
CellStandardQci
MOD CELLSTANDARDQ CI LST InterRatHoUtranGro InterRAT handover BTS3900, BTS3900 CELLSTANDARDQ upId to UTRAN Group ID LTE CI
CellStandardQci
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
Intrafreq handover IntraFreqHoGroupId group ID
DRX parameter group ID
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
SRI Period
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
CellStandardQci DrxParaGroupId
CellStandardQci
SriPeriod
CellStandardQci
MOD CELLSTANDARDQ CI LST RlfTimerConstCfgIn RLF timer and BTS3900, BTS3900 CELLSTANDARDQ d constants indication LTE CI
CellStandardQci
MOD CELLSTANDARDQ CI LST RlfTimerConstGrou RLF timer and BTS3900, BTS3900 CELLSTANDARDQ pId constants group ID LTE CI
CellStandardQci
TrafficRelDelay
Traffic Release Delay
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
QCI priority for handover
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
CellStandardQci
QciPriorityForHo
CellStandardQci
Mlb Qci Group ID
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
Preallocaiton PreallocationParaG Parameter Group roupId ID
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
MlbQciGroupId
CellStandardQci
CellStandardQci
QciPriorityForDrx
QCI Priority For DRX
MOD CELLSTANDARDQ CI LST BTS3900, BTS3900 CELLSTANDARDQ LTE CI
InterRatHoCdmaHrp
LocalCellId
Local cell ID
ADD INTERRATHOCDM AHRPDGROUP LST INTERRATHOCDM AHRPDGROUP MOD INTERRATHOCDM AHRPDGROUP RMV BTS3900, BTS3900 INTERRATHOCDM LTE AHRPDGROUP
ADD INTERRATHOCDM AHRPDGROUP LST INTERRATHOCDM InterRatHoCdmaHrp AHRPDGROUP MOD INTERRATHOCDM InterRAT handover AHRPDGROUP to RMV InterRatHoCdmaHr CDMA2000HRPD BTS3900, BTS3900 INTERRATHOCDM pdGroupId group ID LTE AHRPDGROUP
InterRatHoCdmaHrp
ADD INTERRATHOCDM AHRPDGROUP MOD INTERRATHOCDM AHRPDGROUP LST InterRatHoCdmaB1 CDMA2000HRPD BTS3900, BTS3900 INTERRATHOCDM Hyst handover hysteresis LTE AHRPDGROUP
InterRatHoCdmaHrp
CoverageBased InterRatHoCdmaB1 CDMA2000HRPD ThdPs trigger threshold
ADD INTERRATHOCDM AHRPDGROUP MOD INTERRATHOCDM AHRPDGROUP LST BTS3900, BTS3900 INTERRATHOCDM LTE AHRPDGROUP
InterRatHoCdmaHrp
InterRatHoCdmaB1 CDMA2000HRPD TimeToTrig time to trigger
ADD INTERRATHOCDM AHRPDGROUP MOD INTERRATHOCDM AHRPDGROUP LST BTS3900, BTS3900 INTERRATHOCDM LTE AHRPDGROUP
Load Service Based LdSvBasedHoCdm CDMA2000HRPD aB1ThdPs trigger threshold
ADD INTERRATHOCDM AHRPDGROUP MOD INTERRATHOCDM AHRPDGROUP LST BTS3900, BTS3900 INTERRATHOCDM LTE AHRPDGROUP
InterRatHoCdmaHrp
ADD INTERRATHOCDM AHRPDGROUP MOD InterRatHoCdmaHrp INTERRATHOCDM AHRPDGROUP Cdma2000 HRPD LST Cdma2000HrpdB2T Optimized handover BTS3900, BTS3900 INTERRATHOCDM hd1Rsrp B2 RSRP thld1 LTE AHRPDGROUP ADD INTERRATHOCDM AHRPDGROUP MOD InterRatHoCdmaHrp INTERRATHOCDM AHRPDGROUP Cdma2000 HRPD LST Cdma2000HrpdB2T Optimized handover BTS3900, BTS3900 INTERRATHOCDM hd1Rsrq B2 RSRQ thld1 LTE AHRPDGROUP
InterRatHoGeranGro
LocalCellId
Local cell ID
ADD INTERRATHOGER ANGROUP LST INTERRATHOGER ANGROUP MOD INTERRATHOGER ANGROUP RMV BTS3900, BTS3900 INTERRATHOGER LTE ANGROUP
ADD INTERRATHOGER ANGROUP LST INTERRATHOGER InterRatHoGeranGro ANGROUP MOD INTERRATHOGER ANGROUP RMV InterRatHoGeranGr InterRAT handover BTS3900, BTS3900 INTERRATHOGER oupId to GERAN group ID LTE ANGROUP
InterRatHoGeranGro
InterRatHoGeranB1 GERAN handover Hyst hysteresis
ADD INTERRATHOGER ANGROUP MOD INTERRATHOGER ANGROUP LST BTS3900, BTS3900 INTERRATHOGER LTE ANGROUP
CoverageBased InterRatHoGeranB1 GERAN trigger Thd threshold
ADD INTERRATHOGER ANGROUP MOD INTERRATHOGER ANGROUP LST BTS3900, BTS3900 INTERRATHOGER LTE ANGROUP
InterRatHoGeranGro
InterRatHoGeranGro
InterRatHoGeranB1 GERAN time to TimeToTrig trigger
ADD INTERRATHOGER ANGROUP MOD INTERRATHOGER ANGROUP LST BTS3900, BTS3900 INTERRATHOGER LTE ANGROUP
Load Service Based Geran LdSvBasedHoGera EventB1 trigger nB1Thd threshold
ADD INTERRATHOGER ANGROUP MOD INTERRATHOGER ANGROUP LST BTS3900, BTS3900 INTERRATHOGER LTE ANGROUP
InterRatHoGeranGro
InterRatHoUtranGro
LocalCellId
Local cell ID
ADD INTERRATHOUTR ANGROUP LST INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP RMV BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
ADD INTERRATHOUTR ANGROUP LST INTERRATHOUTR InterRatHoUtranGro ANGROUP MOD INTERRATHOUTR ANGROUP RMV InterRatHoUtranGro InterRAT handover BTS3900, BTS3900 INTERRATHOUTR upId to UTRAN Group ID LTE ANGROUP
InterRatHoUtranGro
CoverageBased InterRatHoUtranB1 UTRAN ECN0 ThdEcn0 trigger threshold
ADD INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP LST BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
CoverageBased InterRatHoUtranB1 UTRAN RSCP ThdRscp trigger threshold
ADD INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP LST BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
InterRatHoUtranGro
InterRatHoUtranGro
InterRatHoUtranB1 UTRAN handover Hyst hysteresis
ADD INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP LST BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
InterRatHoUtranGro
InterRatHoUtranB1 UTRAN time to TimeToTrig trigger
ADD INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP LST BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
InterRatHoUtranGro
Load Service LdSvBasedHoUtran Based UTRANB1 B1ThdEcn0 ECN0 threshold
ADD INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP LST BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
Load Service Based UTRAN LdSvBasedHoUtran EventB1 RSCP B1ThdRscp trigger threshold
ADD INTERRATHOUTR ANGROUP MOD INTERRATHOUTR ANGROUP LST BTS3900, BTS3900 INTERRATHOUTR LTE ANGROUP
InterRatHoUtranGro
CaGroupSCellCfg
LocalCellId
Local cell ID
ADD CAGROUPSCELLC FG LST CAGROUPSCELLC FG MOD CAGROUPSCELLC FG RMV BTS3900, BTS3900 CAGROUPSCELLC LTE FG
SCell eNodeB ID
ADD CAGROUPSCELLC FG LST CAGROUPSCELLC FG MOD CAGROUPSCELLC FG RMV BTS3900, BTS3900 CAGROUPSCELLC LTE FG
CaGroupSCellCfg
SCelleNodeBId
CaGroupSCellCfg
SCellLocalCellId
SCell Local Cell ID
ADD CAGROUPSCELLC FG LST CAGROUPSCELLC FG MOD CAGROUPSCELLC FG RMV BTS3900, BTS3900 CAGROUPSCELLC LTE FG
CaGroupSCellCfg
SCellBlindCfgFlag
SCell Blind Configuration Flag
ADD CAGROUPSCELLC FG MOD CAGROUPSCELLC FG LST BTS3900, BTS3900 CAGROUPSCELLC LTE FG
CaGroupSCellCfg
SCellPriority
SCell Priority
ADD CAGROUPSCELLC FG MOD CAGROUPSCELLC FG LST BTS3900, BTS3900 CAGROUPSCELLC LTE FG
SCell A4 Offset
ADD CAGROUPSCELLC FG MOD CAGROUPSCELLC FG LST BTS3900, BTS3900 CAGROUPSCELLC LTE FG
CaGroupSCellCfg
SCellA4Offset
CaGroupSCellCfg
SCellA2Offset
SCell A2 Offset
ADD CAGROUPSCELLC FG MOD CAGROUPSCELLC FG LST BTS3900, BTS3900 CAGROUPSCELLC LTE FG
Local cell ID
LST CELLMCPARA BTS3900, BTS3900 MOD LTE CELLMCPARA
A3 Offset
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
CellMcPara LocalCellId
CellMcPara
A3Offset
CellMcPara
Hysteresis
Hysteresis
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
Time to Trigger
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
CellMcPara
TimetoTrigger
CellMcPara
MaxReportCells
Max Report Cell Number
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
Report Amount
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
CellMcPara
ReportAmount
CellMcPara
ReportInterval
Report Interval
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
CellMcPara
ReportQuantity
Reoprt Quantity
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
Trigger Quantity
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
CellMcPara
TriggerQuantity
CellMcPara
A6Offset
A6 Offset
MOD BTS3900, BTS3900 CELLMCPARA LTE LST CELLMCPARA
Local cell ID
ADD INTERFREQHOGR OUP LST INTERFREQHOGR OUP MOD INTERFREQHOGR OUP RMV BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
LocalCellId
InterFreqHoGroup
Interfreq handover InterFreqHoGroupId group ID
ADD INTERFREQHOGR OUP LST INTERFREQHOGR OUP MOD INTERFREQHOGR OUP RMV BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
InterFreqHoA1A2H Interfreq A1A2 yst hysteresis
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST InterFreqHoA1A2Ti Interfreq A1A2 time BTS3900, BTS3900 INTERFREQHOGR meToTrig to trigger LTE OUP
InterFreqHoGroup
InterFreqHoA1Thd Rsrp
Interfreq A1 RSRP threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
InterFreqHoA1Thd Rsrq
Interfreq A1 RSRQ threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
Interfreq A2 RSRP threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
InterFreqHoA2Thd Rsrp
InterFreqHoGroup
Interfreq A2 RSRQ threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
Interfreq handover InterFreqHoA4Hyst hysteresis
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoA2Thd Rsrq
InterFreqHoGroup
InterFreqHoGroup
InterFreqHoA4Thd Rsrp
CoverageBased Interfreq RSRP threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
CoverageBased Interfreq RSRQ threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
InterFreqHoA4Thd Rsrq
InterFreqHoGroup
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST InterFreqHoA4Time Interfreq HandOver BTS3900, BTS3900 INTERFREQHOGR ToTrig Time to Trigger LTE OUP
InterFreqHoGroup
Load Based InterFreqLoadBase Interfreq RSRP dHoA4ThdRsrp threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup
Load Based InterFreqLoadBase Interfreq RSRQ dHoA4ThdRsrq threshold
InterFreqHoGroup
InterFreqHoGroup
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP Freq Priority Based LST FreqPriInterFreqHo Interfreq A1 RSRP BTS3900, BTS3900 INTERFREQHOGR A1ThdRsrp threshold LTE OUP
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP Freq Priority Based LST FreqPriInterFreqHo Interfreq A1 RSRQ BTS3900, BTS3900 INTERFREQHOGR A1ThdRsrq threshold LTE OUP
InterFreqHoGroup
InterFreqHoA3Offse t Interfreq A3 offset
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
InterFreqHoGroup ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST A3InterFreqHoA1T A3 based interfreq BTS3900, BTS3900 INTERFREQHOGR hdRsrp A1 RSRP threshold LTE OUP
InterFreqHoGroup ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST A3InterFreqHoA2T A3 based Interfreq BTS3900, BTS3900 INTERFREQHOGR hdRsrp A2 RSRP threshold LTE OUP
InterFreqHoGroup
InterFreqHoGroup
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP Freq Priority Based LST FreqPriInterFreqHo Interfreq A2 RSRP BTS3900, BTS3900 INTERFREQHOGR A2ThdRsrp threshold LTE OUP
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP Freq Priority Based LST FreqPriInterFreqHo Interfreq A2 RSRQ BTS3900, BTS3900 INTERFREQHOGR A2ThdRsrq threshold LTE OUP
InterFreqHoGroup
InterFreq MLB InterFreqMlbA1A2T A1A2 RSRP hdRsrp Threshold
ADD INTERFREQHOGR OUP MOD INTERFREQHOGR OUP LST BTS3900, BTS3900 INTERFREQHOGR LTE OUP
LocalCellId
ADD INTRAFREQHOGR OUP LST INTRAFREQHOGR OUP MOD INTRAFREQHOGR OUP RMV BTS3900, BTS3900 INTRAFREQHOGR LTE OUP
IntraFreqHoGroup
Local cell ID
Intrafreq handover IntraFreqHoGroupId group ID
ADD INTRAFREQHOGR OUP LST INTRAFREQHOGR OUP MOD INTRAFREQHOGR OUP RMV BTS3900, BTS3900 INTRAFREQHOGR LTE OUP
Intrafreq handover IntraFreqHoA3Hyst hysteresis
ADD INTRAFREQHOGR OUP MOD INTRAFREQHOGR OUP LST BTS3900, BTS3900 INTRAFREQHOGR LTE OUP
IntraFreqHoGroup
IntraFreqHoGroup
IntraFreqHoGroup
IntraFreqHoA3Offse Intrafreq handover t offset
ADD INTRAFREQHOGR OUP MOD INTRAFREQHOGR OUP LST BTS3900, BTS3900 INTRAFREQHOGR LTE OUP
IntraFreqHoA3Time Intrafreq handover ToTrig time to trigger
ADD INTRAFREQHOGR OUP MOD INTRAFREQHOGR OUP LST BTS3900, BTS3900 INTRAFREQHOGR LTE OUP
IntraFreqHoGroup
Local cell ID
LST ENBCELLQCIRSV DPARA MOD BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
QoS Class Indication
LST ENBCELLQCIRSV DPARA MOD BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Switch Parameter 0
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar LocalCellId
eNBCellQciRsvdPar
Qci
eNBCellQciRsvdPar
RsvdSwPara0
eNBCellQciRsvdPar
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 2
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara2
eNBCellQciRsvdPar
RsvdPara3
Reserved Parameter 3
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 4
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara4
eNBCellQciRsvdPar
RsvdPara5
Reserved Parameter 5
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 6
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara6
eNBCellQciRsvdPar
RsvdPara7
Reserved Parameter 7
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 8
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara8
eNBCellQciRsvdPar
RsvdPara9
Reserved Parameter 9
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 10
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara10
eNBCellQciRsvdPar
RsvdPara11
Reserved Parameter 11
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 12
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara12
eNBCellQciRsvdPar
RsvdPara13
Reserved Parameter 13
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 14
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara14
eNBCellQciRsvdPar
RsvdPara15
Reserved Parameter 15
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 16
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara16
eNBCellQciRsvdPar
RsvdPara17
Reserved Parameter 17
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 18
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara18
eNBCellQciRsvdPar
RsvdPara19
Reserved Parameter 19
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
Reserved Parameter 20
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
eNBCellQciRsvdPar
RsvdPara20
eNBCellQciRsvdPar
Reserved Parameter 21
MOD ENBCELLQCIRSV DPARA LST BTS3900, BTS3900 ENBCELLQCIRSV LTE DPARA
CnOperatorId
CN Operator ID
ADD CNOPERATOR LST CNOPERATOR MOD CNOPERATOR BTS3900, BTS3900 RMV LTE CNOPERATOR
CnOperatorName
ADD CNOPERATOR MOD CNOPERATOR BTS3900, BTS3900 LST CN Operator name LTE CNOPERATOR
RsvdPara21
CnOperator
CnOperator
CnOperator
ADD CNOPERATOR MOD CNOPERATOR BTS3900, BTS3900 LST LTE CNOPERATOR
CnOperatorType
CN Operator type
Mcc
ADD CNOPERATOR MOD CNOPERATOR BTS3900, BTS3900 LST Mobile country code LTE CNOPERATOR
Mnc
Mobile network code
ADD CNOPERATOR MOD CNOPERATOR BTS3900, BTS3900 LST LTE CNOPERATOR
IP path ID
ADD CNOPERATORIPP ATH LST CNOPERATORIPP ATH MOD CNOPERATORIPP ATH RMV BTS3900, BTS3900 CNOPERATORIPP LTE ATH
CN Operator ID
ADD CNOPERATORIPP ATH MOD CNOPERATORIPP ATH LST BTS3900, BTS3900 CNOPERATORIPP LTE ATH
CnOperator
CnOperator
CnOperatorIpPath
IpPathId
CnOperatorIpPath
CnOperatorId
CnOperatorTa
TrackingAreaId
ADD CNOPERATORTA LST CNOPERATORTA MOD CNOPERATORTA Local tracking area BTS3900, BTS3900 RMV ID LTE CNOPERATORTA
CnOperatorTa
ADD CNOPERATORTA MOD CNOPERATORTA BTS3900, BTS3900 LST LTE CNOPERATORTA
CnOperatorId
CN Operator ID
Tac
ADD CNOPERATORTA MOD CNOPERATORTA BTS3900, BTS3900 LST Tracking area code LTE CNOPERATORTA
CnOperatorTa
CnOpSharingGroup
CnOpSharingGroup CN Operator Id Sharing Group ID
ADD CNOPSHARINGGR OUP ADD SECONDARYOP2 GROUP LST CNOPSHARINGGR OUP LST SECONDARYOP2 GROUP MOD CNOPSHARINGGR OUP RMV CNOPSHARINGGR OUP RMV BTS3900, BTS3900 SECONDARYOP2 LTE GROUP
CnOpSharingGroup
PrimaryOperatorId
ADD CNOPSHARINGGR OUP MOD CNOPSHARINGGR OUP LST BTS3900, BTS3900 CNOPSHARINGGR Primary Operator ID LTE OUP
CnOpSharingGroup
SecondaryOperator Secondary List Operator List
LST CNOPSHARINGGR OUP ADD SECONDARYOP2 GROUP LST SECONDARYOP2 GROUP RMV BTS3900, BTS3900 SECONDARYOP2 LTE GROUP
SecondaryOpIdTyp e.SecondaryOperat Secondary orId Operator Id
ADD SECONDARYOP2 GROUP RMV SECONDARYOP2 GROUP LST BTS3900, BTS3900 SECONDARYOP2 LTE GROUP
CnOperatorId
CN Operator ID
BTS3900, BTS3900 LST EMC LTE MOD EMC
EmcEnable
Emergency call enabled switch
BTS3900, BTS3900 MOD EMC LTE LST EMC
CnOpSharingGroup
Emc
Emc
Emc
Emergency call EmcEnableInLimite enabled switch in dMode limited mode
BTS3900, BTS3900 MOD EMC LTE LST EMC
Emc
EmcDedicatedBear The ARP of EMC erARP dedicated bearer
BTS3900, BTS3900 MOD EMC LTE LST EMC
Emc
EmcDefaultBearerA The ARP of EMC RP default bearer
BTS3900, BTS3900 MOD EMC LTE LST EMC
eNodeBChrOutputCtr
OutPutMode
CHR Output Mode
MOD ENODEBCHROUT PUTCTRL LST BTS3900, BTS3900 ENODEBCHROUT LTE PUTCTRL
eNodeBChrOutputCtr
CallSampleRate
Sample Rate of Abnormal Call
MOD ENODEBCHROUT PUTCTRL LST BTS3900, BTS3900 ENODEBCHROUT LTE PUTCTRL
eNodeBChrOutputCtr
MaxStoreCall
Max Store Call
MOD ENODEBCHROUT PUTCTRL LST BTS3900, BTS3900 ENODEBCHROUT LTE PUTCTRL
ENodeBSharingMod
ENodeBSharingMo eNodeB sharing de mode
MOD ENODEBSHARING MODE LST BTS3900, BTS3900 ENODEBSHARING LTE MODE
The Switch of X2 X2SonSetupSwitch setup by SON
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
GlobalProcSwitch
X2SonLinkSetupTy The method of X2 pe setup by SON
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
SriAdaptiveSwitch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI SRI adaptive switch LTE TCH
GlobalProcSwitch
LcgProfile
LCG Profile
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
RncPoolHoRimSwit RNC POOL HO ch RIM Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
UU Message UuMsgSimulSendS Simultaneous witch Sending Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
Update eNB X2BasedUptENode Configuration Via BCfgSwitch X2 Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
GlobalProcSwitch
X2 Auto Setup TargetOpBasedX2S Switch Via Target witch Operator
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH LST X2SonTNLSelectM X2 Son TNL Select BTS3900, BTS3900 GLOBALPROCSWI ode Mode LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH Choose UMTS Cell LST UtranLoadTransCh Load Info Trans BTS3900, BTS3900 GLOBALPROCSWI an Channel LTE TCH
GlobalProcSwitch
S1 handover in S1HoInDataFwdSwi data forwarding tch switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH LST RrcReestProtectTh RRC Reest Protect BTS3900, BTS3900 GLOBALPROCSWI d Threshold LTE TCH
GlobalProcSwitch
The Timer of X2 X2SonDeleteTimer delete by SON
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
RimCodingPolicy
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
RIM Coding Policy
GlobalProcSwitch
L2GUHoWithLCap Switch
MOD GLOBALPROCSWI TCH L2GU Handover LST Required With LTE BTS3900, BTS3900 GLOBALPROCSWI Cap Switch LTE TCH
GlobalProcSwitch
DiffOpWithSameM mecSwitch
Different Operator With Same MMEC Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
Peer Request PeerReqBasedX2D Based X2 Delete elSwitch Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
Receive status of UlPdcpSduRcvStat UL PDCP SDUs SendSwitch sending switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH LST ProtocolMsgOptSwi Protocol Message BTS3900, BTS3900 GLOBALPROCSWI tch Optimization Switch LTE TCH
GlobalProcSwitch
Delete Ncell X2BasedDelNcellCf Configuration Via gSwitch X2 Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
X2ServedCellType
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI X2 served cell type LTE TCH
GlobalProcSwitch
eNB Triggered EnbTrigMmeLoadR MME load reebalSwitch balance switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
Ue Release Resynchronization UeRelReSynTimes Times
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
GlobalProcSwitch
UeRelChkLostSwitc Ue Release Check h Lost Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
UeLinkAbnormalDe UE Link Abnormal tectSwitch Detect Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
GlobalProcSwitch
S1DefaultPagingDr S1 Default Paging xSelect DRX Value Select
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
Enhanced PHR EnhancedPhrRptCt Report Control rlSw Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
GlobalProcSwitch
EutranLoadTransS EUTRAN Load witch Transfer Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH LST ProtocolSupportSwi Protocol Procedure BTS3900, BTS3900 GLOBALPROCSWI tch Support Switch LTE TCH
GlobalProcSwitch
CellTrafficTraceMsg Cell Traffic Trace Switch Message Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
PreferSigExtend
Prefer Signal Extend Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
MmeSelectProcSwit MME Select ch Procedure Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
S1OfflineCommitSw S1 Offline Commit itch Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
GlobalProcSwitch
MOD GLOBALPROCSWI TCH LST ProtocolCompatibilit Protocol BTS3900, BTS3900 GLOBALPROCSWI ySw Compatibility Switch LTE TCH
GlobalProcSwitch
X2SctpEstType
MOD GLOBALPROCSWI TCH LST X2 Sctp BTS3900, BTS3900 GLOBALPROCSWI Establishment Type LTE TCH
GlobalProcSwitch
X2 SON Delete X2SonDeleteSwitch Switch
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
X2SonDeleteTimerf X2 SON Delete orX2Fault Timer for X2 Fault
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH LST X2SonDeleteTimerf X2 SON Delete BTS3900, BTS3900 GLOBALPROCSWI orX2Usage Timer for X2 Usage LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH X2 SON Delete Ho LST X2SonDeleteHoInN In Number BTS3900, BTS3900 GLOBALPROCSWI umThd Threshold LTE TCH
GlobalProcSwitch
MOD GLOBALPROCSWI TCH X2 SON Delete Ho LST X2SonDeleteHoOut Out Number BTS3900, BTS3900 GLOBALPROCSWI NumThd Threshold LTE TCH
GlobalProcSwitch
MaxSyncUserNum PerBbi
Maximum SyncUser Number Per BBI
MOD GLOBALPROCSWI TCH LST BTS3900, BTS3900 GLOBALPROCSWI LTE TCH
CN Operator ID
ADD LICENSESHARING POLICY LST LICENSESHARING POLICY MOD LICENSESHARING POLICY RMV BTS3900, BTS3900 LICENSESHARING LTE POLICY
LicenseSharingPolic
CnOperatorId
LicenseSharingPolic
MaxUserNumRate
LicenseSharingPolic
The proportion of the maximum number of users
ADD LICENSESHARING POLICY MOD LICENSESHARING POLICY LST BTS3900, BTS3900 LICENSESHARING LTE POLICY
ADD LICENSESHARING POLICY MOD LICENSESHARING POLICY The proportion of LST UserNumSharingRa the sharing number BTS3900, BTS3900 LICENSESHARING te of users LTE POLICY
MBMSPara
MBSFNAreaId
MBSFN Area ID
BTS3900, BTS3900 LTE DSP MBMSPARA
SyncPeriod
Synchronisation Period
MOD MBMSPARA BTS3900, BTS3900 DSP MBMSPARA LTE LST MBMSPARA
Cell Reservation CellReservationInfo Info
BTS3900, BTS3900 LTE DSP MBMSPARA
LocalCellId
BTS3900, BTS3900 LTE DSP MBMSPARA
MBMSPara
MBMSPara
MBMSPara Local Cell ID
Mlb Qci Group ID
ADD MLBQCIGROUP LST MLBQCIGROUP MOD MLBQCIGROUP BTS3900, BTS3900 RMV LTE MLBQCIGROUP
UlMinQoSBitRate
Uplink Minimum Qos Bit Rate
ADD MLBQCIGROUP MOD MLBQCIGROUP BTS3900, BTS3900 LST LTE MLBQCIGROUP
DlMinQoSBitRate
ADD MLBQCIGROUP MOD MLBQCIGROUP Downlink Minimum BTS3900, BTS3900 LST Qos Bit Rate LTE MLBQCIGROUP
S1ReestMinTimer
S1 reestablish min timer length
MOD S1REESTTIMER BTS3900, BTS3900 LST LTE S1REESTTIMER
S1ReestMaxTimer
MOD S1REESTTIMER S1 reestablish max BTS3900, BTS3900 LST timer length LTE S1REESTTIMER
MlbQciGroup
MlbQciGroupId
MlbQciGroup
MlbQciGroup
S1ReestTimer
S1ReestTimer
CN Operator ID
LST ENBCNOPRSVDP ARA MOD BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Switch Parameter 0
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara CnOperatorId
eNBCnOpRsvdPara
RsvdSwPara0
eNBCnOpRsvdPara
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 2
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara2
eNBCnOpRsvdPara
RsvdPara3
Reserved Parameter 3
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 4
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara4
eNBCnOpRsvdPara
RsvdPara5
Reserved Parameter 5
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 6
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara6
eNBCnOpRsvdPara
RsvdPara7
Reserved Parameter 7
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 8
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara8
eNBCnOpRsvdPara
RsvdPara9
Reserved Parameter 9
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 10
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara10
eNBCnOpRsvdPara
RsvdPara11
Reserved Parameter 11
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 12
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara12
eNBCnOpRsvdPara
RsvdPara13
Reserved Parameter 13
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 14
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara14
eNBCnOpRsvdPara
RsvdPara15
Reserved Parameter 15
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 16
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara16
eNBCnOpRsvdPara
RsvdPara17
Reserved Parameter 17
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 18
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara18
eNBCnOpRsvdPara
RsvdPara19
Reserved Parameter 19
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
Reserved Parameter 20
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA
eNBCnOpRsvdPara
RsvdPara20
eNBCnOpRsvdPara
RsvdPara21
Reserved Parameter 21
ModeNo
Mode Number
ChrOutputMode
ChrOutputMode CHR Detail Cause ChrDetailCauseVal Value
MOD ENBCNOPRSVDP ARA LST BTS3900, BTS3900 ENBCNOPRSVDP LTE ARA LST CHROUTPUTMOD E MOD CHROUTPUTMOD E RMV BTS3900, BTS3900 CHROUTPUTMOD LTE E ADD CHROUTPUTMOD E MOD CHROUTPUTMOD E LST BTS3900, BTS3900 CHROUTPUTMOD LTE E
ChrOutputMode
ChrHierOutMode
CHR Hierarchical Output Mode
ADD CHROUTPUTMOD E MOD CHROUTPUTMOD E LST BTS3900, BTS3900 CHROUTPUTMOD LTE E
CHR Output Sampling Indicator
ADD CHROUTPUTMOD E MOD CHROUTPUTMOD E LST BTS3900, BTS3900 CHROUTPUTMOD LTE E
ChrOutputMode
SamplingEnable
ECO ID
ADD ECO DSP ECO LST ECO BTS3900, BTS3900 MOD ECO LTE RMV ECO
End Point Group Config Flag
ADD ECO MOD ECO BTS3900, BTS3900 DSP ECO LTE LST ECO
Control Plane End Point Group ID
ADD ECO MOD ECO BTS3900, BTS3900 DSP ECO LTE LST ECO
User Plane End Point Group ID
ADD ECO MOD ECO BTS3900, BTS3900 DSP ECO LTE LST ECO
UserLabel
User Label
ADD ECO MOD ECO BTS3900, BTS3900 DSP ECO LTE LST ECO
EcoCpBearerId
ECO Interface CP Bearer ID
BTS3900, BTS3900 LTE DSP ECO
EcoCpBearerState
ECO Interface CP Bearer State
BTS3900, BTS3900 LTE DSP ECO
IP Path ID
ADD ENODEBPATH LST ENODEBPATH MOD ENODEBPATH BTS3900, BTS3900 RMV LTE ENODEBPATH
Application Type
ADD ENODEBPATH MOD BTS3900, BTS3900 ENODEBPATH LTE LST ENODEBPATH
ECO EcoId
ECO
EpGroupCfgFlag
ECO CpEpGroupId
ECO UpEpGroupId ECO
ECO
ECO
eNodeBPath
IpPathId
eNodeBPath
AppType
eNodeBPath
S1 Interface ID
ADD ENODEBPATH MOD BTS3900, BTS3900 ENODEBPATH LTE LST ENODEBPATH
X2 Interface ID
ADD ENODEBPATH MOD BTS3900, BTS3900 ENODEBPATH LTE LST ENODEBPATH
M1Id
M1 ID
ADD M1 LST M1 BTS3900, BTS3900 MOD M1 LTE RMV M1
M1EpGroupId
M1 End Point Group ID
ADD M1 BTS3900, BTS3900 MOD M1 LTE LST M1
User Label
ADD M1 BTS3900, BTS3900 MOD M1 LTE LST M1
M2Id
M2 ID
ADD M2 DSP M2 LST M2 MOD M2 BTS3900, BTS3900 RMV M2 LTE RST M2
M2EpGroupId
M2 End Point Group ID
ADD M2 BTS3900, BTS3900 MOD M2 LTE LST M2
UserLabel
User Label
ADD M2 BTS3900, BTS3900 MOD M2 LTE LST M2
M2CpBearerId
M2 Interface CP Bearer ID
BTS3900, BTS3900 LTE DSP M2
S1InterfaceId
eNodeBPath
X2InterfaceId M1
M1
M1 UserLabel
M2
M2
M2
M2
M2 M2CpBearerState
M2 Interface CP Bearer State
BTS3900, BTS3900 LTE DSP M2
M2InterfaceState
M2 Interface State
BTS3900, BTS3900 LTE DSP M2
M2SessionNum
M2 Interface Session Number
BTS3900, BTS3900 LTE DSP M2
MceName
MCE Name
BTS3900, BTS3900 LTE DSP M2
GlobalMceId
GlobalMceId
BTS3900, BTS3900 LTE DSP M2
M2
M2
M2
M2
M2
M2InterfaceFaultRe M2InterfaceFaultRe BTS3900, BTS3900 ason ason LTE DSP M2
M2 M2 Interface Session TMGI
BTS3900, BTS3900 LTE DSP M2
S1 ID
ADD S1 DSP S1 LST S1 BTS3900, BTS3900 MOD S1 LTE RMV S1
CnOperatorId
CN Operator ID
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
CpEpGroupId
Control Plane End Point Group ID
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
UpEpGroupId
User Plane End Point Group ID
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
MME Release
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
M2SessionTMGI
S1
S1Id
S1
S1
S1
S1
MmeRelease
S1 UserLabel
User Label
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
EpGroupCfgFlag
End Point Group Config Flag
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
Priority
MME Selection Priority
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
S1
S1
S1
CnOpSharingGroup CN Operator Id Sharing Group ID
ADD S1 BTS3900, BTS3900 MOD S1 LTE LST S1
S1 S1InterfaceId
S1 Interface ID
BTS3900, BTS3900 LTE DSP S1
S1InterfaceState
S1 Interface State
BTS3900, BTS3900 LTE DSP S1
S1InterfaceIsBlock
S1 Interface Is Block
BTS3900, BTS3900 LTE DSP S1
S1CpBearerId
S1 Interface CP Bearer ID
BTS3900, BTS3900 LTE DSP S1
S1CpBearerState
S1 Interface CP Bearer State
S1InterfaceId
S1 Interface ID
BTS3900, BTS3900 LTE DSP S1 S1INTERFACE BLK S1INTERFACE DSP S1INTERFACE MOD S1INTERFACE RMV S1INTERFACE RST S1INTERFACE BTS3900, BTS3900 UBL LTE S1INTERFACE
S1 Interface CP Bearer ID
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
S1
S1
S1
S1
S1Interface
S1Interface
S1CpBearerId
CN Operator ID
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
MME Release
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
S1 Interface Is Blocked
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
S1Interface
CnOperatorId
S1Interface
MmeRelease
S1Interface
S1InterfaceIsBlock
S1Interface
CtrlMode
Control Mode
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
S1Interface
AutoCfgFlag
Auto Config Flag
BTS3900, BTS3900 DSP LTE S1INTERFACE
MME Selection Priority
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
S1Interface
Priority
S1Interface
CnOpSharingGroup CN Operator Id Sharing Group ID
ADD S1INTERFACE MOD S1INTERFACE BTS3900, BTS3900 DSP LTE S1INTERFACE
S1InterfaceState
S1 Interface State
BTS3900, BTS3900 DSP LTE S1INTERFACE
S1CpBearerState
BTS3900, BTS3900 DSP S1 CP Bearer State LTE S1INTERFACE
MmeIsOverLoad
BTS3900, BTS3900 DSP MME Is Overloaded LTE S1INTERFACE
S1Interface
S1Interface
S1Interface
S1Interface
S1InterfaceUserNu S1 Interface User m Number
BTS3900, BTS3900 DSP LTE S1INTERFACE
S1Interface
MmeName
MME Name
BTS3900, BTS3900 DSP LTE S1INTERFACE
ServedPlmns
Served PLMNs
BTS3900, BTS3900 DSP LTE S1INTERFACE
ServedGummeis
Served GUMMEIs
BTS3900, BTS3900 DSP LTE S1INTERFACE
S1Interface
S1Interface
S1Interface
RelativeMmeCap
MME Relative Capacity
BTS3900, BTS3900 DSP LTE S1INTERFACE
S1Interface
S1 Interface Fault S1LinkFaultReason Reason
BTS3900, BTS3900 DSP LTE S1INTERFACE
Interface Protocol Name
ADD ABLMSG BTS3900, BTS3900 LST ABLMSG LTE RMV ABLMSG
AblMsg
MsgItfType
AblMsg
MsgType
Message Type
ADD ABLMSG BTS3900, BTS3900 LST ABLMSG LTE RMV ABLMSG
MsgOpType
Operate Type
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchCount
Match Count
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
AblMsg
AblMsg
MatchFieldOffSet1
Match Field Offset 1
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchLen1
Match Length 1
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchContent1
Match Content 1
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
AblMsg
AblMsg
MatchFieldOffSet2
Match Field Offset 2
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchLen2
Match Length 2
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchContent2
Match Content 2
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
AblMsg
AblMsg
MatchFieldOffSet3
Match Field Offset 3
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchLen3
Match Length 3
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
MatchContent3
Match Content 3
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
AblMsg
AblMsg
ModifyCount
Modify Count
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
Modify Field Offset ModifyFieldOffSet1 1
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
ModifyLen1
Modify Length 1
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
ModifyContent1
Modify Content 1
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
AblMsg
Modify Field Offset ModifyFieldOffSet2 2
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
ModifyLen2
Modify Length 2
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
ModifyContent2
Modify Content 2
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
AblMsg
Modify Field Offset ModifyFieldOffSet3 3
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
ModifyLen3
Modify Length 3
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
ModifyContent3
Modify Content 3
BTS3900, BTS3900 ADD ABLMSG LTE LST ABLMSG
AblMsg
eNodeBFddBbRes BLK ENODEBFDDBBR ES DSP ENODEBFDDBBR ES LST ENODEBFDDBBR ES eNodeB FDD UBL eNodeBFddBbResI Baseband BTS3900, BTS3900 ENODEBFDDBBR d Resource Identifier LTE ES
eNodeBFddBbRes
CN
Cabinet Number
DSP ENODEBFDDBBR ES LST BTS3900, BTS3900 ENODEBFDDBBR LTE ES
eNodeBFddBbRes
SRN
Subrack Number
DSP ENODEBFDDBBR ES LST BTS3900, BTS3900 ENODEBFDDBBR LTE ES
Slot Number
DSP ENODEBFDDBBR ES LST BTS3900, BTS3900 ENODEBFDDBBR LTE ES
Capacity
DSP ENODEBFDDBBR ES LST BTS3900, BTS3900 ENODEBFDDBBR LTE ES
eNodeBFddBbRes
SN
eNodeBFddBbRes
Capacity
eNodeBFddBbRes
AdmState
DSP ENODEBFDDBBR ES LST BTS3900, BTS3900 ENODEBFDDBBR Administrative State LTE ES
eNodeBFddBbRes
OpState
Operational State
DSP BTS3900, BTS3900 ENODEBFDDBBR LTE ES
eNodeBTddBbRes BLK ENODEBTDDBBR ES DSP ENODEBTDDBBR ES LST ENODEBTDDBBR ES eNodeB TDD UBL eNodeBTddBbResI Baseband BTS3900, BTS3900 ENODEBTDDBBR d Resource Identifier LTE ES
eNodeBTddBbRes
CN
Cabinet Number
DSP ENODEBTDDBBR ES LST BTS3900, BTS3900 ENODEBTDDBBR LTE ES
eNodeBTddBbRes
SRN
Subrack Number
DSP ENODEBTDDBBR ES LST BTS3900, BTS3900 ENODEBTDDBBR LTE ES
Slot Number
DSP ENODEBTDDBBR ES LST BTS3900, BTS3900 ENODEBTDDBBR LTE ES
Capacity
DSP ENODEBTDDBBR ES LST BTS3900, BTS3900 ENODEBTDDBBR LTE ES
eNodeBTddBbRes
SN
eNodeBTddBbRes
Capacity
eNodeBTddBbRes
AdmState
DSP ENODEBTDDBBR ES LST BTS3900, BTS3900 ENODEBTDDBBR Administrative State LTE ES
eNodeBTddBbRes
OpState
Operational State
DSP BTS3900, BTS3900 ENODEBTDDBBR LTE ES
S1Interface ID
LST MMEFEATURECF G MOD BTS3900, BTS3900 MMEFEATURECF LTE G
MmeFeatureCfg S1InterfaceId
MmeFeatureCfg
MME supporting MDT or not
MOD MMEFEATURECF G LST BTS3900, BTS3900 MMEFEATURECF LTE G
X2 ID
ADD X2 DSP X2 LST X2 BTS3900, BTS3900 MOD X2 LTE RMV X2
CnOperatorId
CN Operator ID
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
CpEpGroupId
Control Plane End Point Group ID
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
MdtEnable
X2 X2Id
X2
X2
X2 UpEpGroupId
User Plane End Point Group ID
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
X2
TargetENodeBRele Target eNodeB ase Release
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
UserLabel
User Label
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
EpGroupCfgFlag
End Point Group Config Flag
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
X2
X2
X2
CnOpSharingGroup CN Operator Id Sharing Group ID
ADD X2 BTS3900, BTS3900 MOD X2 LTE LST X2
X2 X2CpBearerState
X2 Interface CP Bearer State
BTS3900, BTS3900 LTE DSP X2
X2InterfaceId
X2 Interface ID
BTS3900, BTS3900 LTE DSP X2
X2InterfaceState
X2 Interface State
BTS3900, BTS3900 LTE DSP X2
X2CpBearerId
X2 Interface CP Bearer ID
BTS3900, BTS3900 LTE DSP X2
Mcc
ADD X2BLACKWHITELI ST RMV X2BLACKWHITELI ST LST BTS3900, BTS3900 X2BLACKWHITELI Mobile country code LTE ST
Mnc
Mobile network code
ADD X2BLACKWHITELI ST RMV X2BLACKWHITELI ST LST BTS3900, BTS3900 X2BLACKWHITELI LTE ST
eNodeB ID
ADD X2BLACKWHITELI ST RMV X2BLACKWHITELI ST LST BTS3900, BTS3900 X2BLACKWHITELI LTE ST
X2
X2
X2
X2BlackWhiteList
X2BlackWhiteList
X2BlackWhiteList
ENodeBId
X2BlackWhiteList
X2ListType
X2 Black or White List Type
X2InterfaceId
X2Interface ID
ADD X2BLACKWHITELI ST LST BTS3900, BTS3900 X2BLACKWHITELI LTE ST DSP X2INTERFACE MOD X2INTERFACE RMV X2INTERFACE BTS3900, BTS3900 RST LTE X2INTERFACE
X2 Interface CP Bearer ID
ADD X2INTERFACE MOD X2INTERFACE BTS3900, BTS3900 DSP LTE X2INTERFACE
CN Operator ID
ADD X2INTERFACE MOD X2INTERFACE BTS3900, BTS3900 DSP LTE X2INTERFACE
TargetENodeBRele Target eNodeB ase release
ADD X2INTERFACE MOD X2INTERFACE BTS3900, BTS3900 DSP LTE X2INTERFACE
X2Interface
X2Interface X2CpBearerId
X2Interface
CnOperatorId
X2Interface
Automatic removal flag
ADD X2INTERFACE MOD X2INTERFACE BTS3900, BTS3900 DSP LTE X2INTERFACE
Control Mode
ADD X2INTERFACE MOD X2INTERFACE BTS3900, BTS3900 DSP LTE X2INTERFACE
X2Interface NoAutoRmvFlag
X2Interface
CtrlMode
X2Interface
AutoCfgFlag
Auto Config Flag
BTS3900, BTS3900 DSP LTE X2INTERFACE
X2Interface
CnOpSharingGroup CN Operator Id Sharing Group ID
ADD X2INTERFACE MOD X2INTERFACE BTS3900, BTS3900 DSP LTE X2INTERFACE
X2Interface
Neighbor eNodeB ID
BTS3900, BTS3900 DSP LTE X2INTERFACE
Neighbor eNodeB NbrENodeBPlmnId PLMN ID
BTS3900, BTS3900 DSP LTE X2INTERFACE
X2InterfaceState
X2Interface state
BTS3900, BTS3900 DSP LTE X2INTERFACE
X2AbnormalReaso X2Interface state n abnormal reason
BTS3900, BTS3900 DSP LTE X2INTERFACE
NbrENodeBId
X2Interface
X2Interface
X2Interface
Drx
DrxAlgSwitch
DRX switch
BTS3900, BTS3900 MOD DRX LTE LST DRX
ShortDrxSwitch
Short-cycle DRX switch
BTS3900, BTS3900 MOD DRX LTE LST DRX
Drx
Drx
LongDrxCycleSpeci Special long DRX al cycle
BTS3900, BTS3900 MOD DRX LTE LST DRX
Drx
OnDurationTimerSp Special On ecial Duration timer
BTS3900, BTS3900 MOD DRX LTE LST DRX
Drx
DrxInactivityTimerS Special DRX pecial inactivity timer
BTS3900, BTS3900 MOD DRX LTE LST DRX
Drx Special short-cycle SupportShortDrxSp DRX supported BTS3900, BTS3900 MOD DRX ecial indication LTE LST DRX
Drx
ShortDrxCycleSpeci Special short DRX al cycle
BTS3900, BTS3900 MOD DRX LTE LST DRX
Drx
DrxShortCycleTimer Special DRX short Special cycle timer
BTS3900, BTS3900 MOD DRX LTE LST DRX
Drx
LongDrxCycleForA Long DRX Cycle for BTS3900, BTS3900 MOD DRX nr ANR LTE LST DRX
Drx
LongDRXCycleforI RatAnr
ExtendedQci
Long DRX Cycle for BTS3900, BTS3900 MOD DRX Inter-RAT ANR LTE LST DRX ADD EXTENDEDQCI LST EXTENDEDQCI MOD EXTENDEDQCI Extended QoS BTS3900, BTS3900 RMV Class Identifier LTE EXTENDEDQCI
ServiceType
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
ExtendedQci
ExtendedQci
Service type
ExtendedQci
Uplink scheduling UlschPriorityFactor priority factor
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
Downlink scheduling priority DlschPriorityFactor factor
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
UlMinGbr
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
ExtendedQci
ExtendedQci
Uplink MinGBR
ExtendedQci
DlMinGbr
Downlink MinGBR
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
ExtendedQci
PreAllocationWeigh Pre-allocation t weight
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
ExtendedQci
InterRatPolicyCfgGr InterRAT policy oupId config group ID
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
PrioritisedBitRate
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
ExtendedQci
Prioritised bit rate
ExtendedQci
ExtendedQci
ExtendedQci
ADD EXTENDEDQCI MOD EXTENDEDQCI LogicalChannelPrio Logical channel BTS3900, BTS3900 LST rity priority LTE EXTENDEDQCI ADD EXTENDEDQCI MOD EXTENDEDQCI RlcPdcpParaGroupI RLC PDCP BTS3900, BTS3900 LST EXTENDEDQCI d parameter group ID LTE ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST FreeUserFlag Free user flag LTE EXTENDEDQCI
ExtendedQci
FlowCtrlType
Flow Control Type
InterRatPolicyCfgGr
InterRatPolicyCfgGr InterRAT policy oupId config group ID
ADD EXTENDEDQCI MOD EXTENDEDQCI BTS3900, BTS3900 LST LTE EXTENDEDQCI
ADD INTERRATPOLICY CFGGROUP LST INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP RMV BTS3900, BTS3900 INTERRATPOLICY LTE CFGGROUP
InterRatPolicyCfgGr
UtranHoCfg
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP LST UTRAN handover BTS3900, BTS3900 INTERRATPOLICY policy Configuration LTE CFGGROUP
InterRatPolicyCfgGr
GeranGsmHoCfg
GERAN GSM handover policy Configuration
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP LST BTS3900, BTS3900 INTERRATPOLICY LTE CFGGROUP
InterRatPolicyCfgGr
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP GERAN GPRS LST GeranGprsEdgeHo EDGE handover BTS3900, BTS3900 INTERRATPOLICY Cfg policy Configuration LTE CFGGROUP
InterRatPolicyCfgGr
Cdma1xRttHoCfg
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP CDMA2000 1XRTT LST handover policy BTS3900, BTS3900 INTERRATPOLICY Configuration LTE CFGGROUP
InterRatPolicyCfgGr
CdmaHrpdHoCfg
CDMA2000 HRPD handover policy Configuration
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP LST BTS3900, BTS3900 INTERRATPOLICY LTE CFGGROUP
No handover flag
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP LST BTS3900, BTS3900 INTERRATPOLICY LTE CFGGROUP
No fast ANR flag
ADD INTERRATPOLICY CFGGROUP MOD INTERRATPOLICY CFGGROUP LST BTS3900, BTS3900 INTERRATPOLICY LTE CFGGROUP
InterRatPolicyCfgGr
NoHoFlag
InterRatPolicyCfgGr
NoFastAnrFlag
PuschParam
Delta Offset CQI DeltaOffsetCqiIndex Index
MOD PUSCHPARAM BTS3900, BTS3900 LST LTE PUSCHPARAM
Delta Offset RI DeltaOffsetRiIndex Index
MOD PUSCHPARAM BTS3900, BTS3900 LST LTE PUSCHPARAM
PuschParam
PuschParam
MOD PUSCHPARAM DeltaOffsetAckInde Delta Offset BTS3900, BTS3900 LST x Acknowledge Index LTE PUSCHPARAM ADD RLCPDCPPARAGR OUP LST RLCPDCPPARAGR RlcPdcpParaGroup OUP MOD RLCPDCPPARAGR OUP RMV RlcPdcpParaGroupI RLC PDCP BTS3900, BTS3900 RLCPDCPPARAGR d parameter group ID LTE OUP
RlcPdcpParaGroup
DiscardTimer
Discard timer
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RLC-UM or RLCAM mode
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
RlcMode
RlcPdcpParaGroup
UeMaxRetxThresho MaxretxThreshold ld for UE
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST ENodeBMaxRetxTh MaxRetxThreshold BTS3900, BTS3900 RLCPDCPPARAGR reshold for eNodeB LTE OUP
RlcPdcpParaGroup
UePollByte
PollByte for UE
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
ENodeBPollByte
PollByte for eNodeB
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
UePollPdu
PollPdu for UE
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
ENodeBPollPdu
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR PollPdu for eNodeB LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST UePollRetransmitTi Poll retransmit timer BTS3900, BTS3900 RLCPDCPPARAGR mer for UE LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST ENodeBPollRetrans Poll retransmit timer BTS3900, BTS3900 RLCPDCPPARAGR mitTimer for eNodeB LTE OUP
RlcPdcpParaGroup
UeStatusProhibitTi mer
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST Status prohibit timer BTS3900, BTS3900 RLCPDCPPARAGR for UE LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST ENodeBStatusProhi Status prohibit timer BTS3900, BTS3900 RLCPDCPPARAGR bitTimer for eNodeB LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST UeAmReorderingTi AM reordering timer BTS3900, BTS3900 RLCPDCPPARAGR mer for UE LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST ENodeBAmReorder AM reordering timer BTS3900, BTS3900 RLCPDCPPARAGR ingTimer for eNodeB LTE OUP
RlcPdcpParaGroup
PdcpSnSize
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR UM PDCP-SN size LTE OUP
UlRlcSnSize
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR Uplink RLC-Sn size LTE OUP
DlRlcSnSize
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
RlcPdcpParaGroup
Downlink RLC-SN size
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST UeUmReorderingTi UM reordering timer BTS3900, BTS3900 RLCPDCPPARAGR mer for UE LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST ENodeBUmReorder UM reordering timer BTS3900, BTS3900 RLCPDCPPARAGR ingTimer for eNodeB LTE OUP
RlcPdcpParaGroup
AM PDCP status report required PdcpStatusRptReq indication
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
RlcParaAdaptSwitc RLC Parameter h Adaptive Switch
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST eNodeBPollRtrTime Preset eNodeB Poll BTS3900, BTS3900 RLCPDCPPARAGR rPreset Retransmit Timer LTE OUP
RlcPdcpParaGroup
eNodeBStatProhTi merPreset
Preset eNodeB Status Prohibit Timer
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
UePollRtrTimerPres Preset UE Poll et Retransmit Timer
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
RlcPdcpParaGroup
UeStatProhTimerPr Preset UE Status eset Prohibit Timer
ADD RLCPDCPPARAGR OUP MOD RLCPDCPPARAGR OUP LST BTS3900, BTS3900 RLCPDCPPARAGR LTE OUP
StandardQci
Qci
QoS Class Indication
LST STANDARDQCI BTS3900, BTS3900 MOD LTE STANDARDQCI
StandardQci
MOD STANDARDQCI BTS3900, BTS3900 LST UlschPriorityFactor Ulsch priority factor LTE STANDARDQCI
StandardQci
MOD STANDARDQCI BTS3900, BTS3900 LST DlschPriorityFactor Dlsch priority factor LTE STANDARDQCI
StandardQci
UlMinGbr
Uplink MinGBR
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
StandardQci
DlMinGbr
Downlink MinGBR
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
StandardQci
PreAllocationWeigh Pre-allocation t weight
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
StandardQci
InterRatPolicyCfgGr InterRAT policy oupId config group ID
StandardQci
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
MOD STANDARDQCI RlcPdcpParaGroupI RLC PDCP BTS3900, BTS3900 LST d parameter group ID LTE STANDARDQCI
StandardQci
PrioritisedBitRate
Prioritised bit rate
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
StandardQci
LogicalChannelPrio Logical channel rity priority
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
FlowCtrlType
MOD STANDARDQCI BTS3900, BTS3900 LST LTE STANDARDQCI
StandardQci
Flow control type
eNBQciRsvdPara
Qci
QoS Class Indication
LST ENBQCIRSVDPAR A MOD BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Switch Parameter 0
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdSwPara0
eNBQciRsvdPara
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 2
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara2
eNBQciRsvdPara
RsvdPara3
Reserved Parameter 3
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 4
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara4
eNBQciRsvdPara
RsvdPara5
Reserved Parameter 5
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 6
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara6
eNBQciRsvdPara
RsvdPara7
Reserved Parameter 7
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 8
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara8
eNBQciRsvdPara
RsvdPara9
Reserved Parameter 9
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 10
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara10
eNBQciRsvdPara
RsvdPara11
Reserved Parameter 11
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 12
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara12
eNBQciRsvdPara
RsvdPara13
Reserved Parameter 13
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 14
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara14
eNBQciRsvdPara
RsvdPara15
Reserved Parameter 15
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 16
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara16
eNBQciRsvdPara
RsvdPara17
Reserved Parameter 17
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 18
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara18
eNBQciRsvdPara
RsvdPara19
Reserved Parameter 19
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Reserved Parameter 20
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
eNBQciRsvdPara
RsvdPara20
eNBQciRsvdPara
RsvdPara21
Reserved Parameter 21
MOD ENBQCIRSVDPAR A LST BTS3900, BTS3900 ENBQCIRSVDPAR LTE A
Default doppler level
MOD ALGODEFAULTPA RA LST BTS3900, BTS3900 ALGODEFAULTPA LTE RA
AlgoDefaultPara
DefDopplerLevel
BfMimoAdaptivePara
BfMimoAdaptiveSwi BfMIMO adaptive tch switch
MOD BFMIMOADAPTIVE PARACFG LST BTS3900, BTS3900 BFMIMOADAPTIVE LTE PARACFG
BfMimoAdaptivePara
FixedBfMimoMode
Fixed BfMIMO mode
MOD BFMIMOADAPTIVE PARACFG LST BTS3900, BTS3900 BFMIMOADAPTIVE LTE PARACFG
CqiAdaptiveCfg
CqiPeriodAdaptive
MOD CQIADAPTIVECFG CQI period adaptive BTS3900, BTS3900 LST switch LTE CQIADAPTIVECFG
UserCqiPeriodCfg
MOD CQIADAPTIVECFG BTS3900, BTS3900 LST LTE CQIADAPTIVECFG
CqiAdaptiveCfg
User CQI period config
CqiAdaptiveCfg
MOD SimultaneousAckN CQIADAPTIVECFG SimulAckNackAndC ackAndCQI config BTS3900, BTS3900 LST qiSwitch switch LTE CQIADAPTIVECFG
CqiAdaptiveCfg
PUCCH Periodic PucchPeriodicCqiO CQI Optimize ptSwitch Switch
MOD CQIADAPTIVECFG BTS3900, BTS3900 LST LTE CQIADAPTIVECFG
CqiAdaptiveCfg
MOD CQIADAPTIVECFG HoAperiodicCqiCfg Handover Aperiodic BTS3900, BTS3900 LST Switch Cqi Config Switch LTE CQIADAPTIVECFG
MimoAdaptiveParaCf
MimoAdaptiveSwitc MIMO adaptive h switch
MOD MIMOADAPTIVEPA RACFG LST BTS3900, BTS3900 MIMOADAPTIVEPA LTE RACFG
MimoAdaptiveParaCf
FixedMimoMode
Fixed MIMO mode
MOD MIMOADAPTIVEPA RACFG LST BTS3900, BTS3900 MIMOADAPTIVEPA LTE RACFG
MimoAdaptiveParaCf
InitialMimoType
Initial Mimo Type
MOD MIMOADAPTIVEPA RACFG LST BTS3900, BTS3900 MIMOADAPTIVEPA LTE RACFG
SRS period adaptive switch
MOD SRSADAPTIVECF G LST BTS3900, BTS3900 SRSADAPTIVECF LTE G
SrsAdaptiveCfg
SrsPeriodAdaptive
SrsAdaptiveCfg
MOD SRSADAPTIVECF G LST BTS3900, BTS3900 SRSADAPTIVECF LTE G
UserSrsPeriodCfg
User SRS period config
Qci
BTS3900, BTS3900 LST TYPDRBBSR QoS Class Identifier LTE MOD TYPDRBBSR
TypDrbBsr
TypDrbBsr
BTS3900, BTS3900 MOD TYPDRBBSR TPerodicBSRTimer Periodic BSR Timer LTE LST TYPDRBBSR
TypDrbBsr
RetxBsrTimer
BSR Retransmission Timer
BTS3900, BTS3900 MOD TYPDRBBSR LTE LST TYPDRBBSR
HoMeasComm
GapPatternType
MOD HOMEASCOMM GAP measurement BTS3900, BTS3900 LST pattern LTE HOMEASCOMM
HoMeasComm
EutranFilterCoeffRs EUTRAN RSRP rp filter coefficient
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
EutranFilterCoeffRs EUTRAN RSRQ rq filter coefficient
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
GeranFilterCoeff
GERAN filter coefficient
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
SMeasureInd
SMeasureInd
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
SMeasure
SMeasure
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
SpeedDepParaInd
SpeedDependInd
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
TcrMaxConnMode
TCRmax in connected mode
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
TcrMaxHystConnM TCRmaxHyst in ode connected mode
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
NcrMediumConnMo NCR Medium in de connected mode
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
NCR High in NcrHighConnMode connected mode
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
TttSfMedium
TTT Scaling factor for Medium mobility state in connected BTS3900, BTS3900 mode LTE
MOD HOMEASCOMM LST HOMEASCOMM
HoMeasComm
TttSfHigh
TTT Scaling factor for High mobility state in connected mode
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
HoMeasComm
MOD HOMEASCOMM UtranFilterCoeffRsc UTRAN RSCP filter BTS3900, BTS3900 LST p coefficient LTE HOMEASCOMM
HoMeasComm
MOD HOMEASCOMM UtranFilterCoeffEcn UTRAN ECN0 filter BTS3900, BTS3900 LST 0 coefficient LTE HOMEASCOMM
HoMeasComm
Optimized OptHoPreFailPunis Handover Prepare hTimer Fail Punish Timer
MOD HOMEASCOMM BTS3900, BTS3900 LST LTE HOMEASCOMM
InterRatHoComm
InterRatHoMaxRprt Max report cell Cell number
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
InterRatHoComm
InterRatHoRprtAmo Measurement unt report amount
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
Geran InterRatHoGeranRp measurement rtInterval report interval
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
InterRatHoComm
InterRatHoComm
MOD INTERRATHOCOM M LST InterRatHoUtranB1 Utran measurement BTS3900, BTS3900 INTERRATHOCOM MeasQuan trigger quantity LTE M
InterRatHoComm
UTRAN FDD InterRatHoUtranRpr measurement tInterval report interval
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
CDMA20001XRTT InterRatHoCdma1x measurement RttB1MeasQuan trigger quantity
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
InterRatHoComm
InterRatHoComm
CDMA20001XRTT InterRatCdma1xRtt measurement RprtInterval report interval
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
CDMA2000HRPD InterRatHoCdmaHr measurement pdB1MeasQuan trigger quantity
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
CDMA2000HRPD InterRatCdmaHrpd measurement RprtInterval report interval
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
InterRatHoComm
InterRatHoComm
InterRatHoComm
InterRat A1A2 InterRatHoA1A2Tri measurement gQuan trigger quantity
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
InterRatHoComm MOD INTERRATHOCOM M LST InterRatHoEventTy Inter RAT HO BTS3900, BTS3900 INTERRATHOCOM pe Trigger Event Type LTE M
InterRatHoComm
InterRatHoComm
MOD INTERRATHOCOM M LST Cdma20001XrttMe CDMA2000 1xRTT BTS3900, BTS3900 INTERRATHOCOM asTimer Measure Timer LTE M
MOD INTERRATHOCOM M LST Cdma20001XrttJud CDMA2000 1xRTT BTS3900, BTS3900 INTERRATHOCOM gePnNum Judge PN Number LTE M
InterRatHoComm
CDMA2000 HRPD Cdma2000HrpdFre Frequency Select qSelMode Mode
InterRatHoComm
MOD INTERRATHOCOM M CDMA2000 1xRTT LST Cdma20001XrttFre Frequency Select BTS3900, BTS3900 INTERRATHOCOM qSelMode Mode LTE M
InterRatHoComm CdmaEcsfbPsConc eCSFB PS urrentMode Concurrent Mode
InterRatHoComm
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
MOD INTERRATHOCOM M LST Cdma20001XrttMe eCSFB BTS3900, BTS3900 INTERRATHOCOM asMode Measurement Mode LTE M
InterRatHoComm Cdma1XrttSectorId eCSFB SectorID SelMode Select Mode
MOD INTERRATHOCOM M LST BTS3900, BTS3900 INTERRATHOCOM LTE M
InterRatHoComm
InterRatHoComm
MOD INTERRATHOCOM M LST CellInfoMaxUtranC Max Utran cell num BTS3900, BTS3900 INTERRATHOCOM ellNum in redirection LTE M
MOD INTERRATHOCOM M LST CellInfoMaxGeranC Max Geran cell num BTS3900, BTS3900 INTERRATHOCOM ellNum in redirection LTE M
InterRatHoComm
MOD INTERRATHOCOM M Max Geran cell num LST GeranCellNumForE in CSFB EMC BTS3900, BTS3900 INTERRATHOCOM mcRedirect redirection LTE M
InterRatHoComm
MOD INTERRATHOCOM M Max Utran cell num LST UtranCellNumForE in CSFB EMC BTS3900, BTS3900 INTERRATHOCOM mcRedirect redirection LTE M
InterRatHoComm
MOD INTERRATHOCOM M CDMA2000 eHRPD LST CdmaHrpdSectorId SectorID Select BTS3900, BTS3900 INTERRATHOCOM SelMode Mode LTE M
IntraRatHoComm
IntraRatHoMaxRprt Max report cell Cell number
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoRprtAmo Measurement unt report amount
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoComm
IntraRatHoComm
IntraFreqHoA3Trig Quan
A3 measurement trigger quantity
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoComm
IntraFreqHoA3Rprt A3 measurement Quan report quantity
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraFreqHoRprtInte A3 measurement rval report interval
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoComm
IntraRatHoComm
InterFreqHoA4Rprt Measurement A4 Quan report quantity
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
Interfreq InterFreqHoRprtInte measurement rval report interval
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoComm
IntraRatHoComm
InterFreq A1A2 InterFreqHoA1A2Tri Measurement gQuan trigger quantity
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoComm
MOD INTRARATHOCOM M A1A2 Measurement LST FreqPriInterFreqHo trigger quantity of BTS3900, BTS3900 INTRARATHOCOM A1TrigQuan Freq Priority LTE M
IntraRatHoComm
InterFreqHoA4Trig Quan
A4 Measurement Trigger Quantity
MOD INTRARATHOCOM M LST BTS3900, BTS3900 INTRARATHOCOM LTE M
IntraRatHoComm
MOD INTRARATHOCOM M Coverage Based LST CovBasedIfHoWaiti Inter Frequency HO BTS3900, BTS3900 INTRARATHOCOM ngTimer Waiting Timer LTE M CSFallBackHo LocalCellId
Local cell ID
LST CSFALLBACKHO BTS3900, BTS3900 MOD LTE CSFALLBACKHO
CSFallBackHo
CSFB Utran CsfbHoUtranTimeT EventB1 Time To oTrig Trig
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFallBackHo
CSFB Geran CsfbHoGeranTimeT EventB1 Time To oTrig Trig
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFallBackHo
CSFB CDMA CsfbHoCdmaTimeT EventB1 Time To oTrig Trig
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFallBackHo
CSFB UTRAN CsfbHoUtranB1Thd EventB1 RSCP Rscp Trigger Threshold
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFallBackHo
CSFB UTRAN CsfbHoUtranB1Thd EventB1 ECN0 Ecn0 Trigger Threshold
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFB GERAN CsfbHoGeranB1Th EventB1 Trigger d Threshold
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFallBackHo
CSFallBackHo
CSFB CDMA2000 CsfbHoCdmaB1Th EventB1 Trigger dPs Threshold
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFB Adaptive Blind Ho A1 RSRP BlindHoA1ThdRsrp Trigger Threshold
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
CSFallBackHo
CSFallBackHo
CsfbProtectionTime CSFB Protection r Timer
MOD CSFALLBACKHO BTS3900, BTS3900 LST LTE CSFALLBACKHO
LocalCellId
BTS3900, BTS3900 LST CELLACBAR LTE MOD CELLACBAR
CellAcBar Local cell ID
CellAcBar
AC barring AcBarringInfoCfgIn information d configure indicator
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
AcBarringForEmerg Emergency call ency barring state
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC barring for AcBarringForMoDat mobile data aCfgInd configure indicator
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
Access probability AcBarringFactorFor factor for originating BTS3900, BTS3900 MOD CELLACBAR Call call LTE LST CELLACBAR
CellAcBar
AcBarTimeForCall
Mean access barring time for originating call
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
AC11BarforCall
AC11 barring state for originating call
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC12BarforCall
AC12 barring state for originating call
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AC13BarforCall
AC13 barring state for originating call
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC14BarforCall
AC14 barring state for originating call
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AC15 barring state for originating call
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC barring for AcBarringForMoSig mobile signal CfgInd configure indicator
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC15BarforCall
CellAcBar
CellAcBar
AcBarringFactorFor Access probability Sig factor for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
AcBarTimeForSig
Mean access barring time for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
AC11BarForSig
AC11 barring state for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC12BarForSig
AC12 barring state for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AC13BarForSig
AC13 barring state for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC14BarForSig
AC14 barring state for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AC15 barring state for signaling
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC barring for AcBarForMVoiceCf MMTEL voice gInd configure indicator
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC15BarForSig
CellAcBar
CellAcBar
Access probability AcBarFactorForMV factor for MMTEL oice voice
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
Mean access AcBarTimeForMVoi barring time for ce MMTEL voice
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AC 11-15 barring SpecialACBarForM state for MMTEL Voice voice
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC barring for AcBarForMVideoCf MMTEL video gInd configure indicator
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
Access probability AcBarFactorForMVi factor for MMTEL deo video
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
Mean access AcBarTimeForMVid barring time for eo MMTEL video
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AC 11-15 barring SpecialACBarForM state for MMTEL Video video
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
AC barring for AcBarForCsfbCfgIn CSFB configure d indicator
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
AcBarFactorForCsf Access probability b factor for CSFB
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
Mean access barring time for AcBarTimeForCsfb CSFB
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
CellAcBar
CellAcBar
SpecialACBarForCs AC 11-15 barring fb state for CSFB
BTS3900, BTS3900 MOD CELLACBAR LTE LST CELLACBAR
LocalCellId
Local cell ID
LST CELLACCESS BTS3900, BTS3900 MOD LTE CELLACCESS
Cell barring state
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
CellAccess
CellAccess
CellBarred
CellAccess
CellReservedExt
Cell reserved for extension
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
IntraFreqResel
Intra-frequency reselection indication
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
CellAccess
CellAccess
BroadcastMode
Plmn Broadcast Mode
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
RoundPeriod
Plmn Round Broadcast Period
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
RoundActionTime
MOD Plmn Round Action BTS3900, BTS3900 CELLACCESS Time LTE LST CELLACCESS
CellAccess
CellAccess
CellAccess
ReptSyncAvoidInd
Repeat Synchronization Avoid Indication
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
CellAccess
Repeat ReptSyncAvoidTim Synchronization e Avoid Time
MOD BTS3900, BTS3900 CELLACCESS LTE LST CELLACCESS
LocalCellId
Local cell ID
ADD CELLOP DSP CELLBROADCAST CNOPERATOR LST CELLOP BTS3900, BTS3900 MOD CELLOP LTE RMV CELLOP
TrackingAreaId
ADD CELLOP LST CELLOP Local tracking area BTS3900, BTS3900 MOD CELLOP ID LTE RMV CELLOP
CellOp
CellOp
CellOp
Cell reserved for CellReservedForOp operator
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
OpUlRbUsedRatio
ADD CELLOP Operator uplink RB BTS3900, BTS3900 MOD CELLOP used ratio LTE LST CELLOP
CellOp
OpDlRbUsedRatio
Operator downlink RB used ratio
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMECfgNum
MME configure number
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMEGI1
First MME group identity
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMEC1
First MME code
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMEGI2
ADD CELLOP Second MME group BTS3900, BTS3900 MOD CELLOP identity LTE LST CELLOP
CellOp
MMEC2
ADD CELLOP BTS3900, BTS3900 MOD CELLOP Second MME code LTE LST CELLOP
CellOp
MMEGI3
Third MME group identity
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMEC3
Third MME code
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMEGI4
Fourth MME group identity
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
MMEC4
Fourth MME code
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
OpUeNumRatio
Operator Ue Number Ratio
ADD CELLOP BTS3900, BTS3900 MOD CELLOP LTE LST CELLOP
CellOp
CellOp BroadcastCnOperat Broadcast CN orId operator ID
DSP BTS3900, BTS3900 CELLBROADCAST LTE CNOPERATOR
CellResel
BTS3900, BTS3900 LST CELLRESEL LTE MOD CELLRESEL
LocalCellId
Local cell ID
Qhyst
Hysteresis value for BTS3900, BTS3900 MOD CELLRESEL ranking criteria LTE LST CELLRESEL
CellResel
CellResel
Speed-dependent reselection SpeedDepReselCfg parameter Ind configure indicator
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
TEvaluation
The duration for evaluating criteria to BTS3900, BTS3900 MOD CELLRESEL enter mobility states LTE LST CELLRESEL
THystNormal
Additional time hysteresis for normal speed
CellResel
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
The number of cell changes to enter NCellChangeMediu medium mobility m state
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
The number of cell changes to enter high mobility state
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
NCellChangeHigh
CellResel
QHystSfMedium
Additional hysteresis for medium speed
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
QHystSfHigh
Additional hysteresis for high speed
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
Threshold for nonintra freq SNonIntraSearchCf measurements gInd configure indicator
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
CellResel
CellResel
SNonIntraSearch
Threshold for nonintra frequency measurements
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
ThrshServLow
Serving frequency lower priority threshold
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellReselPriority
Cell reselection priority
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
CellResel
QRxLevMin
Minimum required RX level
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
PMaxCfgInd
Ue max power allowed configure indicator
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
CellResel
PMax
Max transmit power BTS3900, BTS3900 MOD CELLRESEL allowed LTE LST CELLRESEL
CellResel Threshold for intra freq measurements BTS3900, BTS3900 MOD CELLRESEL SIntraSearchCfgInd configure indicator LTE LST CELLRESEL
CellResel
Threshold for intra frequency measurements
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
Measurement MeasBandWidthCfg bandwidth Ind configure indicator
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
SIntraSearch
CellResel
CellResel
MeasBandWidth
Measurement bandwidth
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
TReselEutran
Cell reselection timer value for EUTRAN
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
CellResel
Speed state scale SpeedStateSfCfgIn factor configure d indicator
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
Scaling factor of TReselEutran in TReselEutranSfMe medium mobility dium state
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
Scaling factor of TReselEutranSfHig TReselEutran in h high mobility state
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
CellResel
NeighCellConfig
BTS3900, BTS3900 MOD CELLRESEL Neighbor cell config LTE LST CELLRESEL
CellResel
PresenceAntennaP Presence antenna ort1 port1
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
RSRQ Threshold for intra frequency measurements
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
SIntraSearchQ
CellResel
RSRQ Threshold for non-intra frequency SNonIntraSearchQ measurements
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
Serving frequency lower priority RSRQ ThrshServLowQCfg threshold configure BTS3900, BTS3900 MOD CELLRESEL Ind indicator LTE LST CELLRESEL
CellResel
ThrshServLowQ
Serving frequency lower priority RSRQ BTS3900, BTS3900 MOD CELLRESEL threshold LTE LST CELLRESEL
QQualMinCfgInd
Minimum required quality level configure indicator
CellResel
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
CellResel
QQualMin
Minimum required quality level
BTS3900, BTS3900 MOD CELLRESEL LTE LST CELLRESEL
Local cell ID
ADD CELLRESELCDMA 2000 LST CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 RMV BTS3900, BTS3900 CELLRESELCDMA LTE 2000
System time information configure indicator
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000
LocalCellId
CellReselCdma2000
SysTimeCfgInd
CellReselCdma2000
CdmaEutraSyn
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA CDMA and EUTRA 2000 network LST synchronised BTS3900, BTS3900 CELLRESELCDMA indicator LTE 2000
CellReselCdma2000
CDMA search SearchWndSizeCfg window size Ind configure indicator
CellReselCdma2000
SearchWndSize
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA Search window size LTE 2000
CellReselCdma2000
HRPD parameters configure indicator
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
HRPD cell HrpdCellReselectP reselection aramCfgInd configure indicator
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
HrpdParaCfgInd
CellReselCdma2000
CellReselCdma2000
TreselectionHrpd
Cell reselection timer for HRPD
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000
Speed state scale SpeedStateSfCfgIn factor configure d indicator
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
Scaling factor of TReselCdmaHrpd TReselCdmaHrpdS in high mobility fHigh state
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000
CellReselCdma2000
Scaling factor of TReselCdmaHrpd TReselCdmaHrpdS in medium mobility fMedium state
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000 ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST Cdma1XrttParaCfgI 1XRTT parameters BTS3900, BTS3900 CELLRESELCDMA nd configure indicator LTE 2000
CellReselCdma2000
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 1XRTT state of long 2000 code generation LST Cdma1XrttLongCod registers configure BTS3900, BTS3900 CELLRESELCDMA eStateCfgInd indicator LTE 2000
CellReselCdma2000
1XRTT cell Cdma1XrttCellRese reselection lCfgInd configure indicator
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000
Cdma1XrttTreselect Cell reselection ion timer for 1XRTT
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000 ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 1XRTT speed state LST Cdma1XrttSpeedSt scale factors BTS3900, BTS3900 CELLRESELCDMA ateCfgInd configure indicator LTE 2000
CellReselCdma2000
Cdma1XrttSfMediu 1XRTT medium m speed scale factor
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
1XRTT high speed scale factor
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
SupportDualRxCsfb Dual Rx CSFB CfgInd configure indicator
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
CellReselCdma2000
Cdma1XrttSfHigh
CellReselCdma2000
CellReselCdma2000
Dual Rx CSFB supported SupportDualRxCsfb indication
ADD CELLRESELCDMA 2000 MOD CELLRESELCDMA 2000 LST BTS3900, BTS3900 CELLRESELCDMA LTE 2000
LocalCellId
Local cell ID
ADD CELLRESELGERA N LST CELLRESELGERA N MOD CELLRESELGERA N RMV BTS3900, BTS3900 CELLRESELGERA LTE N
Cell reselection timer value for GERAN
ADD CELLRESELGERA N MOD CELLRESELGERA N LST BTS3900, BTS3900 CELLRESELGERA LTE N
CellReselGeran
CellReselGeran
TReselGeran
Speed state scale SpeedStateSfCfgIn factor configure d indicator
ADD CELLRESELGERA N MOD CELLRESELGERA N LST BTS3900, BTS3900 CELLRESELGERA LTE N
Scaling factor of TReselGeran in TReselGeranSfMed medium mobility ium state
ADD CELLRESELGERA N MOD CELLRESELGERA N LST BTS3900, BTS3900 CELLRESELGERA LTE N
Scaling factor of TReselGeranSfHig TReselGeran in h high mobility state
ADD CELLRESELGERA N MOD CELLRESELGERA N LST BTS3900, BTS3900 CELLRESELGERA LTE N
LocalCellId
ADD CELLRESELUTRA N LST CELLRESELUTRA N MOD CELLRESELUTRA N RMV BTS3900, BTS3900 CELLRESELUTRA LTE N
CellReselGeran
CellReselGeran
CellReselGeran
CellReselUtran
Local cell ID
CellReselUtran
TReselUtran
Cell reselection timer value for UTRAN
ADD CELLRESELUTRA N MOD CELLRESELUTRA N LST BTS3900, BTS3900 CELLRESELUTRA LTE N
Speed state scale SpeedStateSfCfgIn factor configure d indicator
ADD CELLRESELUTRA N MOD CELLRESELUTRA N LST BTS3900, BTS3900 CELLRESELUTRA LTE N
Scaling factor of TReselUtran in TReselUtranSfMedi medium mobility um state
ADD CELLRESELUTRA N MOD CELLRESELUTRA N LST BTS3900, BTS3900 CELLRESELUTRA LTE N
CellReselUtran
CellReselUtran
CellReselUtran ADD CELLRESELUTRA N MOD CELLRESELUTRA N Scaling factor of LST TReselUtran in high BTS3900, BTS3900 CELLRESELUTRA TReselUtranSfHigh mobility state LTE N CellSel LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLSEL LTE MOD CELLSEL
QRxLevMin
Minimum required RX level
BTS3900, BTS3900 MOD CELLSEL LTE LST CELLSEL
CellSel
CellSel
QRxLevMinOffset
Minimum required RX level offset
BTS3900, BTS3900 MOD CELLSEL LTE LST CELLSEL
QQualMin
Minimum required RX quality level
BTS3900, BTS3900 MOD CELLSEL LTE LST CELLSEL
Minimum required RX quality level QQualMinOffsetCfg offset configure Ind indicator
BTS3900, BTS3900 MOD CELLSEL LTE LST CELLSEL
CellSel
CellSel
CellSel
QQualMinOffset
Minimum required RX quality level offset
BTS3900, BTS3900 MOD CELLSEL LTE LST CELLSEL
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLSIMAP LTE MOD CELLSIMAP
SiMapSwitch
SIB mapping SI algorithm switch
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
CellSiMap
CellSiMap
CellSiMap
Sib2Period
SIB2 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib3Period
SIB3 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib4Period
SIB4 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
CellSiMap
CellSiMap
CellSiMap
Sib5Period
SIB5 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib6Period
SIB6 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib7Period
SIB7 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
CellSiMap
CellSiMap
CellSiMap
Sib8Period
SIB8 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib10Period
SIB10 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib11Period
SIB11 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
CellSiMap
CellSiMap
CellSiMap
EtwsPnDuration
ETWS PN message BTS3900, BTS3900 MOD CELLSIMAP duration time LTE LST CELLSIMAP
CellSiMap
EtwsSnOverlapPoli ETWS SN message BTS3900, BTS3900 MOD CELLSIMAP cy overlap policy LTE LST CELLSIMAP
CellSiMap
EtwsPnOverlapPoli ETWS PN message BTS3900, BTS3900 MOD CELLSIMAP cy overlap policy LTE LST CELLSIMAP
CellSiMap
Sib12Period
SIB12 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
CellSiMap
SiTransEcr
Effective code rate for SI transmission
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Sib13Period
SIB13 period
BTS3900, BTS3900 MOD CELLSIMAP LTE LST CELLSIMAP
Local cell ID
LST CELLULPCCOMM BTS3900, BTS3900 MOD LTE CELLULPCCOMM
CellSiMap
CellUlpcComm LocalCellId
CellUlpcComm
PassLossCoeff
MOD CELLULPCCOMM BTS3900, BTS3900 LST Path loss coefficient LTE CELLULPCCOMM
CellUlpcComm
MOD CELLULPCCOMM BTS3900, BTS3900 LST P0NominalPUCCH P0 nominal PUCCH LTE CELLULPCCOMM
CellUlpcComm
MOD CELLULPCCOMM BTS3900, BTS3900 LST P0NominalPUSCH P0 nominal PUSCH LTE CELLULPCCOMM
CellUlpcComm
DeltaFPUCCHForm DeltaF for PUCCH at1 format 1
MOD CELLULPCCOMM BTS3900, BTS3900 LST LTE CELLULPCCOMM
DeltaFPUCCHForm DeltaF for PUCCH at1b format 1b
MOD CELLULPCCOMM BTS3900, BTS3900 LST LTE CELLULPCCOMM
CellUlpcComm
CellUlpcComm
DeltaFPUCCHForm DeltaF for PUCCH at2 format 2
MOD CELLULPCCOMM BTS3900, BTS3900 LST LTE CELLULPCCOMM
DeltaFPUCCHForm DeltaF for PUCCH at2a format 2a
MOD CELLULPCCOMM BTS3900, BTS3900 LST LTE CELLULPCCOMM
DeltaFPUCCHForm DeltaF for PUCCH at2b format 2b
MOD CELLULPCCOMM BTS3900, BTS3900 LST LTE CELLULPCCOMM
CellUlpcComm
CellUlpcComm
CellUlpcComm
DeltaPreambleMsg Delta preamble 3 value for msg3
eNBCellOpRsvdPara LocalCellId
Local cell ID
MOD CELLULPCCOMM BTS3900, BTS3900 LST LTE CELLULPCCOMM LST ENBCELLOPRSVD PARA MOD BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
TrackingAreaId
LST ENBCELLOPRSVD PARA MOD Local tracking area BTS3900, BTS3900 ENBCELLOPRSVD ID LTE PARA
eNBCellOpRsvdPara
RsvdSwPara0
Reserved Switch Parameter 0
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 2
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara2
eNBCellOpRsvdPara
RsvdPara3
Reserved Parameter 3
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 4
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara4
eNBCellOpRsvdPara
RsvdPara5
Reserved Parameter 5
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 6
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara6
eNBCellOpRsvdPara
RsvdPara7
Reserved Parameter 7
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 8
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara8
eNBCellOpRsvdPara
RsvdPara9
Reserved Parameter 9
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 10
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara10
eNBCellOpRsvdPara
RsvdPara11
Reserved Parameter 11
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 12
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara12
eNBCellOpRsvdPara
RsvdPara13
Reserved Parameter 13
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 14
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara14
eNBCellOpRsvdPara
RsvdPara15
Reserved Parameter 15
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 16
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara16
eNBCellOpRsvdPara
RsvdPara17
Reserved Parameter 17
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 18
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara18
eNBCellOpRsvdPara
RsvdPara19
Reserved Parameter 19
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Reserved Parameter 20
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
eNBCellOpRsvdPara
RsvdPara20
eNBCellOpRsvdPara
RsvdPara21
Reserved Parameter 21
MOD ENBCELLOPRSVD PARA LST BTS3900, BTS3900 ENBCELLOPRSVD LTE PARA
Local cell ID
ADD EUCELLPRIBBEQ M LST EUCELLPRIBBEQ M MOD EUCELLPRIBBEQ M RMV BTS3900, BTS3900 EUCELLPRIBBEQ LTE M
EuCellPriBBEqm
LocalCellId
EuCellPriBBEqm
Primary Baseband PriBaseBandEqmId Equipment ID
ADD EUCELLPRIBBEQ M MOD EUCELLPRIBBEQ M LST BTS3900, BTS3900 EUCELLPRIBBEQ LTE M
LocalCellId
ADD EUCELLSECTORE QM LST EUCELLSECTORE QM MOD EUCELLSECTORE QM RMV EUCELLSECTORE BTS3900, BTS3900 QM LTE DSP EURTWP
eUCellSectorEqm
Local cell ID
eUCellSectorEqm
SectorEqmId
Sector equipment ID
ADD EUCELLSECTORE QM DSP EURTWP LST EUCELLSECTORE QM MOD EUCELLSECTORE QM RMV BTS3900, BTS3900 EUCELLSECTORE LTE QM
eUCellSectorEqm
ReferenceSignalPw Reference signal r power
ADD EUCELLSECTORE QM MOD EUCELLSECTORE QM LST BTS3900, BTS3900 EUCELLSECTORE LTE QM
eUCellSectorEqm
BaseBandEqmId
Baseband equipment ID
ADD EUCELLSECTORE QM MOD EUCELLSECTORE QM LST BTS3900, BTS3900 EUCELLSECTORE LTE QM
CN
RRU Cabinet No.
BTS3900, BTS3900 LTE DSP EURTWP
SRN
RRU Subrack No.
BTS3900, BTS3900 LTE DSP EURTWP
SN
RRU Slot No.
BTS3900, BTS3900 LTE DSP EURTWP
eUCellSectorEqm
eUCellSectorEqm
eUCellSectorEqm
eUCellSectorEqm
EuRTWP
Received total wideband power
BTS3900, BTS3900 LTE DSP EURTWP
RXNO
RX Channels No.
BTS3900, BTS3900 LTE DSP EURTWP
eUCellSectorEqm
eUCellSectorEqm
ReferenceSignalPw Reference Signal rMargin Power Margin
ADD EUCELLSECTORE QM MOD EUCELLSECTORE QM LST BTS3900, BTS3900 EUCELLSECTORE LTE QM
eUCellSectorEqm
SectorCpriCompres Sector CPRI sion Compression
ADD EUCELLSECTORE QM MOD EUCELLSECTORE QM LST BTS3900, BTS3900 EUCELLSECTORE LTE QM
LocalCellId
ADD EUSECTOREQMG ROUP ADD EUSECTOREQMID 2GROUP LST EUSECTOREQMG ROUP LST EUSECTOREQMID 2GROUP MOD EUSECTOREQMG ROUP RMV EUSECTOREQMG ROUP RMV BTS3900, BTS3900 EUSECTOREQMID LTE 2GROUP
EuSectorEqmGroup
Local cell ID
Sector Equipment SectorEqmGroupId Group ID
ADD EUSECTOREQMG ROUP ADD EUSECTOREQMID 2GROUP LST EUSECTOREQMG ROUP LST EUSECTOREQMID 2GROUP MOD EUSECTOREQMG ROUP RMV EUSECTOREQMG ROUP RMV BTS3900, BTS3900 EUSECTOREQMID LTE 2GROUP
Sector Equipment Reference
ADD EUSECTOREQMID 2GROUP LST EUSECTOREQMID 2GROUP RMV BTS3900, BTS3900 EUSECTOREQMID LTE 2GROUP
SectorEqmRefType Sector equipment .SectorEqmId ID
ADD EUSECTOREQMID 2GROUP RMV EUSECTOREQMID 2GROUP LST BTS3900, BTS3900 EUSECTOREQMID LTE 2GROUP
EuSectorEqmGroup
EuSectorEqmGroup
SectorEqmRef
EuSectorEqmGroup
EuSectorEqmGroup
BaseBandEqmId
Baseband equipment ID
ADD EUSECTOREQMG ROUP MOD EUSECTOREQMG ROUP LST BTS3900, BTS3900 EUSECTOREQMG LTE ROUP
EuSectorEqmGroup
ReferenceSignalPw Reference signal r power
ADD EUSECTOREQMG ROUP MOD EUSECTOREQMG ROUP LST BTS3900, BTS3900 EUSECTOREQMG LTE ROUP
EuSectorEqmGroup
ADD EUSECTOREQMG ROUP MOD EUSECTOREQMG ROUP LST SectorGroupCpriCo Sector Group CPRI BTS3900, BTS3900 EUSECTOREQMG mpression Compression LTE ROUP
IbdlInfo BTS3900, BTS3900 LTE DSP IBDLINFO
LocalCellId
Local cell ID
eNodeBId
BTS3900, BTS3900 Connect eNodeB ID LTE DSP IBDLINFO
CN
RRU/RFU Cabinet No.
SRN
RRU/RFU Subrack BTS3900, BTS3900 No. LTE DSP IBDLINFO
SN
RRU/RFU Slot No.
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
BTS3900, BTS3900 LTE DSP IBDLINFO
BTS3900, BTS3900 LTE DSP IBDLINFO
IbdlInfo IBDLNum
Number of LBBP Data Links
BTS3900, BTS3900 LTE DSP IBDLINFO
IBDLId
LBBP Data Link ID
BTS3900, BTS3900 LTE DSP IBDLINFO
IBDLStatus
LBBP Data Link Status
BTS3900, BTS3900 LTE DSP IBDLINFO
OdiId
ODI ID
BTS3900, BTS3900 LTE DSP IBDLINFO
IBDLInPortId
LBBP Data Link Input Port No.
BTS3900, BTS3900 LTE DSP IBDLINFO
IBDLOutPortId
LBBP Data Link Output Port No.
BTS3900, BTS3900 LTE DSP IBDLINFO
IBDLLoopbackDela LBBP Data Link y Loopback Delay
BTS3900, BTS3900 LTE DSP IBDLINFO
LBBP Data Link IBDLLoopbackTime Loopback Timeout outNum Counter
BTS3900, BTS3900 LTE DSP IBDLINFO
BoardCabinetNo
Board Cabinet No.
BTS3900, BTS3900 LTE DSP IBDLINFO
BoardSubrackNo
BTS3900, BTS3900 Board Subrack No. LTE DSP IBDLINFO
BoardSlotNo
Board Slot No.
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
IbdlInfo
BTS3900, BTS3900 LTE DSP IBDLINFO
IbdlInfo
BbpDataLinkType
BTS3900, BTS3900 BBP Data Link Type LTE DSP IBDLINFO
LocalCellId
Local cell ID
TimeAlignmentTimer BTS3900, BTS3900 LST TATIMER LTE MOD TATIMER
TimeAlignmentTimer
TimeAlignmentTime Uplink time r alignment timer
BTS3900, BTS3900 MOD TATIMER LTE LST TATIMER
TimeAlignmentTimer
Uplink timing TimingAdvCmdOpt advance command BTS3900, BTS3900 MOD TATIMER Switch optimization switch LTE LST TATIMER
TimeAlignmentTimer
TimingMeasMode
Timing BTS3900, BTS3900 MOD TATIMER Measurement Mode LTE LST TATIMER
TimeAlignmentTimer
TA Command TACmdSendPeriod Sending Period
BTS3900, BTS3900 MOD TATIMER LTE LST TATIMER
TimeAlignmentTimer
TimingResOptSwitc Timing Resource BTS3900, BTS3900 MOD TATIMER h Optimization Switch LTE LST TATIMER UeTimerConst LocalCellId
Local cell ID
LST UETIMERCONST BTS3900, BTS3900 MOD LTE UETIMERCONST
UeTimerConst
T300
Timer 300
MOD UETIMERCONST BTS3900, BTS3900 LST LTE UETIMERCONST
Timer 301
MOD UETIMERCONST BTS3900, BTS3900 LST LTE UETIMERCONST
UeTimerConst
T301
UeTimerConst
T310
Timer 310
MOD UETIMERCONST BTS3900, BTS3900 LST LTE UETIMERCONST
Timer 311
MOD UETIMERCONST BTS3900, BTS3900 LST LTE UETIMERCONST
UeTimerConst
T311
UeTimerConst
N311
Constant N311
MOD UETIMERCONST BTS3900, BTS3900 LST LTE UETIMERCONST
Constant N310
MOD UETIMERCONST BTS3900, BTS3900 LST LTE UETIMERCONST
Local Cell ID
ACT CELL ADD CELL ADD CELLBAND BLK CELL DEA CELL DSP CELL DSP CELLPHYTOPO DSP CELLULCOMPCLU STER DSP PRIBBPADJUST LST CELL LST CELLBAND MOD CELL RMV CELL RMV CELLBAND STR CELLRFLOOPBAC K STR CELLSELFTEST STR PRIBBPADJUST UBL CELL BTS3900, BTS3900 DSP LTE PRIBBPRESINFO
UeTimerConst
N310
Cell
LocalCellId
Cell
CellName
Cell Name
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Csg indicator
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
CsgInd
Cell
UlCyclicPrefix
Uplink cyclic prefix length
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
DlCyclicPrefix
Downlink cyclic prefix length
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
FreqBand
Frequency band
ADD CELL ADD CELLBAND LST CELLBAND MOD CELL BTS3900, BTS3900 RMV CELLBAND LTE LST CELL
UlEarfcnCfgInd
Uplink EARFCN indication
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
Cell
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
UlEarfcn
Uplink EARFCN
DlEarfcn
ADD CELL BTS3900, BTS3900 MOD CELL Downlink EARFCN LTE LST CELL
Cell
Cell
UlBandWidth
Uplink bandwidth
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
DlBandWidth
ADD CELL BTS3900, BTS3900 MOD CELL Downlink bandwidth LTE LST CELL
Cell
CellId
Cell ID
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
PhyCellId
Physical cell ID
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell ADD CELL AdditionalSpectrum Additional spectrum BTS3900, BTS3900 MOD CELL Emission emission LTE LST CELL
Cell
CellActiveState
Cell active state
BTS3900, BTS3900 LTE LST CELL
Cell
CellAdminState
Cell admin state
BTS3900, BTS3900 BLK CELL LTE LST CELL
CellMidBlkTimer
Cell middle block timer
BTS3900, BTS3900 BLK CELL LTE LST CELL
Cell
Cell
FddTddInd
Cell FDD TDD indication
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
SubframeAssignme Subframe nt assignment
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
SpecialSubframePa Special subframe tterns patterns
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
CellSpecificOffset
Cell specific offset
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
QoffsetFreq
Frequency offset
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
RootSequenceIdx
Root sequence index
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
HighSpeedFlag
High speed flag
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
PreambleFmt
Preamble format
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
CellRadius
Cell radius
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
Customized CustomizedBandWi bandwidth dthCfgInd configure indicator
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
CustomizedULBand Customized uplink Width bandwidth
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
ADD CELL CustomizedDLBand Customized BTS3900, BTS3900 MOD CELL Width downlink bandwidth LTE LST CELL
Cell
ADD CELL EmergencyAreaIdC Emergency Area Id BTS3900, BTS3900 MOD CELL fgInd indicator LTE LST CELL
Cell
EmergencyAreaId
ADD CELL BTS3900, BTS3900 MOD CELL Emergency Area ID LTE LST CELL
Cell Ue max power allowed configure UePowerMaxCfgInd indicator
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
UePowerMax
ADD CELL Max transmit power BTS3900, BTS3900 MOD CELL allowed LTE LST CELL
Cell
MultiRruCellFlag
Flag of Multi-RRU Cell
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
MultiRruCellMode
ADD CELL Mode of Multi-RRU BTS3900, BTS3900 MOD CELL Cell LTE LST CELL
Cell
CPRICompression
ADD CELL BTS3900, BTS3900 MOD CELL CPRI Compression LTE LST CELL
SectorEqmNum
ADD CELL Sector equipment BTS3900, BTS3900 MOD CELL number of SFN cell LTE LST CELL
Cell
Cell
AirCellFlag
Air Cell Flag
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
CrsPortNum
CRS Port Number
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
TxRxMode
ADD CELL Cell transmission BTS3900, BTS3900 MOD CELL and reception mode LTE LST CELL
UserLabel
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell User label
Cell
WorkMode
Work mode
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
ADD CELL EuCellStandbyMod BTS3900, BTS3900 MOD CELL e Cell Standby Mode LTE LST CELL
Cell
CrsPortMap
CRS Antenna Port Mapping
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
ADD CELL CpriEthCompressio CPRI Ethernet BTS3900, BTS3900 MOD CELL nRatio Compression Ratio LTE LST CELL
Cell
CellState
Cell instance state
BTS3900, BTS3900 LTE DSP CELL
Cell
Cell
Reason for latest CellLatestAvailState state change
DSP CELL BTS3900, BTS3900 STR LTE PRIBBPADJUST
CellLatestSetupTim Cell latest setup e time
BTS3900, BTS3900 LTE DSP CELL
Cell
Cell
CellLatestSetupTyp Cell latest setup e operate type
BTS3900, BTS3900 LTE DSP CELL
CellLatestRemoveT Cell latest remove ime time
BTS3900, BTS3900 LTE DSP CELL
Cell
CellLatestRemoveT Cell latest remove ype operate type
BTS3900, BTS3900 LTE DSP CELL
Cell
CellPowerSaveStat Cell power save e state
Cell MainBbpInfo
Primary LBBP information
BTS3900, BTS3900 LTE DSP CELL
DSP CELL BTS3900, BTS3900 DSP LTE PRIBBPADJUST
Cell
BTS3900, BTS3900 LTE DSP CELL
CellTopoType
Cell topology type
CabinetNo
STR RF module cabinet BTS3900, BTS3900 CELLRFLOOPBAC number LTE K
SubrackNo
STR RF module subrack BTS3900, BTS3900 CELLRFLOOPBAC number LTE K
SlotNo
RF module slot number
Cell
Cell
Cell
STR BTS3900, BTS3900 CELLRFLOOPBAC LTE K
Cell SymbolShutdownSt Symbol shutdown ate state
BTS3900, BTS3900 LTE DSP CELL
Cell
Maximum transmit power
BTS3900, BTS3900 LTE DSP CELL
eNodeBId
eNodeB ID
DSP CELL DSP CELLPHYTOPO DSP BTS3900, BTS3900 CELLULCOMPCLU LTE STER
BbpCabinetNo
LBBP Cabinet No.
BTS3900, BTS3900 DSP LTE PRIBBPRESINFO
BbpSubrackNo
LBBP Subrack No.
BTS3900, BTS3900 DSP LTE PRIBBPRESINFO
BbpSlotNo
LBBP Slot No.
BTS3900, BTS3900 DSP LTE PRIBBPRESINFO
MaxTxPower
Cell
Cell
Cell
Cell
Cell
Status
Work Status
BTS3900, BTS3900 LTE DSP CELL
CoLocalCellId
Coordinating local cell ID
DSP BTS3900, BTS3900 CELLULCOMPCLU LTE STER
Cell
Cell
Cell Slave Band
ADD CELLBAND BTS3900, BTS3900 LST CELLBAND LTE RMV CELLBAND
MultiBand.FreqBan d Frequency band
ADD CELLBAND BTS3900, BTS3900 LST CELLBAND LTE RMV CELLBAND
CellSlaveBand
Cell
Cell
CnOpSharingGroup CN Operator Id Sharing Group ID
Cell
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
RfModuleInfo
RF Module Information
DSP CELL BTS3900, BTS3900 DSP LTE CELLPHYTOPO
ServedBbpInfo
Served BBP Information
DSP CELL BTS3900, BTS3900 DSP LTE CELLPHYTOPO
OneRruCellNum
BTS3900, BTS3900 DSP 1 RRU Cell Number LTE PRIBBPRESINFO
TwoRruCellNum
BTS3900, BTS3900 DSP 2 RRU Cell Number LTE PRIBBPRESINFO
Cell
Cell
Cell
Cell
ThreeRruCellNum
BTS3900, BTS3900 DSP 3 RRU Cell Number LTE PRIBBPRESINFO
FourRruCellNum
BTS3900, BTS3900 DSP 4 RRU Cell Number LTE PRIBBPRESINFO
FiveRruCellNum
BTS3900, BTS3900 DSP 5 RRU Cell Number LTE PRIBBPRESINFO
SixRruCellNum
BTS3900, BTS3900 DSP 6 RRU Cell Number LTE PRIBBPRESINFO
SevenRruCellNum
BTS3900, BTS3900 DSP 7 RRU Cell Number LTE PRIBBPRESINFO
Cell
Cell
Cell
Cell
Cell eUCellSectorEqm(E eUCellSectorEqmN uSectorEqmGroup) BTS3900, BTS3900 DSP um Number LTE PRIBBPRESINFO
Cell OpFailCellNum
Number of Cells Where Adjustment Fails
BTS3900, BTS3900 STR LTE PRIBBPADJUST
OpSuccCellNum
Number of Cells Where Adjustment Succeeds
BTS3900, BTS3900 STR LTE PRIBBPADJUST
CsiRsPeriod
CSI Reference Signals Period
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
Cell
Cell
ConnectedBbpPortI Connected BBP nfo Port Information
BTS3900, BTS3900 DSP LTE CELLPHYTOPO
TxNo
BTS3900, BTS3900 LTE DSP CELL
Cell TX Channel No.
Cell RxNo
RX Channel No.
BTS3900, BTS3900 LTE DSP CELL
Cell BbpPrimarySecond Served Bbp Primary BTS3900, BTS3900 DSP aryMode Secondary Mode LTE CELLPHYTOPO
Cell
IntraFreqAnrInd
IntraFreq ANR Indication
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Cell
FreqPriorityForAnr
ANR Frequency Priority
ADD CELL BTS3900, BTS3900 MOD CELL LTE LST CELL
Sector equipment ID
ADD SFNAUXRESBIND LST SFNAUXRESBIND MOD SFNAUXRESBIND BTS3900, BTS3900 RMV LTE SFNAUXRESBIND
Main eNodeB ID
ADD SFNAUXRESBIND MOD SFNAUXRESBIND RMV SFNAUXRESBIND BTS3900, BTS3900 LST LTE SFNAUXRESBIND
SfnAuxResBind
SectorEqmId
SfnAuxResBind
eNodeBId
SfnAuxResBind
LocalCellId
ADD SFNAUXRESBIND MOD SFNAUXRESBIND RMV SFNAUXRESBIND Main eNodeB Local BTS3900, BTS3900 LST cell ID LTE SFNAUXRESBIND
SfnAuxResBind
BaseBandEqmId
Baseband equipment ID
ADD SFNAUXRESBIND MOD SFNAUXRESBIND BTS3900, BTS3900 LST LTE SFNAUXRESBIND
SfnAuxResBind
ReferenceSignalPw Reference signal r power
ADD SFNAUXRESBIND MOD SFNAUXRESBIND BTS3900, BTS3900 LST LTE SFNAUXRESBIND
ReferenceSignalPw Reference Signal rMargin Power Margin
ADD SFNAUXRESBIND MOD SFNAUXRESBIND BTS3900, BTS3900 LST LTE SFNAUXRESBIND
SfnAuxResBind
SfnAuxResBind
LocalCellId
Local cell ID
eNodeBId
Slave site eNodeB ID
ADD SFNAUXRESBIND MOD SFNAUXRESBIND BTS3900, BTS3900 LST LTE SFNAUXRESBIND ADD SFNCELLBIND LST SFNCELLBIND BTS3900, BTS3900 RMV LTE SFNCELLBIND ADD SFNCELLBIND RMV SFNCELLBIND BTS3900, BTS3900 LST LTE SFNCELLBIND
Local cell ID
DSP CELLCALIBRATIO N BTS3900, BTS3900 LST CELLBF LTE MOD CELLBF
SectorCpriCompres Sector CPRI sion Compression
SfnCellBind
SfnCellBind
CellBf LocalCellId
CellBf
MaxBfRankPara
Beamforming maximum number of layers
BTS3900, BTS3900 MOD CELLBF LTE LST CELLBF
Latest operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
CellBf LatestOperation
CellBf
CellBf
CellBf
CellBf
CellBf
SecondLatestOpera Second latest tion operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
ThirdLatestOperatio Third latest n operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
FourthLatestOperati Fourth latest on operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
FifthLatestOperatio Fifth latest n operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SixthLatestOperatio Sixth latest n operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SeventhLatestOper Seventh latest ation operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
EighthLatestOperati Eighth latest on operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
CellBf
CellBf
CellBf
CellBf
NinthLatestOperatio Ninth latest n operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
TenthLatestOperati Tenth latest on operation
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
LatestOpTime
Latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SecondOpTime
Second latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
ThirdOpTime
Third latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
FourthOpTime
Fourth latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
FifthOpTime
Fifth latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SixthOpTime
Sixth latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SeventhOpTime
Seventh latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
EighthOpTime
Eighth latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
NinthOpTime
Ninth latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
TenthOpTime
Tenth latest operation time
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
LatestOpType
Latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf SecondOpType
Second latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
ThirdOpType
Third latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
FourthOpType
Fourth latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
FifthOpType
Fifth latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SixthOpType
Sixth latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
SeventhOpType
Seventh latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
EighthOpType
Eighth latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
NinthOpType
Ninth latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
TenthOpType
Tenth latest operation type
DSP BTS3900, BTS3900 CELLCALIBRATIO LTE N
Local cell ID
DSP CELLCSPCSTATU S LST CELLCSPCPARA BTS3900, BTS3900 MOD LTE CELLCSPCPARA
Cell CSPC Switch
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellBf
CellCspcPara
LocalCellId CellCspcPara CellCspcSwitch
CellCspcPara
CSPC UE SRS CspcRapidRptSwitc Config Rapid h Report Switch
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
CSPC UE SRS CspcUeSrsCfgRptP Config Report eriod Period
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
CellCspcPara
CellCspcPara
UlRsrpRptPeriod
Uplink RSRP Measurement Report Period
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
CellCspcPara
CspcCqiFilterCoeff
CSPC CQI Filter Coefficient
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
CellCspcPara
UlRsrpPhyFilterCoe Uplink RSRP PHY ff Filter Coefficient
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
UlRsrpRrmFilterCo Uplink RSRP RRM eff Filter Coefficient
MOD CELLCSPCPARA BTS3900, BTS3900 LST LTE CELLCSPCPARA
CellCspcStatus
DSP BTS3900, BTS3900 CELLCSPCSTATU LTE S
CellCspcPara
CellCspcPara Cell CSPC Status
CellCspcPara
Remarks
Remarks
DSP BTS3900, BTS3900 CELLCSPCSTATU LTE S
Local cell ID
LST CELLDLICICMCPA RA MOD BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara LocalCellId
CellDLIcicMcPara
ReportInterval
Downlink ICIC measurement report interval
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara
Downlink ICIC measurement max MaxReportCellNum report cell number
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara
ReportAmount
DownLink ICIC measurement report amount
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara
ReportQuantity
DownLink ICIC measurement report quantity
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
DownLink ICIC measurement trigger quantity
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara
TriggerQuantity
CellDLIcicMcPara
Hysteresis
DownLink ICIC measurement hysteresis
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
DownLink ICIC measurement time to trigger
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara
TimeToTrigger
CellDLIcicMcPara
A3Offset
Downlink ICIC A3 offset
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
CellDLIcicMcPara
A6Offset
Downlink ICIC A6 offset
MOD CELLDLICICMCPA RA LST BTS3900, BTS3900 CELLDLICICMCPA LTE RA
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLDSS LTE MOD CELLDSS
CellDss
CellDss
HighFreqShareRbN Shared RB Number BTS3900, BTS3900 MOD CELLDSS um in High Frequency LTE LST CELLDSS
CellDss
LowFreqShareRbN Shared RB Number BTS3900, BTS3900 MOD CELLDSS um in Low Frequency LTE LST CELLDSS
CellDss
ReMuteSwitch
Mute RE Switch
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
CellDss
UL Narrowband UlInterfRestrictionM Interference ode Restriction Mode
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
CellDss
A3Offset
A3 Offset
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
CellDss
A6Offset
A6 Offset
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
CellDss
NearAreaSinrThd
Near Area Sinr Threshold
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
CellDss
Middle Area Sinr MiddleAreaSinrThd Threshold
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
CellDss
FarAreaSinrThd
Far Area Sinr Threshold
BTS3900, BTS3900 MOD CELLDSS LTE LST CELLDSS
Local Cell ID
LST CELLDYNACBARA LGOPARA MOD BTS3900, BTS3900 CELLDYNACBARA LTE LGOPARA
CellDynAcBarAlgoPa LocalCellId
CellDynAcBarAlgoPa
Dynamic AC DynAcBarStatPerio Barring Control d Statistic Period
MOD CELLDYNACBARA LGOPARA LST BTS3900, BTS3900 CELLDYNACBARA LTE LGOPARA
CellDynAcBarAlgoPa
Dynamic AC DynAcBarTriggerTh Barring Control d Trigger Threshold
MOD CELLDYNACBARA LGOPARA LST BTS3900, BTS3900 CELLDYNACBARA LTE LGOPARA
CellDynAcBarAlgoPa
Dynamic AC DynAcBarCancelTh Barring Control d Cancel Threshold
MOD CELLDYNACBARA LGOPARA LST BTS3900, BTS3900 CELLDYNACBARA LTE LGOPARA
CellEicic LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLEICIC LTE MOD CELLEICIC
AbsPattern
Abs pattern
BTS3900, BTS3900 MOD CELLEICIC LTE LST CELLEICIC
CellEicic
CellEicic
EicicMeasureEnabl Eicic Measure e Enable
BTS3900, BTS3900 MOD CELLEICIC LTE LST CELLEICIC
CellEicic
A3Offset
eICIC A3 Offset
BTS3900, BTS3900 MOD CELLEICIC LTE LST CELLEICIC
Local cell ID
LST CELLIICSPARA BTS3900, BTS3900 MOD LTE CELLIICSPARA
CellIIcsPara LocalCellId
CellIIcsPara
IicsUserAttrA3Offse IICS User Attribute t A3 offset
MOD CELLIICSPARA BTS3900, BTS3900 LST LTE CELLIICSPARA
CellIIcsPara
IICS User Attribute threshold
MOD CELLIICSPARA BTS3900, BTS3900 LST LTE CELLIICSPARA
LocalCellId
Local cell ID
LST CELLLOWPOWER BTS3900, BTS3900 MOD LTE CELLLOWPOWER
LowPwrSwitch
MOD Low power CELLLOWPOWER consumption mode BTS3900, BTS3900 LST switch LTE CELLLOWPOWER
IicsUserAttrThd CellLowPower
CellLowPower
CellLowPower
LowPwrOrder
MOD Low power CELLLOWPOWER consumption mode BTS3900, BTS3900 LST order LTE CELLLOWPOWER
CellLowPower
StartTime
Start time
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
Stop time
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
CellLowPower
StopTime
CellLowPower
CellUsedPwrReduc Cell used power eTimeLen reduce time length
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
Reference signal RsPwrReduceTime power reduce time Len length
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
RfShutDownTimeLe RF shutdown time n length
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
CellLowPower
CellLowPower
CellLowPower
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
CellUsedPwrRatio
Cell used power ratio
RsPwrAdjOffset
MOD CELLLOWPOWER Reference signal BTS3900, BTS3900 LST power adjust offset LTE CELLLOWPOWER
CellLowPower
CellLowPower
EnterTimeLen
Time length for entering the low power consumption BTS3900, BTS3900 mode LTE
MOD CELLLOWPOWER LST CELLLOWPOWER
CellLowPower
Back power save policy
MOD CELLLOWPOWER BTS3900, BTS3900 LST LTE CELLLOWPOWER
LocalCellId
Local cell ID
ADD SERVICEAREAID2 LIST DSP CELLMBMSCFG LST CELLMBMSCFG LST SERVICEAREAID2 LIST MOD CELLMBMSCFG RMV BTS3900, BTS3900 SERVICEAREAID2 LTE LIST
MBSFNAreaId
MBSFN Area ID
BTS3900, BTS3900 DSP LTE CELLMBMSCFG
BakPwrSavPolicy
CellMBMSCfg
CellMBMSCfg
CellMBMSCfg
MBSFN synchronization MBSFNSyncAreaId Area ID
MOD CELLMBMSCFG BTS3900, BTS3900 LST LTE CELLMBMSCFG
MBMSSessionTMG MBMS Session I TMGI
BTS3900, BTS3900 DSP LTE CELLMBMSCFG
MBMSSwitch
MBMS switch
MOD CELLMBMSCFG BTS3900, BTS3900 LST LTE CELLMBMSCFG
ServiceAreaIdList
ADD SERVICEAREAID2 LIST LST SERVICEAREAID2 LIST RMV BTS3900, BTS3900 SERVICEAREAID2 Service Area ID List LTE LIST
CellMBMSCfg
CellMBMSCfg
CellMBMSCfg
ServiceAreaIdRef.S erviceAreaId Service Area ID
ADD SERVICEAREAID2 LIST LST SERVICEAREAID2 LIST RMV BTS3900, BTS3900 SERVICEAREAID2 LTE LIST
LocalCellId
BTS3900, BTS3900 LST CELLMRO LTE MOD CELLMRO
CellMBMSCfg
CellMro Local cell ID
CellMro
CioAdjLimitCfgInd
CIO adjustment range configuration BTS3900, BTS3900 MOD CELLMRO indicator LTE LST CELLMRO
CellMro
CioAdjUpperLimit
CIO adjustment upper limit
BTS3900, BTS3900 MOD CELLMRO LTE LST CELLMRO
CellMro
CioAdjLowerLimit
CIO adjustment lower limit
BTS3900, BTS3900 MOD CELLMRO LTE LST CELLMRO
Local Cell ID
LST CELLPCALGO BTS3900, BTS3900 MOD LTE CELLPCALGO
CellPcAlgo LocalCellId
CellPcAlgo
SrsPcStrategy
Srs Power Control Strategy
MOD BTS3900, BTS3900 CELLPCALGO LTE LST CELLPCALGO
CellPcAlgo
MOD PucchCloseLoopPc PUCCH Close Loop BTS3900, BTS3900 CELLPCALGO Type Power Control Type LTE LST CELLPCALGO
CellPcAlgo
PucchPcPeriod
Pucch Power Control Period
MOD BTS3900, BTS3900 CELLPCALGO LTE LST CELLPCALGO
CellPcAlgo
Pucch Power PucchPcTargetSinr Control Target Sinr Offset Offset
MOD BTS3900, BTS3900 CELLPCALGO LTE LST CELLPCALGO
CellPcAlgo
MOD PUSCH RSRP High BTS3900, BTS3900 CELLPCALGO PuschRsrpHighThd Threshold LTE LST CELLPCALGO
CellPcAlgo
PuschIoTCtrlA3Offs Pusch IoT Control et A3Offset
MOD BTS3900, BTS3900 CELLPCALGO LTE LST CELLPCALGO
LocalCellId
LST CELLPRBVALMLB BTS3900, BTS3900 MOD LTE CELLPRBVALMLB
CellPrbValMlb Loacal Cell ID
CellPrbValMlb
PrbValMlbTrigThd
MOD CELLPRBVALMLB PRB Valuation MLB BTS3900, BTS3900 LST Trigger Threshold LTE CELLPRBVALMLB
CellPrbValMlb
MOD CELLPRBVALMLB PRB Valuation MLB BTS3900, BTS3900 LST PrbValMlbAdmitThd Admit Threshold LTE CELLPRBVALMLB
CellPrbValMlb
Mlb UE Selection MlbUeSelectPrbVal PRB Valuation Thd Threshold
MOD CELLPRBVALMLB BTS3900, BTS3900 LST LTE CELLPRBVALMLB
CellRachAlgo LocalCellId
Local cell ID
LST CELLRACHALGO BTS3900, BTS3900 MOD LTE CELLRACHALGO
CellRachAlgo
PRACH False PrachFalseAlarmDe Alarm Detect tRadThd Radius Threshold
MOD CELLRACHALGO BTS3900, BTS3900 LST LTE CELLRACHALGO
CellRachAlgo
RachThdBoostRati RACH Threshold o Boosting Ratio
MOD CELLRACHALGO BTS3900, BTS3900 LST LTE CELLRACHALGO
LocalCellId
LST CELLRACTHD BTS3900, BTS3900 MOD LTE CELLRACTHD
CellRacThd Local cell ID
CellRacThd
Gold service arp GoldServiceArpThd threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
SilverServiceArpTh Silver service arp d threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Qci1HoThd
MOD QCI1 handover BTS3900, BTS3900 CELLRACTHD admission threshold LTE LST CELLRACTHD
CellRacThd
Qci2HoThd
MOD QCI2 handover BTS3900, BTS3900 CELLRACTHD admission threshold LTE LST CELLRACTHD
Qci3HoThd
MOD QCI3 handover BTS3900, BTS3900 CELLRACTHD admission threshold LTE LST CELLRACTHD
CellRacThd
CellRacThd
Qci4HoThd
MOD QCI4 handover BTS3900, BTS3900 CELLRACTHD admission threshold LTE LST CELLRACTHD
CellRacThd
Gold new service MOD NewGoldServiceOff admission threshold BTS3900, BTS3900 CELLRACTHD set offset LTE LST CELLRACTHD
CellRacThd
Silver new service MOD NewSilverServiceOf admission threshold BTS3900, BTS3900 CELLRACTHD fset offset LTE LST CELLRACTHD
CellRacThd
Bronze new service MOD NewCopperService admission threshold BTS3900, BTS3900 CELLRACTHD Offset offset LTE LST CELLRACTHD
CellRacThd
Qci1CongThd
QCI1 congest threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Qci2CongThd
QCI2 congest threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Qci3CongThd
QCI3 congest threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Qci4CongThd
QCI4 congest threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Gold-level GBR service congest GoldGbrCongPropo scheduler rtion proportion
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Silver-level GBR service congest SilverGbrCongProp scheduler ortion proportion
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
Bronze-level GBR service congest CopperGbrCongPro scheduler portion proportion
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
CellRacThd
GBR used resource MOD GbrRbUsedHighTh high proportion BTS3900, BTS3900 CELLRACTHD d threshold LTE LST CELLRACTHD
CellRacThd
GBR used resource MOD low proportion BTS3900, BTS3900 CELLRACTHD GbrRbUsedLowThd threshold LTE LST CELLRACTHD
CellRacThd
LdcMeaArpThd
ARP threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CongRelOffset
Offset for service congest relieving
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
CellRacThd
Preemption ARP PreemptionArpThd threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
UlRbHighThd
MOD Uplink RB used BTS3900, BTS3900 CELLRACTHD ratio high threshold LTE LST CELLRACTHD
CellRacThd
DlRbHighThd
MOD Downlink RB used BTS3900, BTS3900 CELLRACTHD ratio high threshold LTE LST CELLRACTHD
UlRbLowThd
Uplink RB used ratio low threshold
CellRacThd
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
DlRbLowThd
Downlink RB used ratio low threshold
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
MaxNonGbrBearer Non-GBR max Num bearer number
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
CellRacThd
Admission Control AcReservedUserNu Reserved User mber Number
MOD BTS3900, BTS3900 CELLRACTHD LTE LST CELLRACTHD
LocalCellId
DSP CELLRFSHUTDO WN LST CELLRFSHUTDO WN MOD BTS3900, BTS3900 CELLRFSHUTDO LTE WN
CellRfShutdown
Local cell ID
CellRfShutdown
RF intelligent RfShutdownSwitch shutdown switch
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
StartTime
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
CellRfShutdown Start time
CellRfShutdown
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
StopTime
Stop time
RsPwrAdjOffset
MOD CELLRFSHUTDO WN LST Reference signal BTS3900, BTS3900 CELLRFSHUTDO power adjust offset LTE WN
CellRfShutdown
CellRfShutdown
DlPrbThd
Downlink PRB threshold
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
CellRfShutdown
UlPrbThd
Uplink PRB threshold
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
CellRfShutdown
DlPrbOffset
Downlink PRB offset
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
CellRfShutdown
UlPrbOffset
Uplink PRB offset
MOD CELLRFSHUTDO WN LST BTS3900, BTS3900 CELLRFSHUTDO LTE WN
CellRfShutdown
CurrentStatus
Current status DSP about RF intelligent BTS3900, BTS3900 CELLRFSHUTDO shutdown LTE WN
CellRfShutdown
CellRicAlgo
Latest exiting cause DSP about RF intelligent BTS3900, BTS3900 CELLRFSHUTDO LatestExitingCause shutdown LTE WN CELLRICDATA LST CELLRICALGO MOD CELLRICALGO BTS3900, BTS3900 SND LocalCellId Local cell ID LTE CELLRICPCISEQ
CellRicAlgo
RicAlgoSwitch
RIC algorithm switch
MOD CELLRICALGO BTS3900, BTS3900 LST LTE CELLRICALGO
CellRicAlgo
MuteUpPTSSymNu Mute UpPTS m Symbol Number
MOD CELLRICALGO BTS3900, BTS3900 LST LTE CELLRICALGO
Whether to mute UL symbol
MOD CELLRICALGO BTS3900, BTS3900 LST LTE CELLRICALGO
Local cell ID
LST CELLSERVICEDIF FCFG MOD BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
CellRicAlgo
MuteULSym
CellServiceDiffCfg LocalCellId
CellServiceDiffCfg
ServiceDiffSwitch
Service differentiation switch
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
CellServiceDiffCfg
QueueServiceWeig ht0 Weight of queue 0
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
CellServiceDiffCfg
QueueServiceWeig ht1 Weight of queue 1
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
CellServiceDiffCfg
QueueServiceWeig ht2 Weight of queue 2
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
QueueServiceWeig ht3 Weight of queue 3
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
CellServiceDiffCfg
CellServiceDiffCfg
QueueServiceWeig ht4 Weight of queue 4
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
QueueServiceWeig ht5 Weight of queue 5
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
CellServiceDiffCfg
CellServiceDiffCfg
QueueServiceWeig ht6 Weight of queue 6
MOD CELLSERVICEDIF FCFG LST BTS3900, BTS3900 CELLSERVICEDIF LTE FCFG
LocalCellId
LST CELLSHUTDOWN BTS3900, BTS3900 MOD LTE CELLSHUTDOWN
CellShutdown Local cell ID
CellShutdown
MOD CELLSHUTDOWN CellShutdownSwitc Intelligent power-off BTS3900, BTS3900 LST h of carriers switch LTE CELLSHUTDOWN
Start time
MOD CELLSHUTDOWN BTS3900, BTS3900 LST LTE CELLSHUTDOWN
Stop time
MOD CELLSHUTDOWN BTS3900, BTS3900 LST LTE CELLSHUTDOWN
Downlink PRB threshold
MOD CELLSHUTDOWN BTS3900, BTS3900 LST LTE CELLSHUTDOWN
Downlink PRB offset
MOD CELLSHUTDOWN BTS3900, BTS3900 LST LTE CELLSHUTDOWN
Uplink PRB threshold
MOD CELLSHUTDOWN BTS3900, BTS3900 LST LTE CELLSHUTDOWN
CellShutdown StartTime
CellShutdown
StopTime
CellShutdown
DlPrbThd
CellShutdown
DlPrbOffset
CellShutdown
UlPrbThd
CellShutdown
UlPrbOffset
Uplink PRB offset
MOD CELLSHUTDOWN BTS3900, BTS3900 LST LTE CELLSHUTDOWN
Local cell ID
LST CELLULICICMCPA RA MOD BTS3900, BTS3900 CELLULICICMCPA LTE RA
Uplink ICIC measurement report interval
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
CellULIcicMcPara LocalCellId
CellULIcicMcPara
ReportInterval
CellULIcicMcPara
Uplink ICIC measurement max MaxReportCellNum report cell number
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
CellULIcicMcPara
ReportAmount
Uplink ICIC measurement report amount
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
CellULIcicMcPara
ReportQuantity
Uplink ICIC measurement report quantity
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
Uplink ICIC measurement trigger quantity
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
CellULIcicMcPara
TriggerQuantity
CellULIcicMcPara
Hysteresis
Uplink ICIC measurement hysteresis
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
Uplink ICIC measurement time to trigger
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
CellULIcicMcPara
TimeToTrigger
CellULIcicMcPara
A3Offset
Uplink ICIC A3 offset
MOD CELLULICICMCPA RA LST BTS3900, BTS3900 CELLULICICMCPA LTE RA
Local cell ID
LST CELLULSCHALGO BTS3900, BTS3900 MOD LTE CELLULSCHALGO
CellUlschAlgo LocalCellId
CellUlschAlgo
UlschStrategy
Uplink Scheduling Strategy
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
AdaptHarqSwitch
adaptive HARQ switch
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
MOD CELLULSCHALGO SinrAdjustTargetIble SINR target IBLER BTS3900, BTS3900 LST r adjustment LTE CELLULSCHALGO
CellUlschAlgo
System Bandwidth Ratio Used By PrePreAllocationBandw schedule user per BTS3900, BTS3900 idthRatio TTI LTE
MOD CELLULSCHALGO LST CELLULSCHALGO
CellUlschAlgo
PreAllocationMinPe minimal period of riod pre-allocation
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
PreAllocationSize
data size of preallocation
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
UlHoppingType
MOD CELLULSCHALGO BTS3900, BTS3900 LST Uplink hopping type LTE CELLULSCHALGO
CellUlschAlgo
FreeUserUlRbUsed Free Users Uplink Ratio RB Ratio
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
UlSrSchDateLen
UL scheduling request user data length
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
SpsRelThd
Semi-persistent resource implicit release threshold
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
CellUlschAlgo
SmartPreAllocation Smart preDuration allocation duration
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
MOD CELLULSCHALGO UlEpfCapacityFacto Uplink EPF capacity BTS3900, BTS3900 LST r factor LTE CELLULSCHALGO
CellUlschAlgo
Uplink Resource UlRbAllocationStrat Block Allocation egy Strategy
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
DopMeasLevel
MOD CELLULSCHALGO Doppler BTS3900, BTS3900 LST Measurement Level LTE CELLULSCHALGO
CellUlschAlgo
UlHarqMaxTxNum
Uplink HARQ Maximum Transmission Number
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
SmartPreAllocDura Sparse Smart PreForSparse allocation Duration
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
UlSpsInterval
MOD Uplink SemiCELLULSCHALGO persistent BTS3900, BTS3900 LST Scheduling Interval LTE CELLULSCHALGO
CellUlschAlgo
SriFalseDetThdSwit Sri False Detect ch Threshold Switch
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
No UL Scheduling NoUlSchTtiNumAfft TTI Number After erGap GAP
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
CellUlschAlgo
MOD CELLULSCHALGO Uplink Delay-based BTS3900, BTS3900 LST UlDelaySchStrategy Scheduling Strategy LTE CELLULSCHALGO
CellUlschAlgo
UlSchAbnUeThd
Uplink Schedule Abnormal Ue Threshold
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
Specific Packet SpecificPktSizeThd Size Threshold
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
CellUlschAlgo
MOD CELLULSCHALGO PuschDtxSchStrate PUSCH DTX BTS3900, BTS3900 LST gy Scheduling Strategy LTE CELLULSCHALGO
CellUlschAlgo
Ulplink Voip Rlc Maximum UlVoipRlcMaxSegN Segmentation um Number
MOD CELLULSCHALGO BTS3900, BTS3900 LST LTE CELLULSCHALGO
LocalCellId
LST ENBCELLRSVDPA RA MOD BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara Local cell ID
eNBCellRsvdPara
RsvdSwPara0
Reserved Switch Parameter 0
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 2
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara2
eNBCellRsvdPara
RsvdPara3
Reserved Parameter 3
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 4
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara4
eNBCellRsvdPara
RsvdPara5
Reserved Parameter 5
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 6
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara6
eNBCellRsvdPara
RsvdPara7
Reserved Parameter 7
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 8
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara8
eNBCellRsvdPara
RsvdPara9
Reserved Parameter 9
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 10
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara10
eNBCellRsvdPara
RsvdPara11
Reserved Parameter 11
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 12
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara12
eNBCellRsvdPara
RsvdPara13
Reserved Parameter 13
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 14
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara14
eNBCellRsvdPara
RsvdPara15
Reserved Parameter 15
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 16
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara16
eNBCellRsvdPara
RsvdPara17
Reserved Parameter 17
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 18
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara18
eNBCellRsvdPara
RsvdPara19
Reserved Parameter 19
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 20
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara20
eNBCellRsvdPara
RsvdPara21
Reserved Parameter 21
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 22
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara22
eNBCellRsvdPara
RsvdPara23
Reserved Parameter 23
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 24
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara24
eNBCellRsvdPara
RsvdPara25
Reserved Parameter 25
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 26
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara26
eNBCellRsvdPara
RsvdPara27
Reserved Parameter 27
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 28
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara28
eNBCellRsvdPara
RsvdPara29
Reserved Parameter 29
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 30
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara30
eNBCellRsvdPara
RsvdPara31
Reserved Parameter 31
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 32
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara32
eNBCellRsvdPara
RsvdPara33
Reserved Parameter 33
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 34
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara34
eNBCellRsvdPara
RsvdPara35
Reserved Parameter 35
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 36
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara36
eNBCellRsvdPara
RsvdPara37
Reserved Parameter 37
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 38
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara38
eNBCellRsvdPara
RsvdPara39
Reserved Parameter 39
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 40
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara40
eNBCellRsvdPara
RsvdPara41
Reserved Parameter 41
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 42
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara42
eNBCellRsvdPara
RsvdPara43
Reserved Parameter 43
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 44
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara44
eNBCellRsvdPara
RsvdPara45
Reserved Parameter 45
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 46
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara46
eNBCellRsvdPara
RsvdPara47
Reserved Parameter 47
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 48
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara48
eNBCellRsvdPara
RsvdPara49
Reserved Parameter 49
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 50
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara50
eNBCellRsvdPara
RsvdPara51
Reserved Parameter 51
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 52
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara52
eNBCellRsvdPara
RsvdPara53
Reserved Parameter 53
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 54
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara54
eNBCellRsvdPara
RsvdPara55
Reserved Parameter 55
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 56
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara56
eNBCellRsvdPara
RsvdPara57
Reserved Parameter 57
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 58
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara58
eNBCellRsvdPara
RsvdPara59
Reserved Parameter 59
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 60
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara60
eNBCellRsvdPara
RsvdPara61
Reserved Parameter 61
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 62
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara62
eNBCellRsvdPara
RsvdPara63
Reserved Parameter 63
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 64
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara64
eNBCellRsvdPara
RsvdPara65
Reserved Parameter 65
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 66
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara66
eNBCellRsvdPara
RsvdPara67
Reserved Parameter 67
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Reserved Parameter 68
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
eNBCellRsvdPara
RsvdPara68
eNBCellRsvdPara
RsvdPara69
Reserved Parameter 69
MOD ENBCELLRSVDPA RA LST BTS3900, BTS3900 ENBCELLRSVDPA LTE RA
Local cell ID
LST INTERRATCELLSH UTDOWN MOD BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow LocalCellId
ForceShutdownSwit Inter-RAT cell ch shutdown switch
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
StartTime
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
InterRatCellShutdow
Start time
InterRatCellShutdow
StopTime
Stop time
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
UE number threshold
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
BearNumThd
InterRatCellShutdow
DlPrbThd
Downlink PRB threshold
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
UlPrbThd
Uplink PRB threshold
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
ShutDownType
Shut Down Type
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
High Priority ARP Threshold
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
HighPriArpThd
InterRatCellShutdow
UTRAN Cell UtranCellDlLoadTh Downlink Load d Threshold
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
UTRAN Cell UtranCellDlLoadOff Downlink Load set Offset
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
MOD INTERRATCELLSH UTDOWN LST UtranCellUlLoadTh UTRAN Cell Uplink BTS3900, BTS3900 INTERRATCELLSH d Load Threshold LTE UTDOWN
InterRatCellShutdow
MOD INTERRATCELLSH UTDOWN LST UtranCellUlLoadOff UTRAN Cell Uplink BTS3900, BTS3900 INTERRATCELLSH set Load Offset LTE UTDOWN
InterRatCellShutdow
GERAN Cell Load GeranCellLoadThd Threshold
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
InterRatCellShutdow
GeranCellLoadOffs GERAN Cell Load et Offset
MOD INTERRATCELLSH UTDOWN LST BTS3900, BTS3900 INTERRATCELLSH LTE UTDOWN
LocalCellId
LST RRUJOINTCALPA RACFG MOD BTS3900, BTS3900 RRUJOINTCALPA LTE RACFG
RruJointCalParaCfg Local cell ID
RruJointCalParaCfg
TxChnCalSwitch
Tx Channel Calibration Switch
MOD RRUJOINTCALPA RACFG LST BTS3900, BTS3900 RRUJOINTCALPA LTE RACFG
Tx Channel Calibration Time
MOD RRUJOINTCALPA RACFG LST BTS3900, BTS3900 RRUJOINTCALPA LTE RACFG
RruJointCalParaCfg
TxChnCalTime
RruJointCalParaCfg
MOD RRUJOINTCALPA RACFG LST BTS3900, BTS3900 RRUJOINTCALPA LTE RACFG
TxChnCalPeriod
Tx Channel Calibration Period
TxChnAntSpacing
MOD RRUJOINTCALPA RACFG LST Physical Antenna BTS3900, BTS3900 RRUJOINTCALPA Horizontal Spacing LTE RACFG
RruJointCalParaCfg
Local cell ID
LST CELLALGOSWITC H MOD BTS3900, BTS3900 CELLALGOSWITC LTE H
RACH algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch LocalCellId
CellAlgoSwitch
RachAlgoSwitch
CellAlgoSwitch
SrsAlgoSwitch
SoundingRS algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
PucchAlgoSwitch
PUCCH algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
AqmAlgoSwitch
AQM algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
CQI adjust algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
RlfDetectAlgoSwitc RLF detection h algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CqiAdjAlgoSwitch
CellAlgoSwitch
CellAlgoSwitch
DynAdjVoltSwitch
Dynamic adjust voltage algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
RAC algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
RacAlgoSwitch
CellAlgoSwitch
MlbAlgoSwitch
Load balancing algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
DlPcAlgoSwitch
Downlink power control algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
UlPcAlgoSwitch
Uplink power control algorithm switch
BfAlgoSwitch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC BF algorithm switch LTE H
CellAlgoSwitch
CellAlgoSwitch
DlSchSwitch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC DL schedule switch LTE H
CellAlgoSwitch
UlSchSwitch
CellAlgoSwitch
Uplink schedule switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
MOD CELLALGOSWITC H LST RanShareModeSwit RAN Sharing Mode BTS3900, BTS3900 CELLALGOSWITC ch Switch LTE H
CellAlgoSwitch
Based on FreqPriorityHoSwitc Frequency Priority h HO Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
MuBfAlgoSwitch
MUBF algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
Distance-based DistBasedHoSwitch Handover Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
AcBarAlgoSwitch
AcBar algorithms switch
UlCompSwitch
MOD CELLALGOSWITC H LST UlCoMP algorithms BTS3900, BTS3900 CELLALGOSWITC switch LTE H
CellAlgoSwitch
CellAlgoSwitch MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
MrcIrcAdptSwitch
MRC/IRC adaptation switch
SfnUlSchSwitch
MOD CELLALGOSWITC H LST SFN UL Scheduling BTS3900, BTS3900 CELLALGOSWITC Switch LTE H
SfnDlSchSwitch
MOD CELLALGOSWITC H LST SFN DL Scheduling BTS3900, BTS3900 CELLALGOSWITC Switch LTE H
CellAlgoSwitch
CellAlgoSwitch
CellAlgoSwitch
IrcSwitch
IRC Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
DynDrxSwitch
Dynamic DRX switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H High Mobility LST HighMobiTrigIdleMo Triggered Idle Mode BTS3900, BTS3900 CELLALGOSWITC deSwitch Switch LTE H
CellAlgoSwitch
AvoidInterfSwitch
Interference avoidance switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
GLPwrShare
GL power share switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
EicicSwitch
eIcic switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H PUCCH resource LST PUSCHMaxRBPUC switch based on UL BTS3900, BTS3900 CELLALGOSWITC CHAdjSwitch peak rate LTE H
Downlink CoMP algorithms switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
PSIC algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
Load Balancing Handover Policy
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch DlCompSwitch
CellAlgoSwitch
PsicSwitch
CellAlgoSwitch
MlbHoMode
CellAlgoSwitch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC UplinkCompSwitch Uplink Comp Switch LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H LST AntCalibrationAlgoS Antenna calibration BTS3900, BTS3900 CELLALGOSWITC witch algorithm switch LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H LST DynSpectrumShare Dynamic Spectrum BTS3900, BTS3900 CELLALGOSWITC Switch Share Switch LTE H
CellAlgoSwitch
SfnLoadBasedAdpt SFN Load-based Switch Adaptive Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
PUSCH IRC PuschIrcAlgoSwitch algorithm switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
MOD CELLALGOSWITC H LST ReselecPriAdaptSw Reselection Priority BTS3900, BTS3900 CELLALGOSWITC itch Adaptive Switch LTE H
CellAlgoSwitch
SfnAlgoSwitch
SFN Algorithm Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
Prach Interference PrachIntrfRejSwitch Rejection Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
EnhMIMOSwitch
Enhanced MIMO Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
InterfRandSwitch
Interference Randomize Algorithm Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
Repeater Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
RepeaterSwitch
CellAlgoSwitch
Multi Frequency MultiFreqPriControl Priority Control Switch Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
HarqAlgoSwitch
Harq Algorithm Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
Coverage Based CovBasedInterFreq Inter Frequency HoMode Handover Mode
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
CellAlgoSwitch
CellSchStrategySwi Cell Schedule tch Strategy Switch
MOD CELLALGOSWITC H LST BTS3900, BTS3900 CELLALGOSWITC LTE H
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLDLICIC LTE MOD CELLDLICIC
BandMode
Downlink band division scheme
BTS3900, BTS3900 MOD CELLDLICIC LTE LST CELLDLICIC
CellDlIcic
CellDlIcic
CellDlIcic
DlIcicUserAttrGfact User Attribution orThd Gfactor Threshold
BTS3900, BTS3900 MOD CELLDLICIC LTE LST CELLDLICIC
CellDlIcic
DlIcicNoiseUserRsr Noise User RSRP pThd Threshold
BTS3900, BTS3900 MOD CELLDLICIC LTE LST CELLDLICIC
LocalCellId
LST CELLDLPCPDCCH BTS3900, BTS3900 MOD LTE CELLDLPCPDCCH
CellDlpcPdcch Local cell ID
CellDlpcPdcch
DediDciPwrOffset
MOD CELLDLPCPDCCH DCI power offset for BTS3900, BTS3900 LST dedicated control LTE CELLDLPCPDCCH
CellDlpcPdsch LocalCellId
Local cell ID
LST CELLDLPCPDSCH BTS3900, BTS3900 MOD LTE CELLDLPCPDSCH
CellDlpcPdsch
CcuPa
Center UE PA
MOD CELLDLPCPDSCH BTS3900, BTS3900 LST LTE CELLDLPCPDSCH
CellDlpcPdsch
CeuPa
Edge UE PA
MOD CELLDLPCPDSCH BTS3900, BTS3900 LST LTE CELLDLPCPDSCH
Local cell ID
LST CELLDLPCPHICH BTS3900, BTS3900 MOD LTE CELLDLPCPHICH
CellDlpcPhich LocalCellId
CellDlpcPhich
PwrOffset
MOD CELLDLPCPHICH Phich Pc Off Power BTS3900, BTS3900 LST Offset LTE CELLDLPCPHICH
CellDlschAlgo LocalCellId
Local cell ID
LST CELLDLSCHALGO BTS3900, BTS3900 MOD LTE CELLDLSCHALGO
CellDlschAlgo
DlschStrategy
MOD CELLDLSCHALGO Downlink BTS3900, BTS3900 LST scheduling Strategy LTE CELLDLSCHALGO
CellDlschAlgo
FreeUserDlRbUsed Free Users Ratio Downlink RB Ratio
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
BtServiceWeight
MOD CELLDLSCHALGO BTS3900, BTS3900 LST P2P Service Weight LTE CELLDLSCHALGO
CellDlschAlgo
OtherServiceWeigh Other Service t Weight
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
maximum number MaxMimoRankPara of MIMO layers
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
CellDlschAlgo
CaSchStrategy
Downlink CA Schedule Strategy
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
MOD Reserved resource CELLDLSCHALGO NonGbrResourceR ratio for non-GBR BTS3900, BTS3900 LST atio services LTE CELLDLSCHALGO
CellDlschAlgo
DlEpfCapacityFacto Downlink EPF r capacity factor
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
RB Priority MCS RBPriMcsSelectRat Select Ratio ioThd Threshold
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
CellDlschAlgo
MOD CELLDLSCHALGO CellEdgeUserRbAll Cell Edge User RB BTS3900, BTS3900 LST ocMode Allocation Mode LTE CELLDLSCHALGO
CellDlschAlgo
DlIcicSchMode
Downlink ICIC Schedule Mode
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
RbgAllocStrategy
RBG Resource Allocation Strategy
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
DlHarqMaxTxNum
Dowlink HARQ Maximum Transmission Number
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
CellDlschAlgo
NonGbrSchDelayW NonGBR Traffic eight Delay Weight
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
HoStaticMcsTimer
MOD Handover UE Static CELLDLSCHALGO MCS Scheduling BTS3900, BTS3900 LST Timer LTE CELLDLSCHALGO
CellDlschAlgo
DlRankOptimizeSwi Downlink Rank tch Optimize Switch
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CaSccDopMeas
Ca Scc Doppler Measurement
DlSpsInterval
MOD Downlink SemiCELLDLSCHALGO persistent BTS3900, BTS3900 LST Scheduling Interval LTE CELLDLSCHALGO
CellDlschAlgo
CellDlschAlgo
RBPriMcsSelectStr RB Priority MCS ategy Select Strategy
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
DlRankDetectSwitc Dl Rank Detect h Switch
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
TDD Special TddSpecSubfSchS Subframe witch Scheduling Switch
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
CellDlschAlgo
Data Threshold In DataThdInPdcchPd Pdcch And Pdsch schBal Balance
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
MOD Ue Num Threshold CELLDLSCHALGO UeNumThdInPdcch In Pdcch And BTS3900, BTS3900 LST PdschBal Pdsch Balance LTE CELLDLSCHALGO
CellDlschAlgo
MOD eNodeB CELLDLSCHALGO Interference BTS3900, BTS3900 LST EnbInterfRandMod Randomize Modular LTE CELLDLSCHALGO
CellDlschAlgo
TxdDci1aSwitch
TxD DCI1A Scheduling Switch
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
CellDlschAlgo
DlSchAbnUeThd
MOD Downlink Schedule CELLDLSCHALGO Abnormal Ue BTS3900, BTS3900 LST Threshold LTE CELLDLSCHALGO
CellDlschAlgo
RarAndPagingCR
Code Rate for Random Access Response and Paging Message
MOD CELLDLSCHALGO BTS3900, BTS3900 LST LTE CELLDLSCHALGO
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLMLB LTE MOD CELLMLB
CellMLB
CellMLB
IntraFreqMlbThd
Intra-Frequency Mobility Load Balancing Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
InterFreqMlbThd
Inter-Frequency Mobility Load Balancing Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
CellMLB
InterRatMlbThd
Inter-RAT Mobility Load Balancing Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
LoadExchangePeri Load Information od Exchange Period
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
LoadOffset
Load Offset
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
LoadDiffThd
Load Difference Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
Inter-RAT Mobility InterRatMlbUeNum Load Balancing UE BTS3900, BTS3900 MOD CELLMLB Thd Number Threshold LTE LST CELLMLB
CellMLB
InitValidPeriod
UTRAN Idle Mode Mobility Load Balancing Initial Valid Period
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
Load Transfer LoadTransferFactor Factor
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
MlbTriggerMode
Mobility Load Balancing Trigger Mode
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
InterFreqMlbUeNu mThd
Inter-frequency Mobility Load Balancing UE Number Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
MlbUeNumOffset
Mobility Load Balancing UE Number Offset
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
MlbMaxUeNum
Mobility Load Balancing Max UE Number
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
Mobility Load Balancing UE MlbUeSelectPrbTh Selection PRB d Usage Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
DlDataMlbMode
Downlink DataBTS3900, BTS3900 MOD CELLMLB transfer MLB mode LTE LST CELLMLB
CellMLB
Inter-Frequency InterFreqMLBRanS MLB RAN Sharing hareMode Mode
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
UeNumDiffThd
Ue Number Difference Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
HotSpotUeMode
Hot Spot UE Mode
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
CellMLB
Inter-Frequency Idle InterFreqIdleMlbMo Load Balancing BTS3900, BTS3900 MOD CELLMLB de Mode LTE LST CELLMLB
CellMLB
MlbMinUeNumThd
MLB Minimum UE Number Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
MlbMinUeNumOffs MLB Minimum UE et Number Offset
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
InterFreqUeTrsfTyp InterFreq MLB e Transfer Type
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
Inter-Freq Idle MLB InterFreqIdleMlbUe UE Number BTS3900, BTS3900 MOD CELLMLB NumThd Threshold LTE LST CELLMLB
CellMLB
Inter-RAT Idle MLB InterRatIdleMlbUeN UE Number BTS3900, BTS3900 MOD CELLMLB umThd Threshold LTE LST CELLMLB
CellMLB
Inter-frequency InterFreqLoadEvalP Load Evaluate rd Period
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
InterRatLoadEvalPr Inter-Rat Load d Evaluate Period
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
Load Balancing Frequency Select FreqSelectStrategy Strategy
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
LoadBalanceNCell Scope
Load Balancing Neighbor Cell Scope
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
InterRatMlbUeNum Inter-RAT Mlb UE Offset Number Offset
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
IdleUeSelFreqScop Idle UE Select e Frequency Scope
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
InterRatMlbUeSelSt InterRAT MLB UE rategy Select Strategy
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
CellMLB
InterRAT MLB UE InterRatMlbUeSelPr Select PRB bThd Threshold
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
PrbLoadCalcMetho Prb Load BTS3900, BTS3900 MOD CELLMLB d Calculation Method LTE LST CELLMLB
CellMLB
MlbUeSelectPunish MLB UE Selection Timer Punish Timer
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
CellMLB
MlbHoCellSelectStr Mlb Ho Cell select ategy Strategy
BTS3900, BTS3900 MOD CELLMLB LTE LST CELLMLB
LocalCellId
LST CELLPDCCHALGO BTS3900, BTS3900 MOD LTE CELLPDCCHALGO
CellPdcchAlgo Local cell ID
CellPdcchAlgo
MOD CELLPDCCHALGO SignalCongregateL BTS3900, BTS3900 LST ComSigCongregLv evel LTE CELLPDCCHALGO
CellPdcchAlgo
Cce Ratio Adjust CceRatioAdjSwitch Switch
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
SFN Pdcch DCS Threshold
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
SfnPdcchDcsThd
CellPdcchAlgo
InitPdcchSymNum
PDCCH Initial Symbol Number
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
VirtualLoadPro
MOD CELLPDCCHALGO PDCCH Virtual BTS3900, BTS3900 LST Loading Proportion LTE CELLPDCCHALGO
CellPdcchAlgo
PDCCH Symbol PdcchSymNumSwit Number Adjust ch Switch
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
CceUseRatio
CCE use ratio
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
PDCCH PdcchAggLvlCLAdj Aggregation Level ustSwitch CL Switch
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
DPDVirtualLoadSwi DPD Virtual Load tch Switch
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
DPDVirtualLoadTyp DPD Virtual Load e Type
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
CellPdcchAlgo
Aggregation Level AggLvlSelStrageFor Strategy for Dual DualCW Codewords
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
PdcchCapacityImpr PDCCH Capacity oveSwitch Improve Switch
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
MOD CELLPDCCHALGO PdcchMaxCodeRat PDCCH Max Code BTS3900, BTS3900 LST e Rate LTE CELLPDCCHALGO
CellPdcchAlgo
Uplink and Downlink PDCCH ULDLPdcchSymNu Symbols m Configuration
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
The Strategy Of PDCCH PDCCHAggLvlAdap Aggregation Level tStrage Adaptation
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
CellPdcchAlgo
Hysteresis for CFI HysForCfiBasedPre increase based on Sch PreSch
MOD CELLPDCCHALGO BTS3900, BTS3900 LST LTE CELLPDCCHALGO
LocalCellId
LST CELLPUCCHALGO BTS3900, BTS3900 MOD LTE CELLPUCCHALGO
CellPucchAlgo Local cell ID
CellPucchAlgo
SriLowLoadThd
SRI Low Load Threshold
MOD CELLPUCCHALGO BTS3900, BTS3900 LST LTE CELLPUCCHALGO
Local cell ID
ADD TDDCELLFRAMEO FFSET LST TDDCELLFRAMEO FFSET MOD TDDCELLFRAMEO FFSET RMV BTS3900, BTS3900 TDDCELLFRAMEO LTE FFSET
TddCellFrameOffset
LocalCellId
TddCellFrameOffset
FrameOffsetMode
ADD TDDCELLFRAMEO FFSET MOD TDDCELLFRAMEO FFSET LST BTS3900, BTS3900 TDDCELLFRAMEO Frame Offset Mode LTE FFSET
Cell Frame Offset
ADD TDDCELLFRAMEO FFSET MOD TDDCELLFRAMEO FFSET LST BTS3900, BTS3900 TDDCELLFRAMEO LTE FFSET
Local cell ID
LST CELLNOACCESSA LMPARA MOD BTS3900, BTS3900 CELLNOACCESSA LTE LMPARA
TddCellFrameOffset
CellFrameOffset
CellNoAccessAlmPa LocalCellId
CellNoAccessAlmPa
NoAccessStartDete No access detect ctTime start time
MOD CELLNOACCESSA LMPARA LST BTS3900, BTS3900 CELLNOACCESSA LTE LMPARA
NoAccessStopDete No access detect ctTime stop time
MOD CELLNOACCESSA LMPARA LST BTS3900, BTS3900 CELLNOACCESSA LTE LMPARA
CellNoAccessAlmPa
CellNoAccessAlmPa
NoAccessDetectTi mer
No access detect timer
MOD CELLNOACCESSA LMPARA LST BTS3900, BTS3900 CELLNOACCESSA LTE LMPARA
LocalCellId
Local cell ID
BTS3900, BTS3900 LST CELLULICIC LTE MOD CELLULICIC
BandMode
Uplink band division BTS3900, BTS3900 MOD CELLULICIC scheme LTE LST CELLULICIC
CellUlIcic
CellUlIcic
GeranInterfCfg
LST GERANINTERFCF G MOD BTS3900, BTS3900 GERANINTERFCF LTE G
LocalCellId
Local cell ID
DlGeranIntefRbNu m
MOD GERANINTERFCF G Number of DL RBs LST interfered by BTS3900, BTS3900 GERANINTERFCF GERAN LTE G
GeranInterfCfg
GeranInterfCfg
DlRbAvailSinrThd
SINR threshold for available DL RBs
MOD GERANINTERFCF G LST BTS3900, BTS3900 GERANINTERFCF LTE G
Local cell ID
ADD CELLSIMULOAD DSP CELLSIMULOAD LST CELLSIMULOAD MOD CELLSIMULOAD BTS3900, BTS3900 RMV LTE CELLSIMULOAD
CellSimuLoad
LocalCellId
CellSimuLoad
SimLoadCfgIndex
Configure Index
ADD CELLSIMULOAD MOD CELLSIMULOAD BTS3900, BTS3900 LST LTE CELLSIMULOAD
CellSimuLoad
ADD CELLSIMULOAD MOD CELLSIMULOAD SimuLoadTransMo SimuLoad BTS3900, BTS3900 LST de transmission mode LTE CELLSIMULOAD
CellSimuLoad
SimuLoadRbNum
SimuLoad allocated BTS3900, BTS3900 DSP RB Number LTE CELLSIMULOAD
CommercRbNum
Commercial service BTS3900, BTS3900 DSP RB number LTE CELLSIMULOAD
SimuLoadPower
SimuLoad allocated BTS3900, BTS3900 DSP power LTE CELLSIMULOAD
CommercPower
Commercial service BTS3900, BTS3900 DSP power LTE CELLSIMULOAD
CellSimuLoad
CellSimuLoad
CellSimuLoad
CellSimuLoad SimuLoad allocated BTS3900, BTS3900 DSP SimuLoadUserNum user Number LTE CELLSIMULOAD
CellSimuLoad Commercial service BTS3900, BTS3900 DSP CommercUserNum user number LTE CELLSIMULOAD BcchCfg
BTS3900, BTS3900 LST BCCHCFG LTE MOD BCCHCFG
LocalCellId
Local cell ID
ModifyPeriodCoeff
Modification period BTS3900, BTS3900 MOD BCCHCFG coefficient LTE LST BCCHCFG
BcchCfg
CellChPwrCfg LocalCellId
Local cell ID
LST CELLCHPWRCFG BTS3900, BTS3900 MOD LTE CELLCHPWRCFG
CellChPwrCfg
PcfichPwr
PCFICH power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
CellChPwrCfg
PbchPwr
PBCH power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
CellChPwrCfg
SchPwr
SCH power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
CellChPwrCfg
DbchPwr
DBCH power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
CellChPwrCfg
PchPwr
PCH power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
CellChPwrCfg
RaRspPwr
Rach response power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
CellChPwrCfg
Prs power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
AntOutputPwr
Antenna Output Power
MOD CELLCHPWRCFG BTS3900, BTS3900 LST LTE CELLCHPWRCFG
LocalCellId
Local cell ID
BTS3900, BTS3900 LST PDSCHCFG LTE MOD PDSCHCFG
PrsPwr
CellChPwrCfg
PDSCHCfg
PDSCHCfg
ReferenceSignalPw Reference signal r power
BTS3900, BTS3900 MOD PDSCHCFG LTE LST PDSCHCFG
PDSCHCfg
Pb
PB
BTS3900, BTS3900 MOD PDSCHCFG LTE LST PDSCHCFG
PDSCHCfg ReferenceSignalPw Reference Signal rMargin Power Margin
BTS3900, BTS3900 MOD PDSCHCFG LTE LST PDSCHCFG
LocalCellId
DSP RACHCFG BTS3900, BTS3900 LST RACHCFG LTE MOD RACHCFG
RACHCfg Local cell ID
RACHCfg
PwrRampingStep
BTS3900, BTS3900 MOD RACHCFG Power ramping step LTE LST RACHCFG
RACHCfg
Preamble initial PreambInitRcvTarg received target etPwr power
BTS3900, BTS3900 MOD RACHCFG LTE LST RACHCFG
RACHCfg
ZeroCorrelationZon Zero correlation eConf zone config
BTS3900, BTS3900 LTE DSP RACHCFG
MessageSizeGroup Message size of A select group A
BTS3900, BTS3900 MOD RACHCFG LTE LST RACHCFG
RACHCfg
RACHCfg
PrachFreqOffset
PRACH Frequency BTS3900, BTS3900 MOD RACHCFG Offset LTE LST RACHCFG
RACHCfg Indication of PrachConfigIndexC PRACH BTS3900, BTS3900 MOD RACHCFG fgInd Configuration Index LTE LST RACHCFG
RACHCfg
PrachConfigIndex
PRACH BTS3900, BTS3900 MOD RACHCFG Configuration Index LTE LST RACHCFG
RACHCfg
Maximum number of preamble PreambleTransMax transmission
BTS3900, BTS3900 MOD RACHCFG LTE LST RACHCFG
RACHCfg
ContentionResoluti Timer for contention BTS3900, BTS3900 MOD RACHCFG onTimer resolution LTE LST RACHCFG
RACHCfg
Maximum number of Msg3 HARQ transmissions
BTS3900, BTS3900 MOD RACHCFG LTE LST RACHCFG
LocalCellId
Local cell ID
DSP SRSCFG BTS3900, BTS3900 LST SRSCFG LTE MOD SRSCFG
SrsSubframeCfg
SRS subframe configuration
BTS3900, BTS3900 MOD SRSCFG LTE LST SRSCFG
MaxHarqMsg3Tx SRSCfg
SRSCfg
SRSCfg
AnSrsSimuTrans
SRS ACK/NACK simultaneous transmission
BTS3900, BTS3900 MOD SRSCFG LTE LST SRSCFG
SRSCfg
SrsCfgInd
SRS Configuration Indicator
BTS3900, BTS3900 MOD SRSCFG LTE LST SRSCFG
SRSCfg
TddSrsCfgMode
TDD SRS BTS3900, BTS3900 MOD SRSCFG Configuration Mode LTE LST SRSCFG
SRSCfg
FddSrsCfgMode
FDD SRS BTS3900, BTS3900 MOD SRSCFG Configuration Mode LTE LST SRSCFG
SRSCfg
CellSrsBandwidthCf Cell srs bandwidth g configuration
BTS3900, BTS3900 LTE DSP SRSCFG
LocalCellId
BTS3900, BTS3900 LST PHICHCFG LTE MOD PHICHCFG
PHICHCfg Local cell ID
PHICHCfg
PhichDuration
PHICH duration
BTS3900, BTS3900 MOD PHICHCFG LTE LST PHICHCFG
PhichResource
PHICH resource
BTS3900, BTS3900 MOD PHICHCFG LTE LST PHICHCFG
LocalCellId
Local cell ID
BTS3900, BTS3900 LST PCCHCFG LTE MOD PCCHCFG
PHICHCfg
PCCHCfg
PCCHCfg
Default paging DefaultPagingCycle cycle
BTS3900, BTS3900 MOD PCCHCFG LTE LST PCCHCFG
Nb
BTS3900, BTS3900 MOD PCCHCFG LTE LST PCCHCFG
PCCHCfg
NB
PCCHCfg
PagingSentNum
Paging Sent Number
BTS3900, BTS3900 MOD PCCHCFG LTE LST PCCHCFG
PCCHCfg
MaxPagingRecords Maximum Number Num of Paging Records
BTS3900, BTS3900 MOD PCCHCFG LTE LST PCCHCFG
LocalCellId
BTS3900, BTS3900 LST PUSCHCFG LTE MOD PUSCHCFG
PUSCHCfg Local cell ID
PUSCHCfg
Nsb
Subband number
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
HoppingMode
Hopping mode
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
PUSCHCfg
PUSCHCfg
HoppingOffset
Hopping offset
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
PUSCHCfg
GroupHoppingEnab Group hopping led enabled
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
PUSCHCfg
GroupAssignPUSC Group assignment H PUSCH
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
PUSCHCfg
SeqHoppingEnable Sequence hopping d enabled
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
CyclicShift
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
PUSCHCfg
Cyclic shift
PUSCHCfg
Qam64 enabled
BTS3900, BTS3900 MOD PUSCHCFG LTE LST PUSCHCFG
LocalCellId
Local cell ID
DSP PUCCHCFG BTS3900, BTS3900 LST PUCCHCFG LTE MOD PUCCHCFG
DeltaShift
Delta shift
BTS3900, BTS3900 MOD PUCCHCFG LTE LST PUCCHCFG
Qam64Enabled PUCCHCfg
PUCCHCfg
PUCCHCfg
NaSriChNum
ACK/SRI Channel Number
BTS3900, BTS3900 MOD PUCCHCFG LTE LST PUCCHCFG
CqiRbNum
CQI RB number
BTS3900, BTS3900 MOD PUCCHCFG LTE LST PUCCHCFG
PUCCHCfg
PUCCHCfg
PucchExtendedRB PUCCH Extended Num RB Number
BTS3900, BTS3900 MOD PUCCHCFG LTE LST PUCCHCFG
Semi-persistent ACK and SRI Sub Channel
BTS3900, BTS3900 LTE DSP PUCCHCFG
Local cell ID
ADD CDMA20001XRTT PREREG LST CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG RMV BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
PUCCHCfg N1PucchAn
Cdma20001XrttPreR
LocalCellId
Mcc
ADD CDMA20001XRTT PREREG LST CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG RMV BTS3900, BTS3900 CDMA20001XRTT Mobile country code LTE PREREG
Mnc
ADD CDMA20001XRTT PREREG LST CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG RMV BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
Mobile network code
Cdma20001XrttPreR
Cdma20001XrttCell CDMA20001XRTT Id cell ID
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttSec CDMA20001XRTT torId sector ID
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Sid
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
System ID
Cdma20001XrttPreR
Nid
Network ID
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
MscId
MSC ID
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Band class include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
BandClassInclude
Cdma20001XrttPreR
BandClass
Band class
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
CSFB-registration parameters configure indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Multiple system ID storage indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
CsfbRegCfgInd
Cdma20001XrttPreR
MultiSidInd
Cdma20001XrttPreR
MultiNidInd
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST Multiple network ID BTS3900, BTS3900 CDMA20001XRTT storage indicator LTE PREREG
Cdma20001XrttPreR
HomeRegInd
Home rgistration indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
ForeignSidRegInd
System ID roamer registration indicator
ForeignNidRegInd
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Network ID roamer LST registration BTS3900, BTS3900 CDMA20001XRTT indicator LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
ParamRegInd
Parameter change registration indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Power up registration indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
PowerUpRegInd
Cdma20001XrttPreR
RegPeriod
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT Registration period LTE PREREG
Cdma20001XrttPreR
RegZone
Registration zone
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
TotalZone
Number of registration zones to be retained
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
ZoneTimer
Zone timer length
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
ADD CDMA20001XRTT PREREG MOD Cdma20001XrttPreR CDMA20001XRTT PREREG Power-down LST registration include BTS3900, BTS3900 CDMA20001XRTT PowerDownInclude indicator LTE PREREG
Cdma20001XrttPreR
AcBarCfgInd
AC barring information configure indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
AcBar0to9
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT classes 0 to 9 LTE PREREG
AcBar10
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT class 10 LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
AcBar11
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT class 11 LTE PREREG
AcBar12
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT class 12 LTE PREREG
AcBar13
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT class 13 LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
Cdma20001XrttPreR
AcBar14
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT class 14 LTE PREREG
AcBar15
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG Persistence value LST for access overload BTS3900, BTS3900 CDMA20001XRTT class 15 LTE PREREG
AcBarMsg
ADD CDMA20001XRTT PREREG MOD Persistence CDMA20001XRTT Modifier For Access PREREG barring factor for LST message BTS3900, BTS3900 CDMA20001XRTT transmissions LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
AcBarReg
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT Persistence PREREG modifier For Access LST barring factor for BTS3900, BTS3900 CDMA20001XRTT registrations LTE PREREG
AcBarEmg
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT Persistence PREREG modifier For Access LST barring factor for BTS3900, BTS3900 CDMA20001XRTT emergency service LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
Cdma20001XrttPreR
ProtocolRevInc
Protocol revision level include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Protocol revision level
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Min protocol revision level MinProtocolRevInc include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
ProtocolRev
Cdma20001XrttPreR
Min protocol revision level
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Authentication include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Authentication indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
MinProtocolRev
Cdma20001XrttPreR
AuthInclude
Cdma20001XrttPreR
Auth
Cdma20001XrttPreR Max number of alternative service MaxNumAltSoInclu options include de indicator
Cdma20001XrttPreR
MaxNumAltSo
Max number of alternative srvice options
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Preferred ACH MS PrefMsIdTypeInclud ID type include e indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Preferred ACH MS ID type
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
PrefMsIdType
MccInclude
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST Mobile country code BTS3900, BTS3900 CDMA20001XRTT include indicator LTE PREREG
MncInclude
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST Mobile network BTS3900, BTS3900 CDMA20001XRTT code send indicator LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
Cdma20001XrttPreR
ImsiTSupportedIncl IMSI_T supported ude include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
ImsiTSupported
IMSI_T support indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Forward power control parameter of FCH include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
FpcFchCfgInclude
RC3 initial setpoint of forward power FpcFchInitSteptRc3 control parameter
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
RC4 initial setpoint of forward power FpcFchInitSteptRc4 control parameter
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
Cdma20001XrttPreR RC5 initial setpoint of forward power FpcFchInitSteptRc5 control parameter
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
ADD CDMA20001XRTT PREREG MOD Cdma20001XrttPreR CDMA20001XRTT PREREG RC11 initial setpoint LST FpcFchInitSteptRc1 of forward power BTS3900, BTS3900 CDMA20001XRTT 1 control parameter LTE PREREG ADD CDMA20001XRTT PREREG MOD Cdma20001XrttPreR CDMA20001XRTT PREREG RC12 initial setpoint LST FpcFchInitSteptRc1 of forward power BTS3900, BTS3900 CDMA20001XRTT 2 control parameter LTE PREREG
Cdma20001XrttPreR
PilotIncrInclude
Pilot PN sequence offset index increment include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
PilotIncr
Pilot PN sequence offset index increment
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Leap seconds include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Time zone include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
LpSecInclude
Cdma20001XrttPreR
LtmOffInclude
Cdma20001XrttPreR
DayltInclude
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST Daylight flag include BTS3900, BTS3900 CDMA20001XRTT indicator LTE PREREG
GCSNA layer2 GcsnaL2AckTimerI acknowledge timer nclude include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
GCSNA layer2 acknowledge timer
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
GcsnaL2AckTimer
GCSNA sequence GcsnaSeqContextT context timer Include include indicator
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
GcsnaSeqContextTi GCSNA sequence mer context timer
ADD CDMA20001XRTT PREREG MOD CDMA20001XRTT PREREG LST BTS3900, BTS3900 CDMA20001XRTT LTE PREREG
Cdma20001XrttPreR
Cdma20001XrttPreR
Cdma2000HrpdNCell
LocalCellId
Local cell ID
ADD CDMA2000HRPDN CELL LST CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL RMV BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
SectorId104
SectorID104
ADD CDMA2000HRPDN CELL LST CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL RMV BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
SectorId24
SectorID24
ADD CDMA2000HRPDN CELL LST CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL RMV BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Band class
ADD CDMA2000HRPDN CELL LST CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL RMV BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
BandClass
Frequency
ADD CDMA2000HRPDN CELL LST CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL RMV BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
No handover indicator
ADD CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL LST BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
Frequency
Cdma2000HrpdNCell
NoHoFlag
Cdma2000HrpdNCell
NoRmvFlag
ADD CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL LST BTS3900, BTS3900 CDMA2000HRPDN No remove indicator LTE CELL
Cdma2000HrpdNCell
AnrFlag
ANR flag
LST BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
LocalCellName
Local cell name
ADD CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL LST BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
NeighbourCellNam Neighbour cell e name
ADD CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL LST BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Cdma2000HrpdNCell
CtrlMode
Control Mode
ADD CDMA2000HRPDN CELL MOD CDMA2000HRPDN CELL LST BTS3900, BTS3900 CDMA2000HRPDN LTE CELL
Local cell ID
ADD CDMA2000HRPDP REREG LST CDMA2000HRPDP REREG MOD CDMA2000HRPDP REREG RMV BTS3900, BTS3900 CDMA2000HRPDP LTE REREG
Cdma2000HrpdPreR
LocalCellId
Cdma2000HrpdPreR
Mcc
ADD CDMA2000HRPDP REREG LST CDMA2000HRPDP REREG MOD CDMA2000HRPDP REREG RMV BTS3900, BTS3900 CDMA2000HRPDP Mobile country code LTE REREG
Mnc
ADD CDMA2000HRPDP REREG LST CDMA2000HRPDP REREG MOD CDMA2000HRPDP REREG RMV BTS3900, BTS3900 CDMA2000HRPDP LTE REREG
Cdma2000HrpdPreR
Mobile network code
Cdma2000HrpdPreR ADD CDMA2000HRPDP REREG MOD CDMA2000HRPDP REREG SIB8 PreLST Sib8PreRegistration registration allowed BTS3900, BTS3900 CDMA2000HRPDP Allowed indicator LTE REREG ADD CDMA2000HRPDP REREG MOD Cdma2000HrpdPreR CDMA2000HRPDP PreRegistrationInfo REREG HRPD configure LST McPreRegParaCfgI indicator in BTS3900, BTS3900 CDMA2000HRPDP nd MeasConfig LTE REREG
ADD CDMA2000HRPDP Cdma2000HrpdPreR REREG MOD CDMA2000HRPDP REREG Pre-registration LST McPreRegistrationA allowed indicator in BTS3900, BTS3900 CDMA2000HRPDP llowed MeasConfig LTE REREG
Cdma2000HrpdPreR
PreRegistrationZon Pre-registration eId zone ID
Cdma2000HrpdPreR
ADD CDMA2000HRPDP REREG MOD CDMA2000HRPDP REREG LST BTS3900, BTS3900 CDMA2000HRPDP LTE REREG
ADD CDMA2000HRPDP REREG MOD CDMA2000HRPDP Secondary preREREG registration zone ID LST SecondaryPreRegZ 0 configure BTS3900, BTS3900 CDMA2000HRPDP oneId0Ind indicator LTE REREG
ADD CDMA2000HRPDP Cdma2000HrpdPreR REREG MOD CDMA2000HRPDP REREG Secondary preLST SecondaryPreRegZ registration zone ID BTS3900, BTS3900 CDMA2000HRPDP oneId0 0 LTE REREG
Cdma2000HrpdPreR
ADD CDMA2000HRPDP REREG MOD CDMA2000HRPDP Secondary preREREG registration zone ID LST SecondaryPreRegZ 1 configure BTS3900, BTS3900 CDMA2000HRPDP oneId1Ind indicator LTE REREG
ADD CDMA2000HRPDP Cdma2000HrpdPreR REREG MOD CDMA2000HRPDP REREG Secondary preLST SecondaryPreRegZ registration zone ID BTS3900, BTS3900 CDMA2000HRPDP oneId1 1 LTE REREG
Cdma2000HrpdRefCe
LocalCellId
Local cell ID
ADD CDMA2000HRPDR EFCELL LST CDMA2000HRPDR EFCELL MOD CDMA2000HRPDR EFCELL RMV BTS3900, BTS3900 CDMA2000HRPDR LTE EFCELL
Cdma2000HrpdRefCe
Mcc
ADD CDMA2000HRPDR EFCELL LST CDMA2000HRPDR EFCELL MOD CDMA2000HRPDR EFCELL RMV BTS3900, BTS3900 CDMA2000HRPDR Mobile country code LTE EFCELL
Cdma2000HrpdRefCe
Mnc
Mobile network code
ADD CDMA2000HRPDR EFCELL LST CDMA2000HRPDR EFCELL MOD CDMA2000HRPDR EFCELL RMV BTS3900, BTS3900 CDMA2000HRPDR LTE EFCELL
Cdma2000HrpdRefCe
SectorId104
SectorID104
ADD CDMA2000HRPDR EFCELL LST CDMA2000HRPDR EFCELL MOD CDMA2000HRPDR EFCELL RMV BTS3900, BTS3900 CDMA2000HRPDR LTE EFCELL
Cdma2000HrpdRefCe
SectorId24
SectorID24
ADD CDMA2000HRPDR EFCELL LST CDMA2000HRPDR EFCELL MOD CDMA2000HRPDR EFCELL RMV BTS3900, BTS3900 CDMA2000HRPDR LTE EFCELL
Cdma2000HrpdRefCe
SelectedRatio
Selected ratio
ADD CDMA2000HRPDR EFCELL MOD CDMA2000HRPDR EFCELL LST BTS3900, BTS3900 CDMA2000HRPDR LTE EFCELL
Local cell ID
ADD CDMA2000NFREQ LST CDMA2000NFREQ MOD CDMA2000NFREQ BTS3900, BTS3900 RMV LTE CDMA2000NFREQ
Band class
ADD CDMA2000NFREQ LST CDMA2000NFREQ MOD CDMA2000NFREQ BTS3900, BTS3900 RMV LTE CDMA2000NFREQ
Cdma2000Nfreq
LocalCellId
Cdma2000Nfreq
BandClass
Frequency
ADD CDMA2000NFREQ LST CDMA2000NFREQ MOD CDMA2000NFREQ BTS3900, BTS3900 RMV LTE CDMA2000NFREQ
Frequency offset
ADD CDMA2000NFREQ MOD CDMA2000NFREQ BTS3900, BTS3900 LST LTE CDMA2000NFREQ
Cdma2000Nfreq
Frequency
Cdma2000Nfreq
OffsetFreq
Cdma2000Nfreq
ADD CDMA2000NFREQ MOD CDMA2000NFREQ SearchWindowSize Search window size BTS3900, BTS3900 LST CfgInd configure indicator LTE CDMA2000NFREQ
Cdma2000Nfreq ADD CDMA2000NFREQ MOD CDMA2000NFREQ BTS3900, BTS3900 LST SearchWindowSize Search window size LTE CDMA2000NFREQ
Cdma2000Nfreq
FrequencyPri
Frequency priority
ADD CDMA2000NFREQ MOD CDMA2000NFREQ BTS3900, BTS3900 LST LTE CDMA2000NFREQ
CspcCellSrsMeasNCe
Mcc
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME Mobile country code LTE ASNCELL
CspcCellSrsMeasNCe
Mnc
Mobile network code
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
eNodeB ID
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
CspcCellSrsMeasNCe
eNodeBId
CspcCellSrsMeasNCe
CellId
Cell ID
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
Neighbor mobile country code
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
CspcCellSrsMeasNCe
NCellMcc
CspcCellSrsMeasNCe
NCellMnc
Neighbor mobile network code
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
Neighbor eNodeB ID
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
CspcCellSrsMeasNCe
NCellENodeBId
CspcCellSrsMeasNCe
NCellId
Neighbor Cell ID
ADD CSPCCELLSRSME ASNCELL LST CSPCCELLSRSME ASNCELL RMV BTS3900, BTS3900 CSPCCELLSRSME LTE ASNCELL
CSPC Cluster ID
ADD CSPCCLUSTER LST CSPCCLUSTER BTS3900, BTS3900 RMV LTE CSPCCLUSTER
CSPC Cluster ID
ADD CSPCCLUSTERCE LL LST CSPCCLUSTERCE LL RMV BTS3900, BTS3900 CSPCCLUSTERCE LTE LL
CspcCluster CspcClusterId
CspcClusterCell
CspcClusterId
CspcClusterCell
Mcc
ADD CSPCCLUSTERCE LL LST CSPCCLUSTERCE LL RMV BTS3900, BTS3900 CSPCCLUSTERCE Mobile country code LTE LL
Mnc
ADD CSPCCLUSTERCE LL LST CSPCCLUSTERCE LL RMV BTS3900, BTS3900 CSPCCLUSTERCE LTE LL
CspcClusterCell
Mobile network code
CspcClusterCell
eNodeBId
eNodeB ID
ADD CSPCCLUSTERCE LL LST CSPCCLUSTERCE LL RMV BTS3900, BTS3900 CSPCCLUSTERCE LTE LL
Cell ID
ADD CSPCCLUSTERCE LL LST CSPCCLUSTERCE LL RMV BTS3900, BTS3900 CSPCCLUSTERCE LTE LL
CspcClusterCell
CellId
Mcc
ADD EUTRANEXTERNA LCELLPLMN LST EUTRANEXTERNA LCELLPLMN RMV BTS3900, BTS3900 EUTRANEXTERNA Mobile country code LTE LCELLPLMN
Mnc
Mobile network code
ADD EUTRANEXTERNA LCELLPLMN LST EUTRANEXTERNA LCELLPLMN RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLPLMN
eNodeB ID
ADD EUTRANEXTERNA LCELLPLMN LST EUTRANEXTERNA LCELLPLMN RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLPLMN
EutranExternalCellP
EutranExternalCellP
EutranExternalCellP
eNodeBId
EutranExternalCellP
CellId
Cell ID
ADD EUTRANEXTERNA LCELLPLMN LST EUTRANEXTERNA LCELLPLMN RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLPLMN
Share mobile country code
ADD EUTRANEXTERNA LCELLPLMN LST EUTRANEXTERNA LCELLPLMN RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLPLMN
EutranExternalCellP
ShareMcc
EutranExternalCellP
Share mobile network code
ADD EUTRANEXTERNA LCELLPLMN LST EUTRANEXTERNA LCELLPLMN RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLPLMN
GeranCellId
GERAN cell ID
ADD GERANEXTERNAL CELLPLMN LST GERANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 GERANEXTERNAL LTE CELLPLMN
Lac
ADD GERANEXTERNAL CELLPLMN LST GERANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 GERANEXTERNAL Location area code LTE CELLPLMN
Mcc
ADD GERANEXTERNAL CELLPLMN LST GERANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 GERANEXTERNAL Mobile country code LTE CELLPLMN
ShareMnc
GeranExternalCellP
GeranExternalCellP
GeranExternalCellP
Mobile network code
ADD GERANEXTERNAL CELLPLMN LST GERANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 GERANEXTERNAL LTE CELLPLMN
Share mobile country code
ADD GERANEXTERNAL CELLPLMN LST GERANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 GERANEXTERNAL LTE CELLPLMN
Share mobile network code
ADD GERANEXTERNAL CELLPLMN LST GERANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 GERANEXTERNAL LTE CELLPLMN
GeranExternalCellP
Mnc
GeranExternalCellP
ShareMcc
GeranExternalCellP
ShareMnc
UtranExternalCellPl
Mcc
ADD UTRANEXTERNAL CELLPLMN LST UTRANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 UTRANEXTERNAL Mobile country code LTE CELLPLMN
Mnc
Mobile network code
ADD UTRANEXTERNAL CELLPLMN LST UTRANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLPLMN
RNC ID
ADD UTRANEXTERNAL CELLPLMN LST UTRANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLPLMN
UtranExternalCellPl
UtranExternalCellPl
RncId
UtranExternalCellPl
CellId
RNC cell ID
ADD UTRANEXTERNAL CELLPLMN LST UTRANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLPLMN
Share mobile country code
ADD UTRANEXTERNAL CELLPLMN LST UTRANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLPLMN
UtranExternalCellPl
ShareMcc
UtranExternalCellPl
ShareMnc
Share mobile network code
ADD UTRANEXTERNAL CELLPLMN LST UTRANEXTERNAL CELLPLMN RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLPLMN
SectorID104
ADD CDMA2000HRPDE XTCELL LST CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL RMV BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Cdma2000HrpdExtCe
SectorId104
Cdma2000HrpdExtCe
SectorId24
SectorID24
ADD CDMA2000HRPDE XTCELL LST CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL RMV BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Band class
ADD CDMA2000HRPDE XTCELL LST CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL RMV BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Cdma2000HrpdExtCe
BandClass
Cdma2000HrpdExtCe
Frequency
Frequency
ADD CDMA2000HRPDE XTCELL LST CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL RMV BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Cdma2000HrpdExtCe
Mcc
ADD CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL LST BTS3900, BTS3900 CDMA2000HRPDE Mobile country code LTE XTCELL
Cdma2000HrpdExtCe
Mnc
Mobile network code
ADD CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL LST BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Physical cell ID
ADD CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL LST BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Cell name
ADD CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL LST BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
Cdma2000HrpdExtCe
PnOffset
Cdma2000HrpdExtCe
CellName
Cdma2000HrpdExtCe
CtrlMode
Control Mode
Cdma20001XrttExtCe
Cdma20001XrttCell CDMA20001XRTT Id cell ID
ADD CDMA2000HRPDE XTCELL MOD CDMA2000HRPDE XTCELL LST BTS3900, BTS3900 CDMA2000HRPDE LTE XTCELL
ADD CDMA20001XRTT EXTCELL LST CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cdma20001XrttExtCe
Cdma20001XrttSec CDMA20001XRTT torId sector ID
Band class
ADD CDMA20001XRTT EXTCELL LST CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Frequency
ADD CDMA20001XRTT EXTCELL LST CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
System ID
ADD CDMA20001XRTT EXTCELL LST CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cdma20001XrttExtCe
BandClass
Cdma20001XrttExtCe
Frequency
Cdma20001XrttExtCe
Sid
ADD CDMA20001XRTT EXTCELL LST CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cdma20001XrttExtCe
Nid
Network ID
ADD CDMA20001XRTT EXTCELL LST CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cdma20001XrttExtCe
Mcc
ADD CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL LST BTS3900, BTS3900 CDMA20001XRTT Mobile country code LTE EXTCELL
Cdma20001XrttExtCe
Mnc
Mobile network code
ADD CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
MSC ID
ADD CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cdma20001XrttExtCe
MscId
Physical cell ID
ADD CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cell name
ADD CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Control Mode
ADD CDMA20001XRTT EXTCELL MOD CDMA20001XRTT EXTCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE EXTCELL
Cdma20001XrttExtCe
PnOffset
Cdma20001XrttExtCe
CellName
Cdma20001XrttExtCe
CtrlMode
Cdma20001XrttNCell
LocalCellId
Local cell ID
Cdma20001XrttNCell
Cdma20001XrttCell CDMA20001XRTT Id cell ID
Cdma20001XrttNCell
Cdma20001XrttSec CDMA20001XRTT torId sector ID
Cdma20001XrttNCell
BandClass
Band class
ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Frequency
ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
System ID
ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Network ID
ADD CDMA20001XRTT NCELL LST CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL RMV BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
No handover indicator
ADD CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Cdma20001XrttNCell
Frequency
Cdma20001XrttNCell
Sid
Cdma20001XrttNCell
Nid
Cdma20001XrttNCell
NoHoFlag
Cdma20001XrttNCell
NoRmvFlag
ADD CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL LST BTS3900, BTS3900 CDMA20001XRTT No remove indicator LTE NCELL
ANR flag
LST BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Local cell name
ADD CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Cdma20001XrttNCell AnrFlag
Cdma20001XrttNCell
LocalCellName
Cdma20001XrttNCell
NeighbourCellNam Neighbour cell e name
ADD CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Cdma20001XrttNCell
CtrlMode
Control Mode
ADD CDMA20001XRTT NCELL MOD CDMA20001XRTT NCELL LST BTS3900, BTS3900 CDMA20001XRTT LTE NCELL
Local cell ID
ADD CDMA2000BANDC LASS LST CDMA2000BANDC LASS MOD CDMA2000BANDC LASS RMV BTS3900, BTS3900 CDMA2000BANDC LTE LASS
Cdma2000BandClas
LocalCellId
Cdma2000BandClas
BandClass
Band class
ADD CDMA2000BANDC LASS LST CDMA2000BANDC LASS MOD CDMA2000BANDC LASS RMV BTS3900, BTS3900 CDMA2000BANDC LTE LASS
CDMA20001XRTT Cdma20001XrttCell cell reselection ReselInd indicator
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
CDMA20001XRTT Cdma20001XrttCell cell reselection ReselPri priority
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
Cdma2000BandClas
Cdma2000BandClas
Cdma2000BandClas
CDMA20001XRTT Cdma20001XrttThr high priority eshXHigh threshold
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
CDMA20001XRTT Cdma20001XrttThr lower priority eshXLow threshold
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
Cdma2000BandClas
CDMA2000HRPD Cdma2000HrpdCell cell reselection ReselInd indicator
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
CDMA2000HRPD Cdma2000HrpdCell cell reselection ReselPri priority
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
CDMA2000HRPD Cdma2000HrpdThr high priority eshXHigh threshold
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
Cdma2000BandClas
Cdma2000BandClas
Cdma2000BandClas
Cdma2000BandClas
CDMA2000HRPD Cdma2000HrpdThr lower priority eshXLow threshold
ADD CDMA2000BANDC LASS MOD CDMA2000BANDC LASS LST BTS3900, BTS3900 CDMA2000BANDC LTE LASS
Mcc
ADD GERANEXTERNAL CELL LST GERANEXTERNAL CELL MOD GERANEXTERNAL CELL RMV BTS3900, BTS3900 GERANEXTERNAL Mobile country code LTE CELL
Mnc
ADD GERANEXTERNAL CELL LST GERANEXTERNAL CELL MOD GERANEXTERNAL CELL RMV BTS3900, BTS3900 GERANEXTERNAL LTE CELL
GeranExternalCell
GeranExternalCell
Mobile network code
GeranExternalCell
ADD GERANEXTERNAL CELL LST GERANEXTERNAL CELL MOD GERANEXTERNAL CELL RMV BTS3900, BTS3900 GERANEXTERNAL LTE CELL
GeranCellId
GERAN cell ID
Lac
ADD GERANEXTERNAL CELL LST GERANEXTERNAL CELL MOD GERANEXTERNAL CELL RMV BTS3900, BTS3900 GERANEXTERNAL Location area code LTE CELL
GeranExternalCell
Routing area code configure indicator
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
Routing area code
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
GeranExternalCell
RacCfgInd
GeranExternalCell
Rac
GeranExternalCell
BandIndicator
Band indicator
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
GERAN ARFCN
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
GeranExternalCell
GeranArfcn
GeranExternalCell
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST NetworkColourCod BTS3900, BTS3900 GERANEXTERNAL e Network color code LTE CELL
GeranExternalCell
BaseStationColour Code
Base station color code
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
DTM indication
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
GeranExternalCell
DtmInd
GeranExternalCell
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
CellName
Cell name
CsPsHOInd
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST CS and PS BTS3900, BTS3900 GERANEXTERNAL handover indication LTE CELL
GeranExternalCell
GeranExternalCell
CtrlMode
Control Mode
ADD GERANEXTERNAL CELL MOD GERANEXTERNAL CELL LST BTS3900, BTS3900 GERANEXTERNAL LTE CELL
Local cell ID
ADD GERANNCELL DSP GERANRIMINFO LST GERANNCELL MOD GERANNCELL BTS3900, BTS3900 RMV LTE GERANNCELL
GeranNcell
LocalCellId
Mcc
ADD GERANNCELL LST GERANNCELL MOD GERANNCELL RMV GERANNCELL BTS3900, BTS3900 DSP Mobile country code LTE GERANRIMINFO
Mnc
Mobile network code
ADD GERANNCELL LST GERANNCELL MOD GERANNCELL RMV GERANNCELL BTS3900, BTS3900 DSP LTE GERANRIMINFO
Lac
ADD GERANNCELL LST GERANNCELL MOD GERANNCELL RMV GERANNCELL BTS3900, BTS3900 DSP Location area code LTE GERANRIMINFO
GeranNcell
GeranNcell
GeranNcell
GeranNcell
GeranCellId
GERAN cell ID
ADD GERANNCELL LST GERANNCELL MOD GERANNCELL RMV GERANNCELL BTS3900, BTS3900 DSP LTE GERANRIMINFO
GeranNcell NoRmvFlag
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL No remove indicator LTE LST GERANNCELL
No handover indicator
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL LTE LST GERANNCELL
BlindHoPriority
Blind handover priority
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL LTE LST GERANNCELL
AnrFlag
ANR flag
BTS3900, BTS3900 LTE LST GERANNCELL
GeranNcell NoHoFlag
GeranNcell
GeranNcell
GeranNcell
LocalCellName
Local cell name
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL LTE LST GERANNCELL
GeranNcell
NeighbourCellNam Neighbour cell e name
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL LTE LST GERANNCELL
GeranNcell
OverlapInd
Overlap Indicator
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL LTE LST GERANNCELL
Control Mode
ADD GERANNCELL MOD BTS3900, BTS3900 GERANNCELL LTE LST GERANNCELL
GeranNcell
CtrlMode
GeranNcell
eNodeBId
eNodeB ID
BTS3900, BTS3900 DSP LTE GERANRIMINFO
GeranNcell GRimBeginningTim BTS3900, BTS3900 DSP e Rim latest start time LTE GERANRIMINFO
GeranNcell GLastRimUpdating Rim latest update Time time
BTS3900, BTS3900 DSP LTE GERANRIMINFO
LocalCellId
Local cell ID
ADD GERANNFREQGR OUP LST GERANNFREQGR OUP MOD GERANNFREQGR OUP RMV BTS3900, BTS3900 GERANNFREQGR LTE OUP
BCCH group ID
ADD GERANNFREQGR OUP LST GERANNFREQGR OUP MOD GERANNFREQGR OUP RMV BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
GeranNfreqGroup
BcchGroupId
GERAN version
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
Starting ARFCN
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
Band indicator
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
GeranVersion
GeranNfreqGroup
StartingArfcn
GeranNfreqGroup
BandIndicator
GeranNfreqGroup
Cell reselection CellReselPriorityCfg priority configure Ind indicator
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
CellReselPriority
Cell reselection priority
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
PMAX configure indicator
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
PMAX
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
PmaxGeranCfgInd
GeranNfreqGroup
PmaxGeran
GeranNfreqGroup
QRxLevMin
Minimum required RX level
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
ThreshXHigh
High priority threshold
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
ThreshXLow
Lower priority threshold
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
Frequency offset
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
OffsetFreq
NCC monitoring permitted
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
Frequency Priority for Connected Mode
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
NccPermitted
GeranNfreqGroup
ConnFreqPriority
GeranNfreqGroup
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST ContinuCoverageIn Continuous BTS3900, BTS3900 GERANNFREQGR dication Coverage Indication LTE OUP
GeranNfreqGroup
AnrInd
ANR Indication
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
GeranNfreqGroup
FreqPriorityForAnr
ANR Frequency Priority
ADD GERANNFREQGR OUP MOD GERANNFREQGR OUP LST BTS3900, BTS3900 GERANNFREQGR LTE OUP
Local cell ID
ADD GERANNFREQGR OUPARFCN LST GERANNFREQGR OUPARFCN RMV BTS3900, BTS3900 GERANNFREQGR LTE OUPARFCN
BCCH group ID
ADD GERANNFREQGR OUPARFCN LST GERANNFREQGR OUPARFCN RMV BTS3900, BTS3900 GERANNFREQGR LTE OUPARFCN
GeranNfreqGroupArf
LocalCellId
GeranNfreqGroupArf
BcchGroupId
GERAN ARFCN
ADD GERANNFREQGR OUPARFCN LST GERANNFREQGR OUPARFCN RMV BTS3900, BTS3900 GERANNFREQGR LTE OUPARFCN
Local cell ID
ADD INTRAFREQBLKC ELL LST INTRAFREQBLKC ELL MOD INTRAFREQBLKC ELL RMV BTS3900, BTS3900 INTRAFREQBLKC LTE ELL
Start physical cell ID
ADD INTRAFREQBLKC ELL LST INTRAFREQBLKC ELL MOD INTRAFREQBLKC ELL RMV BTS3900, BTS3900 INTRAFREQBLKC LTE ELL
Cell name
ADD INTRAFREQBLKC ELL MOD INTRAFREQBLKC ELL LST BTS3900, BTS3900 INTRAFREQBLKC LTE ELL
GeranNfreqGroupArf
GeranArfcn
IntraFreqBlkCell
LocalCellId
IntraFreqBlkCell
PhyCellId
IntraFreqBlkCell
CellName
Physical cell ID range
ADD INTRAFREQBLKC ELL MOD INTRAFREQBLKC ELL LST BTS3900, BTS3900 INTRAFREQBLKC LTE ELL
LocalCellId
Local cell ID
ADD EUTRANINTRAFR EQNCELL LST EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
Mcc
ADD EUTRANINTRAFR EQNCELL LST EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTRAFR Mobile country code LTE EQNCELL
Mnc
ADD EUTRANINTRAFR EQNCELL LST EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
IntraFreqBlkCell
PhyCellIdRange
EutranIntraFreqNCel
EutranIntraFreqNCel
EutranIntraFreqNCel
Mobile network code
EutranIntraFreqNCel
eNodeBId
eNodeB ID
ADD EUTRANINTRAFR EQNCELL LST EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
Cell ID
ADD EUTRANINTRAFR EQNCELL LST EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
EutranIntraFreqNCel
CellId
EutranIntraFreqNCel
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR CellIndividualOffset Cell individual offset LTE EQNCELL
EutranIntraFreqNCel
Cell offset
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
NoHoFlag
No handover indicator
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
NoRmvFlag
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR No remove indicator LTE EQNCELL
CellQoffset
EutranIntraFreqNCel
EutranIntraFreqNCel
EutranIntraFreqNCel AnrFlag
ANR flag
LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
EutranIntraFreqNCel
LocalCellName
Local cell name
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
EutranIntraFreqNCel
NeighbourCellNam Neighbour cell e name
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
EutranIntraFreqNCel
CellMeasPriority
Cell Measure Priority
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
EutranIntraFreqNCel
CellRangeExpansio Cell Range n Expansion
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
EutranIntraFreqNCel
CtrlMode
Control Mode
ADD EUTRANINTRAFR EQNCELL MOD EUTRANINTRAFR EQNCELL LST BTS3900, BTS3900 EUTRANINTRAFR LTE EQNCELL
Local cell ID
ADD EUTRANINTERNF REQ LST EUTRANINTERNF REQ MOD EUTRANINTERNF REQ RMV BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
LocalCellId
EutranInterNFreq
DlEarfcn
ADD EUTRANINTERNF REQ LST EUTRANINTERNF REQ MOD EUTRANINTERNF REQ RMV BTS3900, BTS3900 EUTRANINTERNF Downlink EARFCN LTE REQ
Uplink EARFCN configure indicator
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
Uplink EARFCN
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
UlEarfcnCfgInd
EutranInterNFreq
UlEarfcn
EutranInterNFreq
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Inter frequency cell LST CellReselPriorityCfg resel priority BTS3900, BTS3900 EUTRANINTERNF Ind configure indicator LTE REQ
EutranInterNFreq
CellReselPriority
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST Inter frequency cell BTS3900, BTS3900 EUTRANINTERNF resel priority LTE REQ
EutranInterNFreq
EutranReselTime
EutranInterNFreq
EUTRAN reselection time
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Speed dependent LST SpeedDependSPCf resel parameter BTS3900, BTS3900 EUTRANINTERNF gInd configuring indicator LTE REQ
EutranInterNFreq
Scaling factor of treseleutran in TReselEutranSfMe medium mobility dium state
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Scaling factor of LST TReselEutranSfHig treseleutran in high BTS3900, BTS3900 EUTRANINTERNF h mobility state LTE REQ
EutranInterNFreq
MeasBandWidth
Measurement bandwidth
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
Frequency offset
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
QoffsetFreq
EutranInterNFreq
ThreshXhigh
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST Inter frequency high BTS3900, BTS3900 EUTRANINTERNF priority threshold LTE REQ
EutranInterNFreq
ThreshXlow
Inter frequency lower priority threshold
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
QRxLevMin
Minimum required RX level
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
PMAX configure indicator
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
PmaxCfgInd
EutranInterNFreq ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
Pmax
PMAX
NeighCellConfig
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF Neighbor cell config LTE REQ
EutranInterNFreq
EutranInterNFreq
PresenceAntennaP Presence antenna ort1 port1
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
InterFreqHoEventTy Inter-Freq HO pe trigger Event Type
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
EutranInterNFreq
ThreshXhighQ
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Inter frequency high LST priority RSRQ BTS3900, BTS3900 EUTRANINTERNF threshold LTE REQ
EutranInterNFreq
ThreshXlowQ
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Inter frequency low LST priority RSRQ BTS3900, BTS3900 EUTRANINTERNF threshold LTE REQ
QqualMinCfgInd
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Minimum RX signal LST quality configuration BTS3900, BTS3900 EUTRANINTERNF indicator LTE REQ
EutranInterNFreq
EutranInterNFreq
QqualMin
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST Minimum RX signal BTS3900, BTS3900 EUTRANINTERNF quality LTE REQ
EutranInterNFreq
ConnFreqPriority
Frequency Priority for Connected Mode
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
MlbTargetInd
Mobility Load Balancing Target Indicator
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Frequency Priority LST FreqPriBasedHoMe Based Ho Measure BTS3900, BTS3900 EUTRANINTERNF asFlag Flag LTE REQ
EutranInterNFreq
IdleMlbUERelease Ratio
Idle MLB UE Release Ratio
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
MLB Frequency Priority
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
MlbFreqPriority
EutranInterNFreq
QoffsetFreqConn
Frequency Offset for Connected Mode
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
Measurement Frequency Priority
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
MeasFreqPriority
EutranInterNFreq
IfHoThdRsrpOffset
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ Cov-based InterLST Freq HO Thd RSRP BTS3900, BTS3900 EUTRANINTERNF Offset LTE REQ
EutranInterNFreq
Inter-Freq Mlb Threshold RSRP IfMlbThdRsrpOffset Offset
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
MasterBandFlag
Master Band Flag
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
ANR Indication
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
AnrInd
EutranInterNFreq
FreqPriorityForAnr
ANR Frequency Priority
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
EutranInterNFreq
CtrlMode
Control Mode
ADD EUTRANINTERNF REQ MOD EUTRANINTERNF REQ LST BTS3900, BTS3900 EUTRANINTERNF LTE REQ
Local cell ID
ADD INTERFREQBLKC ELL LST INTERFREQBLKC ELL MOD INTERFREQBLKC ELL RMV BTS3900, BTS3900 INTERFREQBLKC LTE ELL
InterFreqBlkCell
LocalCellId
InterFreqBlkCell
DlEarfcn
ADD INTERFREQBLKC ELL LST INTERFREQBLKC ELL MOD INTERFREQBLKC ELL RMV BTS3900, BTS3900 INTERFREQBLKC Downlink EARFCN LTE ELL
Start physical cell ID
ADD INTERFREQBLKC ELL LST INTERFREQBLKC ELL MOD INTERFREQBLKC ELL RMV BTS3900, BTS3900 INTERFREQBLKC LTE ELL
Cell name
ADD INTERFREQBLKC ELL MOD INTERFREQBLKC ELL LST BTS3900, BTS3900 INTERFREQBLKC LTE ELL
Physical cell ID range
ADD INTERFREQBLKC ELL MOD INTERFREQBLKC ELL LST BTS3900, BTS3900 INTERFREQBLKC LTE ELL
InterFreqBlkCell
PhyCellId
InterFreqBlkCell
CellName
InterFreqBlkCell
PhyCellIdRange
EutranInterFreqNCel
ADD EUTRANINTERFR EQNCELL LST EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
LocalCellId
Local cell ID
Mcc
ADD EUTRANINTERFR EQNCELL LST EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTERFR Mobile country code LTE EQNCELL
Mnc
ADD EUTRANINTERFR EQNCELL LST EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel
EutranInterFreqNCel
Mobile network code
EutranInterFreqNCel
eNodeBId
eNodeB ID
ADD EUTRANINTERFR EQNCELL LST EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
Cell ID
ADD EUTRANINTERFR EQNCELL LST EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL RMV BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel
CellId
EutranInterFreqNCel
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR CellIndividualOffset Cell individual offset LTE EQNCELL
EutranInterFreqNCel
Cell offset
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
NoHoFlag
No handover indicator
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
NoRmvFlag
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR No remove indicator LTE EQNCELL
CellQoffset
EutranInterFreqNCel
EutranInterFreqNCel
EutranInterFreqNCel
BlindHoPriority
Blind handover Priority
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
ANR flag
LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel AnrFlag
EutranInterFreqNCel
LocalCellName
Local cell name
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel
NeighbourCellNam Neighbour cell e name
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel
CellMeasPriority
Cell Measure Priority
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel
OverlapInd
Overlap Indicator
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
Overlap Range
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
EutranInterFreqNCel
OverlapRange
EutranInterFreqNCel
ADD EUTRANINTERFR EQNCELL MOD EUTRANINTERFR EQNCELL LST BTS3900, BTS3900 EUTRANINTERFR LTE EQNCELL
CtrlMode
Control Mode
Mcc
ADD EUTRANEXTERNA LCELL ADD EUTRANEXTERNA LCELLBAND LST EUTRANEXTERNA LCELL LST EUTRANEXTERNA LCELLBAND MOD EUTRANEXTERNA LCELL RMV EUTRANEXTERNA LCELL RMV BTS3900, BTS3900 EUTRANEXTERNA Mobile country code LTE LCELLBAND
EutranExternalCell
Mobile network code
ADD EUTRANEXTERNA LCELL ADD EUTRANEXTERNA LCELLBAND LST EUTRANEXTERNA LCELL LST EUTRANEXTERNA LCELLBAND MOD EUTRANEXTERNA LCELL RMV EUTRANEXTERNA LCELL RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLBAND
eNodeB ID
ADD EUTRANEXTERNA LCELL ADD EUTRANEXTERNA LCELLBAND LST EUTRANEXTERNA LCELL LST EUTRANEXTERNA LCELLBAND MOD EUTRANEXTERNA LCELL RMV EUTRANEXTERNA LCELL RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLBAND
EutranExternalCell
Mnc
EutranExternalCell
eNodeBId
EutranExternalCell
ADD EUTRANEXTERNA LCELL ADD EUTRANEXTERNA LCELLBAND LST EUTRANEXTERNA LCELL LST EUTRANEXTERNA LCELLBAND MOD EUTRANEXTERNA LCELL RMV EUTRANEXTERNA LCELL RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLBAND
CellId
Cell ID
DlEarfcn
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA Downlink EARFCN LTE LCELL
EutranExternalCell
EutranExternalCell
UlEarfcnCfgInd
Uplink EARFCN indicator
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA LTE LCELL
EutranExternalCell
Uplink EARFCN
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA LTE LCELL
PhyCellId
Physical cell ID
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA LTE LCELL
Tac
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA Tracking area code LTE LCELL
UlEarfcn
EutranExternalCell
EutranExternalCell
EutranExternalCell
CellName
Cell name
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA LTE LCELL
EutranExternalCell
EutranExternalCell SlaveBand
ADD EUTRANEXTERNA LCELLBAND LST EUTRANEXTERNA LCELLBAND RMV External E-UTRAN BTS3900, BTS3900 EUTRANEXTERNA Cell Slave Band LTE LCELLBAND
EutranExternalCell
MultiBand.FreqBan d Frequency band
ADD EUTRANEXTERNA LCELLBAND LST EUTRANEXTERNA LCELLBAND RMV BTS3900, BTS3900 EUTRANEXTERNA LTE LCELLBAND
EutranExternalCell
CtrlMode
Control Mode
ADD EUTRANEXTERNA LCELL MOD EUTRANEXTERNA LCELL LST BTS3900, BTS3900 EUTRANEXTERNA LTE LCELL
Local cell ID
ADD CDMA2000BCSCE LLOP LST CDMA2000BCSCE LLOP MOD CDMA2000BCSCE LLOP RMV BTS3900, BTS3900 CDMA2000BCSCE LTE LLOP
Cdma2000BcSCellO
LocalCellId
Band class
ADD CDMA2000BCSCE LLOP LST CDMA2000BCSCE LLOP MOD CDMA2000BCSCE LLOP RMV BTS3900, BTS3900 CDMA2000BCSCE LTE LLOP
Cn operator ID
ADD CDMA2000BCSCE LLOP LST CDMA2000BCSCE LLOP MOD CDMA2000BCSCE LLOP RMV BTS3900, BTS3900 CDMA2000BCSCE LTE LLOP
Cdma2000BcSCellO
BandClass
Cdma2000BcSCellO
CnOperatorID
ADD CDMA2000BCSCE LLOP MOD Cdma2000BcSCellO CDMA2000BCSCE LLOP CDMA2000 1xRTT LST Cdma1XrttCellRese dedicated priority BTS3900, BTS3900 CDMA2000BCSCE lPriInd configure indicator LTE LLOP
Cdma2000BcSCellO
ADD CDMA2000BCSCE LLOP MOD CDMA2000BCSCE LLOP CDMA2000 1xRTT LST Cdma1XrttCellRese Cell Reselection BTS3900, BTS3900 CDMA2000BCSCE lDediPri Dedicated Priority LTE LLOP
Cdma2000BcSCellO CDMA2000 HRPD HrpdCellReselDedi dedicated priority PriCfgInd configure indicator
ADD CDMA2000BCSCE LLOP MOD CDMA2000BCSCE LLOP LST BTS3900, BTS3900 CDMA2000BCSCE LTE LLOP
Cdma2000BcSCellO
CDMA2000 HRPD HrpdCellReselDedi Cell Reselection Pri Dedicated Priority
ADD CDMA2000BCSCE LLOP MOD CDMA2000BCSCE LLOP LST BTS3900, BTS3900 CDMA2000BCSCE LTE LLOP
LocalCellId
ADD EUTRANNFREQR ANSHARE LST EUTRANNFREQR ANSHARE MOD EUTRANNFREQR ANSHARE RMV BTS3900, BTS3900 EUTRANNFREQR LTE ANSHARE
EutranNFreqRanSha
Local cell ID
DlEarfcn
ADD EUTRANNFREQR ANSHARE LST EUTRANNFREQR ANSHARE MOD EUTRANNFREQR ANSHARE RMV BTS3900, BTS3900 EUTRANNFREQR Downlink EARFCN LTE ANSHARE
Mcc
ADD EUTRANNFREQR ANSHARE LST EUTRANNFREQR ANSHARE MOD EUTRANNFREQR ANSHARE RMV BTS3900, BTS3900 EUTRANNFREQR Mobile country code LTE ANSHARE
Mnc
ADD EUTRANNFREQR ANSHARE LST EUTRANNFREQR ANSHARE MOD EUTRANNFREQR ANSHARE RMV BTS3900, BTS3900 EUTRANNFREQR LTE ANSHARE
EutranNFreqRanSha
EutranNFreqRanSha
EutranNFreqRanSha
Mobile network code
EutranNFreqRanSha Cell reselection CellReselPriorityCfg priority configure Ind indicator
ADD EUTRANNFREQR ANSHARE MOD EUTRANNFREQR ANSHARE LST BTS3900, BTS3900 EUTRANNFREQR LTE ANSHARE
EutranNFreqRanSha
CellReselPriority
Cell reselection priority
ADD EUTRANNFREQR ANSHARE MOD EUTRANNFREQR ANSHARE LST BTS3900, BTS3900 EUTRANNFREQR LTE ANSHARE
Local cell ID
ADD EUTRANNFREQS CELLOP LST EUTRANNFREQS CELLOP MOD EUTRANNFREQS CELLOP RMV BTS3900, BTS3900 EUTRANNFREQS LTE CELLOP
EutranNFreqSCellOp
LocalCellId
EutranNFreqSCellOp
DlEarfcn
ADD EUTRANNFREQS CELLOP LST EUTRANNFREQS CELLOP MOD EUTRANNFREQS CELLOP RMV BTS3900, BTS3900 EUTRANNFREQS Downlink EARFCN LTE CELLOP
EutranNFreqSCellOp
CnOperatorID
Cn operator ID
EutranNFreqSCellOp Cell reselection CellReselDediPriCf dedicated priority gInd configure indicator
ADD EUTRANNFREQS CELLOP LST EUTRANNFREQS CELLOP MOD EUTRANNFREQS CELLOP RMV BTS3900, BTS3900 EUTRANNFREQS LTE CELLOP ADD EUTRANNFREQS CELLOP MOD EUTRANNFREQS CELLOP LST BTS3900, BTS3900 EUTRANNFREQS LTE CELLOP
EutranNFreqSCellOp
CellReselDediPri
Cell reselection dedicated priority
ADD EUTRANNFREQS CELLOP MOD EUTRANNFREQS CELLOP LST BTS3900, BTS3900 EUTRANNFREQS LTE CELLOP
Local cell ID
ADD GERANNFGROUP SCELLOP LST GERANNFGROUP SCELLOP MOD GERANNFGROUP SCELLOP RMV BTS3900, BTS3900 GERANNFGROUP LTE SCELLOP
GeranNFGroupSCell
LocalCellId
BCCH group ID
ADD GERANNFGROUP SCELLOP LST GERANNFGROUP SCELLOP MOD GERANNFGROUP SCELLOP RMV BTS3900, BTS3900 GERANNFGROUP LTE SCELLOP
Cn operator ID
ADD GERANNFGROUP SCELLOP LST GERANNFGROUP SCELLOP MOD GERANNFGROUP SCELLOP RMV BTS3900, BTS3900 GERANNFGROUP LTE SCELLOP
GeranNFGroupSCell
BcchGroupId
GeranNFGroupSCell
CnOperatorID
GeranNFGroupSCell Cell reselection CellReselDediPriCf dedicated priority gInd configure indicator
ADD GERANNFGROUP SCELLOP MOD GERANNFGROUP SCELLOP LST BTS3900, BTS3900 GERANNFGROUP LTE SCELLOP
GeranNFGroupSCell
CellReselDediPri
Cell reselection dedicated priority
ADD GERANNFGROUP SCELLOP MOD GERANNFGROUP SCELLOP LST BTS3900, BTS3900 GERANNFGROUP LTE SCELLOP
Local cell ID
ADD GERANRANSHAR E LST GERANRANSHAR E MOD GERANRANSHAR E RMV BTS3900, BTS3900 GERANRANSHAR LTE E
GeranRanShare
LocalCellId
GeranRanShare
ADD GERANRANSHAR E LST GERANRANSHAR E MOD GERANRANSHAR E RMV BTS3900, BTS3900 GERANRANSHAR LTE E
BcchGroupId
BCCH group ID
Mcc
ADD GERANRANSHAR E LST GERANRANSHAR E MOD GERANRANSHAR E RMV BTS3900, BTS3900 GERANRANSHAR Mobile country code LTE E
GeranRanShare
GeranRanShare
Mnc
Mobile network code
GeranRanShare Cell reselection CellReselPriorityCfg priority configure Ind indicator
ADD GERANRANSHAR E LST GERANRANSHAR E MOD GERANRANSHAR E RMV BTS3900, BTS3900 GERANRANSHAR LTE E ADD GERANRANSHAR E MOD GERANRANSHAR E LST BTS3900, BTS3900 GERANRANSHAR LTE E
GeranRanShare
CellReselPriority
Cell reselection priority
LocalCellId
Local cell ID
UtranNCell
ADD GERANRANSHAR E MOD GERANRANSHAR E LST BTS3900, BTS3900 GERANRANSHAR LTE E ADD UTRANNCELL DSP UTRANRIMINFO DSP UTRANRIMLOADI NFO LST UTRANNCELL MOD UTRANNCELL BTS3900, BTS3900 RMV LTE UTRANNCELL
Mcc
ADD UTRANNCELL LST UTRANNCELL MOD UTRANNCELL RMV UTRANNCELL DSP UTRANRIMINFO DSP BTS3900, BTS3900 UTRANRIMLOADI Mobile country code LTE NFO
Mnc
Mobile network code
ADD UTRANNCELL LST UTRANNCELL MOD UTRANNCELL RMV UTRANNCELL DSP UTRANRIMINFO DSP BTS3900, BTS3900 UTRANRIMLOADI LTE NFO
RNC ID
ADD UTRANNCELL LST UTRANNCELL MOD UTRANNCELL RMV UTRANNCELL DSP UTRANRIMINFO DSP BTS3900, BTS3900 UTRANRIMLOADI LTE NFO
UtranNCell
UtranNCell
UtranNCell
RncId
UtranNCell
RNC cell ID
ADD UTRANNCELL LST UTRANNCELL MOD UTRANNCELL RMV UTRANNCELL DSP UTRANRIMINFO DSP BTS3900, BTS3900 UTRANRIMLOADI LTE NFO
NoHoFlag
No handover indicator
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
NoRmvFlag
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL No remove indicator LTE LST UTRANNCELL
AnrFlag
ANR flag
CellId
UtranNCell
UtranNCell
UtranNCell BTS3900, BTS3900 LTE LST UTRANNCELL
UtranNCell
BlindHoPriority
Blind handover priority
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
Cell Measure Priority
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
UtranNCell
CellMeasPriority
UtranNCell
OverlapInd
Overlap Indicator
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
Local cell name
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
UtranNCell
LocalCellName
UtranNCell
NeighbourCellNam Neighbour cell e name
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
UtranNCell
CtrlMode
Control Mode
ADD UTRANNCELL MOD BTS3900, BTS3900 UTRANNCELL LTE LST UTRANNCELL
eNodeB ID
DSP UTRANRIMINFO DSP BTS3900, BTS3900 UTRANRIMLOADI LTE NFO
UtranNCell eNodeBId
UtranNCell URimBeginningTim BTS3900, BTS3900 DSP e Rim latest start time LTE UTRANRIMINFO
UtranNCell ULastRimUpdating RIM latest update Time time
BTS3900, BTS3900 DSP LTE UTRANRIMINFO
UtranNCell DSP ULastRimLoadUpd cell load RIM latest BTS3900, BTS3900 UTRANRIMLOADI atingTime update time LTE NFO
UtranNCell DSP URimLoadStartTim Cell load Rim latest BTS3900, BTS3900 UTRANRIMLOADI e start time LTE NFO
UtranNCell UMTS cell load status
DSP BTS3900, BTS3900 UTRANRIMLOADI LTE NFO
LocalCellId
Local cell ID
ADD UTRANNFREQSC ELLOP LST UTRANNFREQSC ELLOP MOD UTRANNFREQSC ELLOP RMV BTS3900, BTS3900 UTRANNFREQSC LTE ELLOP
UtranDlArfcn
ADD UTRANNFREQSC ELLOP LST UTRANNFREQSC ELLOP MOD UTRANNFREQSC ELLOP RMV BTS3900, BTS3900 UTRANNFREQSC Downlink UARFCN LTE ELLOP
URimLoadStatus
UtranNFreqSCellOp
UtranNFreqSCellOp
UtranNFreqSCellOp
CnOperatorID
Cn operator ID
UtranNFreqSCellOp Cell reselection CellReselDediPriCf dedicated priority gInd configure indicator
ADD UTRANNFREQSC ELLOP LST UTRANNFREQSC ELLOP MOD UTRANNFREQSC ELLOP RMV BTS3900, BTS3900 UTRANNFREQSC LTE ELLOP ADD UTRANNFREQSC ELLOP MOD UTRANNFREQSC ELLOP LST BTS3900, BTS3900 UTRANNFREQSC LTE ELLOP
UtranNFreqSCellOp
CellReselDediPri
Cell reselection dedicated priority
ADD UTRANNFREQSC ELLOP MOD UTRANNFREQSC ELLOP LST BTS3900, BTS3900 UTRANNFREQSC LTE ELLOP
UtranRanShare
LST UTRANRANSHAR E MOD UTRANRANSHAR E RMV BTS3900, BTS3900 UTRANRANSHAR LTE E
LocalCellId
Local cell ID
UtranDlArfcn
ADD UTRANRANSHAR E LST UTRANRANSHAR E MOD UTRANRANSHAR E RMV BTS3900, BTS3900 UTRANRANSHAR Downlink UARFCN LTE E
UtranRanShare
UtranRanShare
Mcc
ADD UTRANRANSHAR E LST UTRANRANSHAR E MOD UTRANRANSHAR E RMV BTS3900, BTS3900 UTRANRANSHAR Mobile country code LTE E
UtranRanShare
Mnc
Mobile network code
UtranRanShare Cell reselection CellReselPriorityCfg priority configure Ind indicator
ADD UTRANRANSHAR E LST UTRANRANSHAR E MOD UTRANRANSHAR E RMV BTS3900, BTS3900 UTRANRANSHAR LTE E ADD UTRANRANSHAR E MOD UTRANRANSHAR E LST BTS3900, BTS3900 UTRANRANSHAR LTE E
UtranRanShare
CellReselPriority
Cell reselection priority
LocalCellId
Local cell ID
UtranNFreq
ADD UTRANRANSHAR E MOD UTRANRANSHAR E LST BTS3900, BTS3900 UTRANRANSHAR LTE E ADD UTRANNFREQ LST UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 RMV LTE UTRANNFREQ
UtranNFreq
UtranDlArfcn
UtranNFreq UtranVersion
UtranNFreq UtranFddTddType
ADD UTRANNFREQ LST UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 RMV Downlink UARFCN LTE UTRANNFREQ ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST UTRAN version LTE UTRANNFREQ ADD UTRANNFREQ MOD UTRANNFREQ UTRAN cell type BTS3900, BTS3900 LST indicator LTE UTRANNFREQ
UtranNFreq
Uplink UARFCN UtranUlArfcnCfgInd indicator
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
UtranUlArfcn
UtranNFreq
Uplink UARFCN
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
ADD UTRANNFREQ MOD UTRANNFREQ CellReselPriorityCfg Reselection priority BTS3900, BTS3900 LST Ind configure indicator LTE UTRANNFREQ
UtranNFreq
CellReselPriority
Cell reselection priority
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
PMAX
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
PmaxUtran
UtranNFreq
OffsetFreq
Frequency offset
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
Minimum required quality level
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
Qqualmin
UtranNFreq
QRxLevMin
Minimum required RX level
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
ThreshXHigh
ADD UTRANNFREQ MOD UTRANNFREQ UTRAN high priority BTS3900, BTS3900 LST threshold LTE UTRANNFREQ
UtranNFreq
ThreshXLow
UTRAN lower priority threshold
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
ThreshXHighQ
ADD UTRANNFREQ MOD UTRANNFREQ UTRAN high priority BTS3900, BTS3900 LST RSRQ threshold LTE UTRANNFREQ
UtranNFreq
ThreshXLowQ
ADD UTRANNFREQ MOD UTRANNFREQ UTRAN low priority BTS3900, BTS3900 LST RSRQ threshold LTE UTRANNFREQ
UtranNFreq
PsPriority
PS service priority
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
CsPriority
CS service priority
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
ConnFreqPriority
Frequency Priority for Connected Mode
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
CsPsMixedPriority
CS and PS mixed priority
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
ADD UTRANNFREQ MOD UTRANNFREQ ContinuCoverageIn Continuous BTS3900, BTS3900 LST dication Coverage Indication LTE UTRANNFREQ
UtranNFreq
MlbFreqPriority
MLB Frequency Priority
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
MasterBandFlag
Master Band Flag
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
ANR Indication
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
UtranNFreq
AnrInd
UtranNFreq
ADD UTRANNFREQ MOD UTRANNFREQ BTS3900, BTS3900 LST LTE UTRANNFREQ
FreqPriorityForAnr
ANR Frequency Priority
Mcc
ADD UTRANEXTERNAL CELL ADD UTRANEXTERNAL CELLBAND LST UTRANEXTERNAL CELL LST UTRANEXTERNAL CELLBAND MOD UTRANEXTERNAL CELL RMV UTRANEXTERNAL CELL RMV BTS3900, BTS3900 UTRANEXTERNAL Mobile country code LTE CELLBAND
UtranExternalCell
Mobile network code
ADD UTRANEXTERNAL CELL ADD UTRANEXTERNAL CELLBAND LST UTRANEXTERNAL CELL LST UTRANEXTERNAL CELLBAND MOD UTRANEXTERNAL CELL RMV UTRANEXTERNAL CELL RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLBAND
RNC ID
ADD UTRANEXTERNAL CELL ADD UTRANEXTERNAL CELLBAND LST UTRANEXTERNAL CELL LST UTRANEXTERNAL CELLBAND MOD UTRANEXTERNAL CELL RMV UTRANEXTERNAL CELL RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLBAND
UtranExternalCell
Mnc
UtranExternalCell
RncId
UtranExternalCell
CellId
RNC cell ID
ADD UTRANEXTERNAL CELL ADD UTRANEXTERNAL CELLBAND LST UTRANEXTERNAL CELL LST UTRANEXTERNAL CELLBAND MOD UTRANEXTERNAL CELL RMV UTRANEXTERNAL CELL RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLBAND
UtranExternalCell
UtranDlArfcn
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL Downlink UARFCN LTE CELL
UtranExternalCell
Uplink UARFCN UtranUlArfcnCfgInd configure indicator
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
UtranExternalCell
UtranUlArfcn
Uplink UARFCN
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
UTRAN cell type indicator
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
UtranExternalCell
UtranFddTddType
Routing area code configure indicator
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
Rac
Routing area code
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
PScrambCode
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST Primary scrambling BTS3900, BTS3900 UTRANEXTERNAL code LTE CELL
Lac
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL Location area code LTE CELL
UtranExternalCell
RacCfgInd
UtranExternalCell
UtranExternalCell
UtranExternalCell
UtranExternalCell
CellName
Cell name
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
CS and PS handover indicator
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
UtranExternalCell
CsPsHOInd
UtranExternalCell
UtranExternalCellSl External UTRAN aveBand Cell Slave Band
ADD UTRANEXTERNAL CELLBAND LST UTRANEXTERNAL CELLBAND RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLBAND
MultiBand.FreqBan d Frequency band
ADD UTRANEXTERNAL CELLBAND LST UTRANEXTERNAL CELLBAND RMV BTS3900, BTS3900 UTRANEXTERNAL LTE CELLBAND
UtranExternalCell
UtranExternalCell
CtrlMode
Control Mode
ADD UTRANEXTERNAL CELL MOD UTRANEXTERNAL CELL LST BTS3900, BTS3900 UTRANEXTERNAL LTE CELL
FddResMode
BbCapabilityMode
MOD FDDRESMODE BbResCapacityMod BTS3900, BTS3900 LST e LTE FDDRESMODE
FddResMode
SFN Capability SfnCapabilityMode Mode
MOD FDDRESMODE BTS3900, BTS3900 LST LTE FDDRESMODE
PccFreqCfg
PccDlEarfcn
PCC Downlink EARFCN
ADD PCCFREQCFG DSP PCCSCELLLIST LST PCCFREQCFG MOD PCCFREQCFG BTS3900, BTS3900 RMV LTE PCCFREQCFG
PccFreqCfg
Preferred PCC PreferredPccPriority Priority
ADD PCCFREQCFG MOD PCCFREQCFG BTS3900, BTS3900 LST LTE PCCFREQCFG
PCC A4 RSRP Threshold
ADD PCCFREQCFG MOD PCCFREQCFG BTS3900, BTS3900 LST LTE PCCFREQCFG
PccFreqCfg
PccA4RsrpThd
PccFreqCfg
PccA4RsrqThd
PCC A4 RSRQ Threshold
ADD PCCFREQCFG MOD PCCFREQCFG BTS3900, BTS3900 LST LTE PCCFREQCFG
PCC Downlink EARFCN
ADD SCCFREQCFG LST SCCFREQCFG MOD SCCFREQCFG BTS3900, BTS3900 RMV LTE SCCFREQCFG
SccFreqCfg
PccDlEarfcn
SccFreqCfg
SccDlEarfcn
SCC Downlink EARFCN
ADD SCCFREQCFG LST SCCFREQCFG MOD SCCFREQCFG BTS3900, BTS3900 RMV LTE SCCFREQCFG
SCC Priority
ADD SCCFREQCFG MOD SCCFREQCFG BTS3900, BTS3900 LST LTE SCCFREQCFG
SccFreqCfg
SccPriority
SccFreqCfg
SCC A2 Offset
ADD SCCFREQCFG MOD SCCFREQCFG BTS3900, BTS3900 LST LTE SCCFREQCFG
SccA4Offset
SCC A4 Offset
ADD SCCFREQCFG MOD SCCFREQCFG BTS3900, BTS3900 LST LTE SCCFREQCFG
AddCellThd
ANR add cell threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
SccA2Offset
SccFreqCfg
ANR
ANR
DelCellThd
ANR delete cell threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
NcellHoStatNum
Least Handover Num for Statistic
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
ANR
Statistic cycle
BTS3900, BTS3900 MOD ANR LTE LST ANR
Fast ANR PCI FastAnrRprtAmount report amount
BTS3900, BTS3900 MOD ANR LTE LST ANR
Fast ANR PCI FastAnrRprtInterval report interval
BTS3900, BTS3900 MOD ANR LTE LST ANR
StatisticPeriod
ANR
ANR
ANR
FastAnrCheckPerio Fast ANR checking BTS3900, BTS3900 MOD ANR d period LTE LST ANR
ANR
FastAnrRsrpThd
Fast ANR measurement RSRP threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
IntraRat Fast ANR FastAnrIntraRatMe measurement UE asUeNum number
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
InterRat Fast ANR FastAnrInterRatMe measurement UE asUeNum number
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
FastAnrIntraRatUe NumThd
IntraRat Fast ANR valid measurement BTS3900, BTS3900 MOD ANR min UE number LTE LST ANR
FastAnrInterRatUe NumThd
InterRat Fast ANR valid measurement BTS3900, BTS3900 MOD ANR min UE number LTE LST ANR
ANR
ANR
Optimization Mode
BTS3900, BTS3900 MOD ANR LTE LST ANR
StatisticPeriodForN Statistic Cycle For RTDel Delete NRT
BTS3900, BTS3900 MOD ANR LTE LST ANR
OptMode
ANR
ANR
StatisticNumForNR Statistic Number TDel For Delete NRT
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
ANR Active PCI ActivePciConflictSw Conflict Detection itch Switch
BTS3900, BTS3900 MOD ANR LTE LST ANR
StartTime
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
Start time
ANR
StopTime
Stop time
BTS3900, BTS3900 MOD ANR LTE LST ANR
FastAnrRscpThd
UTRAN Fast ANR RSCP threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
ANR
FastAnrRssiThd
GERAN Fast ANR RSSI threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
CDMA2000 1XRTT FastAnrCdma1xrttP Fast ANR Pilot BTS3900, BTS3900 MOD ANR ilotThd threshold LTE LST ANR
ANR
CDMA2000 HRPD FastAnrCdmahrpdP Fast ANR Pilot ilotThd threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
NoHoSetThd
Set not handover attribute threshold
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
NcellHoForNRTDel Handover threshold BTS3900, BTS3900 MOD ANR Thd for delete NRT LTE LST ANR
ANR
FastAnrMode
Fast ANR Mode
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
EventAnrMode
Event ANR Mode
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
CaUeChoseMode
BTS3900, BTS3900 MOD ANR CA UE Chose Mode LTE LST ANR
ANR
NrtDelMode
NRT Delete Mode
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
Utran Handover UtranNcellHoForNR Threshold for TDelThd Delete NRT
BTS3900, BTS3900 MOD ANR LTE LST ANR
ANR
Geran Handover GeranNcellHoForN Threshold for RTDelThd Delete NRT
BTS3900, BTS3900 MOD ANR LTE LST ANR
DEVICENO
ADD BFANT DSP BFANT LST BFANT MOD BFANT BTS3900, BTS3900 RMV BFANT LTE DSP BFANTDB
BfAnt Device No.
BfAnt
Manufactory
Manufactory
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Connect RRU cabinet No.
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Connect RRU subrack No.
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
BfAnt
CONNCN
BfAnt
CONNSRN
BfAnt
CONNSN
Connect RRU slot No.
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Antenna model number
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Tilt
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Beamwidth
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Band
ADD BFANT MOD BFANT DSP BFANT BTS3900, BTS3900 DSP BFANTDB LTE LST BFANT
Antenna Type
ADD BFANT BTS3900, BTS3900 MOD BFANT LTE LST BFANT
BfAnt
MODELNO
BfAnt TILT
BfAnt BEAMWIDTH
BfAnt Band
BfAnt TYPE
BfAnt
BFANTBEARING
BFANTBEARING
ADD BFANT BTS3900, BTS3900 MOD BFANT LTE LST BFANT
POLARMODE
Polar Mode
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
ELMTBMWTH
Element Beamform BTS3900, BTS3900 DSP BFANT Width LTE DSP BFANTDB
AntPortNum
Number of Port
BfAnt
BfAnt
BfAnt BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt
Amplitude Offset of Crs2PortPhyPort1A Physical Port 1 for BTS3900, BTS3900 DSP BFANT mp CRS2 LTE DSP BFANTDB
BfAnt
Crs2PortPhyPort1P Phase of Physical ha Port 1 for CRS2
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt
Amplitude Offset of Crs2PortPhyPort2A Physical Port 2 for BTS3900, BTS3900 DSP BFANT mp CRS2 LTE DSP BFANTDB
BfAnt
Crs2PortPhyPort2P Phase of Physical ha Port 2 for CRS2
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt
Amplitude Offset of Crs2PortPhyPort3A Physical Port 3 for BTS3900, BTS3900 DSP BFANT mp CRS2 LTE DSP BFANTDB
BfAnt
Crs2PortPhyPort3P Phase of Physical ha Port 3 for CRS2
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt
Amplitude Offset of Crs2PortPhyPort4A Physical Port 4 for BTS3900, BTS3900 DSP BFANT mp CRS2 LTE DSP BFANTDB
BfAnt
Crs2PortPhyPort4P Phase of Physical ha Port 4 for CRS2
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt
Amplitude Offset of Crs4PortPhyPort1A Physical Port 1 for BTS3900, BTS3900 DSP BFANT mp CRS4 LTE DSP BFANTDB
BfAnt
Crs4PortPhyPort1P Phase of Physical ha Port 1 for CRS4
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt
Amplitude Offset of Crs4PortPhyPort2A Physical Port 2 for BTS3900, BTS3900 DSP BFANT mp CRS4 LTE DSP BFANTDB
BfAnt
Crs4PortPhyPort2P Phase of Physical ha Port 2 for CRS4
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
SE
BTS3900, BTS3900 DSP BFANT LTE DSP BFANTDB
BfAnt Session ID
BlindNcellOpt
StatisticPeriod
Statistic Period
MOD BLINDNCELLOPT BTS3900, BTS3900 LST LTE BLINDNCELLOPT
Sample Number Threshold
MOD BLINDNCELLOPT BTS3900, BTS3900 LST LTE BLINDNCELLOPT
BlindNcellOpt
SampleNumThd
BlindNcellOpt
HoSuccRateThd
MOD BLINDNCELLOPT Handover Success BTS3900, BTS3900 LST Ratio Threshold LTE BLINDNCELLOPT
BlindNcellOpt
CSFB Handover CsfbHoAttempRatio Attemption Ratio Thd Threshold
MOD BLINDNCELLOPT BTS3900, BTS3900 LST LTE BLINDNCELLOPT
BlindNcellOpt
Blind Handover BlindHoSuccRateT Success Ratio hd Threshold
MOD BLINDNCELLOPT BTS3900, BTS3900 LST LTE BLINDNCELLOPT
BlindNcellOpt
OptMode
Optimization Mode
MOD BLINDNCELLOPT BTS3900, BTS3900 LST LTE BLINDNCELLOPT
PrtNodeBaseBand EqmId
Cluster Partition Node Base Band Equipment Id
MOD EUCOSCHCFG BTS3900, BTS3900 LST LTE EUCOSCHCFG
EuCoSchCfg
CaGroup
CaGroupId
CA Group Identity
ADD CAGROUP LST CAGROUP BTS3900, BTS3900 MOD CAGROUP LTE RMV CAGROUP
CA Group Type
ADD CAGROUP BTS3900, BTS3900 MOD CAGROUP LTE LST CAGROUP
CaGroup
CaGroupType
CaGroup
CaGroupTypeInd
CA Group Type Indication
ADD CAGROUP BTS3900, BTS3900 MOD CAGROUP LTE LST CAGROUP
CA Group Identity
ADD CAGROUPCELL DSP CAGROUPCELL LST CAGROUPCELL MOD CAGROUPCELL BTS3900, BTS3900 RMV LTE CAGROUPCELL
Local Cell ID
ADD CAGROUPCELL LST CAGROUPCELL MOD CAGROUPCELL RMV CAGROUPCELL BTS3900, BTS3900 DSP LTE CAGROUPCELL
CaGroupCell
CaGroupId
CaGroupCell
LocalCellId
CaGroupCell
eNodeBId
eNodeB ID
ADD CAGROUPCELL LST CAGROUPCELL MOD CAGROUPCELL RMV CAGROUPCELL BTS3900, BTS3900 DSP LTE CAGROUPCELL
CaGroupCell
PreferredPCellPriori Preferred PCell ty Priority
ADD CAGROUPCELL MOD CAGROUPCELL BTS3900, BTS3900 LST LTE CAGROUPCELL
CaGroupCell
PCellA4RsrpThd
PCell A4 RSRP Threshold
ADD CAGROUPCELL MOD CAGROUPCELL BTS3900, BTS3900 LST LTE CAGROUPCELL
PCell A4 RSRQ Threshold
ADD CAGROUPCELL MOD CAGROUPCELL BTS3900, BTS3900 LST LTE CAGROUPCELL
CaGroupCell
PCellA4RsrqThd
CellIdPrdUpt
PrdUptSwitch
Period update switch
MOD CELLIDPRDUPT BTS3900, BTS3900 LST LTE CELLIDPRDUPT
Action time
MOD CELLIDPRDUPT BTS3900, BTS3900 LST LTE CELLIDPRDUPT
Period
MOD CELLIDPRDUPT BTS3900, BTS3900 LST LTE CELLIDPRDUPT
CSPC Algorithm Switch
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
CellIdPrdUpt
ActionTime CellIdPrdUpt Period
CspcAlgoPara CspcAlgoSwitch
CspcAlgoPara
MOD CSPCALGOPARA CspcRsrpMeasMod CSPC RSRP BTS3900, BTS3900 LST e Measurement Mode LTE CSPCALGOPARA
CspcAlgoPara
CspcClusterMode
CSPC Cluster Mode
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
CspcAlgoPara
CspcClusterPartPer CSPC Cluster iod Partition Period
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
CspcComputeSwitc CSPC Compute h Switch
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
CspcAlgoPara
CspcAlgoPara
CspcFullPowerSubf CSPC Full Power rameRatio Subframe Ratio
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
CspcPowerConfigD CSPC Power elay Config Delay
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
CspcAlgoPara
CspcAlgoPara
MOD CSPCALGOPARA CspcScheduleUeS CSPC Schedule UE BTS3900, BTS3900 LST pec Specification LTE CSPCALGOPARA
CspcAlgoPara
CSPC Enable CspcEnableDlPrbR Downlink PRB atioThd Ratio Threshold
MOD CSPCALGOPARA BTS3900, BTS3900 LST LTE CSPCALGOPARA
ENodeBAlgoSwitch
HoAlgoSwitch
Handover Algo switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
HoModeSwitch
Handover Mode switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
DlIcicSwitch
DlIcic algorithm switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
AnrSwitch
ANR algorithm switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
RedirectSwitch
Redirection switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
MroSwitch
MRO algorithm switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
TPE switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
TpeSwitch
ENodeBAlgoSwitch
UlIcicTimeSwitch
UlIcic time switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
UlIcic freq switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
UlIcicFreqSwitch
ENodeBAlgoSwitch
LcsSwitch
LCS switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
TRM switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
TrmSwitch
ENodeBAlgoSwitch
PciConflictAlmSwitc PCI conflict alarm h switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
PowerSaveSwitch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
Power save switch
ENodeBAlgoSwitch
RimSwitch
RIM switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
ANR Under RAN RanSharingAnrSwit Sharing Algorithm ch Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
FreqLayerSwtich
Frequency Layer Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
Cmas Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch CmasSwitch
ENodeBAlgoSwitch
VQMAlgoSwitch
Voice quality monitoring algo switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
UeNumPreemptSwi UE number tch preemption switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
MultiOpCtrlSwitch
Multi-Operater Control Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
OverBBUsSwitch
OverBBUsSwitch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
OperatorSpecificAlg Operator Specific oSwitch Algorithm Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
MOD ENODEBALGOSWI TCH LST HoSignalingOptSwit Handover Signaling BTS3900, BTS3900 ENODEBALGOSWI ch Optimized Switch LTE TCH
ENodeBAlgoSwitch
CompatibilityCtrlSwi Compatibility tch Control Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
MOD ENODEBALGOSWI TCH ENodeBAlgoSwitch LST BlindNcellOptSwitc Blind Ncell BTS3900, BTS3900 ENODEBALGOSWI h Optimization Switch LTE TCH
ENodeBAlgoSwitch Cluster Partition ClusterPartitionNod Node Deployment eFlag Flag
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
Support RIM by eCoordinator Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
EutranVoipSupport Eutran Voip Switch Support Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
RimOnEcoSwitch
ENodeBAlgoSwitch
ENodeBAlgoSwitch
CaAlgoSwitch
CA Algorithm Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
MlbAlgoSwitch
MLB Algorithm Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
ENodeBAlgoSwitch
MOD ENODEBALGOSWI TCH LST Handover Common BTS3900, BTS3900 ENODEBALGOSWI HoCommOptSwitch Optimized Switch LTE TCH
ENodeBAlgoSwitch
MOD ENODEBALGOSWI TCH LST HighLoadNetOptSw High Load Network BTS3900, BTS3900 ENODEBALGOSWI itch Optimized Switch LTE TCH
ENodeBAlgoSwitch
SchOptSwitch
MOD ENODEBALGOSWI TCH LST Scheduling optimize BTS3900, BTS3900 ENODEBALGOSWI Switch LTE TCH
ENodeBAlgoSwitch
High Speed Root HighSpeedRootSeq Sequence Cycle CSSwitch Shift Switch
MOD ENODEBALGOSWI TCH LST BTS3900, BTS3900 ENODEBALGOSWI LTE TCH
eNodeBMlb
InterFreqIdleMlbMo Inter Frequency Idle BTS3900, BTS3900 MOD ENODEBMLB de MLB Mode LTE LST ENODEBMLB
eNodeBMlb
InterFreqIdleMlbInte Inter Frequency Idle BTS3900, BTS3900 MOD ENODEBMLB rval MLB Interval LTE LST ENODEBMLB
eNodeBMlb
Inter Frequency Idle InterFreqIdleMlbSta MLB Statistic BTS3900, BTS3900 MOD ENODEBMLB Thd Threshold LTE LST ENODEBMLB
LicRatio
UpLicRatio
Uplink Traffic License Ratio
BTS3900, BTS3900 MOD LICRATIO LTE LST LICRATIO
LicRatio
TrafficSharingType
BTS3900, BTS3900 MOD LICRATIO Traffic Sharing Type LTE LST LICRATIO
LicRatioSharePolicy
CnOperatorId
CN Operator ID
ADD LICRATIOSHAREP OLICY LST LICRATIOSHAREP OLICY MOD LICRATIOSHAREP OLICY RMV BTS3900, BTS3900 LICRATIOSHAREP LTE OLICY
LicRatioSharePolicy
TrfRatio
TrfRatio
ADD LICRATIOSHAREP OLICY MOD LICRATIOSHAREP OLICY LST BTS3900, BTS3900 LICRATIOSHAREP LTE OLICY
TrfSharingRatio
ADD LICRATIOSHAREP OLICY MOD LICRATIOSHAREP OLICY LST BTS3900, BTS3900 LICRATIOSHAREP LTE OLICY
LicRatioSharePolicy
TrfSharingRatio
MRO
OptPeriod
MRO optimization period
BTS3900, BTS3900 MOD MRO LTE LST MRO
NcellOptThd
Ncell optimization threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
MRO
StatNumThd
MRO statistics number threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
PingpongTimeThd
Pingpong handover BTS3900, BTS3900 MOD MRO threshold LTE LST MRO
PingpongRatioThd
Pingpong ratio threshold
MRO
MRO
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
Abnormal coverage BTS3900, BTS3900 MOD MRO CoverAbnormalThd threshold LTE LST MRO
MRO
ServingRsrpThd
Serving cell RSRP threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
NeighborRsrpThd
Neighbour cell RSRP threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
UePingPongNumTh UE PingPong d Number Threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
Inter frequency measurement too InterFreqMeasTooL late handover ateHoThd threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
InterFreqA2RollBac Inter frequency A2 kThd rollback threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
MRO
MRO Optimization Mode
BTS3900, BTS3900 MOD MRO LTE LST MRO
Unnecessary IRAT UnnecInterRatHoO Ho Optimize ptThd Threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MroOptMode
MRO
MRO
Unnecessary UnnecInterRatHoRs InterRAT Ho RSRP BTS3900, BTS3900 MOD MRO rpThd Threshold LTE LST MRO
MRO
InterRAT A2 RSRP InterRatA2RsrpMin Adjustment Lower BTS3900, BTS3900 MOD MRO Thd Limit LTE LST MRO
MRO
InterRAT MRO InterRatStatNumTh Statistics Number d Threshold
BTS3900, BTS3900 MOD MRO LTE LST MRO
MRO
IntraRatTooEarlyHo IntraRat Too Early BTS3900, BTS3900 MOD MRO RatioThd HO Ratio Threshold LTE LST MRO
MRO
IntraRatTooLateHo IntraRat Too Late BTS3900, BTS3900 MOD MRO RatioThd HO Ratio Threshold LTE LST MRO
MRO
IntraRatAbnormalR IntraRat Abnormal BTS3900, BTS3900 MOD MRO atioThd HO Ratio Threshold LTE LST MRO
SimuLoad BTS3900, BTS3900 LST SIMULOAD SimuLoadCfgIndex configuration index LTE MOD SIMULOAD
SimuLoad
SimuLoadRbThd
BTS3900, BTS3900 MOD SIMULOAD RB usage threshold LTE LST SIMULOAD
SimuLoadPwrThd
Power usage threshold
SimuLoad
BTS3900, BTS3900 MOD SIMULOAD LTE LST SIMULOAD
SimuLoad SimuLoadReportPe riod Report period
BTS3900, BTS3900 MOD SIMULOAD LTE LST SIMULOAD
SimuLoadStatPerio d Statistic period
BTS3900, BTS3900 MOD SIMULOAD LTE LST SIMULOAD
SimuLoad
SimuLoad
FreqSelSwitch
Frequency selective BTS3900, BTS3900 MOD SIMULOAD switch LTE LST SIMULOAD
TcpAckCtrlAlgo
MOD TCPACKCTRLALG O LST BTS3900, BTS3900 TCPACKCTRLALG LTE O
AckCtrlSwitch
TCP ACK Control Switch
DlMaxThroughput
MOD TCPACKCTRLALG O LST BTS3900, BTS3900 TCPACKCTRLALG DL Max Throughput LTE O
TcpAckCtrlAlgo
TcpAckCtrlAlgo
CtrlTimerLength
Control Timer Length
MOD TCPACKCTRLALG O LST BTS3900, BTS3900 TCPACKCTRLALG LTE O
TcpMssCtrl
TcpMssCtrlSwitch
TCP MSS Control Switch
MOD BTS3900, BTS3900 TCPMSSCTRL LTE LST TCPMSSCTRL
TcpMssThd
TCP MSS Threshold
MOD BTS3900, BTS3900 TCPMSSCTRL LTE LST TCPMSSCTRL
TcpMssCtrl
TddFrameOffset
TimeOffset
TDD time offset
MOD TDDFRAMEOFFSE T LST BTS3900, BTS3900 TDDFRAMEOFFSE LTE T
TddResModeSwitch
Clock-Unavailable ClkResExcludeSwit Cell Activation ch Switch
MOD TDDRESMODESW BTS3900, BTS3900 LST LTE TDDRESMODESW
TddResModeSwitch
Baseband BbResExclusiveSwi Equipment tch Exclusive Switch
MOD TDDRESMODESW BTS3900, BTS3900 LST LTE TDDRESMODESW
PortListNum
TCP Port Number
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port1
TCP Port 1
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port2
TCP Port 2
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port3
TCP Port 3
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port4
TCP Port 4
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo Port5
TCP Port 5
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port6
TCP Port 6
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port7
TCP Port 7
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port8
TCP Port 8
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port9
TCP Port 9
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port10
TCP Port 10
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port11
TCP Port 11
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port12
TCP Port 12
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port13
TCP Port 13
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port14
TCP Port 14
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port15
TCP Port 15
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port16
TCP Port 16
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port17
TCP Port 17
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo
TpeAlgo Port18
TCP Port 18
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port19
TCP Port 19
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
Port20
TCP Port 20
BTS3900, BTS3900 MOD TPEALGO LTE LST TPEALGO
ULDelayJitter
UL Delay Jitter
BTS3900, BTS3900 MOD VQMALGO LTE LST VQMALGO
OPRD
SET ENBLICENSEALM THD LST BTS3900, BTS3900 ENBLICENSEALM LTE THD
TpeAlgo
TpeAlgo
VQMAlgo
eNBLicenseAlmThd
OPRD
eNBLicenseAlmThd
OTHD
OTHD
SET ENBLICENSEALM THD LST BTS3900, BTS3900 ENBLICENSEALM LTE THD
RPRD
SET ENBLICENSEALM THD LST BTS3900, BTS3900 ENBLICENSEALM LTE THD
RTHD
SET ENBLICENSEALM THD LST BTS3900, BTS3900 ENBLICENSEALM LTE THD
eNBLicenseAlmThd
RPRD
eNBLicenseAlmThd
RTHD
eNBRsvdPara
RsvdSwPara0
Reserved Switch Parameter 0
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdSwPara1
Reserved Switch Parameter 1
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdSwPara2
Reserved Switch Parameter 2
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 2
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara2
eNBRsvdPara
RsvdPara3
Reserved Parameter 3
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 4
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara4
eNBRsvdPara
RsvdPara5
Reserved Parameter 5
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 6
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara6
eNBRsvdPara
RsvdPara7
Reserved Parameter 7
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 8
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara8
eNBRsvdPara
RsvdPara9
Reserved Parameter 9
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 10
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara10
eNBRsvdPara
RsvdPara11
Reserved Parameter 11
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 12
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara12
eNBRsvdPara
RsvdPara13
Reserved Parameter 13
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 14
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara14
eNBRsvdPara
RsvdPara15
Reserved Parameter 15
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 16
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara16
eNBRsvdPara
RsvdPara17
Reserved Parameter 17
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 18
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara18
eNBRsvdPara
RsvdPara19
Reserved Parameter 19
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 20
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara20
eNBRsvdPara
RsvdPara21
Reserved Parameter 21
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 22
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara22
eNBRsvdPara
RsvdPara23
Reserved Parameter 23
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 24
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara24
eNBRsvdPara
RsvdPara25
Reserved Parameter 25
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 26
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara26
eNBRsvdPara
RsvdPara27
Reserved Parameter 27
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 28
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara28
eNBRsvdPara
RsvdPara29
Reserved Parameter 29
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 30
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara30
eNBRsvdPara
RsvdPara31
Reserved Parameter 31
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 32
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara32
eNBRsvdPara
RsvdPara33
Reserved Parameter 33
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 34
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara34
eNBRsvdPara
RsvdPara35
Reserved Parameter 35
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 36
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara36
eNBRsvdPara
RsvdPara37
Reserved Parameter 37
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 38
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara38
eNBRsvdPara
RsvdPara39
Reserved Parameter 39
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 40
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara40
eNBRsvdPara
RsvdPara41
Reserved Parameter 41
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 42
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara42
eNBRsvdPara
RsvdPara43
Reserved Parameter 43
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 44
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara44
eNBRsvdPara
RsvdPara45
Reserved Parameter 45
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 46
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara46
eNBRsvdPara
RsvdPara47
Reserved Parameter 47
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 48
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara48
eNBRsvdPara
RsvdPara49
Reserved Parameter 49
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 50
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara50
eNBRsvdPara
RsvdPara51
Reserved Parameter 51
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
Reserved Parameter 52
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNBRsvdPara
RsvdPara52
eNBRsvdPara
RsvdPara53
Reserved Parameter 53
MOD ENBRSVDPARA BTS3900, BTS3900 LST LTE ENBRSVDPARA
eNodeBAutoPowerOf
AutoPowerOffSwitc RF module sleep h switch
MOD ENODEBAUTOPO WEROFF LST BTS3900, BTS3900 ENODEBAUTOPO LTE WEROFF
eNodeBAutoPowerOf
PowerOffTime
RF module sleep start time
MOD ENODEBAUTOPO WEROFF LST BTS3900, BTS3900 ENODEBAUTOPO LTE WEROFF
RF module sleep stop time
MOD ENODEBAUTOPO WEROFF LST BTS3900, BTS3900 ENODEBAUTOPO LTE WEROFF
eNodeBAutoPowerOf
PowerOnTime
eNodeBAutoPowerOf
RF module sleep AutoPoweroffStatus status
DSP BTS3900, BTS3900 ENODEBAUTOPO LTE WEROFF
eNodeBFlowCtrlPara
Adaptive AdaptUnsyncTimer Unsynchronized Len Timer Length
MOD ENODEBFLOWCT RLPARA LST BTS3900, BTS3900 ENODEBFLOWCT LTE RLPARA
eNodeBFlowCtrlPara
Adaptive Unsynchronized AdaptUnsyncUserN User Num umThd Threshold
MOD ENODEBFLOWCT RLPARA LST BTS3900, BTS3900 ENODEBFLOWCT LTE RLPARA
Meaning
IsKey
Mandatory
Dynamic Attribute
Feature ID
Indicates the index of the operator.
YES
YES
NO
LBFD-002032
Indicates the extended QoS Class Identifier (QCI), which is required by the operator for user differentiation.
YES
YES
NO
LBFD-002032
Indicates the ID of the service-based inter-RAT handover policy group. NO
NO
NO
LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046
Indicates the ID of the service-based inter-frequency handover policy group.
NO
NO
NO
LBFD-00201805
Indicates the ID of the operator.
YES
YES
NO
None
Indicates the priorities of EUTRAN TDD and E-UTRAN FDD. To prioritize E-UTRAN TDD and E-UTRAN FDD, set this parameter to EUTRAN_TDD or EUTRAN_FDD. To treat E-UTRAN TDD and E-UTRAN FDD equally, set this parameter to EUTRAN. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the priorities of EUTRAN TDD and E-UTRAN FDD. To prioritize E-UTRAN TDD or E-UTRAN FDD, set this parameter to EUTRAN_TDD or EUTRAN_FDD. If the FirstRatPri parameter is set to EUTRAN, the SecondRatPri parameter must be set to NULL, indicating that EUTRAN TDD and E-UTRAN FDD are not prioritized. Note that the value EUTRAN will be removed in later versions. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Offset are set to -100, LTE TDD measurement and LTE FDD measurement are not prioritized, and the RSRP threshold delivered by the eNodeB is the RSRP threshold for inter-frequency measurement event A2 (which is specified by A3InterFreqHoA2T hdRsrp/InterFreqHo A2ThdRSRP). If only TddIfHoA2ThdRsrp Offset is set to -100, LTE TDD measurement is not performed and the RSRP threshold delivered by the eNodeB is the sum of the value of FddIfHoA2ThdRsrp Offset and the RSRP threshold for inter-frequency measurement event A2 (which is specified by A3InterFreqHoA2T hdRsrp/InterFreqHo A2ThdRSRP). NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Offset are set to -100, LTE TDD measurement and LTE FDD measurement are not prioritized, and the RSRP threshold delivered by the eNodeB is the RSRP threshold for inter-frequency measurement event A2 (which is specified by A3InterFreqHoA2T hdRsrp/InterFreqHo A2ThdRSRP). If only FddIfHoA2ThdRsrp Offset is set to -100, LTE FDD measurement is not performed and the RSRP threshold delivered by the eNodeB is the sum of the value of TddIfHoA2ThdRsrp Offset and the RSRP threshold for inter-frequency measurement event A2 (which is specified by A3InterFreqHoA2T hdRsrp/InterFreqHo A2ThdRSRP). NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
eNodeB is the sum of the value of this parameter and the RSRP threshold for inter-RAT measurement event A2. If both UtranA2ThdRsrpOff set and GeranA2ThdRsrpOf fset are set to -100, UTRAN measurement and GERAN measurement are not prioritized, and the RSRP threshold delivered by the eNodeB is the RSRP threshold for inter-RAT measurement event A2. If only UtranA2ThdRsrpOff set is set to -100, UTRAN measurement is not performed and the RSRP threshold delivered by the eNodeB is the sum of the value of GeranA2ThdRsrpOf fset and the RSRP threshold for interRAT measurement event A2. NO
NO
NO
LOFD-001019 / TDLOFD-001019
eNodeB is the sum of the value of this parameter and the RSRP threshold for inter-RAT measurement event A2. If both UtranA2ThdRsrpOff set and GeranA2ThdRsrpOf fset are set to -100, UTRAN measurement and GERAN measurement are not prioritized, and the RSRP threshold delivered by the eNodeB is the RSRP threshold for inter-RAT measurement event A2. If only GeranA2ThdRsrpOf fset is set to -100, GERAN measurement is not performed and the RSRP threshold delivered by the eNodeB is the sum of the value of UtranA2ThdRsrpOff set and the RSRP threshold for interRAT measurement event A2. NO
NO
NO
LOFD-001020 / TDLOFD-001020
This parameter indicates the ID of the operator.
YES
NO
LOFD-001133 / TDLOFD-001133
YES
Indicates the dedicated SPID for an operator.Operators can define the RatFreqPriorityGrou pId MO corresponding to the dedicated SPID. Each operator can be configured with a maximum of 256 dedicated SPIDs. YES Indicates whether to set a RAT/frequency priority. If this parameter is set to CFG, UEs preferentially camp on the RAT or frequency. If this parameter is set to NOT_CFG, UEs do not preferentially camp on the RAT or frequency. NO
YES
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045 LOFD-001054 / TDLOFD-001054 LOFD-00105401 / TDLOFD-00105401 LOFD-001059 / TDLOFD-001059 LOFD-070210 / TDLOFD-001133
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045 LOFD-070210 / TDLOFD-001133
Indicates the ID of a RAT/frequency priority group. NO
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045 LOFD-001054 / TDLOFD-001054 LOFD-00105401 / TDLOFD-00105401 LOFD-001059 / TDLOFD-001059 LOFD-070210 / TDLOFD-001133
Indicates the index of the operator.
YES
NO
None
YES
Indicates the QoS Class Identifier (QCI) of an EPS bearer. Different QCIs represent different QoS specifications such as the packet delay budget, packet error loss rate, and resource type (whether the service is a GBR service or not). For details, see Table 6.1.7 in 3GPP TS 23.203. YES
YES
NO
None
Indicates the ID of the service-based inter-RAT handover policy group. NO
NO
NO
LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046
Indicates the ID of the service-based inter-frequency handover policy group.
NO
NO
LBFD-00201805
NO
bearer with the corresponding QCI. If the ServiceBasedInterF reqHoSwitch, UtranServiceHoSwit ch, GeranServiceHoSw itch, CdmaHrpdServiceH oSwitch, Cdma1xRttService HoSwitch, or ServiceReqInterFre qHoSwitch check box is selected, and a UE hand-in process is triggered, the target eNodeB reads the ServiceHoBearerPo licy value of the UE bearers with each QCI. If this parameter is set to SERVICE_HO_QCI _BEAR_NOT_ALL OWED, the target eNodeB rejects the handover request to the source eNodeB, and the UE fails to be handed over to the target eNodeB. This parameter is dedicated to LTE TDD cells. NO
Indicates the index of the operator.
YES
NO
YES
NO
TDLBFD-00201805 TDLOFD-001043 TDLOFD-001046 TDLOFD-070228
NO
LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 TDLOFD-001052 TDLOFD-001053 TDLOFD-001035 TDLOFD-001090
Indicates the highest-priority RAT for handovers. It is UTRAN by default. If this parameter is set to UTRAN, GERAN, or CDMA2000, the highest-priority RAT is UTRAN, GERAN, or CDMA2000, respectively. NO
NO
NO
LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 LOFD-001035 / TDLOFD-001035 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 TDLOFD-001052 TDLOFD-001053 TDLOFD-001090 TDLOFD-001043 TDLOFD-001072 TDLOFD-001046 TDLOFD-001073
Indicates the medium-priority RAT for handovers. It is GERAN by default. If this parameter is set to UTRAN, GERAN, or CDMA2000, the medium-priority RAT is UTRAN, GERAN, or CDMA2000, respectively. If this parameter is set to NULL, no mediumpriority RAT is specified and only the highest-priority RAT can be selected for handovers. NO
NO
NO
LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 LOFD-001035 / TDLOFD-001035 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 TDLOFD-001052 TDLOFD-001053 TDLOFD-001090 TDLOFD-001043 TDLOFD-001072 TDLOFD-001046 TDLOFD-001073
Indicates the lowest-priority RAT for handovers. It is CDMA2000 by default. If this parameter is set to UTRAN, GERAN, or CDMA2000, the lowest-priority RAT is UTRAN, GERAN, or CDMA2000, respectively. If this parameter is set to NULL, no lowestpriority RAT is specified and only the highest- or medium-priority RAT can be selected for handovers. NO
NO
NO
LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 LOFD-001035 / TDLOFD-001035 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 TDLOFD-001052 TDLOFD-001053 TDLOFD-001090 TDLOFD-001043 TDLOFD-001072 TDLOFD-001046 TDLOFD-001073
Indicates the LCS capability of the UTRAN. If this parameter is set to ON, the UTRAN supports LCS. If this parameter is set to OFF, the UTRAN does not support LCS.
NO
NO
NO
LOFD-001033 / TDLOFD-001033
Indicates the LCS capability of the GERAN. If this parameter is set to ON, the GERAN supports LCS. If this parameter is set to OFF, the GERAN does not support LCS.
NO
NO
NO
LOFD-001034 / TDLOFD-001034
Indicates the LCS capability of the CDMA2000. If this parameter is set to ON, the CDMA2000 supports LCS. If this parameter is set to OFF, the CDMA2000 does not support LCS. NO
Indicates the highest-priority RAT for CSFB initiated by a UE in idle mode. It is UTRAN by default. If this parameter is set to UTRAN, GERAN, or CDMA2000, the highest-priority RAT is UTRAN, GERAN, or CDMA2000, respectively. NO
Indicates the medium-priority RAT for CSFB initiated by a UE in idle mode. It is GERAN by default. If this parameter is set to UTRAN, GERAN, or CDMA2000, the medium-priority RAT is UTRAN, GERAN, or CDMA2000, respectively. If this parameter is set to NULL, no mediumpriority RAT is specified and only the highest-priority RAT can be selected for CSFB initiated by a UE in idle mode. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035
NO
LOFD-001035 / TDLOFD-001035 LOFD-001088 / TDLOFD-001088 LOFD-001089 / TDLOFD-001089 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 LOFD-001088 / TDLOFD-001088 LOFD-001089 / TDLOFD-001089 TDLOFD-001090
Indicates the lowest-priority RAT for CSFB initiated by a UE in idle mode. It is CDMA2000 by default. If this parameter is set to UTRAN, GERAN, or CDMA2000, the lowest-priority RAT is UTRAN, GERAN, or CDMA2000, respectively. If this parameter is set to NULL, no lowestpriority RAT is specified and only the highest- or medium-priority RAT can be selected for CSFB initiated by a UE in idle mode. NO Indicates the CSFB policy for a UE in connected mode. If the CSFB steering function is disabled, this parameter also applies to UEs in idle mode. The policy can be PS handover, CCO, or redirection. NO Indicates the CSFB policy for a UE in idle mode. The policy can be PS handover, CCO, or redirection. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 LOFD-001088 / TDLOFD-001088 LOFD-001089 / TDLOFD-001089 TDLOFD-001090
NO
LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 LOFD-001088 / TDLOFD-001088 LOFD-001089 / TDLOFD-001089
NO
LOFD-001088 / TDLOFD-001088 LOFD-001089 / TDLOFD-001089
Indicates whether allocation/retention priorities (ARPs) can be configured for CSFB services triggered by common calls. For details about ARPs, see 3GPP TS 23.401. NO
NO
NO
LBFD-002023 /TDLBFD-002023
Indicates the allocation/retention priority (ARP) of a CSFB service triggered by a common call. When this parameter is set to 1, the service priority is the same as that of an emergency call. For details about the ARP, see 3GPP TS 23.401. NO
NO
NO
LBFD-002023 /TDLBFD-002023
Indicates the mobile country code (MCC) of a target eNodeB. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LBFD-002018 / TDLBFD-002018
Indicates the mobile network code (MNC) of a target eNodeB. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and a MNC. The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LBFD-002018 / TDLBFD-002018
Indicates the tracking area code (TAC), which is used by the EPC to determine the area within which paging messages are sent. One tracking area is comprised of one or more cells. Two TAC values 0x0000(0) and 0xFFFE(65534) are reserved according to the protocol and will not be used in future versions. Therefore, do not use 0 or 65534 as a TAC value in TAC planning or configuration. YES
YES
NO
LBFD-002018 / TDLBFD-002018
Indicates the index of the operator.
YES
NO
None
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLOFD-001033
YES
Indicates the mobile country code of the target PLMN. YES
YES
Indicates the mobile network code of the target PLMN. YES
YES
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLOFD-001033
Indicates the ID of the RAT/frequency priority group.
YES
NO
LOFD-00105401 / TDLOFD-00105401
NO
LOFD-00105401 / TDLOFD-00105401 TDLOFD-001090 LOFD-001021 / TDLOFD-001021
YES
Indicates the Radio Access Technology (RAT). YES
YES
Indicates the downlink frequency. In CDMA2000, this parameter indicates the bandclass. Before configuring a priority for a frequency specified by this parameter, ensure that an external or local cell operating on this frequency has been configured. YES
YES
NO
LOFD-00105401 / TDLOFD-00105401
Indicates the priority of the intra-RAT frequency band or frequency. The value 0 indicates the lowest priority. The value of this parameter must be determined together with the priorities of other frequencies during the network planning. Cell reselection priorities in different RATs cannot be the same. NO
NO
NO
LOFD-00105401 / TDLOFD-00105401
Indicates the GERAN frequency band.
NO
NO
LOFD-00105401 / TDLOFD-00105401
NO
LBFD00201805/TDLBFD -00201805 TDLOFD-070228
Indicates the ID of the operator.
NO
YES
YES
Indicates the ID of the service-based inter-frequency handover policy group.
YES
Indicates the index of a DL EARFCN in a DL EARFCN group for servicebased interfrequency handover. YES
YES
YES
NO
LBFD00201805/TDLBFD -00201805 TDLOFD-070228
NO
LBFD00201805/TDLBFD -00201805 TDLOFD-070228
Indicates a DL EARFCN for service-based interfrequency handover. Only the value with DlEarfcnIndex 0 in the DL EARFCN group is valid for LTE FDD cells. All values of this parameter are valid and have the same priority for LTE TDD cells. NO
NO
NO
LBFD00201805/TDLBFD -00201805 TDLOFD-070228
Indicates the ID of the operator.
YES
NO
LBFD-00201805
YES
Indicates the ID of the service-based inter-frequency handover policy group.
YES
NO
LBFD-00201805 / TDLBFD-00201805
Indicates whether UEs of an operator in this policy group can be handed over to a specified frequency during service-based interfrequency handovers. NO
NO
NO
LBFD-00201805 / TDLBFD-00201805
Indicates the frequency to which a service with a specified QCI is preferentially handed over during a service-based inter-frequency handover. NO
NO
NO
LBFD-00201805 / TDLBFD-00201805
YES
Indicates the service-based interfrequency A4 measurement report waiting timer. If the interfrequency measurement is triggered due to service- or service request-based interfrequency handover, the time for a UE performing inter-frequency measurement must be restricted. This prevents the UE from performing repeated GAP measurements when it does not receive measurement reports in a period, ensuring that data transmission will not be affected. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLBFD-00201805 TDLOFD-070228
serving cell and that in at least one interfrequency neighboring cell meet the entering condition for a service- or service request-based handover, it does not immediately send a measurement report to the eNodeB. Instead, the UE sends a report only when the signal quality meets the entering condition throughout the hysteresis. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of incorrect handovers, preventing unnecessary handovers. This parameter is dedicated to LTE TDD cells. NO
Indicates the index of the operator.
YES
NO
YES
NO
TDLBFD-00201805 TDLOFD-070228
NO
LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046
Indicates the ID of the service-based inter-RAT handover policy group. YES
Indicates whether service-based interRAT handovers are required, allowed, or not allowed for a QCI. NO delivers the configuration for service-based interfrequency handover measurement if the following requirements are met: InterRatHoState of at least one bearer of the UE is set to MUST_HO. ServiceIrMeasMode is set to SERVIC_IR_MEAS _ ORDER. After the service-based interfrequency handover measurement times out, the eNodeB delivers the configuration for service-based interRAT handover measurement. If any of the preceding requirements are not met, the eNodeB delivers the configuration for service-based interRAT handover measurement. This parameter is dedicated to LTE TDD cells. NO
NO
LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046
NO
NO
LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046
NO
NO
TDLOFD-001043 TDLOFD-001046
YES
Indicates the subscriber profile ID (SPID). YES
YES
NO
LOFD-00105401 / TDLOFD-00105401 LOFD-001059 / TDLOFD-001059
Indicates whether to use normal or special DRX. If this parameter is set to TRUE, ordinary DRX parameters are applied to UEs with the SPID. If this parameter is set to FALSE, special DRX parameters are applied to UEs with the SPID. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates whether to set the priority for the intra-RAT frequency group. If this parameter is set to CFG(CFG), UEs select the target frequency based on the priority setting. If this parameter is set to NOT_CFG(NOT_C FG), UEs do not select the target frequency based on the priority setting. NO
NO
NO
LOFD-00105401 / TDLOFD-00105401
Indicates the ID of the intra-RAT frequency priority group.
NO
NO
LOFD-00105401 / TDLOFD-00105401
NO
Indicates whether to support preallocation. If this parameter is set to TRUE and PreAllocationSwitch under the UlSchSwitch parameter in the CellAlgoSwitch MO is set to On, resources can be preallocated to UEs. Otherwise, resources are not preallocated to UEs. NO Indicates whether to enable or disable inter-frequency load balancing for the SPID. The values TRUE or FALSE indicate that interfrequency load balancing is allowed or prohibited for UEs with the SPID, respectively. NO Indicates whether to enable or disable inter-RAT load sharing for the SPID. The values TRUE or FALSE indicate that interRAT load sharing is allowed or prohibited for UEs with the SPID, respectively. NO
NO
NO
NO
NO
LOFD-001059 / TDLOFD-001059
NO
LOFD-00105401 / TDLOFD-00105401 LOFD-001032 / TDLOFD-001032
NO
LOFD-00105401 / TDLOFD-00105401 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
Indicates whether to allow SPIDbased handovers back to the home public land mobile network (HPLMN). If this parameter is set to TRUE(TRUE), a roaming UE can be handed over to the HPLMN network when it moves back to the coverage of the HPLMN network based on the SPID. If this parameter is set to FALSE(FALSE), this UE cannot be handed over to the HPLMN network based on the SPID. NO
NO
NO
LOFD-00105401 / TDLOFD-00105401
Indicates the mobile country code (MCC) of a target radio network controller (RNC). A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
None
Indicates the mobile network code (MNC) of a target radio network controller (RNC). A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
None
Indicates the RNC ID of the UTRAN cell. The 28-bit UTRAN cell ID is comprised of the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. The value range of RNC ID is (0~4095, 4294967295). 0~4095 indicates the actual RNC ID on the network. 4294967295 indicates the special ID of all RNCs under the same PLMN. YES
YES
NO
None
VoipCapCfg indicates the VoIP capability of the UTRAN. If this option is selected, the VoIP is supported. VoIP services established in the LTE network can be transferred to the UTRAN using PS handovers so that UEs can perform voice services in the UTRAN. If this option is cleared, VoIP is not supported. VoIP services established in the LTE network cannot be transferred to the UTRAN using PS handovers. UltraFlashCsfbCap Cfg indicates the SRVCC capability. If this option is selected, SRVCC is supported and voice services can continue in the UTRAN by SRVCC. If this option is not selected, SRVCC is not supported. NO
NO
NO
LOFD-001022 / TDLOFD-001022 LOFD-001033 / TDLOFD-001033 LOFD-001052 / TDLOFD-001052 LOFD-001068 / TDLOFD-001068 LOFD-001088 / TDLOFD-001088 LOFD-001019 / TDLOFD-001019 LOFD-001043 / TDLOFD-001043 LOFD-001072 / TDLOFD-001072 LOFD-070202 / TDLOFD-070202
Indicates the ID of the operator.
YES
YES
NO
None
Indicates the QoS class identifier (QCI) of an evolved packet system (EPS) bearer. Different QCIs indicate different QoS requirements, such as the packet delay budget, packet error loss rate, and resource type. For details, see Table 6.1.7 in 3GPP TS 23.203. YES
YES
NO
None
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates the name of an eNodeB function, which uniquely identifies the eNodeB function. YES
YES
NO
None
Indicates the ID of the application referenced by an eNodeB function. The application provides an operating environment for the eNodeB function. NO
NO
NO
None
Indicates the eNodeB ID defined in the service protocol interface, which uniquely identifies an eNodeB within a PLMN. For details, see 3GPP TS 36.300. NO
NO
NO
None
Indicates userdefined remarks.
NO
NO
NO
None
Indicates model definition version of eNodeB resources, including the management object (MO) definition, attribute definition, and configuration rules. NO
NO
NO
None
Indicates the version of the product. This parameter is valid for version query.
NO
NO
None
NO
neighboring cell meet the entering condition, it does not immediately send an ANRbased measurement report to the eNodeB. Instead, the UE sends a report only when the signal quality meets the entering condition throughout the hysteresis. This parameter helps decrease the number of occasionally triggered event reports and invalid decisions on triggering intrafrequency ANR. This parameter must be set to a value smaller than or equal to that of the IntraFreqHoA3Time ToTrig parameter. In the current version, this parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-002001
Indicates the hysteresis for the ANR-based intrafrequency measurement event. This parameter is used to decrease the number of invalid decisions on triggering intrafrequency ANR due to radio signal fluctuations. This parameter must be set to a value smaller than or equal to that of the IntraFreqHoA3Hyst parameter. In the current version, this parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-002001
Indicates the offset for the signal quality in an neighboring cell against that in the serving cell in the ANR-based intra-frequency measurement. A large value indicates that a neighboring cell must have a better quality than the serving cell for reporting the ANR measurement report. This parameter must be set to a value smaller than or equal to that of the IntraFreqHoA3Offse t parameter. In the current version, this parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-002001
frequency neighboring cell meet the entering condition, it does not immediately send an ANRbased measurement report to the eNodeB. Instead, the UE sends a report only when the signal quality meets the entering condition throughout the hysteresis. This parameter helps decrease the number of occasionally triggered event reports and invalid decisions on triggering interfrequency ANR. This parameter must be set to a value smaller than or equal to the InterFreqHoA4Time ToTrig parameter. In the current version, this parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-002001
Indicates the hysteresis for the ANR-based interfrequency measurement event. This parameter is used to decrease the number of invalid decisions on triggering interfrequency ANR due to radio signal fluctuations. This parameter must be set to a value smaller than or equal to the InterFreqHoA4Hyst parameter. In the current version, this parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-002001
Indicates the RSRP threshold for triggering the ANRbased interfrequency measurement event. When the measured RSRP value exceeds the threshold, an ANRbased interfrequency measurement report is sent. This parameter must be set to a value smaller than or equal to that of the InterFreqHoA4Thd Rsrp parameter. In the current version, this parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-002001
Indicates the length of the counter check timer. When the timer expires, a counter check procedure is initiated. After the procedure is complete, the timer is restarted. A length of 0 indicates that the timer is invalid. In this case, the eNodeB cannot initiate periodic counter check procedures. NO
NO
NO
LBFD-002004 / TDLBFD-002004
Indicates the COUNT value for initiating counter check procedures. When the COUNT value (used at the PDCP layer) of any DRB for a UE is a multiple of the value of this parameter, the eNodeB initiates a counter check procedure. The value 0 indicates that the eNodeB does not initiate a counter check procedure based on the COUNT value. NO
NO
NO
LBFD-002004 / TDLBFD-002004
Indicates whether to release a DRB when the counter check detects an unexpected result in the DRB.
NO
NO
LBFD-002004 / TDLBFD-002004
NO
LOFD-00101001 / TDLOFD-00101001 LOFD-00101002 / TDLOFD-00101002 LOFD-00101003 / TDLOFD-00101003
NO
Indicates the highest-priority ciphering algorithm supported by the eNodeB. The value NULL indicates that ciphering is not applied. NO
NO
Indicates the second-priority ciphering algorithm supported by the eNodeB. The value NULL indicates that ciphering is not applied. NO
Indicates the thirdpriority ciphering algorithm supported by the eNodeB. The value NULL indicates that ciphering is not applied. NO
Indicates the fourthpriority ciphering algorithm supported by the eNodeB. The value NULL indicates that ciphering is not applied. NO
NO
NO
NO
NO
LOFD-00101001 / TDLOFD-00101001 LOFD-00101002 / TDLOFD-00101002 LOFD-00101003 / TDLOFD-00101003
NO
LOFD-00101001 / TDLOFD-00101001 LOFD-00101002 / TDLOFD-00101002 LOFD-00101003 / TDLOFD-00101003
NO
LOFD-00101001 / TDLOFD-00101001 LOFD-00101002 / TDLOFD-00101002 LOFD-00101003 / TDLOFD-00101003
Indicates the timer governing the period the eNodeB will wait for a response message from the MME. NO
NO
NO
None
Indicates the timer governing the period the eNodeB will wait for a response message from the neighboring eNodeB. NO
NO
NO
None
Indicates the timer governing the period the eNodeB will wait for a response message from a UE. NO
NO
NO
None
Indicates the timer for the eNodeB to wait for a handover preparation completion message when a UE is handed over to a CDMA2000 1xRTT cell. The eNodeB starts the timer after sending a Handover From EUTRA Preparation Request message to the UE and stops the timer after receiving a UL Handover Preparation Transfer message from the UE. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the timer for the eNodeB to wait for a Downlink S1 CDMA2000 Tunneling message when a UE is handed over to a CDMA2000 1xRTT cell. The eNodeB starts the timer after sending an UPLINK S1 CDMA2000 TUNNELING message to the MME and stops the timer after receiving a Downlink S1 CDMA2000 Tunneling message containing CDMA2000 HO Status. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the timer for the eNodeB to release resources for a UE after the UE is handed over to a CDMA2000 1xRTT cell. The eNodeB starts the timer after sending a MobilityFromEUTR ACommand message. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the timer for the eNodeB to release resources for a UE after the UE is handed over to a CDMA2000 HRPD cell. The eNodeB starts the timer after sending a MobilityFromEUTR ACommand message. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the timer for the eNodeB to wait for a Downlink S1 CDMA2000 Tunneling message when a UE is handed over to a CDMA2000 HRPD cell. The eNodeB starts the timer after sending an UPLINK S1 CDMA2000 TUNNELING message to the MME and stops the timer after receiving a Downlink S1 CDMA2000 Tunneling message containing CDMA2000 HO Status. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the timer for the eNodeB to wait for a handover preparation completion message when a UE is handed over to a CDMA2000 HRPD cell. The eNodeB starts the timer after sending a Handover From EUTRA Preparation Request message to the UE and stops the timer after receiving a UL Handover Preparation Transfer message from the UE. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the timer for the eNodeB to wait for an RRC Connection Setup Complete.
NO
NO
NO
None
Indicates the timer for the eNodeB to wait for a Security Mode Complete message.
NO
NO
NO
None
Indicates the timer for the eNodeB to wait for an unprotected UE Capability Information message.
NO
NO
NO
None
Indicates the timer for the eNodeB to wait for the first forwarded packet.
NO
NO
NO
None
Indicates the timer for the eNodeB to wait for the endmarker packet.
NO
NO
NO
None
Indicates the highest-priority integrity protection algorithm supported by the eNodeB. NO
NO
NO
LBFD-002004 / TDLBFD-002004
Indicates the second-priority integrity protection algorithm supported by the eNodeB. NO
NO
NO
LBFD-002004 / TDLBFD-002004
Indicates the thirdpriority integrity protection algorithm supported by the eNodeB. NO
NO
NO
LBFD-002004 / TDLBFD-002004
Indicates whether the eNodeB can use the null algorithm for integrity protection. If this switch is turned off, the null algorithm cannot be used for integrity protection. When this switch is turned off, the eNodeB selects an integrity protection algorithm based on the algorithm priorities specified by PrimaryIntegrityAlg o, SecondIntegrityAlgo , and ThirdIntegrityAlgo, but skips the null algorithm. NO
NO
NO
LBFD-002004 / TDLBFD-002004
Indicates whether to enable ROHC. Set this parameter to ON if the eNodeB is expected to support VoIP or video services. NO
NO
NO
LOFD-001017 / TDLOFD-001017
Bidirectional Reliable Mode (RMode), but its feedback-induced overhead is minimum compared with the overhead in O-Mode and RMode. In O-Mode, the decompressor can send feedback messages to the compressor to indicate decompression failures or successful context updates. O-Mode is more reliable than U-Mode and requires a smaller amount of feedback than R-Mode. In RMode, the reliability of context synchronization between the compressor and the decompressor is higher than that in any other mode. However, because of frequent feedback, R-Mode causes the largest amount of link overhead. NO
NO
NO
LOFD-001017 / TDLOFD-001017
framework, header compression algorithms vary with protocols. Profiles define the header compression protocols (such as RTP/UDP/IP or TCP/IP), which are under the same ROHC framework, for specific types of packet streams. Each profile has a unique identifier. As defined by LTE specifications, the eNodeB supports the following profiles: profile 0x0001 (usage: RTP/UDP/IP; reference: RFC 3095 and RFC 4815), profile 0x0002 (usage: UDP/IP; reference: RFC 3095 and RFC 4815), profile 0x0003 (usage: ESP/IP; reference: RFC 3095 and RFC 4815), and profile 0x0004 (usage: IP; reference: RFC 3843 and RFC 4815). NO
NO
NO
LOFD-001017 / TDLOFD-001017
Indicates the length of timer T302. T302 specifies the time during which a UE whose RRC connection request is rejected has to wait before the UE can initiate a request again. This timer is started when the UE receives an RRCConnectionRej ect message and stopped when the UE enters the RRC_CONNECTE D mode or performs cell reselection. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the length of timer T320 for load balancing. T320 specifies the time period during which the dedicated priorities (used for cell reselection) retain valid. The time period is contained in the RRCConnectionRel ease message that is received by the UE. After T320 expires, the dedicated priorities become invalid. This timer is started when the UE receives an RRCConnectionRel ease message containing the t320 IE. This timer is stopped when the UE enters the RRC_CONNECTE D mode. NO
NO
NO
None
Indicates the length of timer T304 for intra-RAT handover. If the UE does not complete the handover before this timer expires, the UE reverts back to the associated configuration and initiates an RRC connection reestablishment procedure. NO
NO
NO
None
Indicates the length of timer T304 for inter-RAT handover to GERAN. If the UE does not complete the handover before this timer expires, the UE reverts back to the associated configuration and initiates an RRC connection reestablishment procedure. NO
NO
NO
None
Indicates the length of timer T320 to be contained in RRCConnectionRel ease messages sent for reasons other than load balancing. T320 specifies the time period during which the dedicated priorities (used for cell reselection) are valid. After T320 expires, the dedicated priorities become invalid. This parameter is invalid for UEs to be redirected based on the subscriber profile ID (SPID). This timer is started when the UE receives an RRCConnectionRel ease message containing the t320 IE. It is stopped when the UE enters the RRC_CONNECTE D mode. NO
NO
NO
None
Indicates the length of the UE inactivity timer. If the eNodeB detects that a UE has neither received nor sent data for a duration exceeding the value of this parameter, the eNodeB releases the RRC connection for the UE. If this parameter is set to 0, the UE inactivity timer is not used. If this parameter is modified, the modified value applies only to UEs that access the network later. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the timer used to govern the period in which the eNodeB maintains uplink synchronization for a UE. After this timer expires, the eNodeB does not send Timing Advance Command to the UE. This parameter does not take effect if it is set to 0. That is, the eNodeB will constantly send Timing Advance Command to the UE to maintain uplink synchronization for the UE. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the length of the timer for the eNodeB to filter repeated RRC Connection Request messages. The actually used timer length is the sum of T300 length and the value of this parameter. NO
NO
NO
LBFD-002007 / TDLBFD-002007
eNodeB detects that a UE has neither received nor sent data for a duration exceeding the value of this parameter, the eNodeB releases the RRC connection for the UE. A large value of this parameter reduces the amount of signaling but increase UE power consumption.You are advised to set this parameter to a value greater than the value of UlSynTimerDynDrx. In power saving mode, you are advised to set this parameter significantly different to the value of the UlSynTimerDynDrx parameter, for example a gap of 10 seconds, to avoid power consumption increase due to the increase of signaling. NO
NO
NO
LOFD-00110501 / TDLOFD-00110501 LOFD-00110502 / TDLOFD-00110502
Indicates the timer used to govern the period in which the eNodeB maintains uplink synchronization for a DRX UE when dynamic DRX is enabled. After this timer expires, the eNodeB does not send Timing Advance Command to the UE. You are advised to set this parameter to a value smaller than the value of UeInactivityTimerDy nDrx.In power saving mode, you are advised to set this parameter significantly different to the value of the UeInactivityTimerDy nDrx parameter, for example a gap of 10 seconds, to avoid power consumption increase due to the increase of signaling. NO
NO
NO
LOFD-00110501 / TDLOFD-00110501 LOFD-00110502 / TDLOFD-00110502
Indicates the ID of the TCE for MDT.
YES
NO
None
NO
NO
None
YES
Indicates the IP address version. IPv4~0 indicates that the IP version is IPv4. IPv6~1 indicates that the IP version is IPv6. NO
Indicates the IPv4 address of the TCE. NO
NO
NO
None
Indicates the IPv6 address of the TCE. NO
NO
NO
None
NO
LOFD002004/TDLOFD002004
NO
LOFD002004/TDLOFD002004
Indicates the mobile country code (MCC) of an operator that the target eNodeB supporting X2 selfsetup belongs to. YES Indicates the mobile network code (MNC) of an operator that the target eNodeB supporting X2 selfsetup belongs to. The value of this parameter is a string of two or three characters, each of which must be a digit in the range of 0 to 9. YES
YES
YES
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
Indicates the Reference Signal Received Power (RSRP) threshold for reporting event A2 in a secondary cell. When the RSRP of a UE is lower than this threshold, event A2 is reported. NO
YES
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the Reference Signal Received Power (RSRP) threshold for a UE to report event A4 of a secondary cell. When the RSRP of the UE is greater than the threshold, event A4 is reported. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates whether to enable carrier management. If this parameter is set to ON(On), the eNodeB deactivates the secondary component carrier (SCC) for a CA UE when the traffic volume of the CA UE is small or the channel quality of the SCC is poor. If this parameter is set to OFF(Off), the SCC is always active after being activated, unless a radio link failure (RLF) is detected on the SCC. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the threshold for a CA UE to activate an SCell. A CA UE can active an SCell only when its buffered data on the eNodeB exceeds this threshold. NO
Indicates the threshold for a CA UE to deactivate an SCell. A CA UE can deactivate an SCell only when its buffered data on the eNodeB is smaller than this threshold. NO
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the threshold for a CA UE to activate an SCell. A CA UE can activate an SCell only when its buffer delay on the eNodeB exceeds this threshold. NO
Indicates the threshold for a CA UE to deactivate an SCell. A CA UE can deactivate an SCell only when its throughput is smaller than the value of this parameter. NO
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the offset for secondary cell event A6. This offset is the difference between the quality of a neighboring cell and that of the serving cell. A large value indicates that a neighboring cell must have a better quality than the serving cell for reporting the event A6. NO
Indicates the length of aging time of the secondary serving cells (SCells) that are dynamically configured for CA UEs in a cell in frequency-based CA configuration scenarios.If no CA UE is performing carrier aggregation between an SCell and the PCell within the aging time, the eNodeB cancels the association between the SCell and the PCell.This parameter applies only to LTE FDD cells. NO
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100102 LAOFD-070201 LAOFD-070202
Indicates the number of periodic measurement reports that are sent after event A6 for the SCell is triggered. For details, see 3GPP TS 36.331.
NO
NO
NO
TDLAOFD00100111 TDLAOFD00100201 TDLAOFD00100102 TDLAOFD-070201 LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the interval between periodic measurement reports that are sent after event A6 for the SCell is triggered. For details, see 3GPP TS 36.331.
NO
NO
NO
TDLAOFD00100111 TDLAOFD00100201 TDLAOFD00100102 TDLAOFD-070201 LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the CQI threshold for deactivating the secondary component carrier (SCC) for a CA UE based on the channel quality. When the channel quality for a CA UE is worse than that indicated by this threshold in singlecodeword transmission, the eNodeB deactivates the SCC for the CA UE. If this parameter is set to 0, the eNodeB does not deactivate the SCC for a CA UE based on channel quality of the SCC. This parameter specifies the CQI threshold for deactivating the SCell that the local cell acts as, and takes effect only when the CarrierMgtSwitch parameter on the associated PCell is set to ON. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100102 LAOFD-070201 LAOFD-070202 TDLAOFD00100111 TDLAOFD00100201 TDLAOFD00100102 TDLAOFD-070201
Indicates the minimum interval at which an eNodeB attempts to configure a secondary component carrier (SCC) for a CA UE. The actual interval at which an eNodeB attempts to configure a secondary component carrier (SCC) for a CA UE must be larger than this value. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100102 LAOFD-070201 LAOFD-070202 TDLAOFD00100111 TDLAOFD00100201 TDLAOFD00100102 TDLAOFD-070201
Indicates the local cell ID. It uniquely identifies a cell within an eNodeB.
YES
NO
None
YES
MIMO for a multiantenna eNodeB. The values are described as follows: NO_ADAPTIVE: A fixed beamforming or MIMO transmission mode is used. That is, transition between the beamforming and MIMO transmission mode is not supported. TxD_BF_ADAPTIV E: The transmission mode changes adaptively between TM2 and TM7 or between TM2 and TM8, depending on the protocol release with which UEs comply. MIMO_BF_ADAPTI VE: The transmission mode changes adaptively between TM2, TM3, and TM7, or between TM2, TM3, and TM8, depending on the protocol release with which UEs comply. NO
NO
NO
TDLOFD-001001 TDLOFD-001003 TDLOFD-001060 TDLOFD-001049 TDLOFD-001061
only when BfMimoAdaptiveSwi tch is set to NO_ADAPTIVE. The values are described as follows: TM2: Transmission mode 2 is always used for UEs. TM3: Transmission mode 3 is always used for UEs. TM7: Transmission mode 7 is always used for UEs. TM8: Transmission mode 8 is always used for UEs. TM4: Transmission mode 4 is always used for UEs. TM9 w/o PMI: Open-loop transmission mode 9 is always used for UEs. This parameter is unavailable in this version. TM9 w PMI: Closeloop transmission mode 9 is always used for UEs. This parameter is unavailable in this version. NO
NO
NO
TDLOFD-001001 TDLOFD-001003 TDLOFD-001060 TDLOFD-001049 TDLOFD-001061
modes are adaptively selected between TM3 and TM7, TM3 and TM8, or TM3, TM8, and TM9 based on the protocols that UEs comply with. If TM9 needs to be adaptively selected, the TM9Switch check box must be selected. If this parameter is set to OFF and the BfMIMO adaptive switch parameter is set to MIMO_BF_ADAPTI VE, TM2 is initially used for inter-cell handovers, and then handover modes are adaptively selected between TM2, TM3, and TM7, TM2, TM3, and TM8, or TM2, TM3, TM8, and TM9 based on the protocols that UEs comply with. If TM9 needs to be adaptively selected, the TM9Switch check box must be selected. NO
NO
NO
TDLOFD-001001 TDLOFD-001060 TDLOFD-001049 TDLOFD-001061
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the offset for reporting the DL CoMP measurement event. This offset is the difference between the signal quality of a neighboring cell and that of the serving cell. A larger value indicates that a neighboring cell must have better quality for reporting the event. For details, see 3GPP TS 36.331. NO
NO
NO
TDLOFD-001136 TDLAOFD00100103 TDLAOFD-003002
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the switch for adjusting the PA through power control on the PDSCH. If this parameter is set to ON, the PA is adjusted dynamically when the channel quality is extremely good or bad. NO
NO
NO
LBFD-002016 / TDLBFD-002016
Indicates the PA to be used when PA adjustment for PDSCH power control is disabled, DL ICIC is disabled, and the even power distribution is used for the PDSCH. NO
NO
NO
LBFD-002016 / TDLBFD-002016
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
intervals (TTIs) with data transmission to the total TTIs. If the measurement result of UE traffic is equal to or lower than this threshold, the eNodeB determines that the UE should remain in DRX mode or the UE should be triggered to enter DRX mode. If both the values of the FddExitDrxThd and FddEnterDrxThd parameters are small and close to each other, the UE frequently enters and exits the DRX mode. When both the FddEnterDrxThd parameter and the FddExitDrxThd parameter are set to 1000 and DRX is enabled, the eNodeB directly determines that the UE should enter or exit the DRX mode, but not according to the measurement result of UE traffic. NO
NO
NO
LBFD-002017 / TDLBFD-002017
DRX mode. If the value of the FddExitDrxThd parameter is set to 1000 and the value of the FddEnterDrxThd parameter is set to a value smaller than 1000, the UE will not exit the DRX mode once entering the DRX mode. If both the values of the FddExitDrxThd and FddEnterDrxThd parameters are small and close to each other, the UE frequently enters and exits the DRX mode. When both the FddEnterDrxThd parameter and the FddExitDrxThd parameter are set to 1000 and DRX is enabled, the eNodeB directly determines that the UE should enter or exit the DRX mode, but not according to the measurement result of UE traffic. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the uplink traffic volume threshold for UEs to enter DRX in the cell that operates in TDD mode. This threshold is used in the DRX algorithm. It is expressed as a proportion of the transmission time intervals (TTIs) with uplink data transmission to the total TTIs. If the traffic volume at a UE is equal to or lower than this threshold, the eNodeB decides that the UE should retain its DRX state or enter DRX. NO
NO
NO
TDLBFD-002017
Indicates the uplink traffic volume threshold for UEs to exit DRX in the cell that operates in TDD mode. This threshold is used in the DRX algorithm. It is expressed as a proportion of the transmission time intervals (TTIs) with uplink data transmission to the total TTIs. If the traffic volume at a UE is equal to or higher than this threshold, the eNodeB decides that the UE should retain its non-DRX state or exit DRX. NO
NO
NO
TDLBFD-002017
Indicates the downlink traffic volume threshold for UEs to enter DRX in the cell that operates in TDD mode. This threshold is used in the DRX algorithm. It is expressed as a proportion of the transmission time intervals (TTIs) with downlink data transmission to the total TTIs. If the traffic volume at a UE is equal to or lower than this threshold, the eNodeB decides that the UE should retain its DRX state or enter DRX. NO
NO
NO
TDLBFD-002017
Indicates the downlink traffic volume threshold for UEs to exit DRX in the cell that operates in TDD mode. This threshold is used in the DRX algorithm. It is expressed as a proportion of the transmission time intervals (TTIs) with downlink data transmission to the total TTIs. If the traffic volume at a UE is equal to or higher than this threshold, the eNodeB decides that the UE should retain its non-DRX state or exit DRX. NO
NO
NO
TDLBFD-002017
Indicates the length of the UE traffic measurement period. The traffic volume of a UE during this period is measured. Based on the measurement result, the DRX algorithm decides whether the UE should enter or exit DRX. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates whether DRX active-time measurement is supported in the cell that operates in TDD mode. If this parameter is set to ON, DRX activetime measurement is supported in the cell that operates in TDD mode. If this parameter is set to OFF, DRX activetime measurement is not supported in the cell that operates in TDD mode. NO
NO
NO
None
Indicates the length of the UE DRX power saving measurement period for cells that operate in TDD mode. The power saving volume of a UE during this period is measured. Based on the measurement result, the DRX algorithm decides whether the UE should enter or exit DRX. NO
NO
NO
None
Indicates the activetime measurement threshold for UEs to enter DRX in the cell that operates in TDD mode. This threshold is used in the DRX algorithm. If the measurement result of a UE is lower than this threshold, the eNodeB decides that the UE should retain its DRX state or enter DRX. NO
NO
NO
None
Indicates the activetime measurement threshold for UEs to exit DRX in the cell that operates in TDD mode. This threshold is used in the DRX algorithm. If the measurement result of a UE is higher than this threshold, the eNodeB decides that the UE should retain its non-DRX state or exit DRX. NO
NO
NO
None
Indicates the length of the long DRX cycle for a UE in the uplink out-ofsynchronization state. Set this parameter to a value greater than the value of LongDrxCycle; otherwise, the power saving gain of the DRX for UEs in the uplink out-ofsynchronization state decreases. NO
NO
NO
LOFD-001105 TDLBFD-002017
Indicates whether the cqi-Mask IE can be set. The cqiMask IE is an optional IE introduced in 3GPP Release 9. If the cqi-Mask IE is set to Setup, the UE can send CQI/PMI/RI/PTI reports on PUCCH only in the onDuration period of discontinuous reception (DRX). If the cqi-Mask IE is not set, the UE can send CQI/PMI/RI/PTI reports on PUCCH in the active period of DRX. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the DRX onduration timer for UEs when the eNodeB does not maintain synchronization for UEs. NO
NO
NO
LOFD-00110501 / TDLOFD-00110501 LOFD-00110502 / TDLOFD-00110502
Indicates the DRX inactivity timer for UEs when the eNodeB does not maintain synchronization for UEs. NO
NO
NO
LOFD-001105 / TDLOFD-001105
this parameter is set to DEFAULT(Default), the DRX parameter group with the shortest long DRX cycle is preferentially selected for the UE. If the lengths of long DRX cycle for multiple QCIs are the same, the DRX parameter group with the highestpriority QCI is selected for the UE. The QCI priorities are defined in 3GPP specifications. If this parameter is set to QCIPRIORITY(QCI priority), the DRX parameter group with the highestpriority QCI is selected for the UE. If no DRX parameter group is configured for the highest-priority QCI, the eNodeB does not configure the DRX parameter group for the UE. NO
NO
NO
LBFD-002017 / TDLBFD-002017
CqiOffset, or 0 when a UE is configured with only SRS resources, or periodic CQI, or neither, respectively. This prevents DrxStartOffset values from being randomly distributed within the range of 0 to (LongDrxCycle - 1). If this parameter is set to ON, DrxStartOffset values can be randomly distributed within the range of 0 to (LongDrxCycle - 1) for UEs that are configured with only SRS resources, or periodic CQI, or neither. This parameter applies only to LTE FDD eNodeBs and is recommended to be set to ON when SRS resources are not allocated for UEs or there is a large number of UEs in the cell. NO
NO
NO
LBFD-002017
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the RSRP threshold for events A1 and A2 that are used for interfrequency and interRAT blind handovers based on coverage. If the RSRP measurement result of the serving cell is higher than the sum of this threshold and the hysteresis throughout the time-to-trigger, event A1 is reported. If the RSRP measurement result of the serving cell is lower than this threshold minus the hysteresis throughout the time-to-trigger, event A2 is reported. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021
Indicates the RSRQ threshold for events A1 and A2 that are used for interfrequency and interRAT blind handovers based on coverage. If the RSRQ measurement result of the serving cell is higher than the sum of this threshold and the hysteresis throughout the time-to-trigger, event A1 is reported. If the RSRQ measurement result of the serving cell is lower than this threshold minus the hysteresis throughput the time-to-trigger, event A2 is reported. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021
Indicates the local cell ID. It uniquely identifies a cell within an eNodeB.
YES
NO
None
YES
values are described as follows: NO_ADAPTIVE: A fixed MIMO transmission mode is used. That is, transition between MIMO transmission modes is not supported. OL_ADAPTIVE: The open-loop adaptive MIMO transmission mode is used. In this mode, UEs report RANK and CQI values but do not report PMI values to the eNodeB. CL_ADAPTIVE: The closed-loop adaptive MIMO transmission mode is used. In this mode, UEs report RANK, CQI, and PMI values to the eNodeB. OC_ADAPTIVE: UEs switch between the openloop and closedloop adaptive MIMO transmission modes automatically. NO
NO
NO
LOFD-001001 LOFD-001003 LOFD-001060 / TDLOFD-001060 TDLOFD-001001
Indicates the fixed MIMO transmission mode configured by a multi-antenna eNodeB for UEs. This parameter is valid only when MimoAdaptiveSwitc h is set to NO_ADAPTIVE. There are four values. TM2: Transmission mode 2 is permanently applied to UEs. TM3: Transmission mode 3 is permanently applied to UEs. TM4: Transmission mode 4 is permanently applied to UEs. TM6: Transmission mode 6 is permanently applied to UEs. NO
NO
NO
LOFD-001001 LOFD-001003 LOFD-001060 / TDLOFD-001060 TDLOFD-001001
network access is TM2. If this parameter is set to ADAPTIVE(ADAPTI VE), the MIMO transmission mode used during initial network access is determined by the settings of the MimoAdaptiveSwitc h and FixedMimoMode parameters. If the MimoAdaptiveSwitc h parameter is set to NO_ADAPTIVE, the initial MIMO transmission mode is determined by the setting of the FixedMimoMode parameter. If the MimoAdaptiveSwitc h parameter is set to OL_ADAPTIVE or OC_ADAPTIVE, the initial MIMO transmission mode is TM3. If the MimoAdaptiveSwitc h parameter is set to CL_ADAPTIVE, the initial MIMO transmission mode is TM4. NO
NO
NO
LOFD-001001 / TDLOFD-001001 LOFD-001003 LOFD-001060 / TDLOFD-001060
Indicates the local ID of the cell, which uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the frequency selection strategy of MLB for UEs in idle mode. The value RESELPRIOBASE D indicates that the target frequency for MLB is selected for UEs in idle mode based on cell reselection priorities of frequencies. The value MLBPRIOBASED indicates that the target frequency for MLB is selected for UEs in idle mode based on MLB priorities of frequencies. NO
NO
NO
TDLOFD-070215
Indicates the protection mode of hand-in UEs triggered by MLB algorithms. This parameter is dedicated to LTE TDD cells.
NO
NO
NO
TDLOFD-001032 TDLOFD-070215
Indicates the period within which an MLB-based hand-in UE cannot perform MLB-based handovers. If this parameter is set to 0, the UE inactivity timer is not used. If this parameter is modified, the modified value applies only to UEs that access the network after the modification. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032 TDLOFD-070215
Indicates the RSRP threshold for interfrequency MLBbased hand-in UEs to perform measurement event A1. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032 TDLOFD-070215
Indicates the RSRQ threshold for interfrequency MLBbased hand-in UEs to perform measurement event A1. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032 TDLOFD-070215
Indicates the RSRP threshold for interfrequency MLBbased hand-in UEs to perform measurement event A1. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032 TDLOFD-070215
Indicates the RSRQ threshold for interfrequency MLBbased hand-in UEs to perform measurement event A1. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032 TDLOFD-070215
Indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the ID of the parameter group related to preallocations.
YES
NO
None
YES
Indicates whether to enable or disable preallocation for a bearer with a specified preallocation parameter group ID. If this parameter is set to ON(On), preallocation is enabled for this bearer. If this parameter is set to OFF(Off), preallocation is disabled for this bearer. This switch is a bearer-level switch and takes effect when the celllevel switch PreAllocationSwitch in the CellAlgoSwitch MO is turned on. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates whether smart preallocation is enabled or disabled for a bearer with a specified preallocation parameter group ID when PreAllocationSwitch is turned on. If both PreAllocationSwitch and SmartPreAllocation Switch are turned on, and SmartPreAllocation Duration is set to a value greater than 0, uplink smart preallocation is enabled; otherwise, uplink smart preallocation is disabled. This switch is a bearerlevel switch and takes effect when the cell-level switch PreAllocationSwitch in the CellAlgoSwitch MO is turned on. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the minimum interval between two preallocations, that is, the interval between two times that a UE is preallocated must be larger than this parameter value. When the DRX algorithm switch is on and the UE is in DRX mode, the actual value of this parameter cannot be greater than the DrxInactivityTimer parameter value. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the data amount preallocated to each UE.
NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the duration of each smart preallocation. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the offset for UL CoMP event A3. A larger value indicates that a neighboring cell must have better quality for the reporting of the event. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001066 / TDLOFD-001066
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates whether a UE needs to adjust the transmit power based on the MCS. The indication is sent to the UE through an RRC message. The indication is denoted by a bit. Bit 0 indicates that both Ks and ΔTF are equal to 0. Bit 1 indicates that Ks is equal to 1.25 and ΔTF is calculated. For details, see 3GPP TS 36.213. NO
NO
NO
LBFD-002026 / TDLBFD-002026
Indicates the power offset of the sounding reference signal to the PUSCH when DeltaMcsEnabled is set to UU_DISABLE. NO
NO
NO
LBFD-002026 / TDLBFD-002026
Indicates the power offset of the sounding reference signal to the PUSCH when DeltaMcsEnabled is set to UU_ENABLE. NO
NO
NO
LBFD-002026 / TDLBFD-002026
Indicates the alpha filtering coefficient used by the UE during RSRP measurement for path loss estimation. NO
NO
NO
LBFD-002026 / TDLBFD-002026
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
NO
LOFD-001072 / TDLOFD-001072 LOFD-001073 / TDLOFD-001073 LBFD-00201804 / TDLBFD-00201804
Indicates the measurement object type for distance-based handovers. The measurement object type can be E-UTRAN, UTRAN, or GERAN. NO
NO
Indicates the threshold for distance-based handovers. If the distance between a UE and the cell center is greater than this threshold, a distance-based handover is triggered for this UE. NO
NO
NO
LBFD-00201804 / TDLBFD-00201804 LOFD-001072 / TDLOFD-001072 LOFD-001073 / TDLOFD-001073
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the DRX parameter group. YES
YES
NO
LBFD-002017 / TDLBFD-002017
Indicates whether bearers to which the parameter group applies support DRX. The value ON indicates that the bearers support DRX. The value OFF indicates that the bearers do not support DRX. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the On Duration Timer. Because of the impact of CQI reporting intervals and SRS transmission intervals, the actual value of this parameter assigned to a UE may be greater than the configured value. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the DRX inactivity timer. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the DRX Retransmission Timer. NO
NO
NO
LBFD-002017 / TDLBFD-002017
the LongDrxCycle parameter be set to a value smaller than or equal to 320 ms. Otherwise, the uplink time alignment performance of UEs is affected. If the TimingAdvCmdOpt Switch parameter is set to ON, it is recommended that the TimeAlignmentTime r parameter be set to sf10240. A smaller value of the TimeAlignmentTime r parameter, such as sf5120, increases the probability that UEs in DRX mode become uplink asynchronized. The length of the long DRX cycle must be smaller than the length of the PDCP packet discarding timer for the corresponding QCI. Otherwise, packet loss occurs during a ping operation or low-traffic service. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates whether short DRX cycles are enabled.
NO
NO
LBFD-002017 / TDLBFD-002017
NO
Indicates the length of the short DRX cycle. According to 3GPP specifications, the length of a long DRX cycle must be an integer multiple of that of a short DRX cycle. In addition, the actual value of LongDrxCycle assigned to a UE may be less than the configured value because of the impact of the SRS bandwidth and TA period specified by the TimeAlignmentTime r parameter. Therefore, the actual value of ShortDrxCycle assigned to a UE may be less than the configured value. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the DRX Short Cycle Timer. If this parameter is set to 1, the length of this timer is one short DRX cycle. If this parameter is set to 2, the length of this timer is two short DRX cycles. If this parameter is set to a large value, a UE for which short DRX cycles are enabled stays in short-cycle DRX for a long time. For details, see 3GPP TS 36.321 5.7. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the received signal strength indicator (RSSI) of the GERAN BCCH ARFCN that a UE needs to measure to determine whether it is tolerant of the interference from the cells working on this frequency. YES
YES
NO
MRFD-231808
Indicates the GERAN band to which the absolute radio frequency channel number (ARFCN) that the UE needs to measure belongs. If the GERAN ARFCN is in the range of 512 to 810, the value of this parameter is used to indicate whether the GERAN ARFCN is in the DCS 1800 MHz band or the PCS 1900 MHz band. If the GERAN ARFCN is in neither band, this parameter does not take effect and can be set to either value. For details, see 3GPP TS 36.331. NO
NO
NO
MRFD-231808
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the common parameter group related to inter-RAT handover. YES
Indicates the hysteresis for interRAT measurement events A1 and A2. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of pingpong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability. NO
YES
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
Indicates the timeto-trigger for interRAT measurement event A1 or A2. When detecting that the signal quality in the serving cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of wrong handovers. In summary, it helps prevent unnecessary handovers. NO
Indicates the RSRP threshold for interRAT measurement event A1. When the measured RSRP value of the serving cell exceeds this threshold, an event A1 report will be sent. NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
Indicates the RSRQ threshold for interRAT measurement event A1. When the measured RSRQ value of the serving cell exceeds this threshold, an event A1 report will be sent. NO
Indicates the RSRP threshold for interRAT measurement event A2. When the measured RSRP value of the serving cell is below this threshold, an event A2 report will be sent. NO
Indicates the RSRQ threshold for interRAT measurement event A2. When the measured RSRQ value of the serving cell is below this threshold, an event A2 report will be sent. NO
NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
Indicates the offset of the event A2 threshold for interRAT blind redirections relative to the event A2 threshold for handovers. NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the parameter group related to inter-RAT handover to CDMA2000 1xRTT. YES
YES
NO
None
Indicates the hysteresis for event B1 for inter-RAT handover to CDMA2000 1xRTT. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of pingpong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability of ping-pong handovers or handover decision errors. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the pilot strength threshold for event B1 related to coverage-based inter-RAT handover to CDMA2000 1xRTT. When the measurement value exceeds this threshold, a measurement report will be sent. NO
NO
NO
None
Indicates the timeto-trigger for event B1 related to interRAT handover to CDMA2000 1xRTT. When detecting that the signal quality in at least one neighboring cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers and the number of wrong handovers, preventing unnecessary handovers. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the pilot strength threshold for event B1 related to load- or servicebased inter-RAT handover to CDMA2000 1xRTT. When the measurement value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the RLF timer and constants group ID. YES
YES
NO
LBFD-002007 / TDLBFD-002007
Indicates the length of the timer T301. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the length of the timer T310. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the length of the timer T311. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the maximum number of successive "out of sync" indications received from L1. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the maximum number of successive "in sync" indications received from L1. For details, see 3GPP TS 36.331.
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the extended QoS Class Identifier (QCI), which is required by the operator for service differentiation. YES
YES
NO
LBFD-002032
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
NO
Indicates the ID of a parameter group related to interfrequency handover. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the ID of a parameter group related to inter-RAT handover to CDMA2000 1xRTT. NO
NO
NO
LOFD-001035 LOFD-001021
Indicates the ID of a parameter group related to inter-RAT handover to CDMA2000 HRPD. NO
NO
NO
LOFD-001021
Indicates the ID of a group of common parameters related to inter-RAT handover. NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021
Indicates the ID of a parameter group related to inter-RAT handover to GERAN. NO
NO
NO
LOFD-001020 / TDLOFD-001020
Indicates the ID of a parameter group related to inter-RAT handover to UTRAN. NO
NO
NO
LOFD-001019 / TDLOFD-001019
Indicates the ID of a parameter group related to intrafrequency handover. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the ID of a DRX parameter group. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the RLF timer and constants indication. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the RLF timer and constants group ID. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the waiting duration for the eNodeB to release services with a specific QCI after the eNodeB detects that the radio link is abnormal. When the eNodeB detects that the radio link is abnormal, the eNodeB waits for the UE to initiate an RRC connection reestablishment procedure to restore services. If the waiting duration times out, the eNodeB releases the services. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES Indicates the QoS class identifier (QCI) of an evolved packet system (EPS) bearer. Different QCIs indicate different QoS requirements, such as the packet delay budget, packet error loss rate, and resource type. For details, see Table 6.1.7 in 3GPP TS 23.203. YES
Indicates the ID of a parameter group related to interfrequency handovers. NO
YES
YES
NO
NO
None
NO
LBFD-002025 / TDLBFD-002025 LOFD-00101502 / TDLOFD-00101502
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the ID of a parameter group related to inter-RAT handover to CDMA2000 1xRTT. NO
NO
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021
Indicates the ID of a parameter group related to inter-RAT handover to CDMA2000 HRPD. NO
NO
NO
LOFD-001021 / TDLOFD-001021
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
Indicates the ID of a common parameter group related to inter-RAT handover. NO
NO
Indicates the ID of a parameter group related to inter-RAT handover to GERAN. NO
NO
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023
Indicates the ID of a parameter group related to inter-RAT handover to UTRAN. NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022
Indicates the ID of a parameter group related to intrafrequency handover. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the ID of a DRX parameter group. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the interval at which scheduling request indicators are sent. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the RLF timer and constants indication. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the RLF timer and constants group ID. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the waiting duration for the eNodeB to release services with a specific QCI after the eNodeB detects that the radio link is abnormal. When the eNodeB detects that the radio link is abnormal, the eNodeB waits for the UE to initiate an RRC connection reestablishment procedure to restore services. If the waiting duration times out, the eNodeB releases the services. NO Indicates the QCI priority used by each QCI-based handover algorithm. A larger value of this parameter indicates a lower priority. This parameter applies to handover parameter selection based on QCI priorities, target frequency selection in service-based inter-frequency handovers, and inter-RAT handover policy selection. For a service that involves all the preceding selection, the setting of this parameter determines the handover parameter, target frequency, and handover policy corresponding to a QCI. NO
NO
NO
NO
LBFD-002008 / TDLBFD-002008
NO
LBFD-00201801 LBFD-00201802 LBFD-00201804 LBFD-00201805 LOFD-001072 LOFD-001073
Indicates the ID of a mobility load balancing (MLB) parameter group for a QCI. The value 255 is invalid. If this parameter is set to a value ranging from 0 to 9, the ID must be set in the associated MlbQciGroup MO. This parameter is valid only when the Qci parameter in the CellStandardQci MO is set to 6, 7, 8, or 9. This parameter is valid only for LTE TDD cells. NO
NO
NO
TDLOFD-001032
Indicates the ID of the parameter group related to preallocations. The value 255 indicates an invalid preallocation parameter group. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the QCIspecific priority for selecting a DRX parameter group.A larger value of this parameter indicates a lower priority. If the bearers for a UE have multiple QCIs and the DrxPolicyMode parameter is set to QCIPRIORITY(QCI priority), the eNodeB selects the DRX parameter group for the UE based on the QCIspecific priorities. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the parameter group related to inter-RAT handover to CDMA2000 HRPD. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the hysteresis for event B1 related to interRAT handover to CDMA2000 HRPD. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of pingpong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability of ping-pong handovers or handover decision errors. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the pilot strength threshold for event B1 related to load- or servicebased inter-RAT handover to CDMA2000 HRPD. When the measurement value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the timeto-trigger for event B1 related to interRAT handover to CDMA2000 HRPD. When detecting that the signal quality in at least one neighboring cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers and the number of wrong handovers, preventing unnecessary handovers. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the pilot strength threshold for event B1 related to load- or servicebased inter-RAT handover to CDMA2000 HRPD. When the measurement value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LOFD-001035 / TDLOFD-001035
Indicates the B2 RSRP threshold 1 used during optimized handovers from EUTRAN to CDMA2000 eHRPD.
NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the B2 RSRQ threshold 1 used during optimized handovers from EUTRAN to CDMA2000 eHRPD.
NO
NO
NO
LOFD-001021 / TDLOFD-001021
YES
NO
None
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
Indicates the ID of the parameter group related to inter-RAT handover to GERAN. YES
YES
Indicates the hysteresis for event B1 related to interRAT handover to GERAN. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of ping-pong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability of ping-pong handovers or handover decision errors. NO
NO
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023
Indicates the RSSI threshold for event B1 related to coverage-based inter-RAT handover to GERAN. A UE sends a measurement report related to event B1 to the eNodeB when the RSSI in at least one GERAN cell exceeds this threshold and other triggering conditions are met. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001020 / TDLOFD-001020
Indicates the timeto-trigger for event B1 related to interRAT handover to GERAN. When detecting that the signal quality in at least one neighboring cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers and the number of wrong handovers, preventing unnecessary handovers. NO
NO
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023
Indicates the RSSI threshold for event B1 related to loador service-based inter-RAT handover to GERAN. When the measured RSSI value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LOFD-001046 / TDLOFD-001046
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
Indicates the ID of the parameter group related to inter-RAT handover to UTRAN. YES
YES
YES
NO
None
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022
Indicates the Ec/N0 threshold for event B1 related to coverage-based inter-RAT handover to UTRAN. This parameter specifies the requirement for Ec/N0 of the target UTRAN cell. For a cell with large signal fading variance, set this parameter to a large value to prevent unnecessary handovers. For a cell with small signal fading variance, set this parameter to a small value to ensure timely handovers. A large value of this parameter results in a low probability of handover to the UTRAN cell, and a small value leads to a high probability. When the measurement value exceeds this threshold, a measurement report will be sent. NO Indicates the RSCP threshold for event B1 related to coverage-based inter-RAT handover to UTRAN. This parameter specifies the requirement for RSCP of the target UTRAN cell. When the measurement value exceeds this threshold, a measurement report will be sent. NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022
Indicates the hysteresis for event B1 related to interRAT handover to UTRAN. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of ping-pong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability of ping-pong handovers or handover decision errors. NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022
Indicates the timeto-trigger for event B1 related to interRAT handover to UTRAN. When detecting that the signal quality in at least one neighboring cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers and the number of wrong handovers, preventing unnecessary handovers. NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022
Indicates the Ec/N0 threshold for event B1 related to loador service-based inter-RAT handover to UTRAN. This parameter specifies the requirement for Ec/N0 of the target UTRAN cell. When the measurement value exceeds this threshold, a measurement report may be sent. For a cell with large signal fading variance, set this parameter to a large value to prevent unnecessary handovers. For a cell with small signal fading variance, set this parameter to a small value to ensure timely handovers. NO
NO
NO
LOFD-001043 TDLOFD-001022
Indicates the RSCP threshold for event B1 related to loador service-based inter-RAT handover to UTRAN. This parameter specifies the requirement for RSCP of the target UTRAN cell. When the measurement value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LOFD-001043 TDLOFD-001022
Indicates the local ID of the cell, which uniquely identifies a cell within an eNodeB. YES
Indicates the ID of the eNodeB to which the candidate secondary serving cell (SCell) belongs. YES
YES
YES
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100102 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the local cell ID of the candidate secondary serving cell (SCell).
YES
YES
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
valid only when SccBlindCfgSwitch option in the CaAlgoSwitch parameter is set to ON. If this parameter is set to TRUE(TRUE), the eNodeB can configure this candidate SCell as an SCell for CA UEs in a blind manner, without delivering A4related measurement configurations to CA UEs. If this parameter is set to FALSE(FALSE), the eNodeB cannot configure this candidate SCell as an SCell for CA UEs. When the eNodeB configures an SCell for CA UEs, the eNodeB need to deliver A4related measurement configurations on the frequency on which the SCell operates. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the priority of the candidate secondary serving cell (SCell). A larger value of this parameter indicates a higher priority and results in a higher probability of being configured as an SCell for carrier aggregation (CA) UEs.The value 0 indicates that this cell cannot be configured as an SCell for CA UEs. NO
Indicates the offset to the RSRP threshold for event A4 on the candidate SCell specified by the SCelleNodeBId and SCellLocalCellId parameters in the CaGroupSCellCfg MO, when the CA UE uses the cell specified by the LocalCellId parameter in the local eNodeB as its primary serving cell (PCell). This RSRP threshold is specified by the CarrAggrA4ThdRsr p parameter in the CaMgtCfg MO. NO
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the offset to the RSRP threshold for event A2 on the candidate SCell specified by the SCelleNodeBId and SCellLocalCellId parameters in the CaGroupSCellCfg MO, when the CA UE uses the cell specified by the LocalCellId parameter in the local eNodeB as its primary serving cell (PCell). This RSRP threshold is specified by the CarrAggrA2ThdRsr p parameter in the CaMgtCfg MO. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the local ID of the cell, which uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the offset for event A3. This offset is the difference between the signal quality of a neighboring cell and that of the serving cell. A larger value indicates a higher requirement on neighboring cell quality for reporting event A3. NO
NO
NO
None
Indicates the hysteresis for reporting event A3 or A6. This parameter is used to prevent frequent entering or leaving of event A3 or A6 and decision errors due to radio signal fluctuation. For details, see 3GPP TS 36.331. NO
NO
NO
None
Indicates the timeto-trigger for reporting event A3 or A6. When detecting that the signal quality in the serving cell and that in at least one neighboring cell meet the entering condition, the UE does not report the event to the eNodeB immediately. Instead, the UE reports the event only when the signal quality continuously meets the entering condition during the time-to-trigger. NO
NO
NO
None
Indicates the maximum number of cells to be included in each measurement report after event A3 or A6 is triggered. For details, see 3GPP TS 36.331.
NO
NO
NO
None
Indicates the number of periodic measurement reports that are sent after event A3 or A6 is triggered. For details, see 3GPP TS 36.331.
NO
NO
NO
None
Indicates the interval between periodic measurement reports that are sent after event A3 or A6 is triggered. For details, see 3GPP TS 36.331.
NO
NO
NO
None
SAME_AS_TRIG_ QUAN(Same as Trig Quan) or BOTH(Both). The value SAME_AS_TRIG_ QUAN(Same as Trig Quan) indicates that the type of the value to be included in the measurement report is the same as that specified by the TriggerQuantity parameter. The value BOTH(Both) indicates that both RSRP and RSRQ values are included in the measurement report. The measured RSRP values are stable, slightly varying with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO
NO
NO
None
Indicates whether event A3 or A6 is triggered based on RSRP or RSRQ values. The measured RSRP values are stable, slightly varying with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. NO
NO
NO
None
Indicates the offset for event A6. This offset is the difference between the signal quality of a neighboring cell and that of the serving cell. A larger value indicates a higher requirement on neighboring cell quality for reporting event A6. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the parameter group related to inter-frequency handover.
YES
NO
None
YES
Indicates the hysteresis for interfrequency measurement events A1 and A2. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of pingpong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the timeto-trigger for interfrequency measurement event A1 or A2. When detecting that the signal quality in the serving cell meets the triggering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of wrong handovers. In summary, it helps prevent unnecessary handovers. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRP threshold for interfrequency measurement event A1. When the measured RSRP value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRQ threshold for interfrequency measurement event A1. When the measured RSRQ value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRP threshold for interfrequency measurement event A2. When the measured RSRP value is below the threshold, a measurement report will be sent. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRQ threshold for interfrequency measurement event A2. When the measured RSRQ value is below this threshold, a measurement report will be sent. NO
Indicates the hysteresis for event A4. This parameter is used to prevent frequent triggering of event evaluation caused by radio signal fluctuation. In this way, the probability of pingpong handovers or handover decision errors is reduced. A larger value of this parameter results in a lower probability. NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the RSRP threshold for event A4 related to coverage-based inter-frequency handover. When the measured RSRP value exceeds this threshold, event A4 is reported. The value of this parameter is also used as the RSRP threshold for event A4 related to distance-based, UL-power-based, or SPID-based interfrequency handover back to the HPLMN. NO Indicates the RSRQ threshold for event A4 related to coverage-based inter-frequency handover. When the measured RSRQ value exceeds this threshold, event A4 is reported. The value of this parameter is also used as the RSRQ threshold for event A4 related to distance-based, UL-power-based, or SPID-based interfrequency handover back to the HPLMN. NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804
Indicates the timeto-trigger for event A4 for the interfrequency handover. When detecting that the signal quality in at least one neighboring cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of wrong handovers. In summary, it helps prevent unnecessary handovers. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the RSRP threshold for event A4 related to loadbased interfrequency handover. When the measured RSRP value exceeds this threshold, event A4 is reported. The value of this parameter is also used as the RSRP threshold for event A4 related to frequency-prioritybased or servicebased interfrequency handover. NO
NO
NO
LBFD-00201805 / TDLBFD-00201805
Indicates the RSRQ threshold for event A4 related to loadbased interfrequency handover. When the measured RSRQ value exceeds this threshold, event A4 is reported. The value of this parameter is also used as the RSRQ threshold for event A4 related to frequency-prioritybased or servicebased interfrequency handover. NO
NO
NO
LBFD-00201805 / TDLBFD-00201805
Indicates the RSRP threshold for frequency-prioritybased interfrequency measurement event A1. When the measured RSRP value exceeds this threshold, an event A1 report will be sent. NO
NO
NO
None
Indicates the RSRQ threshold for frequency-prioritybased interfrequency measurement event A1. When the measured RSRQ value exceeds this threshold, an event A1 report will be sent. NO
NO
NO
None
Indicates the offset for event A3 associated with inter-frequency handover. This parameter determines the border between the serving cell and the neighboring cell. If the parameter is set to a large value, an inter-frequency handover is performed only when the signal quality of the neighboring cell is significantly better than that of the serving cell and other triggering conditions are met. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRP threshold for event A1 associated with event-A3-triggered inter-frequency handover. When the measured RSRP value exceeds this threshold, a measurement report will be sent. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRP threshold for event A2 associated with event-A3-triggered inter-frequency handover. When the measured RSRP value is below the threshold, a measurement report will be sent. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRP threshold for frequency-prioritybased interfrequency measurement event A2. If the measured RSRP value is less than this threshold, an event A2 report will be sent. NO
NO
NO
None
Indicates the RSRQ threshold for interfrequency measurement event A2. When the measured RSRQ value is below this threshold, a measurement report will be sent. NO
NO
NO
None
Indicates the RSRP threshold for the A1/A2 event that is used for locationbased UE priority selection during MLB that is based on the number of UEs performing downlink data transmission. If cell center users are preferably selected, the UEs whose RSRP values are higher than this threshold and reports A1 events are selected to perform MLB. If cell edge users are preferably selected, the UEs whose RSRP values are lower than this threshold and reports A2 events are selected to perform MLB. This parameter is set only for TDD cells. NO
NO
NO
TDLOFD-001033
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the parameter group related to intra-frequency handover.
YES
Indicates the hysteresis for intrafrequency handover event A3. This parameter decreases frequent event triggering due to radio signal fluctuations and reduces the probability of handover decision errors and pingpong handovers. A larger value of this parameter results in a lower probability. The hysteresis for event interfrequency handover event A3 is the same as the value of this parameter. For details, see 3GPP TS 36.331. NO
YES
NO
None
NO
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the offset for event A3. If the parameter is set to a large value, an intra-frequency handover is performed only when the signal quality of the neighboring cell is significantly better than that of the serving cell and other triggering conditions are met. For details, see 3GPP TS 36.331. signal quality in the NO serving cell and that in at least one neighboring cell meet the entering condition, it does not immediately send a measurement report to the eNodeB. Instead, the UE sends a report only when the signal quality meets the entering condition throughout the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of incorrect handovers, preventing unnecessary handovers. The time-to-trigger for inter-frequency handover event A3 is the same as the value of this parameter. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
NO
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the QoS class identifier (QCI) of an evolved packet system (EPS) bearer. Different QCIs indicate different QoS requirements, such as the packet delay budget, packet error loss rate, and resource type. For details, see Table 6.1.7 in 3GPP TS 23.203. YES
YES
NO
None
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
Indicates the index of the operator.
YES
Indicates the name of the operator. The name is a string of a maximum of 32 characters. The string cannot be all null characters or contain any of the following characters: double quotation marks ("), commas (,), semicolons (;), equal signs (=), single quotation marks ('), three consecutive plus signs (+++), two or more consecutive spaces, and two or more consecutive percent signs (%). NO
NO
YES
YES
NO
None
NO
LOFD-001036 LOFD-001037 LOFD-001086 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-001086 / TDLOFD-001086 TDLOFD-001112 LOFD-070206
Indicates the type of the operator. The operator can be the primary operator or a secondary operator. For each eNodeB, only one primary operator but more than one secondary operator can be configured. NO
Indicates the mobile country code (MCC) of the operator. NO
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-001086 / TDLOFD-001086 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-001086 / TDLOFD-001086 TDLOFD-001112 LOFD-070206
Indicates the mobile network code (MNC) of the operator. The value of this parameter is a string of two or three characters, each of which must be a digit in the range from 0 to 9. NO
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-001086 / TDLOFD-001086 TDLOFD-001112 LOFD-070206
Indicates the ID of the IP path.
YES
NO
None
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
Indicates the ID of the operator.
YES
NO
YES
Indicates the tracking area ID, which uniquely identifies an entry of tracking area information. This parameter is used only within the eNodeB and is not used during the information exchange with the EPC. This is different from the TAI configured in the EPC TAL.
Indicates the index of the operator.
YES
NO
Indicates the tracking area code (TAC), which is used by the EPC to determine the area within which paging messages are sent. One tracking area is comprised of one or more cells. Two TAC values 0x0000(0) and 0xFFFE(65534) are reserved according to the protocol and will not be used in future versions. Therefore, do not use 0 or 65534 as a TAC value in TAC planning or configuration. NO
YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the ID of a carrier-sharing operator group. This parameter uniquely specifies a carrier-sharing operator group. YES
YES
NO
LOFD-070206
Indicates the ID of the primary operator in a carrier-sharing operator group.
NO
YES
NO
LOFD-070206
Indicates the list of secondary operators in a carrier-sharing operator group.
NO
YES
NO
LOFD-070206
Indicates the ID of a secondary operator in a carrier-sharing operator group. YES
Indicates the id of the operator.
YES
Indicates whether to enable or disable emergency calls. It is recommended that this parameter be set to a value in accordance with the actual emergency call capability of the operator. NO
YES
NO
LOFD-070206
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
NO
LBFD-002028 / TDLBFD-002028
Indicates whether the operator supports emergency calls initiated by UEs in the limited service state.
NO
NO
NO
LBFD-002028 / TDLBFD-002028
Indicates the Allocation and Retention Priority (ARP) value of the dedicated emergency call bearer.
NO
NO
NO
LBFD-002028 / TDLBFD-002028
Indicates the Allocation and Retention Priority (ARP) value of the default emergency call bearer.
NO
NO
NO
LBFD-002028 / TDLBFD-002028
Indicates the mode of outputting call history records (CHRs).ALL_OUTP UT means both normal and abnormal calls are output. When there is no storage space for new CHRs, a new record will cover the beginning one.ABNORMAL_N ORMAL_SAMPLE means calls are output based on the storage space and the proportion of normalcalls to abnormal calls. Ensure that CHR recording time meets the requirement.ABNO RMAL_ALL_NORM AL_SAMPLE means all abnormal calls are output and the normal calls are output based on the proportion of normal calls to abnormal calls. NO
NO
NO
None
Indicates the percentage of CHRs for abnormal calls in the CHR output. For example, if this parameter is set to 90, the percentage of CHRs for abnormal calls in the CHR output is 90%, and that of CHRs for normal calls is 10%. This parameter is invalid when the OutPutMode parameter is set to ALL_OUTPUT(All Output). This parameter takes effect immediately after being set or modified, and the CHR output will be refreshed. NO
NO
NO
None
Indicates the maximum number of call history records (CHRs) that can be stored. For example, if this parameter is set to 4000, 4000 CHRs can be stored. (The size of a CHR for one call is about 6 KB, and the storage space is 24 MB.) This parameter is invalid if the OutPutMode parameter is set to ALL_OUTPUT or ABNORMAL_ALL_ NORMAL_SAMPLE . If the OutPutMode parameter is set to ABNORMAL_NOR MAL_SAMPLE, the value of this parameter indicates the expected number of CHRs that can be stored, which should be set based on the actual storage space and the size of a CHR. NO
NO
NO
None
Indicates the eNodeB sharing mode, which can be independent mode, RAN sharing with common carriers, RAN sharing with dedicated carriers, or hybrid RAN sharing. NO
NO
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates whether to enable or disable X2 setup by SON. NO
NO
NO
None
Indicates the method of X2 setup by SON, that is, the method of automatically setting up X2 interfaces. The value X2_OVER_OSS can be set only for Huawei eNodeBs, and the value X2_OVER_S1 can be set for eNodeBs of any vendor. NO
NO
NO
None
Indicates whether to enable scheduling request indication (SRI) adaptation. If this switch is turned on, the SRI period adaptively changes based on the SRI algorithm. If this switch is turned off, the SRI period is the value of the SriPeriod parameter in the CellStandardQci MO. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates whether to set a logical channel group profile. Currently, two logical channel group profiles are available: LCG_PROFILE_0 and LCG_PROFILE_1. If LCG_PROFILE_0 is used, only one logical channel group is assigned to non-GBR services. If LCG_PROFILE_1 is used, two logical channel groups are assigned to nonGBR services: one to high-priority nonGBR services and the other to lowpriority non-GBR services. NO
NO
NO
LBFD-002025 / TDLBFD-002025 LOFD-00101502 / TDLOFD-00101502
Indicates whether to enable or disable RAN information management (RIM) for handovers within an RNC pool. An RNC pool can be used for load balancing between RNCs. An RNC can take over a cell that was controlled by another RNC in the pool. NO
NO
NO
None
Indicates whether the eNodeB simultaneously sends Uu messages during security mode activation and reconfiguration. If this switch is turned on, the eNodeB simultaneously sends Uu messages. If this switch is turned off, the eNodeB sends Uu messages one by one. NO CME and modifications to the parameters of a neighboring eNodeB will be updated on the local eNodeB through messages over the X2 interface. These parameters include eNodeBId, CellId, LocalCellId, CnOperator, CnOperatorTa, CellOp, PhyCellId, and DlEarfcn. This prevents the configuration data from being lost or abnormal during the automatic update. This switch must be turned on if the interlocking modification function on the CME is not used and the eNodeB configuration data on a network is to be modified by using the automatic eNodeB configuration update over the X2 interface. NO
NO
NO
LBFD-002007 / TDLBFD-002007
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates whether to enable the X2 interface self-setup function for the target operator. NO
NO
NO
None
Indicates whether to select transport network layer (TNL) parameters based on the primary PLMN ID or selected PLMN ID that contained in the SON configuration message. This parameter is used for X2 self-setup in RAN sharing scenarios. Selecting TNL parameters based on the primary PLMN ID applies to X2 selfsetup between eNodeBs provided by different suppliers. For X2 self-setup between Huawei eNodeBs, selecting TNL parameters based on the selected PLMN ID is used in preference. NO
NO
NO
None
Indicates the UMTS load transmission channel. The eNodeB sends RANINFORMATIONREQUEST PDUs to UTRAN cells to request multiple reports on the load status of UTRAN cells only when the parameter is set to BASED_ON_RIM.T he function specified by the parameter value BASED_ON_ECO is temporarily unavailable. NO destination addresses, not send the uplink and downlink destination addresses, or send only the uplink or downlink destination address to the source eNodeB. If the switch is turned on, uplink data forwarding and downlink data forwarding are determined together. The target eNodeB can choose to send both the uplink and downlink destination addresses, not send the uplink and downlink destination addresses, or send only the downlink destination address to the source eNodeB. The target eNodeB cannot send only the uplink destination address to the source eNodeB. NO
NO
NO
None
NO
NO
None
fail again. As a result, the UE initiates an RRC connection reestablishment procedure again. If this repeatedly happens, the UE repeatedly initiates RRC connection reestablishment. If this parameter is set to 0, the function of RRC connection reestablishment protection is not used. If this parameter is set to a value other than 0, the eNodeB rejects the RRC connection reestablishment request due to reconfigurationFailu re from a UE when the number of RRC connection reestablishment requests initiated by the UE served by the eNodeB due to reconfigurationFailu re has exceeded the parameter value within 1 minute. NO
NO
NO
None
Indicates the time during which the X2 interface configuration is retained for a local eNodeB and a peer eNodeB when the two eNodeBs do not have a neighbor relationship with each other. If the local eNodeB determines that a neighbor relationship is not configured for the local and peer eNodeBs, the local eNodeB starts the timer and removes the X2 interface configuration when the timer expires. If this parameter is set to 0, the X2 automatic removal function is disabled. NO
NO
NO
LOFD-002001 / TDLBFD-002001
Indicates the eNodeB coding scheme for Global eNodeB ID IE and Reporting Cell ID IE in the RIM message. If the EPC devices that exchange RIM messages with eNodeBs are provided by Huawei and the peer devices adopt the private coding scheme, set this parameter to Private Coding. In other cases, set this parameter to Standard Coding. NO
NO
NO
None
Indicates whether the handover request message for a handover from E-UTRAN to UTRAN or GERAN contains the UEEUTRA-Capability information element (IE). NO
NO
NO
LOFD-001019
Indicates whether MMEs of operators that share the eNodeB can be configured with the same mobility management entity code (MMEC). If this parameter is set to OFF(Off), MMEs of operators that share the eNodeB cannot be configured with the same MMEC. If this parameter is set to ON(On), MMEs of operators that share the eNodeB can be configured with the same MMEC. NO
NO
NO
LOFD-001018 / TDLOFD-001018
Indicates whether to enable the X2 automatic removal based on a request from the peer eNodeB. If this parameter is set to ON(On), this function is enabled. If this parameter is set to OFF(Off), this function is disabled. When the parameter is set to ON(On), the local eNodeB removes the X2 interface configuration if the local eNodeB receives a RESET REQUEST message from the peer eNodeB and determines that the X2 interface is unavailable. NO
NO
NO
None
or X2-based outgoing handover. When this parameter is set to OFF(Off), the SN STATUS TRANSFER message contains the IE Receive Status Of UL PDCP SDUs if the eNodeB receives out-of-order uplink PDCP packets for bearers in acknowledge mode. When this parameter is set to ON(On), the SN STATUS TRANSFER message contains the IE Receive Status Of UL PDCP SDUs if the following conditions are met: (1) The source eNodeB receives out-oforder uplink PDCP packets for bearers in acknowledge mode. (2) The target eNodeB returns the uplink data forwarding address. NO
NO
NO
LBFD-002018 / TDLBFD-002018
switch will not take effect on the interaction between RRC connection reestablishment and other signaling procedure. RrcRecfgMcOptSwi tch: If this option is selected, the cell measurement configurations with the CIO of dB0 (indicated by cellIndividualOffset) are no longer included in the measurement configurations delivered to the UE. IdleCsfbRedirectOp tSwitch: In CSFB for UEs in idle mode, if this option is selected and the preferred CSFB policy is redirection, the eNodeB no longer activate security mode or perform RRC connection reconfiguration, but sends the RRC connection redirection message. NO
NO
NO
None
tables (NRTs) based on the ENB CONFIGURATION UPDATE message. If this parameter is set to ON, this function is enabled. If this parameter is set to OFF, this function is disabled. If both the X2BasedUptENode BCfgSwitch parameter and this parameter are set to ON, the eNodeB removes external cell and neighboring cell configurations from NCLs and NRTs if the following conditions are met: (1) The ENB CONFIGURATION UPDATE message received over the X2 interface contains the IE "Served Cells To Delete" (identified by the IE ID 27); (2) The No Remove attribute for the neighbor relationship is set to permit removals. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the type of served cells, which is contained in protocol-defined messages exchanged in X2 Setup and eNB Configuration Update procedures. If this parameter is set to ACTIVE_CELL(Acti ve Cell), the serving cells include all the activated cells. If this parameter is set to CONFIGURED_CE LL(Configured Cell), the serving cells include all the configured cells. NO
NO
NO
None
Indicates whether to enable eNodeBtriggered MME load rebalancing. When this parameter is set to ON(On), the eNodeB releases the RRC connection for a UE with the cause value "loadBalancingTAUr equired" if the UE accesses the cell using an S-TMSI that is associated with an overloaded MME. This ensures that the UE can be routed to a lightly loaded MME if it initiates another access request. When this parameter is set to OFF(Off), the eNodeB sends an RRCConnectionRel ease message with the cause value "other" to the UE to release its RRC connection. NO
NO
NO
None
Indicates after which times of resynchronization failures the UE release timer is started in scenarios where the RRC connection is released for a UE caused by resynchronization failure. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates whether to perform the radio link failure (RLF) detection for a UE when the RRC connection for the UE is released because of UE inactivity. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the UE link fault detection switch. If this switch is turned on, link fault detection is enabled for synchronized UEs. If this switch is turned off, link fault detection is not enabled for synchronized UEs. NO
NO
NO
LBFD-002007 / TDLBFD-002007
Indicates the value of the IE Default paging DRX contained in the S1 SETUP REQUEST and ENB CONFIGURATION UPDATE messages that the eNodeB sends over the S1 interface. For details, see 3GPP TS 36.413. NO
NO
NO
LBFD-002011 / TDLBFD-002011
Indicates whether the RRCConnectionRe configuration message sent from the source eNodeB to a UE contains the power headroom configuration during a handover where the eNodeB works as the target eNodeB. If this parameter is set to ON(On), the RRCConnectionRe configuration message must contain the power headroom configuration. If this parameter is set to OFF(Off), the power headroom configuration is optional in the RRCConnectionRe configuration message. NO
NO
NO
LBFD-002026 /TDLBFD-002026
UTRAN cell load information through RAN information management (RIM) procedures to the UTRAN. This option applies only to LTE FDD. If the RimUtranSwitch option is selected, the eNodeB sends cell load information through RIM procedures to the UTRAN and notifies the UTRAN of cell load changes through RIM procedures. The EcoSwitch option controls whether to send cell load information to the eCoordinator. This option applies to both LTE FDD and LTE TDD. If the EcoSwitch option is selected, the eNodeB sends load information to the eCoordinator and notifies the eCoordinator of cell load changes through RIM procedures. NO
NO
NO
LOFD-070203 SEFD-090205 SEFD-090206
Indicates whether the eNodeB supports some protocol-defined procedures. If the SupportS1UeCapM atchMsg(SupportS1 UeCapMatchMsg) option is selected, the eNodeB can process and respond to the UE RADIO CAPABILITY MATCH REQUEST message over the S1 interface. For details about the message, see 3GPP TS 36.413. If the SupportS1UeCapM atchMsg(SupportS1 UeCapMatchMsg) option is cleared, the eNodeB cannot process the UE RADIO CAPABILITY MATCH REQUEST message and responds with an error indication message. NO
NO
NO
None
Indicates whether the eNodeB is allowed to send a CellTrafficTrace message to the MME over the S1 interface after a cell tracing task is started. If this parameter is set to ON, the eNodeB can send the CellTrafficTrace message to the MME after the cell tracing task is started. If this parameter is set to OFF, the eNodeB does not send the message in this scenario. For details about the mechanism for sending the CellTrafficTrace message, see 3GPP TS 32.422. NO
NO
NO
None
This switch is only valid when a UMPT and an LMPT are in one BBU, with the UMPT as the main control board and the LMPT as the extended board.The LMPT can be configured with a maximum of 18 cells. This switch should be off if the eNodeB needs to be configured more than 18 cells. NO
NO
NO
None
Bit 0 of the MmeSelectProcSwit ch parameter is used to control the policy based on which the eNodeB selects a mobility management entity (MME) for a UE in cell reselection from a GERAN or UTRAN cell to an E-UTRAN cell. If this bit is set to 0, the eNodeB preferentially chooses the MME which stores the UE context. If this bit is set to 1, the eNodeB preferentially chooses the lowly loaded MME. The setting of this bit only takes effect on UEs that report the globally unique MME identifier (GUMMEI) information within which the highest bit of the MME group identifier (MMEGI) is 0. NO
NO
NO
LOFD-001018 / TLOFD-001018
Indicates whether to enable software commissioning over the S1 interface. If all S1 links are unavailable in the initial engineering stage, this parameter enables cells to be activated for cell signal coverage tests. It is recommended that this parameter be used only in the engineering commissioning stage. NO
NO
NO
None
when the UE reports event A4 for configuring an SCC. If this switch is off, the eNodeB preferentially sends the SCC configuration message to the UE when the UE reports event A4 for configuring an SCC and then sends an A4-related measurement configuration deletion message to the UE to delete the measurement configuration. CaHoReqWithR9C onfigSwitch: Indicates whether the handover request message sent from the source eNodeB during a handover for a UE carries the IEs sourceOtherConfigr9 and ueConfigRelease-r9. The message carries these IEs only when this switch is on. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the triggering type for establishing an SCTP link for an X2 interface. If this parameter is set to BASED_TNL, the establishment can be triggered based on transport resources. When the CP bearer is subscribed, the eNodeB initiates the establishment of an SCTP link with the peer eNodeB. If this parameter is set to BASED_X2INTERF ACE, the SCTP establishment can be triggered based on the X2 interface. When the conditions for setting up an X2 interface are met, the eNodeB initiates the establishment of an SCTP link with the peer eNodeB. NO
NO
NO
None
T: If this option is selected, X2 automatic removal based on X2 fault is enabled. BASED_ON_X2US AGE_WITH_NEGO : If this option is selected, X2 automatic removal based on X2 usage through negotiation between the local and peer eNodeBs is enabled.This option applies to the scenarios where the X2 interface is normal and the peer eNodeB is a Huawei eNodeB. BASED_ON_X2US AGE__WITHOUT_ NEGO: If this option is selected, X2 automatic removal based on X2 usage without negotiation between the local and peer eNodeBs is enabled.This option applies to the scenarios where the X2 interface is normal and the peer eNodeB is not a Huawei eNodeB. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the length of the timer for automatically removing X2 interfaces based on X2 fault. If an X2 interface is faulty throughout the time specified by this timer, the eNodeB automatically removes the X2 interface. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Ndicates the length of the timer for automatically removing X2 interfaces based on X2 usage. If the number of handovers from a peer eNodeB to a local eNodeB within the time specified by this timer is less than the X2SonDeleteHoInN umThd parameter value and the number of handovers from the local eNodeB to the peer eNodeB within the time specified by this timer is also less than the X2SonDeleteHoOut NumThd parameter value, the local eNodeB automatically removes the X2 interface between the eNodeBs. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the threshold of the number of incoming handovers for automatically removing X2 interfaces based on X2 usage. If the number of handovers from a peer eNodeB to a local eNodeB within the time specified by the X2SonDeleteTimerf orX2Usage parameter is less than this parameter value and the number of handovers from the local eNodeB to the peer eNodeB within the time specified by the X2SonDeleteTimerf orX2Usage parameter is also less than the X2SonDeleteHoOut NumThd parameter value, the local eNodeB automatically removes the X2 interface between the eNodeBs. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the threshold of the number of outgoing handovers for automatically removing X2 interfaces based on X2 usage. If the number of handovers from a local eNodeB to a peer eNodeB within the time specified by the X2SonDeleteTimerf orX2Usage parameter is less than this parameter value and the number of handovers from the peer eNodeB to the local eNodeB within the time specified by the X2SonDeleteTimerf orX2Usage parameter is also less than the X2SonDeleteHoInN umThd parameter value, the local eNodeB automatically removes the X2 interface between the eNodeBs. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the maximum number of synchronized UEs supported by a baseband processing unit (BBP). This parameter currently applies only to LBBPd boards in LTE FDD macro eNodeBs. If the PucchPeriodicCqiO ptSwitch parameter is set to OFF or at least one cell established in the LBBPd is configured with extended cyclic prefix (CP), the parameter value MAX_SYNC_USER _1200 takes effect irrespective of the actual parameter setting. NO
Indicates the index of the operator.
YES
NO
YES
NO
None
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the proportion of the number of UEs in RRC_CONNECTE D mode of the operator when the eNodeB is shared among operators. This parameter must be set based on the contract signed with operators.
NO
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the proportion of users that the operator can share to other operators when the eNodeB is shared among operators. This parameter must be set based on the contract signed by operators. This parameter applies only to LTE FDD. NO
NO
NO
LOFD-001113 TDLBFD-004014 LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the ID of a Multimedia Broadcast Single Frequency Network (MBSFN) area to which a cell belongs. NO
NO
YES
None
Indicates the synchronization period of the SYNC protocol. NO
NO
NO
LOFD-070220
Indicates whether the cell is a reserved cell for Multimedia Broadcast Multicast Service (MBMS) services. NO
NO
YES
None
This parameter indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. NO
NO
YES
None
Indicates the ID of a mobility load balancing (MLB) parameter group for a QCI. This parameter is valid only for LTE TDD cells. YES
YES
NO
TDLOFD-001032
Indicates the uplink minimum guaranteed bit rate. This parameter is valid only for LTE TDD cells. NO
NO
NO
TDLOFD-001032
Indicates the downlink minimum guaranteed bit rate. This parameter is valid only for LTE TDD cells. NO
NO
NO
TDLOFD-001032
Indicates the minimum length of the S1 reestablishment timer. NO
NO
NO
None
Indicates the maximum length of the S1 reestablishment timer. NO
NO
NO
None
Indicates the ID of the operator.
YES
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
YES
NO
None
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates the number of a specific call history record (CHR) hierarchical classification output mode. YES
YES
NO
None
Indicates the call history record (CHR) generating cause value corresponding to a specific CHR hierarchical classification mode. NO
YES
NO
None
Indicates the call history record (CHR) hierarchical output mode. If the parameter is set to Level_1_Output, level-1 CHRs, that is, only typical records, are outputted. If the parameter is set to Level_2_Output, level-2 CHRs, that is, all records, are outputted. If level-2 CHRs are started to be outputted, the number of outputted records increases, thereby decreasing the duration that the local logs can be recorded. NO
YES
NO
None
Indicates whether CHRs are outputted after being sampled. If this parameter is set to SamplingEnable, specific CHRs are outputted after being sampled. If this parameter is set to SamplingUnable, the specific CHRs are all outputted without being sampled. If the value of this parameter is changed from SamplingEnable to SamplingUnable, the amount of records increases, thereby decreasing the duration that the local logs can be recorded. NO
YES
NO
None
Indicates the ID of the ECO MO.
YES
NO
None
Indicates whether to configure the control-plane end point group, userplane end point group, or both end point groups for the ECO MO. NO
NO
NO
None
Indicates the ID of the control-plane end point group used by the ECO MO.
NO
YES
NO
None
Indicates the ID of the user-plane end point group used by the ECO MO. NO
YES
NO
None
Indicates the descriptions of the ECO MO.
NO
NO
NO
None
Indicates the ID of the control port (CP) bearer for the ECO interface.
NO
NO
YES
None
Indicates the status of the control port (CP) bearer for the ECO interface. NO
NO
YES
None
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the ID of the IP path.
Indicates the application type of the IP path.
YES
YES
NO
YES
YES
Indicates the S1 interface ID of the IP path. This parameter is unavilable in this version, it is recommended to be set as 0. NO
YES
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the X2 interface ID of the IP path.
NO
YES
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the M1 object ID.
YES
YES
NO
LOFD-070220
Indicates the ID of the end point group used by the M1 MO. NO
YES
NO
LOFD-070220
Indicates the userdefined information. NO
NO
NO
None
Indicates the M2 object ID.
YES
NO
LOFD-070220
Indicates the ID of the end point group used by the M2 MO. NO
YES
NO
LOFD-070220
Indicates the userdefined information. NO
NO
NO
None
Indicates the control port (CP) bearer ID of the M2 interface. NO
NO
YES
None
YES
Indicates the control port bearer status of the M2 interface.
NO
NO
YES
None
Indicates the M2 interface status.
NO
NO
YES
None
Indicates the number of sessions on the M2 interface. NO
NO
YES
None
Indicates the name of the Multicell/multicast Coordination Entity (MCE) to which the eNodeB is connected over the M2 interface. NO
NO
YES
None
Indicates the global unique ID of the Multi-cell/multicast Coordination Entity (MCE) connected to the eNodeB through the M2 interface. The global unique ID of the MCE is represented as "MCC-MNC-MCE ID". MCC is short for mobile country code and MNC is short for mobile network code. NO
NO
YES
None
Indicates the fault reason of the M2 link.
NO
YES
None
NO
Indicates the temporary mobile group identities (TMGIs) of all incoming sessions over the M2 interface.
Indicates the S1 object ID.
NO
YES
Indicates the ID of the operator that owns the S1 object. NO
Indicates the ID of the control-plane end point group used by the S1 object.
NO
Indicates the ID of the user-plane end point group used by the S1 object. NO Indicates the compliance protocol release of the MMEs to which the eNodeB is connected through the S1 interfaces under this S1 object. NO
NO
YES
YES
YES
YES
NO
YES
None
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates the description of the S1 object.
Indicates whether to configure the control-plane or user-plane end point group.
NO
NO
NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the priority of an MME to which the eNodeB is connected through the S1 interface. A large parameter value indicates a high priority. After this parameter is set for MMEs, the eNodeB can select a high-priority MME for UEs attempting to access the network. NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the ID of a carrier-sharing operator group that shares the S1 MO. If the eNodeB works in hybrid RAN sharing mode, set this parameter to a value within the range from 1 to 5. If the eNodeB works in independent mode, RAN sharing with common carriers mode, or RAN sharing with dedicated carriers mode, retain the default value 255, which is an invalid value. NO
NO
NO
LOFD-070206
Indicates the S1 interface ID.
NO
NO
YES
None
Indicates the status of the S1 interface. NO
NO
YES
None
Indicates whether the S1 interface is blocked. An S1 interface is blocked after the execution of BLK S1INTERFACE and is unblocked after the execution of UBL S1INTERFACE. NO
NO
YES
None
Indicates the ID of the control port bearer for the S1 interface.
NO
NO
YES
None
Indicates the status of the control port (CP) bearer for the S1 interface. NO
NO
YES
None
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the ID of the S1 interface.
Indicates the ID of the control port bearer for the S1 interface.
YES
NO
YES
YES
Indicates the ID of the operator that owns the S1 interface.
NO
Indicates the compliance protocol release of the MME to which the eNodeB is connected through the S1 interface. The eNodeB sends S1 messages complying with the protocol release specified by this parameter. The value of this parameter must be the same as the MME-complied protocol release. If the parameter value is different from the MME-complied protocol release, the way in which the MME handles these message is subject to the MME implementation. NO Indicates whether the S1 interface is blocked. An S1 interface is blocked after the execution of BLK S1INTERFACE and is unblocked after the execution of UBL S1INTERFACE. NO
YES
NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018 LOFD-070206
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the control mode of the S1 interface, which determines the control policies of users and the SON function on the S1 interface. When it is set to MANUAL_MODE, only users can control the S1 interface. When it is set to AUTO_MODE, both users and the SON function can control the S1 interface. The control policies set in this parameter also apply to the MmeFeatureCfg MO. When the SON function automatically sets up an S1 interface, this parameter is set to AUTO_MODE by default. When users add or modify an S1 interface, users can set this parameter to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates whether the S1 interface is created automatically or manually. This parameter is set by the system. Users cannot modify the parameter setting. The system sets this parameter to AUTO_CREATE when the S1 interface is created automatically using the SON function and to MANUAL_CREATE when the S1 interface is created manually by using the CME or running an MML command. NO Indicates the priority of an MME to which the eNodeB is connected through the S1 interface. A large parameter value indicates a high priority. After this parameter is set for MMEs, the eNodeB can select a high-priority MME for UEs attempting to access the network. NO
NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-001018 / TDLOFD-001018
Indicates the ID of a carrier-sharing operator group that shares the S1Interface MO. If the eNodeB works in hybrid RAN sharing mode, set this parameter to a value within the range from 1 to 5. If the eNodeB works in independent mode, RAN sharing with common carriers mode, or RAN sharing with dedicated carriers mode, retain the default value 255, which is an invalid value. NO
NO
NO
LOFD-070206
Indicates the status of the S1 interface. NO
NO
YES
None
Indicates the status of the control port bearer for the S1 interface. NO
NO
YES
None
Indicates whether the MME connected to the eNodeB over the S1 interface is overloaded. This parameter is valid after the S1 interface is established. Before the S1 interface is established, the MME load status is NULL. For details about the MME load status after the S1 interface is established, see 3GPP TS 36.413. NO
NO
YES
None
Indicates the number of users that have accessed the S1 interface. NO
NO
YES
None
Indicates the name of the MME to which the eNodeB is connected through the S1 interface. This parameter is valid after the S1 interface is established and the MME name is contained in the S1 interface establishing response message or the MME configuration update message. In other conditions, the parameter value is NULL. For details, see 3GPP TS 36.413. NO
NO
YES
None
Indicates the IDs of all served PLMNs of the MME to which the eNodeB is connected. The ID of a served PLMN consists of the MCC and MNC. PLMN IDs are separated by commas (,). NO
NO
YES
None
Indicates the Global Unique MME Identifiers (GUMMEIs) of all MME to which the eNodeB is connected. A GUMMEI of a serving MME consists of the MCC, MNC, MME group ID, and MME code. GUMMEIs are separated by commas (,). NO
NO
NO
None
Indicates the capacity of the connected MME relative to that of other MMEs. A larger value of this parameter indicates a larger capacity allowing UE access. NO
NO
YES
None
Indicates the reason of the fault on the S1 link.
NO
NO
YES
None
Indicates the interface protocol type of the debugging message. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center.
YES
YES
NO
None
Indicates the number of the message transmitted over 3GPP-specific interfaces. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. YES Indicates the operation performed by the eNodeB on a matched message. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO and matching content. The value ZERO indicates that the eNodeB discards or modifies the messages with a specific ID. The value ONE indicates that the eNodeB discards or modifies the messages with the matching result of one matching item to be positive. The value TWO indicates that the eNodeB discards or modifies the messages with the matching result of two matching items to be positive. The value THREE indicates that the eNodeB discards or modifies the messages with the result of three matching items to be positive. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
YES
NO
None
YES
NO
None
YES
NO
None
Indicates the matching offset used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching length used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching content used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. The matching content consists of 0 to 100 hexadecimal digits. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching offset used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching length used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching content used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. The matching content consists of 0 to 100 hexadecimal digits. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching offset used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching length used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the matching content used when the eNodeB compares a debugging message with a message received or to be sent by the eNodeB. The matching content consists of 0 to 100 hexadecimal digits. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
modification item contains the modification offset, modification length, and modification content. The value ZERO indicates that the eNodeB does not modify the messages with positive matching result. The value ONE indicates that the eNodeB makes one modification to the messages with positive matching result. The value TWO indicates that the eNodeB makes two modifications to the messages with positive matching result. The value THREE indicates that the eNodeB makes three modifications to the messages with positive matching result. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification offset used when the eNodeB modifies a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification length used when the eNodeB modifies a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification content used when the eNodeB modifies a message received or to be sent by the eNodeB. The modification content consists of 0 to 100 hexadecimal digits. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification offset used when the eNodeB modifies a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification length used when the eNodeB modifies a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification content used when the eNodeB modifies a message received or to be sent by the eNodeB. The modification content consists of 0 to 100 hexadecimal digits. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification offset used when the eNodeB modifies a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification length used when the eNodeB modifies a message received or to be sent by the eNodeB. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the modification content used when the eNodeB modifies a message received or to be sent by the eNodeB. The modification content consists of 0 to 100 hexadecimal digits. Do not change the setting of this parameter without the guidance from Huawei Customer Service Center. NO
NO
NO
None
Indicates the ID of an eNodeB FDD baseband resource. The ID uniquely identifies an eNodeB FDD baseband resource within an eNodeB. If the LTE_FDD(LTE FDD) option of the Base Band Work Standard parameter in a BBP MO is selected, the eNodeB automatically adds an eNodeBFddBbRes MO for this baseband processing unit (BBP) and allocates a unique eNodeB FDD baseband resource ID for the BBP MO. YES
YES
NO
None
Indicates the number of the cabinet housing the baseband processing unit that provides the baseband resource.When the eNodeBFddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Cabinet No. parameter in the BBP MO. NO
NO
NO
None
Indicates the number of the subrack housing the baseband processing unit that provides the baseband resource.When the eNodeBFddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Subrack No. parameter in the BBP MO. NO
NO
NO
None
Indicates the number of the slot housing the baseband processing unit that provides the baseband resource. When the eNodeBFddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Slot No. parameter in the BBP MO. NO
YES
NO
None
Indicates the capacity of the baseband resource used for LTE FDD services. When the eNodeBFddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Base Band Work Standard parameter in the BBP MO. NO
NO
NO
None
Indicates the administrative state of the baseband resource. BLOCKED means that the baseband resource cannot be used to provide LTE FDD services. UNBLOCKED means that the baseband resource can be used to provide LTE FDD services. NO
NO
NO
None
Indicates the operational state of the baseband resource. ENABLED means that the baseband resource is available. DISABLED means that the baseband resource is unavailable. If the setting of the Base Band Work Standard parameter for the corresponding baseband processing unit (BBP) and the BBP capability are mismatched, the setting of this parameter does not take effect. NO
NO
YES
None
Indicates the ID of an eNodeB TDD baseband resource. The ID uniquely identifies an eNodeB TDD baseband resource within an eNodeB. If the LTE_TDD(LTE TDD) option of the Base Band Work Standard parameter in a BBP MO is selected, the eNodeB automatically adds an eNodeBTddBbRes MO for this baseband processing unit (BBP) and allocates a unique eNodeB TDD baseband resource ID for the BBP MO. YES
YES
NO
None
Indicates the number of the cabinet housing the baseband processing unit that provides the baseband resource. When the eNodeBTddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Cabinet No. parameter in the BBP MO. NO
NO
NO
None
Indicates the number of the subrack housing the baseband processing unit that provides the baseband resource. When the eNodeBTddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Subrack No. parameter in the BBP MO. NO
NO
NO
None
Indicates the number of the slot housing the baseband processing unit that provides the baseband resource. When the eNodeBTddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Slot No. parameter in the BBP MO. NO
YES
NO
None
Indicates the capacity of the baseband resource used for LTE TDD services. When the eNodeBTddBbRes MO is automatically added, the eNodeB automatically assigns a value to this parameter based on the setting of the Base Band Work Standard parameter in the BBP MO. NO
NO
NO
None
Indicates the administrative state of the baseband resource object. BLOCKED means that the baseband resource cannot be used to provide LTE TDD services. UNBLOCKED means that the baseband resource can be used to provide LTE TDD services. NO
NO
NO
None
Indicates the operational state of the baseband resource. ENABLED means that the baseband resource is available. DISABLED means that the baseband resource is unavailable. If the setting of the Base Band Work Standard parameter for the corresponding baseband processing unit (BBP) and the BBP capability are mismatched, the setting of this parameter does not take effect. NO
NO
YES
None
Indicates the ID of an S1 interface.
YES
NO
None
YES
Indicates whether the MME at the other end of the S1 interface supports Huawei-proprietary positioning procedures, which are included in minimization of drive tests (MDT). The value DISABLE(disable) indicates that the MME does not support the procedures and therefore the eNodeB cannot obtain UE location information from the MME through the procedures. The value ENABLE(enable) indicates the opposite. NO
Indicates the X2 object ID.
Indicates the ID of the operator to which the X2 MO belongs.
Indicates the ID of the control-plane end point group used by the X2 object.
YES
NO
NO
NO
YES
YES
YES
NO
None
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates the ID of the user-plane end point group used by the X2 object. NO
YES
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates the compliance protocol release of the neighboring eNodeBs to which the local eNodeB are connected through the X2 interfaces managed by the X2 MO. NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates the description of the X2 object.
NO
NO
None
NO
NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates the ID of a carrier-sharing operator group that shares the X2 MO. If the eNodeB works in hybrid RAN sharing mode, set this parameter to a value within the range from 1 to 5. If the eNodeB works in independent mode, RAN sharing with common carriers mode, or RAN sharing with dedicated carriers mode, retain the default value 255, which is an invalid value. NO
NO
NO
LOFD-070206
Indicates whether to configure the control-plane or user-plane end point group.
Indicates the status of the CP bearer for the X2 interface. NO
NO
YES
None
Indicates the X2 interface ID.
NO
NO
YES
None
Indicates the status of the X2 interface. NO
NO
YES
None
Indicates the ID of the CP bearer for the X2 interface.
NO
YES
None
Indicates the mobile country code of the neighboring eNodeB to be added to the list. The value of this parameter is a string of three characters, each of which must be a digit in the range of 0 to 9. YES
YES
NO
None
Indicates the mobile network code of the neighboring eNodeB to be added to the list. The value of this parameter is a string of two or three characters, each of which must be a digit in the range of 0 to 9. YES
YES
NO
None
Indicates the ID of the neighboring eNodeB to be added to the list.
YES
NO
None
NO
YES
Indicates whether the X2 list is a blacklist or whitelist. If a neighboring eNodeB is added to the X2 blacklist, an X2 interface between the local eNodeB and this neighboring eNodeB cannot be automatically set up or the X2 interface set up between the local eNodeB and this neighboring eNodeB is abnormal. If a neighboring eNodeB is added to the X2 whitelist, the X2 interface between the local eNodeB and this neighboring eNodeB cannot be automatically removed. NO
Indicates the X2 interface ID.
Indicates the ID of the control port bearer for the X2 interface.
Indicates the ID of the operator that owns the X2 interface.
YES
NO
NO
Indicates the protocol release with which the peer eNodeB complies. NO
NO
YES
YES
YES
NO
NO
None
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103 LOFD-070206
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates whether the X2 interface can be automatically removed. NO
Indicates the control mode of the X2 interface, which determines the control policies of users and the SON function on the X2 interface. When it is set to MANUAL_MODE, only users can control the X2 interface. When it is set to AUTO_MODE, both users and the SON function can control the X2 interface. When the SON function automatically sets up an X2 interface, this parameter is set to AUTO_MODE by default. When users add or modify an X2 interface, users can set this parameter to AUTO_MODE or MANUAL_MODE. NO
NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates whether the X2 interface is created automatically or manually. This parameter is set by the system. Users cannot modify the parameter setting. The system sets this parameter to AUTO_CREATE when the X2 interface is created automatically using the SON function and to MANUAL_CREATE when the X2 interface is created manually by using the CME or running an MML command. NO
NO
NO
LBFD-00300101 / TDLBFD-00300101 LBFD-00300102 / TDLBFD-00300102 LBFD-00300103 / TDLBFD-00300103
Indicates the ID of a carrier-sharing operator group that shares the X2 Interface MO. If the eNodeB works in hybrid RAN sharing mode, set this parameter to a value within the range from 1 to 5. If the eNodeB works in independent mode, RAN sharing with common carriers mode, or RAN sharing with dedicated carriers mode, retain the default value 255, which is an invalid value. NO
NO
NO
LOFD-070206
Indicates the ID of the neighboring eNodeB to which the local eNodeB is connected through the X2 interface. The combination of this parameter and NbrEnbPlmnId uniquely identifies the neighboring eNodeB around the globe. NO
NO
YES
None
Indicates the PLMN ID of the neighboring eNodeB to which the local eNodeB is connected through the X2 interface. NO
NO
YES
None
Indicates the status of the X2 interface. If the status is normal, the X2 interface has been successfully established. If the status is abnormal, the X2 interface establishment fails. NO
NO
YES
None
Indicates the reason why the X2 interface is abnormal.
NO
YES
None
NO
Indicates whether to enable DRX. The setting of this parameter has no effect on dynamic DRX. DRX applies to a CA UE only when this parameter is set to ON(On) on both eNodeBs to which the PCell and SCell of the CA UE belong. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates whether to enable or disable short DRX cycles. Short DRX cycles reduce the traffic delay. NO
NO
NO
LBFD-002017 / TDLBFD-002017
set the TimeAlignmentTime r parameter to a value equal to or greater than 10240 ms. If the TimingAdvCmdOpt Switch parameter is set to ON, it is recommended that the LongDrxCycleSpeci al parameter be set to a value smaller than or equal to 320 ms. Otherwise, the uplink time alignment performance of UEs is affected. If the TimingAdvCmdOpt Switch parameter is set to ON, it is recommended that the TimeAlignmentTime r parameter be set to sf10240. A smaller value of the TimeAlignmentTime r parameter, such as sf5120, increases the probability that UEs in DRX mode become uplink asynchronized. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the On Duration Timer that applies only to non-powersaving UEs whose RFSP indexes are contained in the RFSP index set. For details about this timer, see 3GPP TS 36.321. Because of the impact of CQI reporting intervals and SRS transmission intervals, the actual value of this parameter assigned to a UE may be greater than the configured value. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the DRX Inactivity Timer that applies only to nonpower-saving UEs whose RFSP indexes are contained in the RFSP index set. For details about this timer, see 3GPP TS 36.321. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates whether to enable or disable short DRX cycles for non-powersaving UEs whose RFSP indexes are contained in the RFSP index set. NO
NO
NO
LBFD-002017 / TDLBFD-002017
of a short DRX cycle that is applied only to non-powersaving UEs whose subscriber profile ID for RAT/frequency priority (RFSP) indexes are contained in the RFSP index set. According to 3GPP specifications, the length of a long DRX cycle must be an integer multiple of that of a short DRX cycle. In addition, the actual value of LongDrxCycleSpeci al assigned to a UE may be less than the configured value because of the impact of the SRS bandwidth and TA period specified by the TimeAlignmentTime r parameter. Therefore, the actual value of ShortDrxCycleSpeci al assigned to a UE may be less than the configured value. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the length of the DRX Short Cycle Timer that applies only to nonpower-saving UEs whose RFSP indexes are contained in the RFSP index set. The length of this timer is expressed in the number of short DRX cycles. If this parameter is set to 1, the length of this timer is one short DRX cycle. If this parameter is set to 2, the length of this timer is two short DRX cycles. For details, see 3GPP TS 36.321 5.7. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the long DRX cycle for intraRAT ANR. If intraRAT ANR is enabled, this parameter is valid regardless of whether DRX is enabled. If a long DRX cycle is configured for ANR measurement, it is recommended that this parameter be set to a value equal to or greater than 256 ms to ensure that the UE can successfully obtain the CGI of a cell. However, if this parameter is set to a large value, the delay of obtaining the CGI is large, and therefore the system delay increases. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the long DRX cycle for interRAT ANR. If interRAT ANR is enabled, this parameter is valid regardless of whether DRX is enabled. If there are multiple interRAT systems, and all of them require inter-RAT ANR measurements, it is recommended that this parameter be set to the maximum value of the long DRX cycle configured for interRAT ANR measurements. Otherwise, the success rate for inter-RAT ANR measurements may be affected. NO
NO
NO
LBFD-002017 / TDLBFD-002017
Indicates the extended QoS Class Identifier (QCI), which is required by the operator for user differentiation.
YES
YES
NO
LBFD-002032 LOFD-00101502 / TDLOFD-00101502
Indicates the service type corresponding to the extended QCI.
NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the weight factor used in the calculation of connection priorities during uplink scheduling. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LOFD-00301102 / TDLOFD-00301102
Indicates the weight factor used in the calculation of connection priorities during downlink scheduling. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
NO
LOFD-00101502 / TDLOFD-00101502 LOFD-00301101 LOFD-00301102 / TDLOFD-00301102 LOFD-00301103
Indicates the uplink minimum guaranteed bit rate of the non-GBR service. NO
NO
Indicates the downlink minimum guaranteed bit rate of the non-GBR service. NO
Indicates the preallocation weight. The pre-allocation weight of a UE is the pre-allocation weight of services carried by the highest-priority logical channel. If services carried by highest-priority logical channels have different preallocation weights, the UE takes the highest preallocation weight. When resources are insufficient, preallocation weights affect the preallocation probabilities of users. The preallocation probability has a positive correlation with the preallocation weight. This parameter is QCI-specific. NO
NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LOFD-00301101 / TDLOFD-00301101 LOFD-00301103 / TDLOFD-00301103 LOFD-003016 / TDLOFD-003016
NO
TDLOFD-001015 LOFD-00101502 / TDLOFD-00101502
Indicates the group ID of the parameters related to the inter-RAT handover with the extended QCI. NO
Indicates the prioritized bit rate of the logical channel. The UE scheduler guarantees prioritized bit rates of logical channels in descending order of logical channel priority. For details, see 3GPP TS 36.321. NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023 TDLOFD-001035
NO
LOFD-00101502 / TDLOFD-00101502 TDLOFD-001015
Indicates the priority of the logical channel. The UE scheduler guarantees prioritized bit rates of logical channels in descending order of logical channel priority. Resources are allocated in descending order of logical channel priority after the prioritized bit rates of all services are guaranteed. For details, see 3GPP TS 36.321. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 TDLOFD-001015
Indicates the ID of an RLC/PDCP parameter group.
NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates whether the extended QCI is specific to free users or paid users. NO
NO
NO
TDLOFD-001015 TDLOFD-00101502
Indicates whether to enable flow control for the QCI. NO
Indicates the group ID of the parameters related to the inter-RAT handover with a specific QCI. YES
NO
YES
NO
LOFD-00301101 / TDLOFD-00301101 LOFD-00301102 / TDLOFD-00301102 LOFD-00301103 / TDLOFD-00301103 LOFD-003016 / TDLOFD-003016
NO
LOFD-001022 / TDLOFD-001022 LOFD-001023 / TDLOFD-001023 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021
Indicates the policy of handovers to UTRAN. PS_HO: indicates whether to allow PS handovers to UTRAN. SRVCC: indicates whether to allow transfers to UTRAN in SRVCC mode. REDIRECTION: indicates whether to allow redirection to UTRAN. NO
Indicates the switch used to enable or disable the single radio voice call continuity (SRVCC) handover to GERAN GSM. If this switch is set to On, the UE can perform the SRVCC handover to the GERAN GSM cell. If this switch is set to Off, the UE cannot perform the SRVCC handover to the GERAN GSM cell. NO
NO
NO
NO
LOFD-001022 / TDLOFD-001022 LOFD-001019 / TDLOFD-001019
NO
LOFD-001023 / TDLOFD-001023 LOFD-001020 / TDLOFD-001020
Indicates the policy of handovers to GPRS/EDGE. PS_HO: Indicates whether PS handovers to neighboring GPRS/EDGE cells are allowed. NACC_HO: Indicates whether NACC handovers to neighboring GPRS/EDGE cells are allowed. CCO_HO: Indicates whether CCO handovers to neighboring GPRS/EDGE cells are allowed. SRVCC: Indicates whether SRVCC handovers to neighboring GPRS/EDGE cells are allowed. REDIRECTION: Indicates whether redirections to neighboring GPRS/EDGE cells are allowed. NO
NO
NO
TDLOFD-001023 LOFD-001020 / TDLOFD-001020
Indicates the switch used to enable or disable QCI-specific SRVCC to CDMA2000 1xRTT. If this switch is turned on, UEs can perform SRVCC to CDMA2000 1xRTT cells. If this switch is turned off, UEs cannot perform SRVCC to CDMA2000 1xRTT cells. NO
NO
NO
None
Indicates the policy of handovers to CDMA2000 HRPD networks. NON_OPT_HO: Indicates whether to allow nonoptimized handovers to neighboring CDMA2000 HRPD cells. OPT_HO: Indicates whether to allow optimized handovers to neighboring CDMA2000 HRPD cells. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates whether to permit or forbid the inter-RAT handover under the QCI. NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLBFD-00201801 TDLOFD-001022 TDLOFD-001023 TDLOFD-001033 TDLOFD-001034
Indicates whether to allow the fast ANR under the QCI. The function specified by this parameter is an extended function and is reserved. The current version does not support this function. NO
NO
NO
None
Indicates the index mapped to the MCS offset for channel quality indicators (CQIs) transmitted with data on PUSCH. For details, see 3GPP TS 36.213. Some values are reserved, for example, values 0 and 1 are reserved in 3GPP TS 36.213 Release 9. When this parameter is set to a reserved value, a UE initiates an RRC connection reestablishment or fails to access the network. NO
NO
NO
None
Indicates the index mapped to the MCS offset for rank indications (RIs) transmitted with data on PUSCH. For details, see 3GPP TS 36.213. Some values are reserved, for example, values 13, 14, and 15 are reserved in 3GPP TS 36.213 Release 9. When this parameter is set to a reserved value, a UE initiates an RRC connection reestablishment or fails to access the network. NO
NO
NO
None
Indicates the index mapped to the MCS offset for acknowledgments (ACKs) transmitted with data on PUSCH. For details, see 3GPP TS 36.213. Some values are reserved, for example, value 15 is reserved in 3GPP TS 36.213 Release 9. When this parameter is set to a reserved value, a UE initiates an RRC connection reestablishment or fails to access the network. NO
NO
NO
None
Indicates the ID of the RLC/PDCP parameter group.
YES
NO
LBFD-002008 / TDLBFD-002008
YES
Indicates the length of the PDCP discard timer. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the RLC transmission mode. Only the AM and UM modes are available. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the UEspecific maximum number of RLC ARQ retransmissions, namely the maximum number of AM PDU retransmissions. When the number of retransmissions reaches the value of this parameter, RRC connection reestablishment is initiated. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the eNodeB-specific maximum number of RLC ARQ retransmissions, namely the maximum number of AM PDU retransmissions. When the number of retransmissions reaches the value of this parameter, eNodeB will release the user. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the UEspecific data volume threshold of PDUs to trigger polling. When the transmitted data volume reaches the value of this parameter, the Poll flag is set in the PDU header. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the eNodeB-specific data volume threshold of PDUs to trigger polling. When the transmitted data volume reaches the value of this parameter, the Poll flag is set in the PDU header. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the UEspecific number of PDUs to trigger polling. When the transmitted number of PDUs reaches the value of this parameter, the Poll flag is set in the PDU header. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the eNodeB-specific number of PDUs to trigger polling. When the transmitted number of PDUs reaches the value of this parameter, the Poll flag is set in the PDU header. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the Polling PDU retransmission timer for the UE. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the Polling PDU retransmission timer for the eNodeB. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the UE-specific timer for prohibiting status reporting from the receiver in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the eNodeBspecific timer for prohibiting status reporting from the receiver in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the UE-specific timer for reordering at the receiver in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the eNodeBspecific timer for reordering at the receiver in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of a PDCP sequence number of a UL DRB in RLC UM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of a UL RLC sequence number in UM. The length is permanently 10 bits in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of a DL RLC sequence number in UM. The length is permanently 10 bits in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the UE-specific timer for reordering at the receiver in UM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the eNodeBspecific timer for reordering at the receiver in UM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates whether a PDCP status report is required upon handover in AM. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates whether to enable the adaptive configuration of parameters related to Radio Link Control (RLC). If this parameter is set to ON(On), the eNodeB adaptively configures the lengths of the following timers according to the number of UEs in the cell when new UEs access the cell: (1) The polling PDU retransmission timer for the UE (2) The polling PDU retransmission timer for the eNodeB (3) The UE-specific timer for prohibiting status reporting from the receiver (4) The eNodeBspecific timer for prohibiting status reporting from the receiver NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the polling PDU retransmission timer for the eNodeB, which is used when the RlcParaAdaptSwitc h parameter is set to ON(On) and the number of UEs in the cell is large. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the eNodeBspecific timer for prohibiting status reporting from the receiver, which is used when the RlcParaAdaptSwitc h parameter is set to ON(On) and the number of UEs in the cell is large. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the polling PDU retransmission timer for the UE, which is used when the RlcParaAdaptSwitc h parameter is set to ON(On) and the number of UEs in the cell is large. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates the length of the UE-specific timer for prohibiting status reporting from the receiver, which is used when the RlcParaAdaptSwitc h parameter is set to ON(On) and the number of UEs in the cell is large. NO Indicates the QoS Class Identifier (QCI) of an EPS bearer. Different QCIs represent different QoS specifications such as the packet delay budget, packet error loss rate, and resource type (whether the service is a GBR service or not). For details, see Table 6.1.7 in 3GPP TS 23.203. YES
NO
YES
NO
LBFD-002008 / TDLBFD-002008
NO
LOFD-00101502 / TDLOFD-00101502 TDLBFD-002025 TDLOFD-001015
Indicates the weight factor used in the calculation of connection priorities during uplink scheduling. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LOFD-00301102 / TDLOFD-00301102
Indicates the weight factor used in the calculation of connection priorities during downlink scheduling. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
NO
LOFD-00101502 / TDLOFD-00101502 LOFD-00301101 LOFD-00301102 LOFD-00301103 TDLBFD-002025 TDLOFD-001015
Indicates the uplink minimum guaranteed bit rate of the non-GBR service. NO
NO
Indicates the downlink minimum guaranteed bit rate of the non-GBR service. NO
Indicates the preallocation weight. The pre-allocation weight of a UE is the pre-allocation weight of services carried by the highest-priority logical channel. If services carried by highest-priority logical channels have different preallocation weights, the UE takes the highest preallocation weight. When resources are insufficient, preallocation weights affect the preallocation probabilities of users. The preallocation probability has a positive correlation with the preallocation weight. This parameter is QCI-specific. NO
NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LOFD-00301101 LOFD-00301103 LOFD-003016 / TDLOFD-003016
NO
LOFD-00101502 / TDLOFD-00101502 TDLOFD-001015
Indicates the ID of a parameter group related to inter-RAT handover. NO
Indicates the ID of an RLC/PDCP parameter group.
NO
Indicates the prioritized bit rate of the logical channel. The UE scheduler guarantees prioritized bit rates of logical channels in descending order of logical channel priority. For details, see 3GPP TS 36.321. NO
NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
NO
LOFD-00101502 / TDLOFD-00101502 TDLBFD-002025 TDLOFD-001015
NO
LOFD-00101502 / TDLOFD-00101502 TDLBFD-002025 TDLOFD-001015
Indicates the priority of the logical channel. The UE scheduler guarantees prioritized bit rates of logical channels in descending order of logical channel priority. Resources are allocated in descending order of logical channel priority after the prioritized bit rates of all services are guaranteed. For details, see 3GPP TS 36.321. NO
Indicates whether to enable flow control for the QCI. NO
NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 TDLBFD-002025 TDLOFD-001015
NO
LOFD-00301101 / TDLOFD-00301101 LOFD-00301102 / TDLOFD-00301102 LOFD-00301103 / TDLOFD-00301103 LOFD-003016 / TDLOFD-003016
Indicates the QoS class identifier (QCI) of an evolved packet system (EPS) bearer. Different QCIs indicate different QoS requirements, such as the packet delay budget, packet error loss rate, and resource type. For details, see Table 6.1.7 in 3GPP TS 23.203. YES
YES
NO
None
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates the default Doppler shift level. This is the default parameter used when Doppler shift measurement is not required. NO
NO
NO
None
MIMO for a multiantenna eNodeB. The values are described as follows: NO_ADAPTIVE: A fixed beamforming or MIMO transmission mode is used. That is, transition between the beamforming and MIMO transmission mode is not supported. TxD_BF_ADAPTIV E: The transmission mode changes adaptively between TM2 and TM7 or between TM2 and TM8, depending on the protocol release with which UEs comply. MIMO_BF_ADAPTI VE: The transmission mode changes adaptively between TM2, TM3, and TM7, or between TM2, TM3, and TM8, depending on the protocol release with which UEs comply. NO
NO
NO
TDLOFD-001001 TDLOFD-001003 TDLOFD-001060 TDLOFD-001049 TDLOFD-001061
beamforming or MIMO transmission mode configured for a multi-antenna eNodeB. This parameter is valid only when BfMimoAdaptiveSwi tch is set to NO_ADAPTIVE. The values are described as follows: TM2: Transmission mode 2 is always used for UEs. TM3: Transmission mode 3 is always used for UEs. TM7: Transmission mode 7 is always used for UEs. TM8: Transmission mode 8 is always used for UEs. TM4: Transmission mode 4 is always used for UEs. TM9 w/o PMI: Open-loop transmission mode 9 is always used for UEs. TM9 w PMI: Closeloop transmission mode 9 is always used for UEs. NO
NO
NO
TDLOFD-001001 TDLOFD-001003 TDLOFD-001060 TDLOFD-001049 TDLOFD-001061
Indicates whether to enable or disable adaptive CQI reporting. If this parameter is set to ON, the CQI period adaptively changes based on the air interface load of the cell. If this parameter is set to OFF, the CQI period is the specified by the UserCqiPeriodCfg parameter. This parameter is valid only for FDD cells. NO
Indicates the fixed CQI period. A fixed CQI period is used when CQI period adaptation is disabled. This parameter is valid only for FDD cells.
NO
NO
NO
NO
LBFD-002025 LOFD-00101502 TDLOFD-001049 TDLOFD-001061
NO
LBFD-002025 / TDLBFD-002025 LOFD-00101502 / TDLOFD-00101502
Indicates whether CQI and Ack or Nack can be concurrently sent over the PUCCH. For details, see the contents related to PUCCH format in 3GPP TS36.213. When this parameter is set to OFF, the value of simultaneousAckNa ckAndCQI becomes False, that is, CQI and Ack or Nack cannot be sent simultaneously over the PUCCH. When this parameter is set to ON, the value of simultaneousAckNa ckAndCQI becomes True, that is, CQI and Ack or Nack can be sent simultaneously over the PUCCH. NO
NO
NO
LBFD-001006 / TDLBFD-001006 LOFD-00101501 / TDLOFD-00101501 TDLOFD-001015
Indicates whether to enable the optimization on CQI reporting periods and PUCCH resources for CQI reporting. If this switch is turned on, the eNodeB configures less UEs with a short CQI reporting period, decreasing PUCCH resources to be used and increasing available PUSCH resources. If this switch is turned off, the eNodeB configures more UEs with a short CQI reporting period, increasing PUCCH resources to be used and decreasing available PUSCH resources. NO
NO
NO
LBFD-002003
Indicates the aperiodic CQI reporting configurations and the trigger condition of aperiodic CQI reporting during handovers. When this switch is turned on, the aperiodic CQI reporting configurations are included in handover commands. If no periodic CQI reporting configurations is configured for a UE, an aperiodic CQI reporting is triggered after the UE is handed over and then has data to transmit. When this switch is turned off, the aperiodic CQI reporting configurations are not included in handover commands but are configured after the UE is handed over. NO
NO
NO
LBFD-002025 / TDLBFD-002025 LOFD-00101502 / TDLOFD-00101502
values are described as follows: NO_ADAPTIVE: A fixed MIMO transmission mode is used. That is, transition between MIMO transmission modes is not supported. OL_ADAPTIVE: The open-loop adaptive MIMO transmission mode is used. In this mode, UEs report RI and CQI values but do not report PMI values to the eNodeB. CL_ADAPTIVE: The closed-loop adaptive MIMO transmission mode is used. In this mode, UEs report RI, CQI, and PMI values to the eNodeB. OC_ADAPTIVE: UEs switch between the openloop and closedloop adaptive MIMO transmission modes automatically. NO
NO
NO
LOFD-001001 LOFD-001003 LOFD-001060 / TDLOFD-001060 TDLOFD-001001
Indicates the fixed MIMO transmission mode configured by a multi-antenna eNodeB for UEs. This parameter is valid only when MimoAdaptiveSwitc h is set to NO_ADAPTIVE. There are four values. TM2: Transmission mode 2 is permanently applied to UEs. TM3: Transmission mode 3 is permanently applied to UEs. TM4: Transmission mode 4 is permanently applied to UEs. TM6: Transmission mode 6 is permanently applied to UEs. NO
NO
NO
LOFD-001001 LOFD-001003 LOFD-001060 / TDLOFD-001060 TDLOFD-001001
used during initial network access is TM2. If this parameter is set to ADAPTIVE(ADAPTI VE), the MIMO transmission mode used during initial network access is determined by the ADAPTIVE_MIMO_ TYPE and FIXED_MIMO_TYP E settings. If the MimoAdaptiveSwitc h parameter is set to NO_ADAPTIVE, the initial MIMO transmission mode is determined by the setting of the FixedMimoMode parameter. If the MimoAdaptiveSwitc h parameter is set to OL_ADAPTIVE or OC_ADAPTIVE, the initial MIMO transmission mode is TM3. If the MimoAdaptiveSwitc h parameter is set to CL_ADAPTIVE, the initial MIMO transmission mode is TM4. NO
NO
NO
LOFD-001001 / TDLOFD-001001 LOFD-001003 LOFD-001060 / TDLOFD-001060
Indicates whether to enable or disable SRS period adaptation. If this parameter is set to ON, the SRS period adaptively changes based on the SRS algorithm. If this parameter is set to OFF, the SRS period is the specified by the UserSrsPeriodCfg parameter. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the fixed SRS period. A fixed SRS period is used when SRS period adaptation is disabled. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the QoS class identifier (QCI). QCI 1 indicates voice services. QCI 2 indicates video (live streaming) services. QCI 3 indicates real-time gaming services. QCI 4 indicates video (buffered streaming) services. QCI 5 indicates IMS signaling. QCI 7 indicates voice, video, and interactive gaming services. QCIs 6, 8, and 9 indicate video services and TCPbased services. YES
YES
NO
None
Indicates the length of the timer for periodic transmission of buffer status reports (BSRs). BSRs are sent periodically or as triggered by events. Periodic transmission of BSRs uses the timer specified by this parameter. When the timer expires, a BSR is sent. After the BSR is sent, the timer is restarted. NO
NO
NO
None
Indicates the length of the BSR (Buffer Status Report) retransmission timer. This timer is started after a BSR is sent. NO
NO
NO
None
Indicates the measurement gap pattern. The eNodeB defines measurement gaps for UEs in connected mode. During the measurement gaps, a UE measures the signal quality of the cells on a specific frequency. There are two gap patterns: pattern 1 and pattern 2. In pattern 1, the gap width is 6 ms and the repetition period is 40 ms. In pattern 2, the gap width is 6 ms and the repetition period is 80 ms. For details, see 3GPP TS 36.331. Pattern 1 and pattern 2 correspond to Gap Pattern Id 0 and Gap Pattern Id 1 in 3GPP TS 36.331, respectively. NO Indicates the upperlayer filtering coefficient for RSRP measurements on E-UTRAN. A larger value of this parameter indicates a stronger smoothing effect and higher resistance to fast fading, but it may weaken the tracing capability towards varying signals. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLBFD-002018 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001022 TDLOFD-001023 TDLOFD-001033 TDLOFD-001034 TDLOFD-001035 TDLOFD-001043 TDLOFD-001072 TDLOFD-001046 TDLOFD-001073
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the upperlayer filtering coefficient for RSRQ measurements on E-UTRAN. A larger value of this parameter indicates a stronger smoothing effect and higher resistance to fast fading, but it may weaken the tracing capability towards varying signals. For details, see 3GPP TS 36.331. NO Indicates the L3 filtering coefficient used for the measurement quantity in interRAT measurements of GERAN. A great value of this parameter indicates a strong smoothing effect and a high anti-fast-fading capability, but a low signal change tracing capability. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023 TDLOFD-001034 TDLOFD-001053
Indicates whether the measurement threshold needs to be set.
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 TDLBFD-002018 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001022 TDLOFD-001023 TDLOFD-001043 TDLOFD-001072 TDLOFD-001046 TDLOFD-001073
Indicates the threshold below which measurements on neighboring cells are started. If the signal quality of the serving cell exceeds this threshold, the UE is not required to perform intrafrequency, interfrequency, or interRAT measurements, leading to reduced power consumption. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 TDLBFD-002018 TDLBFD-001022 TDLBFD-001023 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates whether mobility-based cell handover measurement parameters need to be set. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 TDLBFD-00201804 TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the cycle during which evaluations of the UE medium and high mobility states in RRC_CONNECTE D mode are performed. It is one of the key parameters in deciding on a UE's mobility state. If this parameter is set to a small value, switchings among mobility states may be frequent and the decision precision may be relatively low. If this parameter is set to a large value, switchings among mobility states are less frequent and the decision precision is relatively high. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the cycle during which evaluations of the UE normal mobility state in RRC_CONNECTE D mode are performed. It is one of the key parameters in deciding on a UE's mobility state. If this parameter is set to a small value, switchings among mobility states may be frequent and the decision precision may be relatively low. If this parameter is set to a large value, switchings among mobility states are less frequent and the decision precision is relatively high. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the handover number threshold used in the UE medium mobility state evaluation. If the number of handovers performed during a period of time specified by the TcrMaxConnMode parameter exceeds the value of this parameter, the UE is considered to be in medium mobility state and its handover-related parameters are adjusted. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 TDLBFD-00201804 TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the handover number threshold used in the UE high mobility state evaluation. If the number of handovers performed during a period of time specified by the TcrMaxConnMode parameter exceeds the value of this parameter, the UE is considered to be in high mobility state and its handover-related parameters are adjusted. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the scaling factor for the time-to-trigger defined for mediummobility UEs. For a UE in medium mobility, the time-totrigger used in event evaluation is multiplied by this scaling factor, to facilitate triggering of the handover. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 TDLBFD-00201804 TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the scaling factor for the time-to-trigger defined for highmobility UEs. For a UE in high mobility, the time-to-trigger used in event evaluation is multiplied by this scaling factor, to facilitate triggering of the handover. NO Indicates the filtering coefficient for RSCP measurements on UTRAN. A larger value of this parameter indicates a stronger smoothing effect and higher resistance to fast fading, but it may weaken the tracing capability towards varying signals. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 TDLBFD-002018 TDLBFD-00201804 TDLBFD-00201805 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022 TDLOFD-001033
Indicates the upperlayer filtering coefficient for Ec/No measurements on UTRAN. A larger value of this parameter indicates a stronger smoothing effect and higher resistance to fast fading, but it may weaken the tracing capability towards varying signals. For details, see 3GPP TS 36.331. NO Indicates the punish time of handover preparation failures in optimized handovers, including frequencypriority-based handovers, servicebased handovers, and SPID-based handovers back to the HPLMN. NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022 TDLOFD-001033
NO
LBFD-00201805 / TDLBFD-00201805 LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046 LOFD-00105401 / TDLOFD-00105401
Indicates the maximum number of cells to be included in the measurement report after an interRAT handover event or a periodic inter-RAT measurement for ANR purposes is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001090 / TDLOFD-001090 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLBFD-001022 TDLBFD-001023 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
Indicates the number of periodical measurement reports to be sent after an inter-RAT handover event is triggered. It is used to prevent the impact of measurement report loss and internal processing failure on the handover. For details, see 3GPP TS 36.331. NO
Indicates the interval at which periodic measurement reports are sent to the eNodeB after the event for interRAT handover to GERAN is triggered. For details, see 3GPP TS 36.331.
NO
NO
NO
NO
LOFD-001090 / TDLOFD-001090 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLBFD-001022 TDLBFD-001023 TDLBFD-001043 TDLBFD-001072 TDLBFD-001046 TDLBFD-001073
NO
LOFD-001020 / TDLOFD-001020 LOFD-001021 TDLOFD-001023 TDLOFD-001033 TDLOFD-001034 TDLOFD-001035 TDLOFD-001019 TDLOFD-001046 TDLOFD-001073
Indicates the quantity to be included in the measurements for handovers to UTRAN. For details, see 3GPP TS 36.331. This parameter is dedicated to UTRAN FDD. The RSCP values are relatively stable, while the Ec/No values may vary with the network load. The value BOTH applies only to UEs complying with 3GPP Release 10. For UEs complying with 3GPP Release 8 or 9, the value BOTH takes the same effect as the value RSCP. NO
Indicates the interval at which periodical measurement reports are sent after the event for the handover to UTRAN is triggered. For details, see 3GPP TS 36.331. NO Indicates the measurement quantity required for the inter-RAT handover to CDMA2000 1xRTT. For details, see 3GPP TS 36.331. NO
NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001022 / TDLOFD-001022 LOFD-001033 / TDLOFD-001033
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022 TDLOFD-001033
NO
LOFD-001090 / TDLOFD-001090 LOFD-001021 / TDLOFD-001021
Indicates the interval at which periodic measurement reports are sent to the eNodeB after the event for interRAT handover to CDMA2000 1xRTT is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001090 / TDLOFD-001090 LOFD-001021 / TDLOFD-001021
Indicates the measurement quantity required for the inter-RAT handover to CDMA2000 HRPD. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the interval at which periodic measurement reports are sent to the eNodeB after the event for interRAT handover to CDMA2000 HRPD is triggered. For details, see 3GPP TS 36.331.
NO
NO
LOFD-001021 / TDLOFD-001021
NO
Indicates the triggering quantity for the inter-RAT measurement event A1 or A2 report. The quantity can be RSRP, RSRQ, or both RSRP and RSRQ. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
Indicates the type of the inter-RAT handover event. The event type can be B1 or B2. This parameter applies only to coveragebased handovers. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001022 TDLOFD-001023
Indicates the timer for measurements on CDMA2000 1xRTT cells.
NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the number of CDMA2000 1xRTT cells whose reference signal strength is used to calculate the target reference signal strength. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the mode of selecting a CDMA2000 HRPD frequency. NO
NO
NO
LOFD-001111 TDLOFD-001090 TDLOFD-001021
Indicates the mode of selecting a CDMA2000 1xRTT frequency. NO
NO
NO
LOFD-001035 / TDLOFD-001035 LOFD-001091
Indicates whether eCSFB is based on redirection. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the measurement mode for eCSFB. NO
NO
NO
LOFD-001090 / TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the mode of selecting a sector ID during eCSFB. NO
NO
Indicates the maximum number of UTRAN cell system information messages that can be transmitted during a flash redirection procedure. NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001052
Indicates the maximum number of GERAN cell system information messages that can be transmitted during a flash redirection procedure. NO
NO
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001053
Indicates the maximum number of GERAN cell system information messages that can be transmitted during a CSFB emergency redirection procedure. NO
NO
NO
LOFD-001034 / TDLOFD-001034
NO
LOFD-001033 / TDLOFD-001033 TDLOFD-001052
Indicates the maximum number of UTRAN cell system information messages that can be transmitted during a CSFB emergency redirection procedure. NO
NO
Indicates the method of selecting reference cells during an optimized handover from the E-UTRAN to the CDMA2000 eHRPD network. One method is selecting reference cells configured on the eNodeB. The other method is selecting CDMA2000 eHRPD neighboring cells with the best signal quality. The signal quality is included in the measurement report. NO
NO
NO
LBFD-002018 / TDLBFD-002018
Indicates the maximum number of cells to be included in the measurement report after an intraRAT inter-frequency or intra-RAT intrafrequency measurement event for handover purposes or a periodic intra-RAT measurement for ANR purposes is triggered. For details, see 3GPP TS 36.331. NO
Indicates the number of periodical measurement reports to be sent after an event for the intra- or interfrequency handover within the E-UTRAN is triggered. It is used to prevent the impact of measurement report loss and internal processing failure on the handover. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLBFD-002018 TDLBFD-001022 TDLBFD-001023 TDLBFD-001033 TDLBFD-001034 TDLBFD-001035 TDLBFD-001019
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201801 LBFD-00201804 / TDLBFD-00201801 LBFD-00201804 / TDLBFD-00201801 TDLBFD-002018 TDLBFD-001022 TDLBFD-001023 TDLBFD-001033 TDLBFD-001034 TDLBFD-001035 TDLBFD-001019
Indicates the quantity used to evaluate the triggering condition for the intrafrequency handover event. The quantity can be RSRP or RSRQ. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
can be RSRP, RSRQ, or both. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. Even when this parameter is set to BOTH, the eNodeB triggers a handover based on the setting of the IntraFreqHoA3Trig Quan parameter.The value of this parameter is also used as the quantity to be included in the measurement report between A3related interfrequency measurement reports. For details, see 3GPP TS 36.331. NO Indicates the interval between periodic measurement reports that are sent after an intrafrequency handover is triggered. The value of this parameter is also used as the interval between A3-related inter-frequency measurement reports. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
NO
LBFD-00201801 / TDLBFD-00201801 LOFD-001032 / TDLOFD-001032
Indicates the measurement quantity included in the measurement report for event A4. The quantity can be RSRP, RSRQ, or both. The measured RSRP values are stable, slightly varying with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO
Indicates the interval at which periodical measurement reports are sent after an interfrequency handover event is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the quantity used in the evaluation for interfrequency measurement event A1 or A2. The quantity can be RSRP, RSRQ, or both. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the triggering quantity for frequencypriority-based interfrequency measurement events A1 and A2. The quantity can be either RSRP or RSRQ. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO
NO
NO
None
Indicates the triggering quantity for frequencypriority- and loadbased interfrequency handover event A4 and PCellcamping-prioritybased interfrequency handover event A4 in carrier aggregation (CA) scenarios. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-00109804 / TDLAOFD00100306
Indicates the timer for the eNodeB to wait for more measurement reports to determine whether to perform a coverage-based inter-frequency handover after the eNodeB receives a measurement report. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
the evaluation of whether to trigger event B1. When detecting that the signal quality in at least one UTRAN cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of wrong handovers, and thus helps to prevent unnecessary handovers. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001033 / TDLOFD-001033
the evaluation of whether to trigger event B1. When detecting that the signal quality in at least one GERAN cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps decrease the number of occasionally triggered event reports, the average number of handovers, and the number of wrong handovers, and thus helps to prevent unnecessary handovers. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001034 / TDLOFD-001034
UEs and used in the evaluation of whether to trigger event B1. When detecting that the signal quality in at least one CDMA2000 cell meets the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. This parameter helps reduce the number of occasionally triggered event reports, the average number of handovers, and the number of wrong handovers, and hence helps to prevent unnecessary handovers. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001090 / TDLOFD-001090 TDLOFD-001088
Indicates the RSCP threshold for event B1, which is used in CS fallback to UTRAN. When CS fallback to UTRAN is applicable, this parameter is set for UEs and used in the evaluation about whether to trigger event B1. This parameter indicates the RSCP requirement for the UTRAN cells to be included in the measurement report. A UE sends a measurement report related to event B1 to the eNodeB when the RSCP in at least one UTRAN cell exceeds this threshold and other triggering conditions are met. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001033 / TDLOFD-001033
UEs and used in the evaluation about whether to trigger event B1. This parameter indicates the Ec/N0 requirement for the UTRAN cells to be included in the measurement report. A UE sends a measurement report related to event B1 to the eNodeB when the Ec/N0 in at least one UTRAN cell exceeds this threshold and other triggering conditions are met. For a cell with large signal fading variance, set this parameter to a large value to prevent unnecessary handovers. For a cell with small signal fading variance, set this parameter to a small value to ensure timely handovers. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001033 / TDLOFD-001033
Indicates the RSSI threshold for event B1 that is used in CS fallback to GERAN. A UE sends a measurement report related to event B1 to the eNodeB when the RSSI in at least one GERAN cell exceeds this threshold and other triggering conditions are met. For details, see 3GPP TS 36.331. NO
NO
NO
LOFD-001034 / TDLOFD-001034
Indicates the pilot strength threshold related to event B1, which is used in CS fallback to CDMA2000. A UE sends a measurement report related to event B1 to the eNodeB when the pilot strength in at least one CDMA2000 cell exceeds this threshold and other triggering conditions are met. For details, see 3GPP TS 36.331. NO
Indicates the reference signal received power (RSRP) threshold for event A1 associated with CSFB-triggered adaptive blind handovers. This parameter is set for a UE as a triggering condition of event A1 measurement related to a CSFBtriggered adaptive blind handover. This parameter specifies the RSRP threshold of the serving cell above which a CSFB-triggered adaptive blind handover is triggered. If the RSRP value measured by a UE exceeds this threshold, the UE submits a measurement report related to event A1. NO
NO
NO
NO
LOFD-001090 / TDLOFD-001090 TDLOFD-001088
NO
LOFD-001052 / TDLOFD-001052 LOFD-001053 / TDLOFD-001053
Indicates the timer governing the period in which only CSFB can be performed . After the timer expires, the eNodeB performs a blind redirection for the UE. NO
NO
NO
LOFD-001033 / TDLOFD-001033 LOFD-001033 / TDLOFD-001034 LOFD-001033 / TDLOFD-001090
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates whether to configure the access barring information.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
emergency call barring status of access class 10, indicating whether UEs of access class 10 can initiate emergency calls. If this parameter is set to BOOLEAN_TRUE, UEs of access classes 0 to 9 or those without IMSIs cannot initiate emergency calls. If this parameter is set to BOOLEAN_FALSE, UEs of access classes 0 to 9 and those without IMSIs can initiate emergency calls. A UE in access classes 11 to 15 cannot initiate emergency calls only when its access class and access class 10 are both barred. If its access class or access class 10 is not barred, emergency calls initiated by the UE are granted access. NO
NO
NO
LBFD-002028 / TDLBFD-002028
Indicates whether to configure the access barring information for mobile-originated calls.
NO
NO
LBFD-002009 / TDLBFD-002009
NO
Indicates the access probability factor for mobileoriginated calls. A mobile-originated call is granted access if the random number generated by the UE is less than this access probability factor; otherwise, the access request is rejected. According to 3GPP TS 36.331, if any of the parameters AC11BarforCall, AC12BarforCall, AC13BarforCall, AC14BarforCall, and AC15BarforCall is set to BOOLEAN_TRUE, the eNodeB sends UEs P00 as the access probability factor for mobileoriginated calls in the system information block type 2 (SIB2), regardless of the actual setting of the AcBarringFactorFor Call parameter. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the average access barring duration for mobile-originated calls. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the mobile-originated call barring status of access class 11, indicating whether UEs of access class 11 can initiate mobile-originated calls. If this parameter is set to BOOLEAN_TRUE, UEs of access class 11 cannot initiate mobileoriginated calls. If this parameter is set to BOOLEAN_FALSE, UEs of access class 11 can initiate mobile-originated calls. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the mobile-originated call barring status of access class 12, indicating whether UEs of access class 12 can initiate mobile-originated calls. If this parameter is set to BOOLEAN_TRUE, UEs of access class 12 cannot initiate mobileoriginated calls. If this parameter is set to BOOLEAN_FALSE, UEs of access class 12 can initiate mobile-originated calls. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the mobile-originated call barring status of access class 13, indicating whether UEs of access class 13 can initiate mobile-originated calls. If this parameter is set to BOOLEAN_TRUE, UEs of access class 13 cannot initiate mobileoriginated calls. If this parameter is set to BOOLEAN_FALSE, UEs of access class 13 can initiate mobile-originated calls. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the mobile-originated call barring status of access class 14, indicating whether UEs of access class 14 can initiate mobile-originated calls. If this parameter is set to BOOLEAN_TRUE, UEs of access class 14 cannot initiate mobileoriginated calls. If this parameter is set to BOOLEAN_FALSE, UEs of access class 14 can initiate mobile-originated calls. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the mobile-originated call barring status of access class 15, indicating whether UEs of access class 15 can initiate mobile-originated calls. If this parameter is set to BOOLEAN_TRUE, UEs of access class 15 cannot initiate mobileoriginated calls. If this parameter is set to BOOLEAN_FALSE, UEs of access class 15 can initiate mobile-originated calls. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether to configure the access barring information for signaling.
NO
NO
LBFD-002009 / TDLBFD-002009
NO
Indicates the access probability factor for signaling. Signaling from a UE is granted access if the random number generated by the UE is less than this access probability factor; otherwise, the access request is rejected. According to 3GPP TS 36.331, if any of the parameters AC11BarForSig, AC12BarForSig, AC13BarForSig, AC14BarForSig, and AC15BarForSig is set to BOOLEAN_TRUE, the eNodeB sends UEs P00 as the access probability factor for signaling in the system information block type 2 (SIB2), regardless of the actual setting of the AcBarringFactorFor Sig parameter. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the average access barring duration for signaling. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the signaling barring status of access class 11, indicating whether UEs of access class 11 can initiate signaling access. If this parameter is set to BOOLEAN_TRUE, UEs of access class 11 cannot initiate signaling access. If this parameter is set to BOOLEAN_FALSE, UEs of access class 11 can initiate signaling access. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the signaling barring status of access class 12, indicating whether UEs of access class 12 can initiate signaling access. If this parameter is set to BOOLEAN_TRUE, UEs of access class 12 cannot initiate signaling access. If this parameter is set to BOOLEAN_FALSE, UEs of access class 12 can initiate signaling access. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the signaling barring status of access class 13, indicating whether UEs of access class 13 can initiate signaling access. If this parameter is set to BOOLEAN_TRUE, UEs of access class 13 cannot initiate signaling access. If this parameter is set to BOOLEAN_FALSE, UEs of access class 13 can initiate signaling access. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the signaling barring status of access class 14, indicating whether UEs of access class 14 can initiate signaling access. If this parameter is set to BOOLEAN_TRUE, UEs of access class 14 cannot initiate signaling access. If this parameter is set to BOOLEAN_FALSE, UEs of access class 14 can initiate signaling access. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the signaling barring status of access class 15, indicating whether UEs of access class 15 can initiate signaling access. If this parameter is set to BOOLEAN_TRUE, UEs of access class 15 cannot initiate signaling access. If this parameter is set to BOOLEAN_FALSE, UEs of access class 15 can initiate signaling access. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether to configure the access barring information for multimedia telephony (MMTEL) voice services. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the access probability factor for multimedia telephony (MMTEL) voice services. An MMTEL voice service is granted access if the random number generated by the UE is less than this access probability factor; otherwise, the access request is barred. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the average access barring time of multimedia telephony (MMTEL) voice services. NO
NO
NO
LBFD-002009 / TDLBFD-002009
AC 11 to AC 15 are granted access. AC11BARSTATE: If this option is selected, the MMTEL voice services initiated by UEs of AC 11 in idle mode are barred. AC12BARSTATE: If this option is selected, the MMTEL voice services initiated by UEs of AC 12 in idle mode are barred. AC13BARSTATE: If this option is selected, the MMTEL voice services initiated by UEs of AC 13 in idle mode are barred. AC14BARSTATE: If this option is selected, the MMTEL voice services initiated by UEs of AC 14 in idle mode are barred. AC15BARSTATE: If this option is selected, the MMTEL voice services initiated by UEs of AC 15 in idle mode are barred. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether to configure the access barring information for multimedia telephony (MMTEL) video services. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the access probability factor for multimedia telephony (MMTEL) video services. An MMTEL video service is granted access if the random number generated by the UE is less than this access probability factor; otherwise, the access request is barred. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the average access barring time of multimedia telephony (MMTEL) video services. NO
NO
NO
LBFD-002009 / TDLBFD-002009
AC 11 to AC 15 are granted access. AC11BARSTATE: If this option is selected, the MMTEL video services initiated by UEs of AC 11 in idle mode are barred. AC12BARSTATE: If this option is selected, the MMTEL video services initiated by UEs of AC 12 in idle mode are barred. AC13BARSTATE: If this option is selected, the MMTEL video services initiated by UEs of AC 13 in idle mode are barred. AC14BARSTATE: If this option is selected, the MMTEL video services initiated by UEs of AC 14 in idle mode are barred. AC15BARSTATE: If this option is selected, the MMTEL video services initiated by UEs of AC 15 in idle mode are barred. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether to configure the access barring information for CS fallback (CSFB) services.
NO
NO
LBFD-002009 / TDLBFD-002009
NO
Indicates the access probability factor for CS fallback (CSFB) services. If the random number generated by a UE is less than the parameter value, the eNodeB accepts the CSFB service access request; otherwise, the eNodeB rejects the access request. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the average access barring time of CS fallback (CSFB) services.
NO
NO
LBFD-002009 / TDLBFD-002009
NO
Indicates whether CS fallback (CSFB) services initiated by UEs of AC 11 to AC 15 are granted access. AC11BARSTATE: If this option is selected, the CSFB services initiated by UEs of AC 11 in idle mode are barred. AC12BARSTATE: If this option is selected, the CSFB services initiated by UEs of AC 12 in idle mode are barred. AC13BARSTATE: If this option is selected, the CSFB services initiated by UEs of AC 13 in idle mode are barred. AC14BARSTATE: If this option is selected, the CSFB services initiated by UEs of AC 14 in idle mode are barred. AC15BARSTATE: If this option is selected, the CSFB services initiated by UEs of AC 15 in idle mode are barred. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
NO
LOFD-002012 / TDLOFD-002012 LBFD-002009 / TDLBFD-002009
Indicates whether the cell is barred. If the cell is barred, the UE cannot camp on the serving cell. During cell reselection, the serving cell is not selected as a candidate cell. NO
NO
Indicates whether the cell is reserved for future extension. If the cell is reserved, whether a UE can access the cell depends on the access class of the UE and its serving PLMN. Details are described as follows: (1) A UE of access class 11 or 15 treats the cell as a candidate if the UE is served by its home PLMN (HPLMN) or equivalent home PLMN (EHPLMN); (2) A UE of access class 11 or 15 treats the cell as a barred cell if it is not served by its HPLMN or EHPLMN; (3) A UE of an access class within the two ranges of 0-9 and 12-14 treats the cell as a barred cell. NO Indicates whether the cell can initiate the intra-frequency cell reselection when the cell is barred. NOT_ALLOWED means that the UE cannot initiate the intra-frequency cell reselection, and ALLOWED means that the UE can initiate the intrafrequency cell reselection. NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009
NO
LBFD-002009 / TDLBFD-002009 LBFD00201803/TDLBFD -00201803
mode or in hybrid RAN sharing mode and at least one of these cells uses the round robin mode, NBSLTEPLMNRou ndSwitch under the RanSharingAnrSwit ch parameter must be selected for eNodeBs whose cells are configured as neighboring cells for the local cell. Otherwise, the local eNodeB may experience failures in handing over UEs from the local cell to an ANRestablished neighboring cell that is in round robin mode. If this parameter is set to NORMAL_MODE, the cell does not broadcast PLMNspecific information in round robin mode. If this parameter is set to RR_MODE, the cell broadcasts PLMNspecific information in round robin mode. NO
Indicates the changing period of cell PLMN.
NO
Indicates the start time for broadcasting PLMN-specific information in round robin mode. NO
NO
NO
NO
NO
LOFD-001036 / TDLOFD-001036 LBFD-002009 / TDLBFD-002009 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LBFD-002009 / TDLBFD-002009 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-070206
Indicates whether all synchronization procedures repeatedly initiated by a UE having compatibility problems can trigger the RRC connection reconfiguration procedure. If this parameter is set to CFG, all synchronization procedures repeatedly initiated by a UE having compatibility problems do not trigger the RRC connection reconfiguration procedure. If this parameter is set to NOT_CFG, all synchronization procedures repeatedly initiated by a UE having compatibility problems trigger the RRC connection reconfiguration procedure. NO
NO
NO
LOFD-001105 / TDLOFD-001105
Indicates the period during which synchronization procedures repeatedly initiated by a UE having compatibility problems do not trigger the RRC connection reconfiguration procedure. Multiple synchronization procedures initiated by a UE having compatibility problems within the period specified by this parameter trigger only one RRC connection reconfiguration procedure. NO
NO
NO
LOFD-001105 / TDLOFD-001105
Indicates the local ID of the cell. It uniquely identifies a cell within a base station. YES
YES
NO
None
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates the local tracking area identity of the cell, which uniquely identifies an operator's record of tracking area information within a cell. This parameter is used only in the eNodeB and is different from the tracking area identity configured in the tracking area list on the MME. YES
YES
Indicates whether the cell is reserved for operator use. If this parameter is set to CELL_RESERVED _FOR_OP, the cell is reserved for operator use. UEs of AC11 or AC15 in their HPLMN or EHPLMN can consider this cell as a candidate cell for cell selection or reselection. UEs of AC11 or AC15 outside their HPLMN/EHPLMN and UEs of AC09/AC12-14 consider this cell as a barred cell during cell selection or reselection. If this parameter is set to CELL_NOT_RESE RVED_FOR_OP, the cell is not reserved for operator use. All UEs can consider this cell as a candidate cell for cell selection or reselection. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the percentage of resource blocks (RBs) occupied by the operator on the physical uplink shared channel (PUSCH) when radio access network (RAN) sharing is enabled on the eNodeB and the cell-level RAN sharing switch is turned on. If the data volume is sufficient, the percentage of RBs occupied by each operator will reach the preset value. Modifications on this parameter affect the percentage of RBs occupied by operators on the PUSCH. This parameter takes effect only in RAN sharing with common carriers mode or in hybrid RAN sharing mode with more than one CellOp MO being configured. NO
NO
NO
LOFD-001036 / TDLOFD-001036 LBFD-002009 / TDLBFD-002009 LOFD-070206
Indicates the percentage of resource blocks (RBs) occupied by the operator on the physical downlink shared channel (PDSCH) when RAN sharing is enabled on the eNodeB and the cell-level RAN sharing switch is turned on. If the data volume is sufficient, the percentage of RBs occupied by each operator will reach the preset value. Modifications on this parameter affect the percentage of RBs occupied by operators on the PDSCH. This parameter takes effect only in RAN sharing with common carriers mode or in hybrid RAN sharing mode with more than one CellOp MO being configured. NO
NO
NO
LOFD-001036 / TDLOFD-001036 LBFD-002009 / TDLBFD-002009 LOFD-070206
cell. This parameter specifies whether to support the TDD/FDD cell configured with dedicated MME scenario. When this parameter is set to 0, the TDD/FDD cell configured with dedicated MME scenario is not supported, and no MME can be configured for a cell. When this parameter is set to a value between 1 and 4, the TDD/FDD cell configured with dedicated MME scenario is supported, and the number of MMEs for a cell can be configured according to the parameter value. An MME is uniquely specified by the MME group identifier (MMEGI) and MME code (MMEC). NO
NO
NO
LOFD-001018 / TDLOFD-001018
MMECfgNum parameter is greater than or equal to 1. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
MMECfgNum parameter is greater than or equal to 1. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
MMECfgNum parameter is greater than or equal to 2. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
MMECfgNum parameter is greater than or equal to 2. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
MMECfgNum parameter is greater than or equal to 3. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
MMECfgNum parameter is greater than or equal to 3. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
only when the MMECfgNum parameter is equal to 4. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO
NO
NO
LOFD-001018 / TDLOFD-001018
when the MMECfgNum parameter is equal to 4. When setting this parameter, ensure that the globally unique MME identifier (GUMMEI), consisting of the PLMN, MMEGI, and MMEC, must be unique. The S1 link between an MME configured for a cell and the eNodeB supporting the cell must be available, and the GUMMEI of the MME must be specified in the ServedGummeis parameter of the S1Interface MO. Otherwise, the cell cannot broadcast the PLMN in system information. If all MMEs configured for a cell cannot establish S1 links to the eNodeB supporting the cell, the cell cannot be established. NO Indicates the percentage of activated UEs served by the operator in a cell when interfrequency load balancing and RAN sharing are enabled. Modifications on this parameter affect the percentage of activated UEs served by operators. NO Indicates the operator index that is broadcast in the cell system information.
NO
NO
NO
LOFD-001018 / TDLOFD-001018
NO
NO
LOFD-001032 / TDLOFD-001032
NO
YES
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
Indicates the hysteresis for cell reselection when RSRP values are used in the evaluation. This parameter must be set based on the slow fading characteristic of the area covered by the cell. The greater the slow fading variance is, the larger the value of this parameter must be set to. A larger value of the hysteresis results in a larger boundary of the serving cell and a higher probability of cell reselection to neighboring cells. NO Indicates whether to set the parameters related to speed-dependent cell reselection. NO
YES
NO
NO
NO
None
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the duration in which the mobility status of the UE is evaluated. This parameter is one of the key parameters in deciding on the UE mobility. A smaller value of this parameter may lead to more frequent switching among mobility status and lower decision accuracy. A larger value of this parameter leads to the opposite effect. NO
Indicates the extra duration required in the evaluation before the UE can enter the normalmobility state. This parameter can prevent UEs from frequently switching from the high- or medium-mobility state to the normalmobility state, and is one of the key parameters in deciding on the UE mobility. A larger value of this parameter leads to a lower probability of transition from the high- or medium-mobility state to the normalmobility state but higher decision accuracy. A smaller value of this parameter leads to the opposite effect. NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates the threshold of the number of cell reselections, which is used for a UE to enter the medium mobility state. This parameter is one of the key parameters in determining the mobility state of the UE. During the UE mobility evaluation, if the number of cell reselections is greater than this parameter value and is less than or equal to the NCellChangeHigh parameter value, the UE enters the medium mobility state. NO
Indicates the threshold of the number of cell reselections, which is used for a UE to enter the high mobility state. This parameter is one of the key parameters in determining the mobility state of the UE. During the UE mobility evaluation, if the number of cell reselections is greater than this parameter value, the UE enters the high mobility state. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the scaling factor (or known as additional hysteresis) applied to Qhyst for medium-mobility UEs. For details, see 3GPP TS 36.304 and 3GPP TS 36.331. NO
Indicates the scaling factor (or known as additional hysteresis) applied to Qhyst for highmobility UEs. For details, see 3GPP TS 36.304 and 3GPP TS 36.331. NO Indicates whether to set the measurement triggering threshold for reselection to inter-frequency or inter-RAT cells. If this parameter is set to NOT_CFG, the UE continuously measures intrafrequency or interRAT cells, irrespective of the signal quality of the serving cell. NO
NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the measurement triggering threshold for reselection to inter-frequency or inter-RAT cells. If the cell reselection priority of a frequency or RAT is higher than that of the serving frequency, the UEs always start interfrequency or interRAT measurements. If the cell reselection priority of a frequency is lower than or equal to that of the serving frequency or if the cell reselection priority of an RAT is lower than that of the serving frequency, the UEs start inter-frequency or inter-RAT measurements only when the value of Cell selection RX level value (dB) is lower than or equal to the value of this parameter. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the threshold used in the evaluation of reselection to a cell on a lower priority E-UTRAN frequency or on an inter-RAT frequency. Cell reselection to a cell on a lower priority E-UTRAN frequency or on an inter-RAT frequency is performed if no cell on the serving frequency or on a higher priority EUTRAN frequency fulfills criteria 1 for inter-frequency and inter-RAT reselections. For details, see 3GPP TS 36.304. NO
Indicates the cell reselection priority of the serving frequency. 0 indicates the lowest priority. The value of this parameter must be determined together with the priorities of other frequencies during the network planning. Frequencies used for different RATs must be assigned different cell reselection priorities. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the minimum required RX level used in intra-frequency EUTRAN cell reselection, which corresponds to the IE q-RxLevMin in SIB3. This value is included in the cell reselection criteria and used in the evaluation of cell reselection. For details, see 3GPP TS 36.304.
NO
Indicates whether to configure the maximum TX power of the UE in the intra-frequency neighboring cell. If the value of this parameter is not specified, the maximum power is subject to the UE capability. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the maximum power that the UE can apply to transmission in the intra-frequency neighboring cell. It is used in cell reselection criteria to calculate the compensated power. If the value of this parameter is not specified, the maximum power is subject to the UE capability. For details, see 3GPP TS 36.304. NO Indicates whether to set the measurement triggering threshold for reselection to intra-frequency cells. NO Indicates the measurement triggering threshold for reselection to intra-frequency cells. The UEs start intrafrequency measurements only if the value of Cell selection RX level value (dB) is lower than or equal to the value of this parameter. NO Indicates whether to set the measurement bandwidth.
NO
NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the measurement bandwidth on the serving frequency on which the UE camps. It is used in intra-frequency measurements for cell reselection and those by UEs in RRC_CONNECTE D mode. This parameter is optional; if it is not set, the downlink bandwidth of the serving cell is used by default. NO
Indicates the evaluation period for a UE to determine whether to perform cell reselections to a new E-UTRAN cell. If the signal quality of a new E-UTRAN cell is better than that of the serving cell within the period specified by this parameter and a UE camps on the serving cell for more than 1s, the UE initiates cell reselections to the new E-UTRAN cell. NO Indicates whether to set the scaling parameters for speed-dependent cell reselection within E-UTRAN.
NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the scaling factor applied to TReselEutra for medium-mobility UEs. The actual duration of cell reselection for medium-mobility UEs to E-UTRAN is equal to the product of TReselEutra and TReselEutranSfMe dium. NO
Indicates the scaling factor applied to TReselEutran for high-mobility UEs. The actual duration of cell reselection of high-mobility UEs to E-UTRAN is equal to TReselEutran multiplied by TReselEutranSfHig h. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
information related to MBSFN and TDD UL/DL configurations of intra-frequency neighboring cells of the serving cell. BitString00: Indicates that some neighboring cells have the same MBSFN subframe configuration as the serving cell. BitString01: Indicates that none of the neighboring cells is configured with MBSFN subframes. BitString10: Indicates that the MBSFN subframe configurations of all neighboring cells are the same as or subsets of that of the serving cell. BitString11: Indicates that some neighboring cells have different ULDL configurations from the serving TDD cell. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates whether all the intrafrequency neighboring cells are configured with at least two antenna ports. Set this parameter to BOOLEAN_TRUE when all the intrafrequency neighboring cells are configured with at least two antenna ports. Set this parameter to BOOLEAN_FALSE when one of the intra-frequency neighboring cells is configured with only one antenna port. NO Indicates the RSRQ threshold for starting intrafrequency measurements. It determines the probability of triggering cell reselection to an intra-frequency neighboring cell. For details, see 3GPP TS 36.304. NO Indicates the RSRQ threshold for starting interfrequency or interRAT measurements. It determines the probability of triggering cell reselection to an inter-frequency or inter-RAT neighboring cell. For details, see 3GPP TS 36.304. NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates whether to set the RSRQ threshold for reselection to cells on the serving frequency.
NO
Indicates the RSRQ threshold for cell reselection to cells on lower-priority frequencies. It determines the probability of triggering cell reselection to interfrequency or interRAT neighboring cells on lowerpriority frequencies. For details, see 3GPP TS 36.304. NO
Indicates whether to set cell reselection parameters in compliance with 3GPP Release 9 in SIB3. NO
NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates the minimum required RX signal quality used in intrafrequency EUTRAN cell reselection, which corresponds to the IE q-QualMin in SIB3. This value is included in criteria R and used in the evaluation of cell reselection. For details, see 3GPP TS 36.304.
NO
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
Indicates whether to configure the CDMA2000 system time information. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
YES
NO
None
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
NO
Indicates the network synchronization status. If this parameter is set to BOOLEAN_TRUE, the E-UTRAN and the CDMA2000 RAN are synchronized without drifts. If this parameter is set to BOOLEAN_FALSE, the E-UTRAN and the CDMA2000 RAN are not synchronized. For details, see 3GPP TS 36.331. NO
Indicates whether to set the search window size. For details, see 3GPP TS 36.331.
NO
Indicates the size of the CDMA2000 search window, and can be used to assist in searching for the neighboring pilots. For details, see 3GPP TS 36.331. NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001090 / TDLOFD-001090 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
Indicates whether the eNodeB contains the information about CDMA2000 HRPD in SIB8. If this parameter is set to CFG, the eNodeB contains the parametersHRPD field in SIB8. If this parameter is set to NOT_CFG, the eNodeB does not contain the parametersHRPD field in SIB8. For details, see 3GPP TS 36.331.
NO
Indicates whether to set the parameters related to cell reselection to CDMA2000 HRPD. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009
Indicates the evaluation period for a UE to determine whether to reselect a neighboring CDMA2000 HRPD cell to camp on. During the evaluation period, if the signal quality in a neighboring CDMA2000 HRPD cell is better than that in the serving cell and a UE camps on the serving cell for more than 1s, the UE attempts to reselect the neighboring CDMA2000 HRPD cell to camp on. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009
Indicates whether to set the speeddependent scaling parameters related to cell reselection to CDMA2000 HRPD. For details, see 3GPP TS 36.331. NO Indicates the scaling factor applied to TReselCdmaHrpd for high-mobility UEs. The actual duration of cell reselection of highmobility UEs to CDMA2000 HRPD is equal to TReselCdmaHrpd multiplied by TReselCdmaHrpdS fHigh. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009
Indicates the scaling factor applied to TReselCdmaHrpd for medium-mobility UEs. The actual duration of cell reselection of medium-mobility UEs to CDMA2000 HRPD is equal to TReselCdmaHrpd multiplied by TReselCdmaHrpdS fMedium. For details, see 3GPP TS 36.331. NO
Indicates whether the eNodeB contains the information about CDMA2000 1xRTT in SIB8. If this parameter is set to CFG, the eNodeB contains the parameters1xRTT field in SIB8. If this parameter is set to NOT_CFG, the eNodeB does not contain the parameters1xRTT field in SIB8. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / LOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
Indicates whether the information element (IE) longCodeState1XR TT is contained in system information message 8 (SIB8). When this parameter is set to CFG(Configure), the IE longCodeState1XR TT is contained in SIB 8. When this parameter is set to NOT_CFG(Not configure), the IE longCodeState1XR TT is not contained in SIB 8. The CDMA2000 1xRTTspecific long code state is automatically generated based on system time. For details, see 3GPP TS 36.331. NO
Indicates whether the parameters applicable only for cell reselection to CDMA2000 1xRTT need to be set. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001090 / TDLOFD-001090 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
Indicates the evaluation period for a UE to determine whether to reselect a neighboring CDMA2000 1xRTT cell to camp on. During the evaluation period, if the signal quality in a neighboring CDMA2000 1xRTT cell is better than that in the serving cell and a UE camps on the serving cell for more than 1s, the UE attempts to reselect the neighboring CDMA2000 1xRTT cell to camp on. For details about this parameter, see 3GPP TS 36.331. NO
Indicates whether speed-dependent scaling parameters need to be set for cell reselection to CDMA2000 1xRTT. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
Indicates the scaling factor applicable to cell reselection of medium-mobility UEs to CDMA2000 1xRTT. For details, see 3GPP TS 36.331. NO
Indicates the scaling factor applicable to cell reselection of highmobility UEs to CDMA2000 1xRTT. For details, see 3GPP TS 36.331. NO Indicates whether to configure the network capability of dual-receiver enhanced circuit switched fallback (CSFB). For details, see 3GPP TS 36.331. NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 LBFD-002009 / TDLBFD-002009 TDLOFD-001090
NO
LOFD001035/TDLOFD001035
Indicates whether the network supports dualreceiver enhanced circuit switched fallback (CSFB) to CDMA2000 1xRTT. If this parameter is set to BOOLEAN_TRUE, the network supports dualreceiver enhanced CSFB to CDMA2000 1xRTT. For details, see 3GPP TS 36.331. NO
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES Indicates the evaluation period for a UE to determine whether to reselect a neighboring GERAN cell to camp on. During the evaluation period, if the signal quality in a neighboring GERAN cell is better than that in the serving cell and a UE camps on the serving cell for more than 1s, the UE attempts to reselect the neighboring GERAN cell to NO camp on.
NO
NO
LOFD001035/TDLOFD001035
YES
NO
None
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
Indicates whether to set the speeddependent scaling parameters related to cell reselection to GERAN. NO
Indicates the scaling factor applied to TReselGeran for medium-mobility UEs. The actual duration of cell reselection of medium-mobility UEs to GERAN is equal to TReselGeran multiplied by TReselGeranSfMed ium. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the scaling factor applied to TReselGeran for high-mobility UEs. The actual duration of cell reselection of high-mobility UEs to GERAN is equal to TReselGeran multiplied by TReselGeranSfHig h. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the evaluation period for a UE to determine whether to reselect a neighboring UTRAN cell to camp on. During the evaluation period, if the signal quality in a neighboring UTRAN cell is better than that in the serving cell and a UE camps on the serving cell for more than 1s, the UE attempts to reselect the neighboring UTRAN cell to camp on. NO
Indicates whether to set the speeddependent scaling parameters related to cell reselection to UTRAN. NO
Indicates the scaling factor applied to TReselUtran for medium-mobility UEs. The actual duration of cell reselection of medium-mobility UEs to UTRAN is equal to TReselUtran multiplied by TReselUtranSfMedi um. The value T_RESEL_SF_0DO T25 means a scaling factor of 0.25, T_RESEL_SF_0DO T5 means 0.5, and so on. NO
NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the scaling factor applied to TReselUtran for high-mobility UEs. The actual duration of cell reselection of high-mobility UEs to UTRAN is equal to TReselUtran multiplied by TReselUtranSfHigh. The value T_RESEL_SF_0DO T25 means a scaling factor of 0.25, T_RESEL_SF_0DO T5 means 0.5, and so on. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the minimum required RX level for the cell to become a candidate for cell selection. This value is included in criteria S and used in the evaluation of cell selection. For details, see 3GPP TS 36.304. NO
NO
Indicates the offset to the minimum required RX level. This value is included in criteria S and used in the evaluation of cell selection. This parameter is valid only when the cell selection is triggered by periodic searches for higher-priority PLMNs and the UE is served by a Visited Public Land Mobile Network (VPLMN). For details, see 3GPP TS 36.304. NO
Indicates the minimum required RX signal quality for the cell to become a candidate for cell selection, which corresponds to the IE q-QualMin in SIB1. This value is included in criteria S and used in the evaluation of cell selection. For details, see 3GPP TS 36.304. NO Indicates whether to set the offset to the minimum required RX level for the cell.
NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates the offset to the minimum required RX level for the cell. It is included in criteria S and used in the evaluation of cell selection. This parameter is required only when the cell selection is triggered by periodic searches for higher-priority PLMNs and the UE is served by a Visited Public Land Mobile Network (VPLMN). For details, see 3GPP TS 36.304. NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates whether the mapping from SIBs to SI messages is enabled. If it is disabled, a fixed configuration is used for the mapping from SIBs to SI messages and the SI window size. If it is enabled, the mapping from SIBs to SI messages and the SI window size are determined based on the transmission period, quantity, and data traffic of SIBs. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 2 (SIB2). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 3 (SIB3). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 4 (SIB4). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 5 (SIB5). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 6 (SIB6). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 7 (SIB7). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 8 (SIB8). For details, see 3GPP TS 36.331. NO
Indicates the transmission period for system information block type 10 (SIB10). For details, see 3GPP TS 36.331. NO
Indicates the transmission period for system information block type 11 (SIB11). For details, see 3GPP TS 36.331. NO
NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009
NO
LBFD-002029 / TDLBFD-002029 LBFD-002009 / TDLBFD-002009
NO
LBFD-002029 / TDLBFD-002029 LBFD-002009 / TDLBFD-002009
Indicates the duration of the primary notification (PN) broadcast for the Earthquake and Tsunami Warning System (ETWS). NO
NO
NO
LBFD-002029 / TDLBFD-002029
Indicates the policy of processing repeated secondary notification (SN) broadcast for the Earthquake and Tsunami Warning System (ETWS). A repeated SN is a second SN that has the same IEs Message Identifier and Serial Number as those in the first SN. The value MERGE indicates that the cell stops broadcasting the first SN and then broadcasts the second SN. The value DISCARD indicates that the cell ignores the second SN and continues broadcasting the first SN. NO
NO
NO
LBFD-002029 / TDLBFD-002029
Indicates the policy of processing repeated primary notification (PN) broadcast for the Earthquake and Tsunami Warning System (ETWS). A repeated PN is a second PN that has the same Message Identifier and Serial Number IEs as those in the first PN. If this parameter is set to MERGE, the eNodeB stops broadcasting the first PN and starts broadcasting the second PN. If this parameter is set to DISCARD, the eNodeB discards the second PN and continues broadcasting the first PN. NO
Indicates the transmission period for system information block type 12 (SIB12). For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-002029 / TDLBFD-002029
NO
LOFD-001092 / TDLOFD-001092 LBFD-002009 / TDLBFD-002009
Indicates the code rate of system information transmission. For details about this parameter, see 3GPP TS 36.331.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the transmission period for system information block type 13 (SIB13). For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-001001 / TDLBFD-001001 LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the compensation factor for path loss. It is used in UL power control. For details, see 3GPP TS 36.213. NO
Indicates the target UE transmit power for the PUCCH expected by the eNodeB on condition that normal demodulation can be performed. For details, see 3GPP TS 36.213. NO
NO
NO
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
Indicates the nominal P0 value of the PUSCH. It is used in UL power control. For details, see 3GPP TS 36.213. NO
Indicates the Delta value corresponding to PUCCH format 1. For details, see 3GPP TS 36.213.
Indicates the Delta value corresponding to PUCCH format 1b. For details, see 3GPP TS 36.213.
NO
NO
NO
NO
NO
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
Indicates the Delta value corresponding to PUCCH format 2. For details, see 3GPP TS 36.213.
Indicates the Delta value corresponding to PUCCH format 2a. For details, see 3GPP TS 36.213.
Indicates the Delta value corresponding to PUCCH format 2b. For details, see 3GPP TS 36.213.
NO
NO
NO
NO
NO
NO
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
Indicates the power offset (delta value) of message 3 relative to the preamble. This power offset has a step size of 2. For details, see 3GPP TS 36.213. NO
NO
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the local tracking area identity of the cell, which uniquely identifies an operator's record of tracking area information within a cell. This parameter is used only in the eNodeB and is different from the TAI configured in the TAL on the MME. YES
YES
NO
None
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the ID of the primary baseband equipment that serves a cell. If the primary baseband equipment is not configured for a cell, the eNodeB selects baseband processing units for the cell among all baseband processing units that have not been bound to cells. If this parameter is normally configured, the cell uses specified primary baseband equipment. In this case, the cell can use only the baseband processing units included in the primary baseband equipment. NO
YES
NO
None
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the ID of the sector device that serves the cell,it uniquely identifies a sector device within an eNodeB.
YES
Indicates the reference signal power of the cell sector device. The value 32767 indicates that this reference signal power parameter is invalid. In this case, the reference signal power of the cell equals the value of the PDSCHCfg parameter. For details, see 3GPP TS 36.213.This parameter is valid only when a multiRRU cell works in SFN,MPRU_AGGR EGATION or cell combination mode. NO
YES
NO
None
NO
NO
None
Indicates the ID of the baseband equipment serving a cell. When this parameter is set to 255, the baseband equipment serving a cell is not specified. In this scenario, the LTE baseband processing units (LBBPs) serving a cell are selected among all LBBPs in the eNodeB, and the LBBPs to which the cell's serving RRU is connected are preferentially selected. When this parameter is set to a value other than 255, the cell is served by LBBPs in the specified baseband equipment, and the LBBPs to which the cell's serving RRU is connected are preferentially selected. NO
NO
NO
None
Indicates the cabinet number of the RRU.
NO
NO
YES
None
Indicates the subrack number of the RRU.
NO
NO
YES
None
Indicates the slot number of the RRU. NO
NO
YES
None
Indicates the received total wideband power (RTWP) for the carrier. The normal value range is from -110 dBm to -40 dBm. The RRU cannot work properly if the value is out of range. NO Indicates the RX channel number of the RRU. An RRU is configured with multiple RX channels. cell. This parameter NO takes effect only when the MultiRruCellFlag parameter is set to BOOLEAN_TRUE and the MultiRruCellMode parameter is set to SFN or CELL_COMBINATI ON. If this parameter is set to 0, the reference signal power headroom for the sector device serving the cell is subject to the power headroom configured in the PDSCHCFG MO rather than the parameter setting. If this parameter is set to a non-zero value, the reference signal power headroom for the sector device serving the cell is subject to the parameter setting rather than the power headroom configured in the PDSCHCFG MO. NO
NO
YES
None
NO
YES
None
NO
NO
None
compression types can be used for sectors using the same RRU chain that is connected to UBBPd boards. When the value of this parameter is changed, the cell corresponding to this sector are automatically reactivated. This parameter is used only when MultiRruCellMode is set to SFN or CELL_COMBINATI ON, and the value of this parameter depends on the sector. When this parameter is set to NULL, the CPRI compression type of carriers depends on the value of CPRICompression. When this parameter is set to any other value, the sector CPRI compression type of carriers depends on the value of SectorCpriCompres sion. NO
NO
NO
TDLOFD-001076
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the group ID of the sector devices that serve the cell,it uniquely identifies a group of sector devices within an eNodeB. YES
YES
NO
None
Indicates the list of the sector devices that serve the cell.
YES
NO
None
YES
NO
None
NO
Indicates the ID of the sector device that serves the cell. YES
Indicates the ID of the baseband equipment serving a cell. When this parameter is set to 255, the baseband equipment serving a cell is not specified. In this scenario, the LTE baseband processing units (LBBPs) serving a cell are selected among all LBBPs in the eNodeB, and the LBBPs to which the cell's serving RRU is connected are preferentially selected. When this parameter is set to a value other than 255, the cell is served by LBBPs in the specified baseband equipment, and the LBBPs to which the cell's serving RRU is connected are preferentially selected. NO
NO
NO
None
Indicates the reference signal power of a sector equipment group for a cell (all sets of sector equipment in the sector equipment group have the same reference signal power). If this parameter is set to 32767, the parameter value is invalid, and the cell uses the reference signal power specified by the ReferenceSignalPw r parameter in the PDSCHCfg MO. For details, see 3GPP TS 36.213. This parameter takes effect only when parameters MultiRruCellFlag and MultiRruCellMode are set to BOOLEAN_TRUE and MPRU_AGGREGA TION, respectively. NO
NO
NO
None
compression types can be used for sectors using the same RRU chain that is connected to UBBPd boards. When the value of this parameter is changed, the cell corresponding to this sector are automatically reactivated. This parameter is used only when MultiRruCellMode is set to SFN or CELL_COMBINATI ON, and the value of this parameter depends on the sector. When this parameter is set to NULL, the CPRI compression type of carriers depends on the value of CPRICompression. When this parameter is set to any other value, the sector CPRI compression type of carriers depends on the value of SectorGroupCpriCo mpression. NO
NO
NO
TDLOFD-001076
YES
YES
NO
None
NO
NO
YES
None
Indicates the cabinet number of the RRU/RFU.
NO
NO
YES
None
Indicates the subrack number of the RRU/RFU.
NO
NO
YES
None
Indicates the slot number of the RRU/RFU.
NO
NO
YES
None
Indicates the local cell identity of the cell. It uniquely identifies a cell within an eNodeB. Indicates the ID of the eNodeB to which the RRU/RFU connected.
Indicates the number of LBBP data links.
NO
NO
YES
None
Indicates the LBBP data link ID. NO
NO
YES
None
Indicates the status of the LBBP data link. NO
NO
YES
None
Indicates the open DU interface (ODI) ID.
NO
NO
YES
None
Indicates the input port number of the LBBP data link.
NO
NO
YES
None
Indicates the output port number of the LBBP data link. NO
NO
YES
None
Indicates the loopback delay on the LBBP data link. NO
NO
YES
None
Indicates the number of loopback timeouts on the LBBP data link. NO
NO
YES
None
Indicates the cabinet number of the board involved in data link transmission.
NO
NO
YES
None
NO
NO
YES
None
NO
NO
YES
None
Indicates the subrack number of the board involved in data link transmission. Indicates the slot number of the board involved in data link transmission.
value BIDIRECTIONAL indicates that a data link is bidirectional, that is, the BBP data can be transmitted between the input port of the BBP data link (source port) and the output port of the BBP data link (target port). The parameter value FORWARD_DIREC TION indicates that the BBP data can be transmitted only from the input port of the BBP data link (source port) to the output port of the BBP data link (target port). The parameter value BACKWARD_DIRE CTION indicates that the BBP data can be transmitted only from the input port of the BBP data link (target port) to the output port of the BBP data link (source port). NO
NO
YES
None
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the length of the uplink time alignment timer for UEs in the cell. A UE is considered not time-aligned in the uplink if the timer expires. NO
NO
NO
None
This ensures the uplink time alignment performance if the length of the uplink time alignment timer is set to a large value. If this parameter is set to ON, it is recommended that the TimeAlignmentTime r parameter be set to SF10240. A smaller value of the TimeAlignmentTime r parameter, such as SF5120, leads to a higher probability of becoming out-ofsynchronization in the uplink for UEs in DRX mode. If this parameter is set to ON, it is recommended that the LongDrxCycle parameter be smaller than or equal to SF320. Otherwise, the uplink time alignment performance of UEs in DRX mode is affected. NO
NO
NO
None
regardless of the actual parameter setting. That is, the eNodeB always sends the Timing Advance Command to UEs. In this case, it is recommended that the TimeAlignmentTime r parameter be set to SF10240. The value ALLMEASMODE applies only to LTE FDD cells. The parameter value INVALID takes effect in a cell regardless of the actual parameter setting in any of the following scenarios: (1) The cell is established on an LBBPc; (2) The UlCyclicPrefix parameter is set to EXTENDED_CP; (3) The HighSpeedFlag parameter is set to HIGH_SPEED, ULTRA_HIGH_SPE ED or EXTRA_HIGH_SPE ED. NO
NO
NO
LBFD-070101
Indicates the interval for sending the Timing Advance Command to UEs. This parameter needs to be set only when the TimingAdvCmdOpt Switch parameter is set to ON. If this parameter is set to Invalid, none of parameter settings in the MML Command window takes effect. NO
NO
NO
None
for uplink timing. If this parameter is set to ON, the value ON of the TimingAdvCmdOpt Switch parameter in the TimeAlignmentTime r MO always takes effect. Therefore, it is recommended that the TimeAlignmentTime r parameter in the TimeAlignmentTime r MO be set to SF10240. If the TimeAlignmentTime r parameter is set to any other values, the mechanism of optimized DMRS scheduling for uplink timing does not take effect or does not meet expectations. This parameter applies only to LTE FDD cells. The parameter value ON is recommended in heavily loaded cells where there is a large number of UEs. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the timer value of Timer 300. For details, see 3GPP TS 36.331. This timer is started when the UE sends RRCConnectionRe quest. Before the timer expires, it is stopped if the UE receives RRCConnectionSet up or RRCConnectionRej ect. After the timer expires, the UE enters the RRC_IDLE state. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the length of timer 301. For details, see 3GPP TS 36.331. This timer is started when the UE sends an RRC Connection Reestablishment Request message. The timer is stopped if, before it expires, the UE receives an RRC Connection Reestablishment or RRC Connection Reestablishment Reject message. The timer is also stopped if the selected cell becomes an unsuitable cell. For the definition of a suitable cell, see 3GPP TS 36.331. After the timer expires, the UE enters the RRC_IDLE mode. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the length of timer 310. For details, see 3GPP TS 36.331. This timer is started when the UE detects any fault at the physical layer. The timer is stopped if the UE detects one of the following before the timer expires: (1) The physical-layer fault is rectified; (2) A handover is triggered; (3) The UE initiates an RRC connection reestablishment procedure. After the timer expires, the UE enters the RRC_IDLE mode if the security mode is not activated. If the security mode is activated, the UE initiates an RRC connection reestablishment procedure. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the length of timer 311. For details, see 3GPP TS 36.331. This timer is started when the UE starts the RRC connection reestablishment procedure. The timer is stopped if, before the timer expires, the UE selects an E-UTRAN or interRAT cell to camp on. After the timer expires, the UE enters the RRC_IDLE mode. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the maximum number of successive "in sync" indications received from L1. For details, see 3GPP TS 36.331.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the maximum number of successive "out of sync" indications received from L1. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the name of the cell. NO
Indicates whether the cell is a closed subscriber group (CSG) cell. A CSG cell has restrictions on UE access. It broadcasts a specific CSG ID in the SIB and only those UEs of the group can access the CSG cell. BOOLEAN_FALSE indicates that the cell is not a CSG cell, and BOOLEAN_TRUE indicates that the cell is a CSG cell. Currently, Huawei eNodeBs do not support CSG cells. NO
YES
NO
NO
None
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201803 / TDLBFD-00201803
Indicates the UL cyclic prefix length of a cell. A cyclic prefix can be a common or extended cyclic prefix. An extended cyclic prefix is generally used in a complex environment with a strong multi-path effect and long delay. In a cell, the UL cyclic prefix length can be different from the DL one. In addition, the UL or DL cyclic prefix length of a cell must be the same as that of the cell using the same LBBP. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-00100401 / TDLBFD-00100401 LOFD-001031 / TDLOFD-001031 LBFD-002009 / TDLBFD-002009
Indicates the length of the DL cyclic prefix of a cell. A DL cyclic prefix can be a common or extended cyclic prefix. An extended cyclic prefix is generally used in a complex environment with a strong multi-path effect and long delay. In a cell, the UL cyclic prefix length can be different from the DL one. In addition, the UL or DL cyclic prefix length of a cell must be the same as that of the cell using the same LBBP. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-00100401 / TDLBFD-00100401 LOFD-001031 / TDLOFD-001031
Indicates the frequency band in which the cell operates. For details about this parameter, see 3GPP TS 36.104.
Indicates whether to configure the uplink EARFCN of the cell.
NO
NO
YES
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009 LBFD-070103 / TDLBFD-00201806
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
Indicates the UL EARFCN of the cell. It is optional, depending on the setting of the UL EARFCN configuration indicator (UlEarfcnCfgInd). If the value of this parameter is not specified, the default UL EARFCN is used, which is calculated based on the DL EARFCN. For details, see 3GPP TS 36.104. NO
Indicates the DL EARFCN of the cell. For details, see the 3GPP TS 36.104. NO
NO
YES
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201801 / TDLBFD-00201801 LBFD-00201803 / TDLBFD-00201803
Indicates the UL bandwidth of the cell, which is based on the number of resource blocks (RBs). The value CELL_BW_N25 indicates a cell bandwidth of 25 RBs. The value CELL_BW_N50 indicates a cell bandwidth of 50 RBs. The mapping between the parameter value and the actual cell bandwidth (that is, the number of RBs) can be deduced similarly. For details, see 3GPP TS 36.104. NO
YES
NO
LOFD-001051 LBFD-002009 / TDLBFD-002009 TDLBFD-001003
Indicates the DL bandwidth of the cell, which is based on the number of resource blocks (RBs). The value CELL_BW_N25 indicates a cell bandwidth of 25 RBs. The value CELL_BW_N50 indicates a cell bandwidth of 50 RBs. The mapping between the parameter value and the actual cell bandwidth (that is, the number of RBs) can be deduced similarly. For details, see 3GPP TS 36.104. NO
YES
NO
LOFD-001051 LBFD-002009 / TDLBFD-002009 TDLBFD-001003
Indicates the ID of the E-UTRAN cell. The combination of this parameter and the eNodeB ID forms the E-UTRAN cell identity. The combination of the E-UTRAN cell identity and the PLMN identity forms the ECGI. For details, see 3GPP TS 36.413. NO
YES
NO
LBFD-002009 / TDLBFD-002009
Indicates the physical cell ID. For details, see 3GPP TS 36.331. NO
YES
NO
LOFD-001051 LBFD-002009 / TDLBFD-002009
Indicates the additional spectrum emission, which restricts the emission power of the UEs in the cell. For details, see the 3GPP TS 36.101. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the active state of the cell. It consists of the activated and deactivated states. NO
NO
NO
None
Indicates the administrative state of the cell. If this parameter is set to CELL_HIGH_BLOC K, the cell is deactivated immediately. If this parameter is set to CELL_MIDDLE_BL OCK, the cell is deactivated when it has no user to serve during the period specified by the CellMidBlkTimer parameter, or is deactivated when the timer expires irrespective of whether it has users to serve. If this parameter is set to CELL_LOW_BLOC K, the cell is deactivated only when the cell has no user to serve. NO
NO
NO
None
Indicates the length of the timer used to determine whether to block a middleblocking-priority cell. If CellAdminState is set to CELL_MIDDLE_BL OCK, the cell is deactivated when no user accesses the cell during the period of time specified by this parameter. The cell is also deactivated if the timer expires. NO
NO
NO
None
Indicates the duplex mode of the cell. CELL_FDD indicates the FDD mode, and CELL_TDD indicates the TDD mode. NO
YES
NO
LBFD-002009 TDLBFD-001007 TDLBFD-00100701 TDLBFD-00100702 TDLOFD-001026 TDLOFD-00102601 TDLOFD-00102602 TDLOFD-00102603
Indicates the ratio of UL subframes to DL subframes in a TDD cell. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002009 TDLBFD-001007 TDLBFD-00100701 TDLBFD-00100702 TDLOFD-001026 TDLOFD-00102601 TDLOFD-00102602 TDLOFD-00102603
Indicates the ratio of special UL subframes to special DL subframes in a TDD cell. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002009 TDLBFD-001007 TDLBFD-00100701 TDLBFD-00100702 TDLOFD-001026 TDLOFD-00102601 TDLOFD-00102602 TDLOFD-00102603
Indicates the cell specific offset for the serving cell. It affects the probability of triggering handovers from the serving cell to its neighboring cells. A smaller value of this parameter leads to a higher probability. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 TDLBFD-002018 TDLBFD-00201802 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001019 TDLOFD-001043 TDLOFD-001072 TDLOFD-001020 TDLOFD-001046 TDLOFD-001073
Indicates the specific frequency offset of the serving cell. This parameter is contained in the measurement control information and is related to the handover difficulty between the serving cell and the neighboring cell. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201801 LBFD-00201803 TDLBFD-002018 TDLBFD-00201802 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001019 TDLOFD-001043 TDLOFD-001072 TDLOFD-001020 TDLOFD-001046 TDLOFD-001073
Indicates the first logical root sequence, which is used to generate the preamble sequence. Each logical root sequence corresponds to a physical root sequence. For the mapping between logical root sequences and physical root sequences, see 3GPP TS 36.211. NO
YES
NO
LBFD-002010 / TDLBFD-002010
Indicates the speed flag of the cell. Set this parameter to ULTRA_HIGH_SPE ED if the cell is used to provide coverage for an ultra-high-speed railway. Set this parameter to HIGH_SPEED if the cell is used to provide coverage for a high way. Set this parameter to LOW_SPEED in other scenarios.TDD cells with a bandwidth of 5 MHz or in 8T8R mode can only be configured as low speed cells. NO
NO
NO
LOFD-001007 / TDLOFD-001007 LOFD-001008
Indicates the preamble format used in the cell. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002010 / TDLBFD-002010
Indicates the radius of the cell. NO
NO
NO
LBFD-002010 / TDLBFD-002010
Indicates whether to configure bandwidth customization for the cell. Bandwidth customization is available only when the bandwidth is 5 MHz, 10 MHz, 15 MHz, or 20 MHz. NO
NO
NO
LOFD-001051
Indicates the customized UL cell bandwidth. Bandwidth customization is available only when the bandwidth is 5 MHz, 10 MHz, 15 MHz, or 20 MHz. NO
NO
NO
LOFD-001051
Indicates the customized DL cell bandwidth. Bandwidth customization is available only when the bandwidth is 5 MHz, 10 MHz, 15 MHz, or 20 MHz. NO
Indicates whether to set an emergency area ID. NO
NO
NO
NO
LOFD-001051
NO
LBFD-002029 / TDLBFD-002029 LOFD-001092 / TDLOFD-001092 LBFD-002009 / TDLBFD-002009
Indicates the ID of the notification area within which a warning notification is broadcast. The area consists of one or more cells and can be customized by operators. For details about this parameter, see 3GPP TS 36.413. NO Indicates whether to configure the maximum TX power of the UE in the cell. If the value of this parameter is not specified, the maximum power is subject to the UE capability. NO
Indicates the maximum transmit power that a UE can apply to uplink transmission in the cell. It is used in cell selection criterion S to calculate the compensated power. If the value of this parameter is not specified, the maximum power is subject to the UE capability. For details, see 3GPP TS 36.304. NO
NO
NO
NO
NO
LBFD-002029 / TDLBFD-002029 LOFD-001092 / TDLOFD-001092 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
NO
LBFD-002026 / TDLBFD-002026 LBFD-002009 / TDLBFD-002009
Indicates whether to enable or disable the multi-RRU cell feature. NO
NO
NO
LOFD-003029 / TDLOFD-001075 TDLOFD-002008 TDLOFD-001098 TDLOFD-001080 TDLOFD-001081 TDLOFD-001082
Indicates the type of the multi-RRU cell.
NO
NO
NO
LOFD-003029 / TDLOFD-001075 TDLOFD-001075 TDLOFD-002008 TDLOFD-001098 TDLOFD-001080 TDLOFD-001081 TDLOFD-001082
indicates that enhanced CPRI compression is used(Enhanced CPRI compression does not take effect in V100R007C00. If this parameter is set to ENHANCED_COM PRESSION in V100R007C00, CPRI compression takes effect in the same way as when this parameter is set to NORMAL_COMPR ESSION.). This parameter must be set to the same value for all cells served by RRUs on an RRU chain or ring. Before changing the value of this parameter for a cell served by an RRU chain or ring, ensure that all cells served by the RRU chain or ring are deactivated. Activate the cells after you change the parameter value. NO
NO
NO
LOFD-001076 / TDLOFD-001076
Indicates the number of sector devices that serve an SFN cell.
NO
NO
None
NO
Indicates whether the cell is an air cell.
NO
NO
NO
None
Indicates the number of ports for transmitting reference signals in a cell. As specified in protocols, the CRS Port Number parameter can be set to 1, 2, or 4. (CRS is short for Cell Reference Signal.) The value 1 indicates that one CRS port (port 0) is configured. The value 2 indicates that two CRS ports (port 0 and port 1) are configured. The value 4 indicates that four CRS ports (port 0, port 1, port 2, and port 3) are configured. NO
NO
NO
None
Indicates the transmission and reception mode of the cell.
NO
YES
NO
None
Indicates the user label of the cell.
NO
NO
NO
None
Indicates the work mode of the cell. The DL_ONLY mode applies only to the carrier aggregation scenario.
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 TDLAOFD-001003 TDLAOFD-001002
Indicates the active or standby mode of the cell. A cell is in active mode by default. The standby mode applies to LTE TDD. If this parameter is set to STANDBY, an inter-BBU SFN auxiliary cell can roll back to the standby mode to provide services if interBBU faults occur. Only common or SFN cells support the standby mode. NO
NO
NO
LBFD-002009 / TDLBFD-002009
over CRS port 0 are mapped to TX channels 1 and 3 in an RRU, and reference signals transmitted over CRS port 1 are mapped to TX channels 2 and 4 in an RRU. The parameter value NOT_CFG indicates that the mapping between a CRS port and a TX channel in an RRU is not configured, and reference signals transmitted over CRS ports are mapped to TX channels in an RRU in a one-to-one manner in order. In TDD cells, "n" in mTnP must be equal to the CrsPortNum parameter value. For cells established on LBBPc boards, the parameter value NOT_CFG takes effect regardless of the actual parameter setting. NO
NO
NO
LOFD-001003 / TDLOFD-001003 LOFD-001060 / TDLOFD-001060
Indicates the compression ratio of data transmitted on the CPRI port over Ethernet for an MPRU aggregation cell. Data compression on the CPRI port over Ethernet reduces the bandwidth of LTE data on the Ethernet cable between the RHUB and MPRUs, and therefore the Ethernet cable supports more carriers of different RATs. The parameter values 2_TO_1 and 3_TO_1 indicate ratios of 2:1 and 3:1, respectively. NO
NO
NO
None
Indicates the state of the cell instance. NO
NO
YES
None
Indicates the reason that causes the latest state change of the cell, which can be a cell activation success or a cell setup failure. NO
NO
YES
None
Indicates the latest setup time of the cell.
NO
YES
None
NO
Indicates the latest setup type of the cell.
NO
NO
YES
None
Indicates the latest remove time of the cell.
NO
NO
YES
None
Indicates the latest remove type of the cell.
NO
NO
YES
None
Indicates the energy conservation and emission reduction mode of the cell. The energy conservation and emission reduction mode of the cell can be set to RF intelligent shutdown mode, intelligent power-off of carriers mode, low power consumption mode, RF module regular time sleep mode, inter-RAT cell shutdown mode, or dynamic adjust voltage mode. NO
NO
YES
None
Indicates the cabinet number, subrack number and slot number of the primary LBBP that serves the cell. NO
NO
YES
None
Indicates the topology of the cell. NO
NO
YES
None
Indicates the cabinet number of the RF module that serves the cell. NO
NO
YES
None
Indicates the subrack number of the RF module that serves the cell. NO
NO
YES
None
Indicates the slot number of the RF module that serves the cell. NO
NO
YES
None
Indicates whether the cell is in the symbol power saving state.
NO
YES
None
NO
Indicates the maximum transmit power of the cell in theory. The value 65535 indicates that this parameter is invalid, which can be changed by modifying the physical downlink shared channel (PDSCH) configuration or the PA parameter related to power control for the PDSCH. NO
NO
YES
None
Indicates the ID of the eNodeB.
NO
NO
YES
None
Indicates the cabinet number of the LBBP that serves the cell.
NO
NO
YES
None
Indicates the subrack number of the LBBP that serves the cell.
NO
NO
YES
None
Indicates the slot number of the LBBP that serves the cell.
NO
NO
YES
None
Indicates the work status of the RF module and LBBP that serves the cell. NO
NO
YES
None
Indicates the local cell identity of the uplink coordinating cell.
NO
YES
None
NO
Indicates slave frequency bands of a cell. If the operating frequency of a cell belongs to multiple frequency bands, the frequency band with the highest priority is configured by the FreqBand parameter, and frequency bands with other priorities are configured by the CellSlaveBand parameter and added in descending order based on frequency band priorities. The frequency band priorities of a cell are determined in network planning. It is recommended that the frequency bands supporting UEs that comply with 3GPP TS 36.331 V8.16.0, 3GPP TS 36.331 V9.1.0, 3GPP TS 36.331 V10.5.0, or a later vision be configured as slave frequency bands. NO
YES
NO
LBFD-070103 / TDLBFD-00201806
Indicates the frequency band in which the cell operates. For details about this parameter, see 3GPP TS 36.104.
YES
NO
None
YES
Indicates the ID of the eNodeB operator group that shares the cell. This parameter must be set to a value within the range of 0 and 5 if the eNodeB works in hybrid RAN sharing mode. This parameter must be set to 255 (indicating an invalid value) in independent RAN sharing mode, RAN sharing with dedicated carriers, or RAN sharing with common carriers. NO
NO
NO
LOFD-070206
Indicates the cabinet, subrack, and slot where the RF module serves the cell is located.
NO
NO
YES
None
Indicates the cabinet, subrack, and slot of the baseband processing unit on which the cell is set up is located. NO
NO
YES
None
Indicates the number of cells (each cell is served by one RRU) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the number of cells (each cell is served by two RRUs) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the number of cells (each cell is served by three RRUs) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the number of cells (each cell is served by four RRUs) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the number of cells (each cell is served by five RRUs) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the number of cells (each cell is served by six RRUs) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the number of cells (each cell is served by seven RRUs) supported by the remaining resources on the primary baseband processing board. NO
NO
YES
None
Indicates the quantity of resources occupied by the cell on the primary baseband processing board. The resource quantity is indicated by the number of RRUs. NO
NO
YES
None
Indicates the number of cells for which the adjustment fails in the one-click manner.
NO
NO
YES
None
Indicates the number of cells for which the adjustment is successful in the one-click manner.
NO
NO
YES
None
Indicates the pilot period of CSI reference signals. This parameter is unavailable in this version.
NO
NO
NO
None
Indicates the information about the CPRI port on the baseband processing board that is directly connected to the RF unit serving a cell. The information includes the cabinet, subrack, slot, and CPRI port numbers. NO
NO
YES
None
Indicates the TX channel information about the RF unit that serves a cell. NO
NO
YES
None
Indicates the RX channel information about the RF unit that serves a cell. NO
NO
YES
None
Indicates the IDs of the primary and secondary baseband processing boards that serve a cell. NO
NO
YES
None
Indicates whether information about intra-frequency neighboring cells and external cells of the serving cell can be maintained by ANR. If this parameter is set to ALLOWED, the information can be maintained by ANR. If this parameter is set to NOT_ALLOWED, the information cannot be maintained by ANR. NO
NO
NO
LOFD-002001 / TDLOFD-002001
removed, ANR removes the intraRAT neighboring relationship with the cell that operates on this frequency and to which the number of UEs handed over from the local cell is the smallest. Otherwise, the intra-RAT neighbor relationship with the cell to which the number of UEs handed over from the local cell is the smallest is removed. If not all values of this parameter for all E-UTRAN frequencies are the same, the eNodeB removes the candidate neighbor relationship with the cell that operates on a frequency and to which the number of UEs handed over from the local cell is the smallest based on frequency priories in ascending order. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the ID of the sector device,it uniquely identifies a sector device within an eNodeB. YES
YES
NO
TDLOFD-001080 TDLOFD-001082
Indicates the ID of the main eNodeB.
YES
NO
None
YES
Indicates the local cell identity of a cell of the main eNodeB,it uniquely identifies a cell within the main eNodeB. YES
YES
NO
None
Indicates the ID of the baseband equipment serving a cell. When this parameter is set to 255, the baseband equipment serving a cell is not specified. In this scenario, the LTE baseband processing units (LBBPs) serving a cell are selected among all LBBPs in the eNodeB, and the LBBPs to which the cell's serving RRU is connected are preferentially selected. When this parameter is set to a value other than 255, the cell is served by LBBPs in the specified baseband equipment, and the LBBPs to which the cell's serving RRU is connected are preferentially selected. NO
NO
NO
TDLOFD-001080 TDLOFD-001082
Indicates the reference signal power of the single frequency network (SFN) auxiliary eNodeB resource. The value 32767 indicates that this reference signal power parameter is invalid. In this case, the reference signal power of the cell refers to the value of the PDSCHCfg parameter. For details, see 3GPP TS 36.213. NO
NO
NO
TDLOFD-001080 TDLOFD-001082
Indicates the reference signal power headroom of each physical antenna. If this parameter is set to 0, the parameter does not take effect. That is, the reference signal power headroom of the cell equals the value of Reference Signal Power Margin in the PDSCHCfg MO. If this parameter is set to a non-zero value, the reference signal power headroom of the cell equals this value. NO
NO
NO
None
compression types can be used for sectors using the same RRU chain that is connected to UBBPd boards. When the value of this parameter is changed, the cell corresponding to this sector are automatically reactivated. This parameter is used only when MultiRruCellMode is set to SFN or CELL_COMBINATI ON, and the value of this parameter depends on the sector. When this parameter is set to NULL, the CPRI compression type of carriers depends on the value of CPRICompression. When this parameter is set to any other value, the sector CPRI compression type of carriers depends on the value of SectorCpriCompres sion. NO
NO
NO
TDLOFD-001076
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the ID of the auxiliary eNodeB.
YES
YES
NO
None
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the maximum number of beamforming layers, that is, the rank of beamforming. The value SINGLE_LAYER_B F indicates singlestream beamforming (that is, beamforming with the rank of 1), and the value DUAL_LAYER_BF indicates dualstream beamforming (that is, beamforming with the rank of 2). NO
NO
NO
TDLOFD-001049 TDLOFD-001061
Indicates the result after the last cell channel rectification. NO
NO
YES
None
Indicates the result after the second from the last cell channel rectification. NO
NO
YES
None
Indicates the result after the third from the last cell channel rectification. NO
NO
YES
None
Indicates the result after the fourth from the last cell channel rectification. NO
NO
YES
None
Indicates the result after the fifth from the last cell channel rectification. NO
NO
YES
None
Indicates the result after the sixth from the last cell channel rectification. NO
NO
YES
None
NO
YES
None
NO
YES
None
Indicates the result after the seventh from the last cell channel rectification. NO Indicates the result after the eighth from the last cell channel rectification. NO
Indicates the result after the ninth from the last cell channel rectification. NO
NO
YES
None
Indicates the result after the tenth from the last cell channel rectification. NO
NO
YES
None
Indicates the time after the last cell channel rectification.
NO
NO
YES
None
Indicates the time after the second from the last cell channel rectification.
NO
NO
YES
None
Indicates the time after the third from the last cell channel rectification. NO
NO
YES
None
Indicates the time after the fourth from the last cell channel rectification. NO
NO
YES
None
Indicates the time after the fifth from the last cell channel rectification. NO
NO
YES
None
Indicates the time after the sixth from the last cell channel rectification. NO
NO
YES
None
NO
NO
YES
None
NO
NO
YES
None
Indicates the time after the ninth from the last cell channel rectification. NO
NO
YES
None
Indicates the time after the tenth from the last cell channel rectification. NO
NO
YES
None
Indicates the type after the last cell channel rectification.
NO
YES
None
Indicates the time after the seventh from the last cell channel rectification. Indicates the time after the eighth from the last cell channel rectification.
NO
Indicates the type after the second from the last cell channel rectification.
NO
NO
YES
None
Indicates the type after the third from the last cell channel rectification. NO
NO
YES
None
Indicates the type after the fourth from the last cell channel rectification. NO
NO
YES
None
Indicates the type after the fifth from the last cell channel rectification. NO
NO
YES
None
Indicates the type after the sixth from the last cell channel rectification. NO
NO
YES
None
NO
NO
YES
None
NO
NO
YES
None
Indicates the type after the ninth from the last cell channel rectification. NO
NO
YES
None
Indicates the type after the tenth from the last cell channel rectification. NO
NO
YES
None
Indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates whether to enable CSPC in the cell.
NO
NO
LOFD-070208
Indicates the type after the seventh from the last cell channel rectification. Indicates the type after the eighth from the last cell channel rectification.
NO
Indicates whether to report the updated UEspecific sounding reference signal (SRS) configurations to the centralized control node immediately after the configurations are changed.
NO
NO
NO
LOFD-070208
Indicates the period that sounding reference signal (SRS) configurations of UEs in the serving cell are reported to the centralized control node. NO
NO
NO
LOFD-070208
Indicates the period that the uplink reference signal received power (RSRP) measurements on a neighboring cell with CSPC applied are reported. NO
NO
NO
LOFD-070208
Indicates the filtering coefficient for channel quality indicators (CQIs) in CSPC-based power optimization. This filtering makes the reported CQIs more stable. NO
NO
NO
LOFD-070208
Indicates the physical layer filtering coefficient for uplink reference signal received power (RSRP) measurements. This filtering coefficient is used to report stable RSRPs after filtering. NO
NO
NO
LOFD-070208
Indicates the RRM filtering coefficient for uplink reference signal received power (RSRP) measurements. This filtering coefficient is used to report stable RSRPs after filtering. NO
NO
NO
LOFD-070208
Indicates whether CSPC has been enabled in the cell.
NO
YES
None
NO
Indicates the reason why CSPC is disabled in a cell. NO
NO
YES
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the interval between periodic measurement reports that are sent after a DL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
Indicates the maximum number of cells to be included in each measurement report after a DL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the number of periodic measurement reports after a DL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
quantity to be included in the measurement report after a DL ICIC measurement event is triggered, which can be set to SAME_AS_TRIG_ QUAN or BOTH. The value SAME_AS_TRIG_ QUAN indicates that the quantity to be included is the same as that specified by the TriggerQuantity parameter. The value BOTH indicates that both RSRP and RSRQ values are included. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO Indicates the quantity used in the evaluation of a DL ICIC measurement event. The quantity can be RSRP or RSRQ. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load but are likely to reflect the signal quality of the cell in real time. NO
NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the hysteresis for the DL ICIC measurement event. This parameter is used to decrease frequent triggering of event evaluations due to radio signal fluctuations. For details, see 3GPP TS 36.331. NO Indicates the timeto-trigger for the DL ICIC measurement event. When detecting that the signal quality in the serving cell and that in at least one neighboring cell meet the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. NO
NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the offset for DL ICIC event A3. This offset is the difference between the quality of a neighboring cell and that of the serving cell. A larger value indicates that a neighboring cell must have better quality for the reporting of the event. NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the offset for DL ICIC event A6. This offset is the difference between the quality of a neighboring cell and that of the serving cell. A larger value indicates that a neighboring cell must have better quality for the reporting of the event. NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the number of highband resource blocks (RBs) that the E-UTRAN cell can share with GERAN cells in GSM and LTE dynamic spectrum sharing. The gains that an E-UTRAN cell can obtain have a positive correlation with the number of RBs that the E-UTRAN cell shares with GERAN cells. Currently, GSM and LTE dynamic spectrum sharing supports one third of the EUTRAN cell bandwidth to be shared with GERAN cells. However, to mitigate the interference from GERAN cells, it is recommended that the shared bandwidth should not exceed one fifth of the E-UTRAN cell bandwidth. NO
NO
NO
MRFD-090202
Indicates the number of low-band resource blocks (RBs) that the EUTRAN cell can share with GERAN cells in GSM and LTE dynamic spectrum sharing. The gains that an E-UTRAN cell can obtain have a positive correlation with the number of RBs that the EUTRAN cell shares with GERAN cells. Currently, GSM and LTE dynamic spectrum sharing supports one third of the E-UTRAN cell bandwidth to be shared with GERAN cells. However, to mitigate the interference from GERAN cells, it is recommended that the shared bandwidth should not exceed one fifth of the E-UTRAN cell bandwidth. NO
NO
NO
MRFD-090202
Indicates whether PDCCH resource elements (REs) are transmitted in the shared spectrum when the spectrum is being occupied by the GERAN cell in GSM and LTE dynamic spectrum sharing. If this parameter is set to ON, PDCCH REs are not transmitted in the shared spectrum when the spectrum is being occupied by the GERAN cell. If this parameter is set to OFF, PDCCH REs are always transmitted in the shared spectrum regardless of whether the shared spectrum is being occupied by the GERAN cell. NO
NO
NO
MRFD-090202
parameter is set to NONE, uplink narrowband interference suppression is disabled. If this parameter is set to BASEBANDPROC ESS, uplink narrowband interference suppression is enabled, which achieves interference suppression by shrinking the interfering GSM spectrum through baseband processing. With uplink narrowband interference suppression, only RBs near the interfering GSM spectrum experience interference, and RBs far away from the interfering GSM spectrum (including RBs in the shared spectrum and RBs in the dedicated EUTRAN bandwidth) can work properly. NO
NO
NO
MRFD-090202
Indicates the offset of a neighboring cell's signal level that triggers event A3 used in GSM and LTE dynamic spectrum sharing. Measurement reports for this event A3 are reported only if the signal level of at least one neighboring cell is better than that of the local cell by this offset. If this parameter is set to a larger value, the probability of UEs reporting this event A3 is lower. NO
NO
NO
MRFD-090202
Indicates the offset of a neighboring cell's signal level that triggers event A6 used in GSM and LTE dynamic spectrum sharing. Measurement reports for this event A6 are reported only if the signal quality of at least one neighboring cell is better than that of the secondary serving cell (SCell) in carrier aggregation (CA) by a quantity of this offset. If this parameter is set to a larger value, the probability of UEs reporting this event A6 is lower. NO
NO
NO
MRFD-090202
Indicates the signal to interference plus noise ratio (SINR) threshold for determining that UEs located at short distances away from the cell center can use resource blocks (RBs) in the shared spectrum when GL dynamic spectrum sharing is enabled. If the SINR of RBs in the shared spectrum is greater than or equal to the NearAreaSinrThd parameter value, the RBs can be scheduled by UEs located at short distances away from the cell center. NO
NO
NO
MRFD-090202
Indicates the signal to interference plus noise ratio (SINR) threshold for determining that UEs located at medium distances away from the cell center can use resource blocks (RBs) in the shared spectrum when GL dynamic spectrum sharing is enabled. If the SINR of RBs in the shared spectrum is greater than or equal to the MiddleAreaSinrThd parameter value, the RBs can be scheduled by UEs located at medium distances away from the cell center. NO
NO
NO
MRFD-090202
Indicates the signal to interference plus noise ratio (SINR) threshold for determining that UEs located at far distances away from the cell center can use resource blocks (RBs) in the shared spectrum when GL dynamic spectrum sharing is enabled. If the SINR of RBs in the shared spectrum is greater than or equal to the FarAreaSinrThd parameter value, the RBs can be scheduled by UEs located at far distances away from the cell center. NO
NO
NO
MRFD-090202
Indicates the local cell ID. It uniquely identifies a cell within an eNodeB.
YES
NO
None
NO
NO
LOFD-070207 / TDLOFD-070207
YES
Indicates the statistic period of dynamic access class (AC) barring in a cell, during which the proportion of time that the cell is in the congestion state is exported. NO
Indicates the threshold for triggering dynamic access class (AC) barring in the cell. This threshold specifies the proportion of time that the cell is in the congestion state. If the proportion of time that the cell is in the congestion state is greater than or equal to this parameter value within a statistic period (specified by the DynAcBarStatPerio d parameter), the conditions for triggering dynamic AC barring are met. NO
NO
NO
LOFD-070207 / TDLOFD-070207
Indicates the threshold for canceling dynamic access class (AC) barring in the cell. This threshold specifies the proportion of time that the cell is in the congestion state. If the proportion of time that the cell is in the congestion state is less than or equal to this parameter value within a statistic period (specified by the DynAcBarStatPerio d parameter), the conditions for canceling dynamic AC barring are met. NO
NO
NO
LOFD-070207 / TDLOFD-070207
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the ABS pattern after the TDM eICIC is enabled. This parameter is valid only when the eICIC is enabled. Different ABS pattern settings indicate configurations with different ABS numbers in the same period. For example, the value SUBFRAME_ONE_ PER_FIVE indicates that One ABS per 5 ms. The ABS pattern is a bitmap with a bit string of 40 bits. For details, see the definition of ABS Pattern Info in 3GPP TS 36.423. This parameter is valid only when all the ABS patterns for all cells are the same. NO
NO
NO
LAOFD-002001
Indicates whether UEs are allowed to send measurement reports for event A3 during enhanced inter-cell interference coordination (eICIC). The parameter value ENABLE indicates that UEs are allowed to send measurement reports for event A3 during eICIC. The parameter value DISABLE indicates that UEs are not allowed to send measurement reports for event A3 during eICIC, and in this case the eNodeB cannot determine whether to enable eICIC in different scenarios. NO
NO
NO
LAOFD-002001
Indicates the offset for event A3 during enhanced inter-cell interference coordination (eICIC). This offset is the difference between the signal quality of a neighboring cell and that of the serving cell. A larger value indicates that a neighboring cell must have better signal quality for the reporting of event A3. A smaller value indicates that the requirement on the neighboring cell signal quality for reporting event A3 can be met easier. For details, see 3GPP TS 36.331. NO
NO
NO
LAOFD-002001
Indicates the local cell ID. It uniquely identifies a cell within an eNodeB.
YES
NO
None
YES
Indicates the offset for reporting the measurement event for IICS UE attribute calculation. This offset is the difference between the signal quality of a neighboring cell and that of the serving cell. A larger value indicates that a neighboring cell must have better quality for the reporting of the event. NO
NO
NO
None
Indicates the threshold of user attribute determination in the UL IICS algorithm. If a UE-reported value is greater than or equal to this parameter value, the UE has strong interference to neighboring cells. If a UE-reported value is less than this parameter value, the UE has weak interference to neighboring cells. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the switch for the functionality of the low power consumption mode. The cell can enter the low power consumption mode only when this parameter is set to ON and specific conditions are met. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the switch for forcibly entering the low power consumption mode. When both this switch and the functionality switch are set to ON, the cell enters the low power consumption mode as soon as the wait time for entering the mode elapses, regardless of whether it is within the low power consumption period. When the functionality switch is set to ON but this switch is set to OFF, the cell enters the low power consumption mode as soon as the wait time for entering the mode elapses, if a mains input out of range(Specific Problem: AC Failure) alarm is reported within the low power consumption period. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the start time of the low power consumption mode. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the stop time of the low power consumption mode. If the stop time is earlier than or the same as the start time, the stop time is assumed to be a time of the next day. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the duration in which the transmit power for services is reduced in the cell in low power consumption mode. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the duration in which the reference signal transmit power is reduced in the cell in low power consumption mode. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the duration in which RF channels are shut down in the cell in low power consumption mode. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the percentage of the transmit power for services to the total transmit power for services when the low power consumption mode is implemented by means of reducing the transmit power for services. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the amount by which the reference signal transmit power is reduced in the cell in low power consumption mode. NO
NO
NO
LOFD-001040 / TDLOFD-001040
power consumption mode. In low power consumption mode, a cell automatically takes the following actions in sequence: 1. lowers the transmit power for services; 2. lowers the transmit power for reference signals; 3. shuts down some RF channels in the cell; 4. shuts down the cell. This duration smooths the transition from the normal mode to the low power consumption mode for the cell. If the conditions for the cell to enter the low power consumption mode are no longer met during this period of time, the cell will not enter the low power consumption mode; otherwise, it enters the low power consumption mode and takes the preceding actions in sequence. NO
NO
NO
LOFD-001040 / TDLOFD-001040
that of reference signal power degradation, and that of RF channel intelligent shutdown are all 0 minutes. If this parameter is set to POLICY1, POLICY2 or POLICY3, the ratio of available service power to total service power is 50%, the adjustment offset for reference signal power is -1 dB, and the wait time for entering the low power consumption mode is 5 minutes. If this parameter is set to CUSTOMIZED, you can customize the duration of power degradation, the ratio of available service power to total service power, the adjustment offset for reference signal power, and the wait time for entering the low power consumption mode. NO
NO
NO
LOFD-001040 / TDLOFD-001040
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the ID of an MBSFN area to which a cell belongs.
NO
YES
None
NO
Indicates the ID of an MBSFN synchronization area to which a cell belongs. NO
NO
NO
LOFD-070220 / TDLOFD-070220
Indicates the TMGI of an MBMS session. The TMGI consists of the MCC, MNC, and ServiceID with each two parts connected by a hyphen (-). TMGIs are separated by comma (,). NO
NO
YES
None
Indicates the switch that is used to enable and disable the MBMS function. If this switch is set to ON, the MBMS function is enabled, and the cell supports the MBMS service. If this switch is set to OFF, the MBMS function is disabled. NO
NO
NO
LOFD-070220 / TDLOFD-070220
Indicates the list of MBMS service areas to which cells belong. NO
YES
NO
None
Indicates the ID of MBMS service area to which a cell belongs. YES
YES
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
- Ofn + Hys, where thresh is the RSRP threshold for triggering a coverage-based inter-frequency handover and Hys is the hysteresis for inter-frequency handover. If this parameter is set to NOT_CFG(Not configure) and the Inter-Freq HO trigger Event Type parameter is set to EventA3(EventA3), the upper and lower limits of the CIO adjustment range for the cell in interfrequency MRO are calculated by using the following formulas: Lower limit = Off + Ofs + Ocs - Ofn + Hys - 5, Upper limit = Off + Ofs + Ocs - Ofn + Hys - 2, where Off is the interfrequency A3 offset, and Hys is the hysteresis for intrafrequency handover. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the upper limit of cell individual offset (CIO) adjustment range for the cell in mobility robustness optimization (MRO). This parameter needs to be set only when the CioAdjLimitCfgInd parameter is set to CFG. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the lower limit of cell individual offset (CIO) adjustment range for the cell in mobility robustness optimization (MRO). This parameter needs to be set only when the CioAdjLimitCfgInd parameter is set to CFG. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the local cell ID. It uniquely identifies a cell within an eNodeB.
YES
NO
None
YES
Indicates the SRS power control algorithm, which can be SINR-based SRS power control algorithm or the SRS power control algorithm based on the converged SINR and RSRP. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLBFD-002026
Indicates whether the P0NominalPUCCH parameter affects closed-loop power control (CL PC) for the PUCCH. If this parameter is set to NOT_USE_P0NOM INALPUCCH, the P0NominalPUCCH parameter does not affect CL PC for the PUCCH. If this parameter is set to USE_P0NOMINAL PUCCH, the reference signal received power (RSRP) cannot exceed the P0NominalPUCCH parameter value in CL PC for the PUCCH. NO
NO
NO
LBFD-002026
Indicates the period of power control for the PUCCH. NO
NO
NO
LBFD-002026
Indicates the offset to the target signal to interference plus noise ratio (SINR) in power control for the PUCCH. NO
NO
NO
LBFD-002026
Indicates the upper limit of RSRP in closed-loop power control for the PUSCH. This parameter applies only to LTE FDD cells. This parameter takes effect only when PuschRsrpHighThd Switch of the UlPcAlgoSwitch parameter in the CellAlgoSwitch MO is on. NO
NO
NO
LBFD-002026
Indicates the offset for reporting the uplink PUSCH IoTbased power control measurement event. This offset is the difference between the signal quality of a neighboring cell and that of the serving cell. A larger value indicates that a neighboring cell must have better quality for reporting the event. A smaller value indicates that the event can be reported when a neighboring cell has worse quality. For details, see 3GPP TS 36.331. This parameter is dedicated to LTE TDD cells. NO
NO
NO
None
Indicates the local cell ID. It uniquely identifies a cell within an eNodeB.
YES
NO
None
YES
takes effect only when Mobility Load Balancing Trigger Mode is set to PRB_ONLY(PrbMo de) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode) and Prb Load Calculation Method is set to PRB_VALUATION_ WITH_CTRL. If the number of uplink synchronized UEs in a cell is greater than or equal to the sum of the MlbMinUeNumThd parameter value and the MlbMinUeNumOffs et parameter value, and the cell load is higher than the threshold, MLB is triggered. If the number of uplink synchronized UEs in a cell is smaller than the MlbMinUeNumThd parameter value and the cell load is lower than the threshold, MLB is stopped. NO
NO
NO
TDLOFD-001032
threshold for allowing interfrequency MLB based on the PRB evaluation value in the target cell. This parameter takes effect only when Mobility Load Balancing Trigger Mode is set to PRB_ONLY(PrbMo de) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode) and Prb Load Calculation Method is set to PRB_VALUATION_ WITH_CTRL. If the PRB evaluation value of a neighboring cell is smaller than this threshold, the load from the cell can be transferred to the neighboring cell. If the PRB evaluation value of a neighboring cell is greater than or equal to this threshold, the load from the cell cannot be transferred to the neighboring cell. NO
NO
NO
TDLOFD-001032
Indicates the threshold of UEspecific PRB evaluation for selecting UEs for MLB. A UE is transferred for MLB based on PRB evaluation only when the downlink or uplink PRB evaluation of the UE is higher than the value of this parameter. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032
Indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the threshold of the distance between a UE and the eNodeB for determining whether a contention-based preamble sent by the UE is a PRACH false alarm. If this parameter is set to 0, the eNodeB does not consider a preamble as a false alarm based on the distance. If this parameter is set to a non-zero value and the eNodeB detects that the distance is longer than this parameter value, the preamble is considered as a false alarm. The distance is calculated based on the timing advance (TA) of the contention-based preamble that the eNodeB received for the first time from a UE. NO
NO
NO
LBFD-002010 / TDLBFD-002010
Indicates the percentage by which the physical random access channel (PRACH) false alarm detection threshold increases. For example, the value x indicates that the system-defined PRACH false alarm detection threshold increases by x%, and the value -x indicates that the system-defined PRACH false alarm detection threshold decreases by x%. NO
NO
NO
LBFD-002010 / TDLBFD-002010
Indicates the local cell ID. It uniquely identifies a cell within a BS.
YES
NO
None
NO
NO
LBFD-002023 / TDLBFD-002023
YES
Indicates the Allocation and Retention Priority (ARP) threshold for the Golden-level services. A service is defined as a Golden-level service if its ARP value is smaller than or equal to this threshold. The service priority has a negative correlation with the ARP value. NO
Indicates the Allocation and Retention Priority (ARP) threshold for the Silver-level services. A service is defined as a Silver-level service if its ARP value is smaller than or equal to the value of this parameter and is larger than the value of GoldServiceArpThd . A service is defined as a Bronze-level service if its ARP value is larger than the value of this parameter. The service priority has a negative correlation with the ARP value. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the admission threshold for the handed-over service with QCI of 1. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 1 is above or equal to this threshold, the handed-over service with QCI of 1 can be admitted. If the satisfaction rate of services with QCI of 1 is below this threshold, the handed-over service with QCI of 1 cannot be admitted. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the admission threshold for the handed-over service with QCI of 2. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 2 is above or equal to this threshold, the handed-over service with QCI of 2 can be admitted. If the satisfaction rate of services with QCI of 2 is below this threshold, the handed-over service with QCI of 2 cannot be admitted. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the admission threshold for the handed-over service with QCI of 3. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 3 is above or equal to this threshold, the handed-over service with QCI of 3 can be admitted. If the satisfaction rate of services with QCI of 3 is below this threshold, the handed-over service with QCI of 3 cannot be admitted. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the admission threshold for the handed-over service with QCI of 4. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 4 is above or equal to this threshold, the handed-over service with QCI of 4 can be admitted. If the satisfaction rate of services with QCI of 4 is below this threshold, the handed-over service with QCI of 4 cannot be admitted. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the offset for admission of new gold-level services. This parameter applies to both downlink and uplink. New gold-level services and handed-over services with QCI N are admitted if both the following conditions are met: (1) The satisfaction rate of services with QCI N is higher than or equal to the sum of this offset and the admission threshold for the handed-over services with QCI N. (2) The satisfaction rate of services with any other QCI is higher than or equal to the corresponding admission threshold for the handed-over services with that QCI. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the offset for admission of new silver-level services. This parameter applies to both downlink and uplink. New silver-level services and handed-over services with QCI N are admitted if both the following conditions are met: (1) The satisfaction rate of services with QCI N is higher than or equal to the sum of this offset and the admission threshold for the handed-over services with QCI N. (2) The satisfaction rate of services with any other QCI is higher than or equal to the corresponding admission threshold for the handed-over services with that QCI. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the offset for admission of new bronze-level services. This parameter applies to both downlink and uplink. New bronze-level services and handed-over services with QCI N are admitted if both the following conditions are met: (1) The satisfaction rate of services with QCI N is higher than or equal to the sum of this offset and the admission threshold for the handed-over services with QCI N. (2) The satisfaction rate of services with any other QCI is higher than or equal to the corresponding admission threshold for the handed-over services with that QCI. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the congestion threshold for services with QCI of 1. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 1 in the cell becomes lower than this threshold, the services with QCI of 1 enter the congested state. If the satisfaction rate of services with QCI of 1 in the cell becomes higher than the sum of this threshold and the congestion relief offset, the services with QCI of 1 leave the congested state. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the congestion threshold for services with QCI of 2. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 2 in the cell becomes lower than this threshold, the services with QCI of 2 enter the congested state. If the satisfaction rate of services with QCI of 2 in the cell becomes higher than the sum of this threshold and the congestion relief offset, the services with QCI of 2 leave the congested state. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the congestion threshold for services with QCI of 3. This threshold applies to both UL and DL. If the satisfaction rate of the services with QCI of 3 in the cell becomes lower than this threshold, the services with QCI of 3 enter the congested state. If the satisfaction rate of services with QCI of 3 in the cell becomes higher than the sum of this threshold and the congestion relief offset, the services with QCI of 3 leave the congested state. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the congestion threshold for services with QCI of 4. This threshold applies to both UL and DL. If the satisfaction rate of services with QCI of 4 in the cell becomes lower than this threshold, the services with QCI of 4 enter the congested state. If the satisfaction rate of services with QCI of 4 in the cell becomes higher than the sum of this threshold and the congestion relief offset, the services with QCI of 4 leave the congested state. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the rate reduction proportion for Gold-level GBR services. When congestion occurs, the rate that the scheduling algorithm provides for Gold-level GBR services (except VoIP services) is the product of GBR and this proportion. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the rate reduction proportion for Silver-level GBR services. When congestion occurs, the rate that the scheduling algorithm provides for Silver-level GBR services (except VoIP services) is the product of the GBR and this proportion. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the rate reduction proportion for Bronze-level GBR services. When congestion occurs, the rate that the scheduling algorithm provides for Bronze-level GBR services (except VoIP services) is the product of GBR and this proportion. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the threshold for high resource usage by guaranteed bit rate (GBR) services. This parameter is expressed in percentage and applies to both uplink and downlink. If the MAC layer detects that the resource usage by GBR services exceeds the threshold, the usage is high. In this situation, new GBR services are not admitted if GbrUsageSwitch under the RacAlgoSwitch parameter is turned on. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the threshold for low resource usage by guaranteed bit rate (GBR) services. This parameter is expressed in percentage and applies to both uplink and downlink. If the MAC layer detects that the resource usage by GBR services falls below the threshold, the usage is low. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the Allocation and Retention Priority (ARP) threshold for low Energy Efficiency Ratio (EER) services. If the ARP value of a service is less than the value of this parameter, the service will not be released for congestion control. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the congestion release offset. The service of a specific QCI exits the congestion state if the satisfaction rate of the service exceeds the sum of this congestion release offset and the congestion threshold for the QCI. The service retains the congestion state if the satisfaction rate is below or equal to the sum of this congestion release offset and the congestion threshold for the QCI. NO
NO
NO
LBFD-002024 / TDLBFD-002024
Indicates the Allocation and Retention Priority (ARP) threshold for preemption. The services that have ARP values larger than or equal to the value of this parameter are preemptible. NO
Indicates the threshold for deciding on whether the UL RB usage is high. This threshold applies to UL admission decision. If the UL RB usage reported by the MAC layer is above this threshold, the UL RB usage is assumed to be high. NO
NO
NO
NO
LOFD-00102901 / TDLOFD-00102901
NO
LBFD-002023 / TDLBFD-002023 LBFD-002024 / TDLBFD-002024
Indicates the threshold for high downlink RB usage. This parameter is used for downlink admission decision. If the downlink RB usage reported by the MAC layer is greater than the value of this parameter, the downlink RB usage is high. NO
Indicates the threshold for deciding on whether the UL RB usage is low. It applies to UL admission decision. If the UL RB usage reported by the MAC layer is below this threshold, the UL RB usage is assumed to be low. NO
NO
NO
NO
LBFD-002023 / TDLBFD-002023 LBFD-002024 / TDLBFD-002024
NO
LBFD-002023 / TDLBFD-002023 LBFD-002024 / TDLBFD-002024
Indicates the threshold for low downlink RB usage. This parameter is used for downlink admission decision. If the downlink RB usage reported by the MAC layer is less than the value of this parameter, the downlink RB usage is low. NO
NO
NO
LBFD-002023 / TDLBFD-002023 LBFD-002024 / TDLBFD-002024
Indicates the maximum number of non-GBR bearers (excluding bearers of IP Multimedia Subsystem [IMS] services) that can be provided by a cell. This parameter applies to both uplink and downlink. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the UE numbers reserved for UEs initiating emergency calls and high-priority UEs. If this parameter is set to 0, no UE number is reserved for UEs initiating emergency calls and highpriority UEs. A nonzero value of this parameter represents the maximum UE number reserved for UEs initiating emergency calls and high-priority UEs. NO
NO
NO
LBFD-002023 / TDLBFD-002023
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates whether to enable or disable RF channel intelligent shutdown for the cell. RF channel intelligent shutdown can be performed in the cell only when this parameter is set to ON and certain conditions are met. NO
NO
NO
LOFD-001039 / TDLOFD-001039
Indicates the start time of the cell RF channel intelligent shutdown.
NO
NO
LOFD-001039 / TDLOFD-001039
NO
Indicates the stop time of RF channel intelligent shutdown for the cell. If the stop time is earlier than or the same as the start time, the stop time is assumed to be a time of the next day. NO
NO
NO
LOFD-001039 / TDLOFD-001039
Indicates the value by which the reference signal power is increased during the RF channel intelligent shutdown period. The reference signal power increases by the value specified by this parameter to ensure coverage of the cell. If this parameter is set to a value greater than 3, the value 3 applies in effect. Otherwize,the configuration value applies in effect. NO
NO
NO
LOFD-001039 / TDLOFD-001039
usage threshold, the cell enters the RF channel intelligent shutdown mode. If the current cell load is greater than or equal to the total value of the uplink PRB usage threshold and the uplink PRB offset or the total value of the downlink PRB usage threshold and the downlink PRB offset, the cell exits the RF channel intelligent shutdown mode. If this parameter is set to a smaller value, the cell is harder to enter the RF channel intelligent shutdown mode, which does not facilitate eNodeB power saving. If this parameter is set to a larger value, the cell is easier to enter the RF channel intelligent shutdown mode, which affects user services. NO
NO
NO
TDLOFD-001039
usage threshold, the cell enters the RF channel intelligent shutdown mode. If the current cell load is greater than or equal to the total value of the uplink PRB usage threshold and the uplink PRB offset or the total value of the downlink PRB usage threshold and the downlink PRB offset, the cell exits the RF channel intelligent shutdown mode. If this parameter is set to a smaller value, the cell is harder to enter the RF channel intelligent shutdown mode, which does not facilitate eNodeB power saving. If this parameter is set to a larger value, the cell is easier to enter the RF channel intelligent shutdown mode, which affects user services. NO
NO
NO
TDLOFD-001039
channel intelligent shutdown. The cell exits the RF channel intelligent shutdown mode when the current cell load is greater than or equal to the sum of the UlPrbThd parameter value and the UlPrbOffset parameter value or the sum of the DlPrbThd parameter value and the DlPrbOffset parameter value. A smaller value of this parameter leads to less difficulty for the cell in exiting the RF channel intelligent shutdown mode and a higher probability of pingpong RF channel shutdown. A larger value of this parameter leads to more difficulty for the cell in exiting the RF channel intelligent shutdown mode, which affects services. NO
NO
NO
TDLOFD-001039
intelligent shutdown. The cell exits the RF channel intelligent shutdown mode when the current cell load is greater than or equal to the sum of the UlPrbThd parameter value and the UlPrbOffset parameter value or the sum of the DlPrbThd parameter value and the DlPrbOffset parameter value. A smaller value of this parameter leads to less difficulty for the cell in exiting the RF channel intelligent shutdown mode and a higher probability of pingpong RF channel shutdown. A larger value of this parameter leads to more difficulty for the cell in exiting the RF channel intelligent shutdown mode, which affects services. NO
NO
NO
TDLOFD-001039
Indicates the current status about RF channel intelligent shutdown for a cell. NO
NO
YES
None
Indicates the latest exiting cause about RF channel intelligent shutdown for a cell. NO
NO
YES
None
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the switch for the remote interference cancellation algorithm. If this switch is turned on, the eNodeB performs remote interference detection and records in call history record (CHR) logs if any interference is detected. If this switch is turned off, the eNodeB does not perform remote interference detection. NO
NO
NO
None
Indicates the number of empty symbols in an uplink pilot timeslot (UpPTS). If this parameter is set to a non-zero value N, then no data is transmitted within the N symbols starting from the first symbol in the UpPTS. Note that, for any given special subframe configuration, the value of this parameter cannot be greater than the total number of symbols contained in the UpPTS. NO
NO
NO
TDLBFD-001007 TDLBFD-00100701 TDLBFD-00100702 TDLOFD-001026 TDLOFD-00102601 TDLOFD-00102602 TDLOFD-00102603
Indicates whether to empty the last symbol in each uplink subframe.If this parameter is set to ON(On), the last symbol in each uplink subframe is emptied. If this parameter is set to OFF(Off), the last symbol in each uplink subframe is not emptied. NO
NO
NO
TDLBFD-001007 TDLBFD-00100701 TDLBFD-00100702 TDLOFD-001026 TDLOFD-00102601 TDLOFD-00102602 TDLOFD-00102603
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates whether to enable the service differentiation feature using the extended GTP-U header containing the FPI value. The guideline can be found in documents related to the EPC feature, which is Wireless Optimization Based on Flow Priority. DSCPRemarkSwitc h: Indicates whether to enable the DSCP Remarkbased service differentiation feature. If DSCPRemarkSwitc h is set to On, the eNodeB guarantees differentiated quality of service (QoS) based on the service type specified by the DSCP field in the IP packet sent by the PDN gateway to the eNodeB. This parameter is dedicated to LTE FDD cells. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) or DSCPRemarkSwitc h(DSCPRemarkSwi tch) is turned on. When DSCPRemarkSwitc h is turned on, this parameter indicates the weight of nonP2P service queue. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) or DSCPRemarkSwitc h(DSCPRemarkSwi tch) is turned on. When DSCPRemarkSwitc h is turned on, this parameter indicates the weight of P2P service queue. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) is turned on. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) is turned on. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) is turned on. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) is turned on. NO
NO
NO
None
Indicates the weight of the queue, which is used in service differentiation scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the scheduling probability of this UE. The scheduling probability and priority of services in a queue has a positive correlation with the value of this parameter. This parameter is valid only if FPIGTPUSwitch(FP IGTPUSwitch) is turned on. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates whether to enable or disable intelligent power-off of carriers in the same coverage. Intelligent power-off of carriers in the same coverage can be performed only when this parameter is set to ON and specific conditions are met. For intelligent power-off of carriers in the same coverage, each basic cell must have its intelligent power-off of carriers switch enabled and the UL or DL PRB usage threshold set to 0. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the start time of intelligent power-off of carriers in the same coverage. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the stop time of intelligent power-off of carriers in the same coverage. If the stop time is earlier than or the same as the start time, the stop time is assumed to be a time of the next day. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the downlink PRB threshold for starting intelligent power-off of carriers in the same coverage for the cell. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the downlink PRB offset for stopping intelligent power-off of carriers in the same coverage for the cell. The downlink PRB threshold for stopping intelligent power-off of carriers in the same coverage for the cell is equal to the sum of the downlink PRB threshold for starting intelligent power-off of carriers in the same coverage and the value of this parameter. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the uplink PRB threshold for starting intelligent power-off of carriers in the same coverage for the cell. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the uplink PRB offset for stopping intelligent power-off of carriers in the same coverage for the cell. The uplink PRB threshold for stopping intelligent power-off of carriers in the same coverage for the cell is equal to the sum of the uplink PRB threshold for starting intelligent power-off of carriers in the same coverage and the value of this parameter. NO
NO
NO
LOFD-001042 / TDLOFD-001042
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the interval between periodic measurement reports that are sent after a UL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
NO
Indicates the maximum number of cells to be included in each measurement report after a UL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the number of periodic measurement reports after a UL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
quantity to be included in the measurement report after a UL ICIC measurement event is triggered, which can be set to SAME_AS_TRIG_ QUAN or BOTH. The value SAME_AS_TRIG_ QUAN indicates that the quantity to be included is the same as that specified by the TriggerQuantity parameter. The value BOTH indicates that both RSRP and RSRQ values are included. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. For details, see 3GPP TS 36.331. NO Indicates the quantity used in the evaluation of a UL ICIC measurement event. The quantity can be RSRP or RSRQ. The measured RSRP values are stable, varying little with the load, and therefore there is little signal fluctuation. The measured RSRQ values vary with the load and are likely to reflect the signal quality of the cell in real time. NO
NO
NO
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the hysteresis for the UL ICIC measurement event. This parameter is used to decrease frequent triggering of event evaluations due to radio signal fluctuations. For details, see 3GPP TS 36.331. NO Indicates the timeto-trigger for the UL ICIC measurement event. When detecting that the signal quality in the serving cell and that in at least one neighboring cell meet the entering condition, the UE does not send a measurement report to the eNodeB immediately. Instead, the UE sends a report only when the signal quality continuously meets the entering condition during the time-to-trigger. NO
NO
NO
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the offset for the UL ICIC measurement event. If this parameter is set to a large value, the signal quality of the neighboring cell must be significantly better than that of the serving cell before a UL ICIC measurement event is triggered. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
noise ratio (SINR). The PF policy schedules UEs in ascending order of ratio of the data rate to the SINR. The RR policy schedules each UE in sequence, and therefore each UE has an equal opportunity to be scheduled. The EPF policy schedules UEs in ascending order of priority. In EPF, the priority of an UE is calculated based on the following factors: the data rate, average SINR, QoS-satisfying data rate for each service, and service differentiation requirements of the UE. The MAX C/I, PF, and RR policies are basic UL scheduling policies and supported by the eNodeB by default, whereas the EPF policy is intended for commercial use. NO
NO
NO
LBFD-002025 / TDLBFD-002025 TDLOFD-001015 TDLOFD-00101502
is retransmitted by adaptive synchronous HARQ. If this switch is set to ADAPTIVE_HARQ _SW_SEMION, adaptive HARQ is triggered when a UL grant is delivered to an HARQ process that is previously suspended due to reasons such as resource collision, activation of a measurement gap, and PDCCH congestion. Setting this parameter to ADAPTIVE_HARQ _SW_ON helps reduce resource consumption due to retransmission, increase the cell throughput, and prevent retransmission conflicts. This, on the other hand, will increase signaling overhead and therefore consume more PDCCH resources. NO
NO
NO
LBFD-002006 / TDLBFD-002006 TDLBFD-002025 TDLOFD-001015 TDLOFD-00101502
Indicates the target IBLER of the SINR adjustment algorithm. A greater parameter value indicates a greater SINR adjustment value, and thus a higher-level MCS is used. NO
NO
NO
LBFD-001006 / TDLBFD-001006 TDLOFD-001006
Indicates the ratio of the maximum bandwidth resources that the uplink scheduler can allocate to preallocation UEs to the total system bandwidth.
NO
NO
LOFD-00101502 / TDLOFD-00101502
NO
Indicates the minimum interval between two preallocations. That is, the actual interval between two preallocations of one UE must be longer than or equal to the value of this parameter. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the data amount preallocated to each user.
NO
NO
LOFD-00101502 / TDLOFD-00101502
NO
Indicates whether frequency hopping (FH) is enabled or disabled and which FH type is used. Hopping_OFF: indicates that FH is disabled. Hopping_Type1: indicates that adaptive FH is enabled and FH type 1 is used. In this scenario, UEs in the cell can determine whether to use FH based on the actual situation. Hopping_Type2: indicates that adaptive FH is enabled and FH type 2 is used. In this scenario, UEs in the cell can determine whether to use FH based on the actual situation. Hopping_Type2_RA NDOM: indicates that random FH is enabled and FH type 2 is used. In this scenario, all UEs in the cell use FH. NO
NO
NO
LBFD-002025 / TDLBFD-002025 LOFD-001015 / TDLOFD-001015
Indicates the percentage of free shared RBs on the PUSCH in scheduling based on free users and subscribers. The other RBs on the PUSCH are allocated to subscribers. When sufficient capacity is available, the percentage of RBs occupied by free users and that occupied by subscribers will reach the preset values. Changes in this parameter affect the percentage of RBs for free users and that for subscribers. The value of this parameter cannot be changed when the cell is active. NO
NO
NO
TDLBFD-002023 TDLBFD-002024
Indicates the data length that the UL scheduler assigns to UEs that have sent scheduling requests. Within the data length, the UEs reports their buffer status and transmit certain data. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the threshold for the number of consecutive zeropayload packets received by the eNodeB. After receiving consecutive zeropayload packets of a number that is equal to the value of this parameter, the eNodeB performs implicit release of semipersistent resources.
NO
NO
LOFD-00101502 / TDLOFD-00101502
NO
Indicates the duration of uplink smart preallocation triggered by downlink scheduling. If SmartPreAllocation Switch is set to On and this parameter is set to 0, neither smart preallocation nor preallocation takes effect. If SmartPreAllocation Switch is set to Off, this parameter is invalid. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 TDLOFD-001015
Indicates the capacity factor for uplink enhanced proportional fair (EPF) scheduling. When the eNodeB schedules UEs with unsatisfied GBR, this factor affects the scheduling priorities of UEs running services with the QCI of 1, 2, 3, or 4. When the eNodeB schedules UEs running NonGBR services, this factor affects the scheduling priorities of UEs running services with the QCI of 6, 7, 8, or 9. In this way, this factor can be used to adjust the cell capacity and fairness among UEs. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the strategy for allocating resource blocks (RBs) in the uplink of the cell. If this parameter is set to FS_NONFS_ADAP TIVE, this strategy adaptively switches between frequency selective scheduling and non-frequency selective scheduling. If this parameter is set to FS_INRANDOM_A DAPTIVE, this strategy adaptively switches between frequency selective scheduling and interferencerandomizationbased scheduling. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the Doppler measurement level, which is used for selecting a Doppler measurement policy. If this parameter is set to CLASS_0, the demodulation reference signal (DMRS) whose signal to interference plus noise ratio (SINR) is greater than or equal to 5 dB is used in Doppler measurement. If this parameter is set to CLASS_1, the DMRS whose SINR is greater than or equal to –5 dB is used in Doppler measurement. This parameter does not take effect on cells established on an LBBPc. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the maximum number of uplink hybrid automatic repeat request (HARQ) transmissions, excluding the HARQ transmissions based on TTI bundling. For details, see 3GPP TS 36.331. When the UE runs services with a QCI of 1, the smaller value between the parameter value and 5 is used as the maximum number of uplink HARQ transmissions. When the UE does not run services with a QCI of 1, the parameter value is used as the maximum number of uplink HARQ transmissions. NO
NO
NO
LBFD002025/TDLBFD002025
Indicates the smart preallocation duration for sparse packets. The larger value between this parameter and the SmartPreAllocation Duration parameter is selected as the actual smart preallocation duration for sparse packets. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the semipersistent scheduling period in the uplink. This parameter applies only to LTE TDD cells. In FDD mode, the uplink semipersistent scheduling period is 20 ms and cannot be configured. If this parameter is set to ADAPTIVE, the system adaptively selects an uplink semipersistent scheduling period of 20 ms or 40 ms. If this parameter is set to ms20 or ms40, the downlink semi-persistent scheduling period is 20 ms or 40 ms, respectively. NO
NO
NO
TDLOFD-001016
Indicates whether to increase the scheduling request indicator (SRI) false detection threshold for UEs in the discontinuous reception (DRX) state. If this parameter is set to ON, the threshold increases and the SRI false detection probability decreases. If this parameter is set to OFF, both the threshold and the probability remain unchanged. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the number of consecutive transmission time intervals (TTIs) within which the eNodeB does not perform uplink scheduling after a measurement gap.
NO
NO
LOFD-00101502 / TDLOFD-00101502
NO
Indicates whether to enable delaybased dynamic scheduling prioritization for VoIP services. If this parameter is set to NO_DELAYSCH, delay-based dynamic scheduling prioritization for VoIP services is disabled. If this parameter is set to VOIP_DELAYSCH, delay-based dynamic scheduling prioritization for VoIP services is enabled. Scheduling priorities are dynamically adjusted based on VoIP packet delays during uplink dynamic scheduling, thereby increasing the mean opinion score (MOS) and system capacity for VoIP services when the cell is heavily loaded with VoIP services. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the threshold of consecutive cyclic redundancy check (CRC) errors in the uplink above which the eNodeB stops scheduling the abnormal UE. The parameter value range is from 6 to 120. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LBFD-002025 / TDLBFD-002025
Indicates the size threshold for determining whether a packet is a special packet. This parameter can be set based on the size of special small packets, such as heartbeat packets. This parameter is used to reduce the impact of services with small packets on the calculation of performance counters related to uplink throughput. Changing this parameter value affects values of counters L.Thrp.Time.UE.UL. RmvSpecificTTI and L.Thrp.bits.UE.UL.S pecificTTI. For details about the impact, see the "Measurement Point" of the counters in eNodeB Performance Counter Reference. NO
NO
NO
None
Indicates the scheduling policy for the initial PUSCH transmission that is detected as discontinuous transmission (DTX) when PuschDtxSwitch of the UlSchSwitch parameter is on. If the PuschDtxSchStrate gy parameter is set to NEW_TX, initial transmission instead of retransmission is performed when the initial PUSCH transmission is detected as DTX. If the PuschDtxSchStrate gy parameter is set to ADAPTIVE_RETX, adaptive retransmission is performed when the initial PUSCH transmission is detected as DTX.This parameter does not apply to LTE TDD. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
to apply upper limit control on service data unit (SDU) segmentation at the radio link control (RLC) layer in the uplink for VoIP services scheduled in non-TTI bundling mode and the maximum SDU segments at the RLC layer. If this parameter is set to 0, the upper limit control on SDU segmentation at the RLC layer is disabled in the uplink for VoIP services scheduled in non-TTI bundling mode. If this parameter is set to a non-zero value X, upper limit control on SDU segmentation at the RLC layer is enabled and a maximum of X SDU segments that can be divided for VoIP services in uplink dynamic scheduling in non-TTI bundling mode. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 22 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 23 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 24 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 25 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 26 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 27 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 28 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 29 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 30 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 31 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 32 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 33 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 34 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 35 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 36 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 37 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 38 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 39 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 40 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 41 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 42 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 43 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 44 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 45 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 46 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 47 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 48 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 49 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 50 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 51 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 52 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 53 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 54 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 55 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 56 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 57 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 58 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 59 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 60 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 61 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 62 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 63 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 64 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 65 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 66 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 67 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 68 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 69 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the switch used to enable or disable inter-RAT joint shutdown. NO
NO
NO
LOFD-001074 MRFD-231901
Indicates the start time of inter-RAT cell shutdown. If the switch for inter-RAT cell shutdown is turned on, interRAT cell shutdown can be performed during the period specified by the start time and stop time of inter-RAT cell shutdown. NO
NO
NO
LOFD-001074 MRFD-231901
Indicates the stop time of inter-RAT cell shutdown. If the stop time is earlier than or the same as the start time, the stop time is assumed to be the time of the next day. If the switch for inter-RAT cell shutdown is turned on, inter-RAT cell shutdown can be performed during the period specified by the start time and stop time of inter-RAT cell shutdown. NO (2) The inter-RAT cell shutdown switch is enabled, the ShutDownType parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the shutdown conditions including the specified interRAT cell shutdown duration, uplink and downlink RB usages in the EUTRAN cell, allocation/retention priorities (ARPs) of services in the EUTRAN cell, and load status of the neighboring UTRAN cell are met, and the number of UEs served by the EUTRAN cell is less than or equal to this parameter value. After all UEs in the E-UTRAN cell are transferred to the neighboring UTRAN cell, the eNodeB shuts down the carrier of the EUTRAN cell. NO
NO
NO
LOFD-001074 MRFD-231901
NO
NO
LOFD-001074
parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the shutdown conditions including the specified interRAT cell shutdown duration, the number of UEs served by the EUTRAN cell, allocation/retention priorities (ARPs) of services in the EUTRAN cell, and load status of the neighboring UTRAN cell are met, and uplink and downlink resource block (RB) usages in the EUTRAN cell are less than or equal to the UlPrbThd and DlPrbThd parameter values, respectively. After all UEs in the EUTRAN cell are transferred to the neighboring UTRAN cell, the eNodeB shuts down the carrier of the EUTRAN cell. NO
NO
NO
LOFD-001074
parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the shutdown conditions including the specified interRAT cell shutdown duration, the number of UEs served by the EUTRAN cell, allocation/retention priorities (ARPs) of services in the EUTRAN cell, and load status of the neighboring UTRAN cell are met, and uplink and downlink resource block (RB) usages in the EUTRAN cell are less than or equal to the UlPrbThd and DlPrbThd parameter values, respectively. After all UEs in the EUTRAN cell are transferred to the neighboring UTRAN cell, the eNodeB shuts down the carrier of the EUTRAN cell. NO
NO
NO
LOFD-001074
UTRAN cell. If this parameter is set to BY_GERAN_WITH _LOAD, the eNodeB obtains the load status of the co-coverage neighboring GERAN cell, and shuts down the carrier of the EUTRAN cell based on the load status of both the EUTRAN cell and the neighboring GERAN cell. If this parameter is set to BY_UTRAN_AND_ GERAN_WITH_LO AD, the eNodeB obtains the load status of cocoverage neighboring UTRAN and GERAN cells, and shuts down the carrier of the EUTRAN cell based on the load status of the E-UTRAN cell, neighboring UTRAN cell, and neighboring GERAN cell. NO
NO
NO
LOFD-001074 MRFD-231901
Indicates the allocation/retention priority (ARP) threshold for highpriority services. If the ShutDownType parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the eNodeB does not shut down the carrier of the EUTRAN cell when the cell has a service whose ARP is lower than or equal to this parameter value. NO
NO
NO
MRFD-231901
parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the shutdown conditions including the specified interRAT cell shutdown duration, the number of UEs served by the EUTRAN cell, uplink and downlink RB usages in the EUTRAN cell, allocation/retention priorities (ARPs) of services in the EUTRAN cell are met, and uplink and downlink load of the neighboring UTRAN cell are less than values of UtranCellUlLoadTh d and UtranCellDlLoadTh d, respectively. After all UEs in the EUTRAN cell are transferred to the neighboring UTRAN cell, the eNodeB shuts down the carrier of the EUTRAN cell. NO
NO
NO
MRFD-231901
Indicates the downlink load offset of a co-coverage neighboring UTRAN cell for enabling the carrier of the EUTRAN cell that has been shut down. A shutdown EUTRAN cell is enabled when the following conditions are met: (1) The ShutDownType parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD. (2) The load of a co-coverage neighboring UTRAN cell is larger than or equal to the sum of this parameter value and the UtranCellDlLoadTh d parameter value. NO
NO
NO
MRFD-231901
parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the shutdown conditions including the specified interRAT cell shutdown duration, the number of UEs served by the EUTRAN cell, uplink and downlink RB usages in the EUTRAN cell, allocation/retention priorities (ARPs) of services in the EUTRAN cell are met, and uplink and downlink load of the neighboring UTRAN cell are less than values of UtranCellUlLoadTh d and UtranCellDlLoadTh d, respectively. After all UEs in the EUTRAN cell are transferred to the neighboring UTRAN cell, the eNodeB shuts down the carrier of the EUTRAN cell. NO
NO
NO
MRFD-231901
Indicates the uplink load offset of a cocoverage neighboring UTRAN cell for enabling the carrier of the EUTRAN cell that has been shut down. A shutdown EUTRAN cell is enabled when the following conditions are met: (1) The ShutDownType parameter is set to BY_UTRAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD. (2) The load of a co-coverage neighboring UTRAN cell is larger than or equal to the sum of this parameter value and the UtranCellUlLoadTh d parameter value. NO
NO
NO
MRFD-231901
threshold of a cocoverage neighboring GERAN cell for the E-UTRAN cell to enter inter-RAT cocoverage cell shutdown mode. In inter-RAT cell shutdown, the eNodeB shuts down the carrier of the E-UTRAN cell when related conditions are met: The inter-RAT cell shutdown switch is enabled, the ShutDownType parameter is set to BY_GERAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD, the shutdown conditions including the specified interRAT cell shutdown duration and no UE served by the EUTRAN cell are met, and the load of a co-coverage neighboring GERAN cell is less than this parameter value. NO
NO
NO
MRFD-231901
Indicates the load offset of a cocoverage neighboring GERAN cell for enabling the carrier of the E-UTRAN cell that has been shut down. A shutdown EUTRAN cell is enabled when the following conditions are met: (1) The ShutDownType parameter is set to BY_GERAN_WITH _LOAD or BY_UTRAN_AND_ GERAN_WITH_LO AD. (2) The load of a co-coverage neighboring GERAN cell is larger than or equal to the sum of this parameter value and the GeranCellLoadThd parameter value. NO
NO
NO
MRFD-231901
Indicates the local ID of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates whether TX channel calibration is enabled in a cell with combined RRUs and four TX antennas.
NO
NO
NO
LOFD-001003 LOFD-001060
Indicates the local time to perform periodic TX channel calibration in a cell with combined RRUs and four TX antennas. This parameter works together with the TxChnCalPeriod parameter to determine the time to perform periodic TX channel calibration. For details, see descriptions of the TxChnCalPeriod parameter. NO
NO
NO
LOFD-001003 LOFD-001060
the TX channel calibration period is 24 hours), periodic TX channel calibration is performed at 03:00:00 every day. (2) If the TxChnCalTime parameter is set to 03:00:00 and the TxChnCalPeriod parameter is set to 24 (indicating that the TX channel calibration period is 12 hours), periodic TX channel calibration is performed at 03:00:00 and 15:00:00 every day. (3) If the TxChnCalTime parameter is set to 03:00:00 and the TxChnCalPeriod parameter is set to 96 (indicating that the TX channel calibration period is 48 hours), periodic TX channel calibration is performed at 03:00:00 every other day. NO
NO
NO
LOFD-001003 LOFD-001060
Indicates the horizontal distance between two combined physical antennas. The horizontal distance is used for TX channel calibration in a cell with combined RRUs.
NO
NO
LOFD-001003 LOFD-001060
NO
Indicates the local ID of the cell. It uniquely identifies a cell parameters within a BS. YES the related to power control for the RACH based on the number of random access preambles, probability of successful random accesses, and target probability of successful random accesses. If either this switch or UeRaInforInqSwitch is off, power adjustment for the RACH is disabled. ForbidAcByRadiusS witch: Indicates whether the eNodeB controls UE access based on the distance from UEs to the eNodeB or not. If this switch is on, only UEs whose distance to the eNodeB is less than the cell radius are allowed to access the cell. If this switch is off, the eNodeB does not forbid UE access based on the distance. NO
YES
NO
None
NO
NO
LOFD-002015 / TDLOFD-002015
Indicates the switch used to enable or disable change in the cell-specific SRS subframe configuration (that is, the adjustment on the setting of the SrsSubframeCfg parameter). If the switch is turned on, the algorithm dynamically adjusts the SRS subframe configuration based on the usage of cell resources. If the switch is turned off, the algorithm uses the initial configuration and does not perform dynamic switching. NO
NO
NO
LBFD-002003 / TDLBFD-002003
whether to enable PUCCH flexible configuration. This function does not take effect if an LBBPc is used or the cell bandwidth is 1.4 or 3 MHz. When PUCCH flexible configuration is enabled, frequencydomain uplink ICIC and uplink frequency hopping scheduling cannot be used. If this option is selected, an equal number of RBs (specified by the PucchExtendedRB Num parameter) are separately added to both ends of the uplink band allocated for the PUCCH. The total number of extension PUCCH RBs equals to the PucchExtendedRB Num parameter value multiplied by two. This parameter applies only to LTE FDD cells. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the switch that is used to enable and disable the Active Queue Management (AQM) algorithm. If this switch is set to ON, the AQM function is enabled to prevent or control congestion. The length of the PDCP packet queue is maintained at a relatively small value to help achieve an appropriate tradeoff between throughput and time latency. If this switch is set to OFF, the AQM function is disabled. NO
NO
NO
LOFD-001027 / TDLOFD-001027
NACKs for initial transmissions + Number of ACKs for initial transmissions) If this switch is on, the CQI adjustment is calculated based on the following formula: CQI adjustment = Number of ACKs for initial transmissions x CQI adjustment per ACK + Number of NACKs for initial transmissions x CQI adjustment per NACK). DlEnVarIblerTarget Switch: Indicates whether to enable enhanced downlink target IBLER adaption. If this switch is on, the downlink target IBLER is adaptively adjusted based on CQI fluctuation and transmit block (TB) size. If this switch is off, the downlink target IBLER is controlled by DlVarIBLERtargetS witch. NO
NO
NO
LOFD-00101501 / TDLOFD-00101501
Indicates the switch used to enable or disable radio link failure (RLF) detection for UL links. NO
NO
NO
None
Indicates the switch used to enable or disable dynamic power adjustment. If this switch is turned on, the power amplifier (PA) working voltage is adjusted based on the load of the eNodeB, which reduces power consumption of the PA and improves energy efficiency of the eNodeB. Dynamic power adjustment applies only to FDD cells with a bandwidth no less than 5 MHz. NO the QCI of 1 are VoIP services, it is recommended that this switch be turned off. RelDrbSwitch: Indicates the switch used to control whether low-priority services can be released in the case of congestion. If this switch is turned on, lowpriority services can be released. If this switch is turned off, low-priority services cannot be released. PreemptionSwitch: Indicates the switch used to enable or disable the preemption control algorithm. If this switch is turned on, preemption can be used when the admission of highpriority services fails. If this switch is turned off, only emergency calls can be admitted to the system when resources are insufficient. NO
NO
NO
NO
LOFD-001025
NO
LBFD-002023 / TDLBFD-002023 LBFD-002024 / TDLBFD-002024 LOFD-00102901
effects only on LTE TDD cells. This switch will be removed in later versions. In this version, the setting of this switch is still synchronized between the U2000 and the eNodeB and can be delivered to the eNodeB, but it is no longer used internally. Therefore, you are advised to avoid using this switch. InterFreqIdleMlbSwi tch: Indicates the switch used to enable or disable inter-frequency load balancing for UEs in idle mode. After the InterFreqIdleMlbSwi tch option is selected, the load balancing for UEs in idle mode is valid only when at least one inter-frequency load balancing mode for UEs in idle mode is selected. NO
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045 LOFD-001057
SINR to converge to the target SINR. PdcchPcSwitch: Indicates the switch for PDCCH power control. If the switch is turned off, power is allocated evenly to PDCCH. If the switch is turned on, power allocated to PDCCH is adjusted dynamically. EDlMaxTXPwrSwitc h: Indicates the switch for enhanced maximum TX power of the cell. If this switch is turned off, the maximum TX power of the cell is determined by the reference signal (RS) power and the scaling factor indexes Pa and Pb. If this switch is turned on, the maximum TX power of the cell can be increased to improve the RB usage in the cell. This switch has no impact on the TDD 20M, TDD 15HMz and 10M cell. NO
NO
NO
LBFD-002003 / TDLBFD-002003 LBFD-002009 / TDLBFD-002009 LBFD-002016 / TDLBFD-002016
loop power control for the PUSCH is applied to UEs near the cell center. If this switch is off, optimized closedloop power control for the PUSCH is not applied to UEs near the cell center. This switch applies only to LTE FDD cells. PuschRsrpHighThd Switch: Indicates whether closed-loop power control for the PUSCH limits the maximum value of RSRP. If this switch is off, closedloop power control for the PUSCH does not limit the maximum value of RSRP. If this switch is on, the maximum value of RSRP cannot exceed the RSRP value specified by the PuschRsrpHighThd parameter in the CellAlgoSwitch in this version. This switch applies only to LTE FDD cells. NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-002026 / TDLBFD-002026
Indicates the switch that is used to enable or disable the beamforming algorithm. If the switch is turned on, UEs in the cell can be served by the beamforming algorithm. If the switch is turned off, UEs in the cell cannot be served by the beamforming algorithm. The beamforming algorithm is disabled by default. It must be enabled manually if required. NO
NO
NO
TDLOFD-001049 TDLOFD-001061
downlink connected tail packages in the bearer. If this switch is turned on, the connected tail package is scheduled preferentially in the next TTI, which reduces the delay and increases the transmission rate. If this switch is turned off, the scheduling strategy of the connected tail package is the same as other downlink subframes. This switch is dedicated to LTE TDD cells. UeSigMcsEnhance Switch: Indicates whether to enable or disable the optimized MCS algorithm for UE signaling. The optimized MCS algorithm for UE signaling takes effect after this switch is turned on. This switch is dedicated to LTE TDD cells. NO
NO
NO
LOFD-001016 / TDLOFD-001016 LOFD-00101502 / TDLOFD-00101502 LOFD-001109 / TDLOFD-001109 LOFD-001070 / TDLOFD-001070 TDLOFD-070224 LBFD-002025 / TDLBFD-002025 TDLBFD-002011 LBFD-002031 / TDLBFD-002031 LBFD-070102 / TDLBFD-070102
off, enhanced uplink scheduling based on mobility speed is disabled. This switch takes effect only when the UlEnhancedDopple rSwitch parameter is set to CLASS_1. This switch does not take effect on cells established on an LBBPc. UlRaUserSchOptS w: Indicates whether the eNodeB raises the scheduling priority of UEs sending uplink access signaling, including MSG5 and the RRC Connection Reconfiguration Complete message. If this switch is on, the eNodeB raises the scheduling priority of UEs sending uplink access signaling. If this switch is off, the eNodeB does not raise the scheduling priority of UEs sending uplink access signaling. NO Indicates whether to enable or disable RAN sharing for admission and scheduling. If this switch is turned on, operators share data channel resources according to the specified percentages. NO
NO
NO
NO
LOFD-001016 / TDLOFD-001016 LOFD-001048 / TDLOFD-001048 LOFD-00101502 / TDLOFD-00101502 TDLBFD-002025 LBFD-070102 / TDLBFD-070102
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
the frequencypriority-based interfrequency handover is disabled. The inter-frequency handover can only be triggered when other conditions for triggering interfrequency handovers are met.FreqPriorIFBlin dHOSwitch: Indicates the frequency-prioritybased interfrequency blind handover switch. If this switch is set to On, the frequencypriority-based interfrequency blind handover is enabled. If this switch is set to Off, the eNodeB decides whether to perform the frequency-prioritybased interfrequency handover based on measurements. This switch is valid only when FreqPriorIFHOSwitc h is set to On. NO
NO
NO
None
multi-user pairing in the downlink for the cell. If this option and the BfSwitch option of the BfAlgoSwitch parameter are selected, non-TM9 multi-user pairing in the downlink is enabled for the cell. If this option is not selected, non-TM9 multi-user pairing in the downlink is disabled for the cell. TM9MuBfSwitch: Indicates whether to enable TM9 multi-user pairing in the downlink for the cell. If this option is selected and TM9 multi-user beamforming is enabled, TM9 multiuser pairing in the downlink is enabled for the cell. If this option is not selected, TM9 multi-user pairing in the downlink is disabled for the cell.This parameter is unavailable in this version. NO Indicates the switch used to enable or disable distancebased handovers. If this switch is turned on, distance-based handovers are allowed. If this switch is turned off, distance-based handovers are prohibited. NO
NO
NO
NO
TDLOFD-001077 TDLBFD-001001
NO
LBFD-00201804 / TDLBFD-00201804 LOFD-001072 / TDLOFD-001072 LOFD-001073 / TDLOFD-001073
Indicates the switch for the access barring algorithm. If this parameter is set to ACBAR_SWITCH_ DYNAMIC, intelligent access barring is enabled. In this situation, the access probability factors for mobileoriginated data and mobile-originated signaling are dynamically adjusted based on the cell load. If this parameter is set to ACBAR_SWITCH_ STATIC, static access barring is enabled. In this situation, the access probability factors and average access barring durations are configured in the access barring information. If this parameter is set to ACBAR_SWITCH_ DISABLE, access barring is disabled. NO
NO
NO
LBFD-002009 / TDLBFD-002009 LOFD-0700206 / TLOFD-0700206
Indicates the switch used to enable or disable the UL CoMP algorithm. NO
NO
NO
LOFD-001066 / TDLOFD-001066
Indicates whether to apply MRC/IRC adaptation to the PUSCH.
NO
NO
NO
LOFD-001012 / TDLOFD-001012
Indicates the SFN uplink scheduling mode. The uplink scheduling modes include the joint scheduling mode, and the autoselection mode between joint scheduling and independent scheduling.
NO
NO
NO
None
Indicates the SFN downlink scheduling mode. The downlink scheduling modes include the joint scheduling mode, and the autoselection mode between joint scheduling and independent scheduling. NO
NO
NO
None
not support MRC/IRC adaptation on the PUCCH. The following description applies to PrachIrcSwitch in scenarios where the eNodeB is equipped with LBBPc boards and uses one or two RX antennas. If the PrachIntrfRejSwitch parameter is set to OFF, interference rejection is not applied to the PRACH. When the PrachIntrfRejSwitch parameter is set to ON, the PrachIrcSwitch option of the IrcSwitch parameter takes effect: (1) if the PrachIrcSwitch option is not selected, MRC is applied to the PRACH; (2) if the PrachIrcSwitch option is selected, MRC/IRC adaptation is applied to the PRACH. NO
NO
NO
LOFD-001094 / TDLOFD-001094
secondary cell. If the smart DRX switch is turned on, the smart DRX feature applies to UEs that are newly admitted and support the mobility speed report. The eNodeB configures dynamic DRX parameters based on the mobility speeds reported by UEs. If the smart DRX switch is turned off, the smart DRX feature does not apply to the newly admitted UEs. The smart DRX feature applies to CA UEs only when the smart DRX switch is turned on for both the primary cell and the secondary cell. If the DynDrxSwitch(Dyn DrxSwitch) option is selected, the DrxAlgSwitch parameter cannot control DRX for UEs in the synchronized state. NO
NO
NO
LBFD002017/TDLBFD002017
Indicates whether to enable the highmobility-triggeredidle switch. When this parameter is set to ENABLE, UEs in high mobility are released and enter the idle mode, and therefore the signaling impact on the network caused by frequent handovers are reduced. When this parameter is set to DISABLED, UEs in high mobility are not released. NO
NO
NO
LOFD-001106 TDLOFD-00110502
itch option is selected, GL bufferzone optimization is enabled. Before selecting the switch, pay attention to the following: 1. The cell bandwidth must be changed to its next higher standard bandwidth level. For example, the bandwidth of a 15 MHz cell must be changed to 20 MHz. (2) It is recommended that this option be not selected if the bandwidth of a cell is 1.4, 3, 5, or 10 MHz. (3) To avoid interference from adjacent GERAN cells to the PUCCH, the PUCCH flexible configuration (specified by the PucchFlexCfgSwitc h option of the PucchAlgoSwitch parameter must be enabled. NO
NO
NO
MRFD-231808
Indicates the switch used to enable or disable the GL dynamic power sharing algorithm. This algorithm can be used when the GSM and LTE carriers share the same power amplifier. This improves power usage and service quality of LTE UEs adopting quadrature phase shift keying (QPSK) as their modulation scheme in case that the GSM and LTE busy hours appear at different time points or that the traffic is unbalanced. This parameter indicates the switch for the GL dynamic power sharing feature at the LTE side. NO
NO
NO
MRFD-231806
Indicates the switch used to enable or disable the TDMbased enhanced inter-cell interference coordination (eICIC) function. If this parameter is set to ON, the TDM-based eICIC function is enabled. If this parameter is set to OFF, the TDMbased eICIC function is disabled. In a heterogeneous network (HetNet), this function is used together with the range expansion function of the micro base station to expand the coverage of small cells, and increase the number of users absorbed by the small cell. To support TDM-based eICIC, this function must be enabled for both the macro and small base stations. NO
NO
NO
LAOFD-002001
Indicates the switch used to control whether PUCCH resources are allocated based on the UL peak rate. If this switch is turned on, resources are flexibly allocated to PUCCH. When there is only a few UEs, the PUCCH is allocated with less RBs. This maximizes the number of PUSCH RBs available to each UE. NO
NO
NO
None
Indicates the switch used to enable or disable the DL CoMP algorithm. NO
Indicates the switch used to enable or disable the parallel soft interference cancellation (PSIC) algorithm in a cell. NO eNodeB does not perform the redirection. This check box is dedicated to LTE TDD cells. If the InterRatMlbRedirect check box under this parameter is selected, the eNodeB performs a redirection from an E-UTRAN cell to a UTRAN or GERAN cell. Otherwise, the eNodeB does not perform the redirection. This check box is dedicated to LTE TDD cells. If the InterRatMlbBlindHo check box under this parameter is selected, the eNodeB performs a blind handover from an E-UTRAN cell to a UTRAN or GERAN cell for load balancing. Otherwise, the eNodeB does not perform the blind handover. NO
NO
NO
None
NO
NO
LOFD-001096
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TD LOFD-001044 LOFD-001045 / TDLOFD-001045
NO
whether a CoMP UE is not selected any more in UL CoMP and becomes a nonCoMP UE. If this switch is turned on, the eNodeB detects signal qualities and interference changes of the serving and coordinating cells of a CoMP UE in real time. If the eNodeB detects that the interference from signals of UEs in the coordinating cell cannot be mitigated using UL CoMP, the eNodeB no longer selects the CoMP UE in UL CoMP, and the UE becomes a nonCoMP UE. If this switch is turned off, the eNodeB always selects the CoMP UE in UL CoMP, and the UE will never become a non-CoMP UE. This switch applies only to cells established on an LBBPc. NO
NO
NO
LOFD-001066 / TDLOFD-001066 LOFD-070222
Indicates the switch used to enable or disable the antenna calibration algorithm. This parameter applies only to TDD cells. If this switch is turned on, the virtual antenna mapping (VAM) performance of two groups of 4T cross-polarized antennas is improved. If this switch is turned off, the antenna calibration algorithm is disabled. It is recommended that this switch be turned on for two groups of 4T crosspolarized antennas. NO
NO
NO
TDLOFD-001049
Indicates whether to enable dynamic spectrum sharing in the E-UTRAN cell. If the GLDynSpectrumSh areSwitch option is selected, GSM and LTE dynamic spectrum sharing is enabled. Parameters HighFreqShareRbN um and LowFreqShareRbN um must be set before GSM and LTE dynamic spectrum sharing is enabled. In GSM and LTE dynamic spectrum sharing, the idle GERAN spectrum can be used by the EUTRAN cell, thereby increasing the bandwidth and throughput of the EUTRAN cell. NO
NO
NO
MRFD-090202
Indicates whether to enable loadbased adaptive adjustment in the adaptive SFN/SDMA feature. If this switch is turned on, loadbased adaptive adjustment is enabled, which increases the proportion of jointscheduling UEs and improves user experience when the network load is light, and increases the proportion of independentscheduling UEs and ensures the spectral efficiency when the network load is heavy. If this switch is turned off, load-based adaptive adjustment in the adaptive SFN/SDMA feature cannot be enabled. NO
NO
NO
TDLOFD-002008
MrcIrcAdptSwitch is on. If MrcIrcAdptSwitch and MrcIrcAdaptivefor2 R are on, MRC/IRC adaptation applies to the PUSCH. If MrcIrcAdptSwitch is on and MrcIrcAdaptivefor2 R is off, IRC applies to the PUSCH. If MrcIrcAdptSwitch is off, MRC applies to the PUSCH. In 2R cells established on the UBBP boards: If MrcIrcAdptSwitch is on, MRC/IRC adaptation applies to the PUSCH. If MrcIrcAdptSwitch is off, MRC applies to the PUSCH. In 4R cells established on the LBBPc, LBBPd, or UBBP boards: If MrcIrcAdptSwitch is on, MRC/IRC adaptation applies to the PUSCH. If MrcIrcAdptSwitch is off, MRC applies to the PUSCH. NO
NO
NO
LOFD-001012 / TDLOFD-001012
Indicates whether to enable or disable adaptive dedicated cell reselection priority. If this parameter is set to ON, the eNodeB delivers the dedicated cell reselection priority to a UE when the following conditions are met: (1) The UE requests to set up an RRC connection with the cause value being moSignalling. (2) The MME instructs the eNodeB to release the S1 bearer. (3) The eNodeB fails to obtain the UE capability. If this switch is turned off, the eNodeB does not deliver dedicated cell reselection priority to a UE even if the eNodeB fails to obtain the UE capability information. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
check box under the SFN Algorithm Switch parameter is deselected, the PDCCH uses joint transmission in adaptive SFN/SDMA scenarios. SfnUll2SelectiveRc vSwitch controls whether to enable selective data reception at layer-2 in an SFN cell. If the SfnUll2SelectiveRc vSwitch check box under the SFN Algorithm Switch parameter is selected, the eNodeB selectively receives layer-2 data using multiple working RRUs to improve the uplink coverage. If the SfnUll2SelectiveRc vSwitch check box under the SFN Algorithm Switch parameter is deselected, the eNodeB receives layer-2 data using the target RRU. NO
NO
NO
TDLOFD-002008
PRACH. This parameter takes effect only on the eNodeB uses the LBBPc and one or two RX antennas. If this parameter is set to OFF, the interference on the PRACH is not suppressed. If this parameter is set to ON, the PrachIrcSwitch option of the IrcSwitch parameter takes effect. If the PrachIrcSwitch option of the IrcSwitch parameter is cleared, interference on the PRACH is suppressed based on the maximum ratio combining (MRC). If the PrachIrcSwitch option of the IrcSwitch parameter is selected, interference on the PRACH is suppressed based on the interference rejection combining (IRC). NO
NO
NO
LOFD001094/TDLOFD001094
Indicates whether to enable or disable enhanced MIMO. If the TM9Switch check box is selected, the accessed UE can enter TM9 mode. If the TM9Switch check box is deselected, the accessed UE cannot enter TM9 mode. This parameter is unavailable in this version. NO
NO
NO
None
Indicates whether to enable or disable the interference randomize algorithm based on the eCoordinator or eNodeB. This parameter is dedicated to LTE TDD cells. If this parameter is set to OFF, the interference randomize algorithm is disabled. If this parameter is set to ECO_BASED, the eCoordinator-based interference randomize algorithm is enabled. If this parameter is set to ENB_BASED, the eNodeB-based interference randomize algorithm is enabled. NO
NO
NO
None
Indicates the type of reference signal (RS) power to be delivered in system information block type 2 (SIB2). If the AntRsPwrSwitch option is selected, the RS power calculated based on the AntOutputPwr parameter value is delivered in SIB2. If the AntRsPwrSwitch option is not selected, the RS power specified by the ReferenceSignalPw r parameter is delivered in SIB2. NO
NO
NO
LBFD-002016
multi-frequency network. FixedMeasObjIDSw itch: Indicates whether the eNodeB maps each neighboring frequency to a MeasObjectID based on the frequency measurement priorities. If this option is selected, the eNodeB maps each neighboring frequency to a corresponding MeasObjectID based on the frequency measurement priorities. A higherpriority frequency is mapped to a smaller MeasObjectID. If this option is not selected, the eNodeB does not map neighboring frequencies to MeasObjectIDs based on the frequency measurement priorities. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates whether to enable or disable HARQ-related algorithms. If the TddAckFbModeCfg OptSwitch check box under this parameter is selected, the HARQ-ACK feedback mode is reconfigured based on UE services. If the TddAckFbModeCfg OptSwitch check box under this parameter is cleared, the HARQACK feedback mode is not reconfigured based on UE services. NO
NO
NO
TDLBFD-002005
coverage-based inter-frequency handover when receiving a measurement report. If this parameter is set to BASEDONSIGNAL STRENGTH(Based on Signal Strength), the eNodeB waits a moment and then determines whether to perform a coverage-based inter-frequency handover to the strongest neighboring cell indicated by the received measurement reports. If this parameter is set to BASEDONFREQP RIORITY(Based on Frequency Priority), the eNodeB waits a moment and then determines whether to perform a coverage-based inter-frequency handover to a cell whose frequency has a relatively low priority. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates whether to enable a specific scheduling policy in the uplink and downlink. This parameter consists of the following switches: AbnUeSchSwitch: Indicates whether to disable scheduling of abnormal UEs. If this switch is on, abnormal UEs are not scheduled. If this switch is off, abnormal UEs are scheduled. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LBFD-002025 / TDLBFD-002025
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the band division scheme used in downlink ICIC. The band division in the cell is adjusted according to the setting of this parameter so that the edge bands for neighboring cells do not overlap. If this parameter is set to INVALID, the cell does not distinguish center and edge bands. NO
NO
coding scheme (MCS) indexes within an area so that about one third users are determined to be CEUs. For example, if an area is covered by 155 cells and the percentages of users whose MCS indexes are less than 6 and 7 are about 30% and 40%, respectively, you can set this parameter to 1. (The G factors corresponding to MCS indexes 6 and 7 are 0.5 dB and 1.45 dB, respectively.) The G factors corresponding to MCS indexes 0 to 28 are –5.65, –4.5, –3.55, –2.35, –1.5, –0.5, 0.5, 1.45, 2.45, 3.4, 3.7, 4.4, 5.4, 6.3, 7.25, 8.3, 8.95, 9.6, 10.15, 11.15, 12.1, 13.15, 14.05, 15.1, 16, 17, 18.1, 19, and 20.1, respectively. NO
NO
NO
LOFD-060201
Indicates the reference signal received power (RSRP) threshold for determining noise-afflicted UEs (that is, UEs that are mainly affected by noise) within a network. If all RSRP values of neighboring cells included in A3 reports sent by a UE are less than this threshold, the event A3 is not considered in interference calculation. In general scenarios, the recommended value of this parameter is -102. In tests for smallscale networks, this parameter can set to other values. NO
NO
NO
LOFD-060201
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the offset of the DCI power relative to the reference signal power when the PDCCH channel carries dedicated control information. NO
NO
NO
LBFD-002003 / TDLBFD-002003 LBFD-002016 / TDLBFD-002016
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the PA value of cell center UEs when DL ICIC is enabled.
NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
Indicates the PA value of cell edge UEs when DL ICIC is enabled.
NO
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
YES
NO
None
Indicates the power offset between the PHICH transmit(TX) power and the reference signal(RS) power. This offset is used when PHICH power control is disabled. NO
NO
NO
LBFD-002016 / TDLBFD-002016
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
scheduling policy. When RR is adopted, the system capacity is the smallest. Therefore, RR is used only to verify the upper bound of the scheduling fairness in the system. In terms of the scheduling effect, the PF scheduling policy is between the previous two policies. Therefore, PF can be used to verify the capacity, coverage, and fairness of the system. The EPF scheduling policy supports the features such as user QoS, system capacity, and channel frequency selection. The basic scheduling policy is mainly used for the performance test purpose. During common operation, the EPF scheduling policy is recommended. NO
NO
NO
LBFD-002025 / TDLBFD-002025 TDLOFD-001015 TDLOFD-00101502
Indicates the percentage of free shared RBs on the PDSCH in scheduling based on pay-free users and pay users. The other RBs on the PDSCH are allocated to pay users. When sufficient capacity is available, the percentage of RBs occupied by payfree users and that occupied by pay users will reach the preset values. Changes in this parameter affect the percentage of RBs for pay-free users and that for pay users. Modifying the value of this parameter for an active cell will lead to the re-setup of the cell. NO
NO
NO
None
Indicates the weight of the point-to-point (P2P) service, which is used in enhanced proportional fair (EPF) scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the amount of physical resources to be allocated to the UE that requests the P2P service. The P2P service priority has a positive correlation with the value of this parameter. This parameter is valid only when the service differentiation function is enabled. NO
NO
NO
None
Indicates the weight of the non-P2P service used in enhanced proportional fair (EPF) scheduling. The value of this parameter is used in calculating the priority of a UE during scheduling and therefore determines the amount of physical resources to be allocated to the UE that requests the non-P2P service. The priority of the non-P2P service has a positive correlation with the value of this parameter. This parameter is valid only when the service differentiation function is enabled. NO
Indicates the maximum number of layers (the rank) in the implementation of multiple-input multiple-output (MIMO) in DL scheduling.
NO
NO
NO
NO
None
NO
LOFD-001001 / TDLOFD-001001 LOFD-001003 / TDLOFD-001003 LOFD-001060 / TDLOFD-001060
be basic scheduling or differentiated scheduling. If the CA basic scheduling policy is adopted, the eNodeB calculates the proportional fair (PF) scheduling priority of each component carrier (CC) for a CA UE using the total data rates on both CCs of this CA UE. In this way, CA UEs and non-CA UEs can be allocated similar number of RBs. If the CA differentiated scheduling policy is adopted, the eNodeB calculates the PF scheduling priority of each CC for a CA UE using the data rate only on the primary component carrier (PCC) or secondary component carrier (SCC) of this CA UE. In this way, CA UEs can achieve better performance than non-CA UEs. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111 LOFD-001015 / TDLOFD-001015 LOFD-00101501 / TDLOFD-00101501 LOFD-00101502 / TDLOFD-00101502
Indicates the proportion of resources reserved for non-GBR services. A proportion of resources is reserved periodically to prevent non-GBR services from failing to be allocated resources. During the periods when resources are reserved, resources are scheduled preferentially for non-GBR services. If this parameter is set to 0, resources are not reserved for non-GBR services. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the capacity factor for downlink enhanced proportional fair (EPF) scheduling. This factor affects the scheduling priorities of UEs running services with the QCI of 6, 7, 8, or 9, and accordingly can be used to adjust the cell capacity and fairness among users. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the selection ratio threshold for the function of lowering the modulation and coding scheme (MCS) index to increase the number of resource blocks (RBs) with priority for UEs running services with small packets. The value 0 indicates that the function of lowering the MCS index is disabled. The value 100 indicates that the function is always enabled. NO
NO
NO
LOFD-00101502/ TDLOFD-00101502
Indicates the resource block (RB) allocation mode for cell edge users (CEUs) when downlink ICIC is enabled. If this parameter is set to ALL_EDGE_USER, RBs in the current transmission time interval (TTI) are firstly allocated to cell center users (CCUs) and then allocated to all CEUs. If this parameter is set to PART_EDGE_USE R, RBs in the current TTI are firstly allocated to CCUs and then allocated to the CEUs to which RBs have not been allocated within this TTI. NO
NO
NO
LBFD002025/TDLBFD002025 LOFD00101502/TDLOFD -00101502
Indicates the scheduling policy used when downlink ICIC is enabled. If this parameter is set to EDGE_USER_NO_ PRIO, both cell center users (CCUs) and cell edge users (CEUs) can preempt edge bands, thereby improving CCUs' performance. If this parameter is set to EDGE_USER_PRI O, CCUs are scheduled at both the center band and the edge band only after CEUs have been scheduled at the edge band, and therefore CEUs' performance improves. NO
NO
NO
LBFD002025/TDLBFD002025 LOFD00101502/TDLOFD -00101502
RBs are allocated to UEs at the current TTI; (2) If the number of required RBGs is greater than N but less than N+1 (N is greater than or equal to 1), RBs of N+1 RBGs are allocated to UEs in the current TTI. If this parameter is set to ROUND_UP or ADAPTIVE, RBs are allocated to UEs in the same way that they are allocated when this parameter is set to ROUND_UP or ADAPTIVE for services whose QCI is not 1, respectively. For ping services: If the number of required RBGs is greater than N but less than N+1 (N is greater than or equal to 0), RBs of N+1 RBGs are allocated to UEs in the current TTI regardless of the actual parameter setting. NO
Indicates the maximum number of downlink hybrid automatic repeat request (HARQ) transmissions. For details, see 3GPP TS 36.331.
NO
NO
LBFD002025/TDLBFD002025 LOFD00101502/TDLOFD -00101502
NO
NO
NO
LBFD002025/TDLBFD002025
Indicates the weight for scheduling nonGBR services with long scheduling delay. NO
NO
NO
LOFD-070208
Indicates the duration within which the eNodeB performs downlink scheduling based on a low modulation and coding scheme (MCS) order in handovers. The eNodeB starts this timer after determining a UE has entered the handover area or has been handed over to the target cell. The eNodeB performs downlink scheduling based on a low MCS order during the running of this timer. After the timer expires, the eNodeB performs downlink scheduling based on a new MCS order after CQI adjustment. NO
NO
NO
LBFD-002025 / TDLBFD-002025 LOFD-00101502 / TDLOFD-00101502
Indicates whether to perform downlink rank optimization. If this parameter is set to OFF, the eNodeB uses the rank received from a UE to schedule the UE. If the baseband processing unit determines that the received rank is unsuitable for UE scheduling, the eNodeB schedules the UE based on rank 1. If this parameter is set to ON, the eNodeB optimizes the received rank and schedules the UE based on the optimized rank. If the baseband processing unit determines that the received rank is unsuitable for UE scheduling, the eNodeB does not optimize the received rank and schedules the UE based on the rank used last time. NO
NO
NO
LBFD-002025 / TDLBFD-002025 LOFD-00101502 / TDLOFD-00101502 LOFD-001060 / TDLOFD-001060 LOFD-001001 / TDLOFD-001001
Indicates the method for measuring the Doppler frequency offset that is applied to frequency selective scheduling on the secondary component carrier (SCC) in carrier aggregation (CA). If this parameter is set to FROMSCC, the Doppler frequency offset on the SCC is measured. If this parameter is set to FROMPCC, the Doppler frequency offset on the primary component carrier (PCC) is measured no matter whether the SCC is configured with an uplink carrier, and then the Doppler frequency offset is applied to frequency selective scheduling on the SCC after converting downlink frequencies of the PCC and SCC. NO
NO
NO
LAOFD-00100101 / TDLAOFD00100101 LAOFD-00100102 / TDLAOFD00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the semipersistent scheduling period in the downlink. This parameter applies only to LTE TDD cells. In FDD mode, the downlink semipersistent scheduling period is set to a fixed value, which is 20 ms. If this parameter is set to ms20 or ms40, the downlink semi-persistent scheduling period is 20 ms or 40 ms, respectively. NO
NO
NO
TDLOFD-001016
period: (1) this parameter is set to SINGLEUSER_ST RATEGY; (2) the service is the only service to be scheduled in the cell; (3) the proportion of the transmission time intervals (TTIs) in which RBs are expected to be surplus is less than a specified threshold. If this parameter is set to MULTIUSER_STRA TEGY, the policy is applied to the last capability-limited UE to be scheduled. If this parameter is set to MULTIUSER_STRA TEGY and the proportion of TTIs in which RBs are expected to be surplus is less than a specified threshold within a measurement period, this strategy is applied to the last UE to be scheduled. NO
NO
NO
LOFD-00101501 / TDLOFD-00101501 LOFD-00101502 / TDLOFD-00101502
dedicated to LTE TDD cells. If the DETECTRANK2AD JSWITCH check box is cleared, the UE does not perform rank 2 detection when reporting rank 1. In this case, the UE performs singlecodeword scheduling. If the DETECTRANK2AD JSWITCH check box is selected, the UE performs rank 2 detection when reporting rank 1. If the DETECTRANK1AD JSWITCH check box is cleared, the UE does not perform rank 1 detection when reporting rank 2. In this case, the UE performs dualcodeword scheduling. If the DETECTRANK1AD JSWITCH check box is selected, the UE performs rank 1 detection when reporting rank 2. NO
NO
NO
TDLOFD-001001
Indicates whether the TDD special subframes are used for downlink scheduling. If the parameter is set to SCH, TDD special subframes are used for downlink scheduling. If the parameter is set to NSCH, TDD special subframes are not used for downlink scheduling. NO
NO
NO
TDLBFD-002025 TDLOFD-00101502
Indicates the traffic volume threshold of a bearer above which the bearer is determined as a bearer with large packets in the PDCCH and PDSCH resource allocation optimization mechanism when traffic is heavy. If this parameter is set to 0, none of the bearers is determined as a bearer with large packets. If this parameter is set to a value ranging from 1 to 1000000 (indicating a threshold from 1 bit to 1,000,000 bits), a bearer whose traffic to be scheduled is greater than or equal to this parameter value is determined as a bearer with large packets. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the threshold for the number of synchronized UEs in a cell above which the PDCCH and PDSCH resource allocation optimization mechanism is activated in large traffic volume scenarios. If this parameter is set to a value ranging from 0 to 10000 (indicating a threshold from 0 UE to 10,000 UEs), the mechanism is activated when the number of synchronized UEs in the cell is greater than or equal to this parameter value. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates the modulus for calculating the position of RBs to be scheduled in eNodeB-based interference randomization. This parameter is added to support interference randomization and is dedicated to LTE TDD cells. NO
NO
NO
None
Indicates whether DCI1A downlink grant scheduling is used for UEs in transmit diversity mode. This check box is valid only for LTE TDD cells.If this check box is selected and the UE in transmit diversity mode requires singlecodeword scheduling, the DCI1A format can be used for downlink grant scheduling, which increases the DCI1A coverage area. If this check box is cleared, the downlink grant scheduling is performed in default mode. NO
NO
NO
TDLBFD002025/TDLOFD001015
Indicates the threshold of consecutive discontinuous transmissions (DTXs) in the downlink above which the eNodeB stops scheduling the abnormal UE. The parameter value range is from 6 to 120. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502 LBFD-002025 / TDLBFD-002025
Indicates the code rate for Random Access Response messages and paging messages.
NO
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
NO
NO
LBFD002011/TDLBFD002011 LBFD002010/TDLBFD002010
YES
NO
None
Indicates the threshold for triggering intrafrequency load balancing. Intrafrequency load balancing is started if the cell load exceeds the sum of the threshold and the offset, and is stopped if the cell load falls below the threshold. PRB_ONLY(PrbMo NO de) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode), interfrequency load balancing is triggered when the number of synchronized UEs in the cell is greater than or equal to the sum of the MlbMinUeNumThd and MlbMinUeNumOffs et parameter values and the PRB usage of the cell is greater than or equal to the sum of the InterFreqMlbThd and LoadOffset parameter values. Load balancing stops when the PRB usage of the cell or the number of synchronized UEs falls below the value of the InterFreqMlbThd parameter or the value of the MlbMinUeNumThd parameter, respectively. NO
NO
NO
None
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates the threshold of the PRB usage for triggering inter-RAT load sharing. InterRAT load sharing is triggered if the number of synchronized UEs in the cell is greater than or equal to the sum of the InterRatMlbUeNum Thd and InterRatMlbUeNum Offset parameter values and the PRB usage of the cell is greater than or equal to the InterRatMlbThd and LoadOffset parameter values. Inter-RAT load sharing stops if the number of synchronized UEs in the cell is less than the InterRatMlbUeNum Thd parameter value or the PRB usage of the cell is less than the InterRatMlbThd parameter value. NO
NO
NO
LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
Indicates the period of the inter-cell load exchange. This parameter is contained in the load exchange request message. If the source cell sends a load exchange request message containing a period, the target cell reports its load to the source cell at intervals based on the period. If the source cell sends such a message without a period, the target cell reports its load to the source cell at a default interval of 5s. NO
NO
NO
LOFD-001032 / TDLOFD-001032
sharing is triggered if the number of synchronized UEs in the cell is greater than or equal to the sum of the InterRatMlbUeNum Thd and InterRatMlbUeNum Offset parameter values and the PRB usage of the cell is greater than or equal to the InterRatMlbThd and LoadOffset parameter values. Inter-RAT load sharing to transfer to-be-released UEs is triggered if the number of synchronized UEs is greater than or equal to the sum of the InterRATIdleMlbUe NumThd and InterRatMlbUeNum Offset parameter values and the PRB usage of the cell is greater than or equal to the sum of the InterRatMlbThd and LoadOffset parameter values. NO
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
Indicates the threshold of PRB usage difference between the serving cell and a neighboring cell. When the result of the PRB usage of the serving cell minus that of a neighboring cell is greater than the parameter value, this neighboring cell can be a target cell for mobility load balancing (MLB). NO
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
synchronized UEs in the cell is less than the InterRatMlbUeNum Thd parameter value or the PRB usage of the cell is less than the InterRatMlbThd parameter value. The actual threshold of the number of synchronized UEs equals the percentage value multiplied by 1000.For example, parameter value 1 indicates that the threshold for the number of synchronized UEs is 10 (1000 x 1%), parameter value 2 indicates threshold 20, and parameter value 10 indicates threshold 100. Note that if the parameter value is 100 or 99, the threshold for the number of synchronized UEs is 1 or 2, respectively. NO
NO
NO
LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
Indicates the standard valid duration for load sharing with universal terrestrial radio access network (UTRAN) for UEs in idle mode. The actual duration increases on the basis of a standard valid duration with the increase of the number of uplinksynchronized UEs. NO
NO
NO
LOFD-001044 / TDLOFD-001044
Indicates the control factor for the amount of a single load transfer. The value of this parameter has an impact on the efficiency of MLB algorithm and the algorithm to prevent ping-pong load transfer. NO
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates the mobility load balancing (MLB) triggering mode. The parameter value PRB_ONLY(PrbMo de) indicates that MLB can be triggered by the PRB usage. The parameter value UE_NUMBER_ONL Y(UeNumMode) indicates that MLB can be triggered by the number of UEs. The parameter value PRB_OR_UE_NUM BER(PrbOrUeNum Mode) indicates that MLB can be triggered by either the PRB usage or the number of UEs. NO
NO
NO
LOFD-070215 / TDLOFD-070215
Indicates the threshold of the number of synchronized UEs for triggering interfrequency load balancing. When the MlbTriggerMode parameter is set to UE_NUMBER_ONL Y(UeNumMode) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode), interfrequency load balancing is triggered if the number of synchronized UEs in the cell is greater than or equal to the sum of the InterFreqMlbUeNu mThd and MlbUeNumOffset parameter values. Inter-frequency load balancing stops if the number of synchronized UEs in the cell is less than the InterFreqMlbUeNu mThd parameter value. NO
NO
NO
LOFD-070215 / TDLOFD-070215
Indicates the offset of the number of synchronized UEs for triggering interfrequency load balancing. Usernumber-based inter-frequency load balancing is triggered if the number of synchronized UEs in the cell is greater than or equal to the sum of the InterFreqMlbUeNu mThd and MlbUeNumOffset parameter values. User-number-based inter-frequency load balancing to transfer to-bereleased UEs is triggered if the number of synchronized UEs in the cell is greater than or equal to the sum of the InterFreqIdleMlbUe NumThd and MlbUeNumOffset parameter values. NO
NO
NO
LOFD-070215 / TDLOFD-070215
Indicates the maximum number of UEs that can be transferred to interfrequency neighboring cells within a load balancing period under different trigger conditions. This parameter is used to prevent too many UEs from being transferred to inter-frequency neighboring cells within a load balancing process and the load in inter-frequency neighboring cells from increasing significantly. NO
NO
NO
LOFD-070215 / TDLOFD-070215
UEs whose PRB usage is equal to or less than this parameter value. (3) If the MlbTriggerMode parameter is set to PRB_OR_UE_NUM BER and load balancing is triggered by the PRB usage, the eNodeB selects UEs for load balancing in the same way as that when the MlbTriggerMode parameter is set to PRB_ONLY. If the MlbTriggerMode parameter is set to PRB_OR_UE_NUM BER and load balancing is triggered by the number of activated UEs in the serving cell, the eNodeB selects UEs for load balancing in the same way as that when the MlbTriggerMode parameter is set to UE_NUMBER_ONL Y. NO
NO
NO
LOFD-070215 / TDLOFD-070215
Indicates the MLB mode for downlink data transfer. If this parameter is set to UeNumBased, the downlink data transfer MLB algorithm is enabled. If this parameter is set to NON_TRIGGERED , the downlink data transfer MLB algorithm is disabled. This parameter is dedicated to LTE TDD cells. NO
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates whether to enable operatorlevel interfrequency load balancing. If this parameter is set to SHARING, operator-level interfrequency load balancing is enabled and interfrequency load balancing is performed based on the reserved resources of each operator. If this parameter is set to NON_SHARING, the eNodeB performs load balancing without distinguishing operators and performs cell-level inter-frequency load balancing. NO
NO
NO
LOFD-070204 / TDLOFD-070204
Indicates the proportion threshold for determining whether a neighboring cell can be a target cell in load balancing. Providing that the number of synchronized UEs in the serving cell is value "A" and that in a neighboring cell is value "B", the proportion threshold is calculated by "A" dividing the value of "A" minus "B". If a calculated proportion is greater than this parameter value, the neighboring cell involved in the calculation can be a target cell in load balancing. NO
NO
NO
LOFD-070215 / TDLOFD-070215
Indicates whether the inter-RAT load balancing to UTRAN is performed only on UEs in hotspots. This parameter is dedicated to LTE TDD cells.
NO
NO
TDLOFD-001044
NO
Indicates the interfrequency load balancing mode for UEs in idle mode. If the Proportion check box under this parameter is selected, the eNodeB transfers normally released UEs to frequencies based on the preset proportions for neighboring frequencies of the serving frequency so that load balancing for UEs in idle mode is achieved. This parameter is valid only when the Proportion check box is selected. NO
NO
NO
LOFD001032/TDLOFD001032
parameter is set to PRB_ONLY(PrbMo de) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode), load balancing is triggered if the PRB usage of the cell is greater than or equal to the sum of InterFreqMlbThd and LoadOffset parameter values and the number of synchronized UEs in the cell is greater than or equal to the sum of the MlbMinUeNumThd and MlbMinUeNumOffs et parameter values. Load balancing stops when the PRB usage of the cell or the number of synchronized UEs falls below the value of the InterFreqMlbThd parameter or the value of the MlbMinUeNumThd parameter, respectively. NO
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates the offset of the minimum number of synchronized UEs for triggering interfrequency load balancing. If the MlbTriggerMode parameter is set to PRB_ONLY(PrbMo de) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode), interfrequency load balancing is triggered when the number of synchronized UEs in the cell is greater than or equal to the sum of the MlbMinUeNumThd and MlbMinUeNumOffs et parameter values and the PRB usage of the cell is greater than or equal to the sum the InterFreqMlbThd and LoadOffset parameter values. NO
NO
NO
LOFD-001032 / TDLOFD-001032
transferred for interfrequency usernumber-based load balancing.If the PrbMlbSynchronize dUE check box is selected, synchronized UEs are transferred for inter-frequency PRB-based load balancing.This parameter is dedicated to LTE TDD cells.If the PrbMlbIdleUE check box is selected, UEs in idle mode are transferred for interfrequency PRBbased load balancing.This parameter is dedicated to LTE TDD cells.If multiple check boxes are selected, multiple uplink synchronized UEs and UEs in idle mode are transferred for load balancing.If no check box is selected, no UE is transferred for load balancing. NO
NO
NO
LOFD-070215 / TDLOFD-070215
frequency load balancing to transfer to-bereleased UEs. When the MlbTriggerMode parameter is set to UE_NUMBER_ONL Y(UeNumMode) or PRB_OR_UE_NUM BER(PrbOrUeNum Mode), interfrequency load balancing to transfer to-bereleased UEs is triggered if the number of synchronized UEs in the cell is greater than or equal to the sum of the InterFreqIdleMlbUe NumThd and MlbUeNumOffset parameter values. Inter-frequency load balancing to transfer to-bereleased UEs stops if the number of synchronized UEs in the cell is less than the InterFreqIdleMlbUe NumThd parameter value. NO
NO
NO
LOFD-070215 / TDLOFD-070215
for triggering interRAT load sharing to transfer to-bereleased UEs. InterRAT load sharing to transfer to-bereleased UEs is triggered if the number of synchronized UEs is greater than or equal to the sum of the InterRATIdleMlbUe NumThd and InterRatMlbUeNum Offset parameter values and the PRB usage of the cell is greater than or equal to the sum of the InterRatMlbThd and LoadOffset parameter values. Inter-RAT load sharing to transfer to-be-released UEs stops if the number of synchronized UEs is less than the InterRATIdleMlbUe NumThd parameter value or the PRB usage of the cell is less than of the InterRatMlbThd parameter value. NO
NO
NO
LOFD001044/TDLOFD001044 LOFD001045/TDLOFD001045
UtranMlbSwitch or GeranMlbSwitch option of the MlbAlgoSwitch parameter is selected, the InterFreqMlbSwitch or InterFreqBlindMlbS witch option of the MlbAlgoSwitch parameter is selected, and the FreqSelectStrategy parameter is set to PRIORITYBASED( PriorityBased), the values of the InterRatLoadEvalPr d and InterFreqLoadEvalP rd parameters must be the same. If the two parameters are set to different values, the evaluation period specified by the InterRatLoadEvalPr d parameter is adapted when both cell-level interfrequency load balancing and interRAT load sharing are triggered at the same time. NO
NO
NO
LOFD-070215 / TDLOFD-070215
the UtranMlbSwitch or GeranMlbSwitch option of the MlbAlgoSwitch parameter is selected, the InterFreqMlbSwitch or InterFreqBlindMlbS witch option of the MlbAlgoSwitch parameter is selected, and the FreqSelectStrategy parameter is set to PRIORITYBASED( PriorityBased), the values of the InterRatLoadEvalPr d and InterFreqLoadEvalP rd parameters must be the same. If the two parameters are set to different values, the evaluation period specified by the InterRatLoadEvalPr d parameter is adapted when both cell-level interfrequency load balancing and interRAT load sharing are triggered at the same time. NO
NO
NO
LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
parameter is set to PRIORITYBASED( PriorityBased), the frequency with the highest priority among all intra-RAT neighboring frequencies and the frequency with the highest priority among all inter-RAT frequencies are selected as target frequencies separately when inter-frequency load balancing and interRAT load sharing are triggered separately or both operator-level interfrequency load balancing and interRAT load sharing are triggered together; the frequency with the highest priority among all neighboring frequencies when both cell-level interfrequency load balancing and interRAT load sharing are triggered together. NO
NO
NO
LOFD-070215 / TDLOFD-070215
parameter is selected, and the InterFreqBlindMlbS witch option of the MlbAlgoSwitch parameter is not selected, the serving cell selects all intra-eNodeB inter-frequency neighboring cells and inter-eNodeB inter-frequency neighboring cells configured with X2 interfaces as candidate cells for inter-frequency load balancing. If this parameter is set to ALL(All) and the InterFreqBlindMlbS witch option of the MlbAlgoSwitch parameter is selected regardless the setting of the InterFreqMlbSwitch option of the MlbAlgoSwitch parameter, the serving cell selects all inter-frequency neighboring cells as candidate cells for inter-frequency load balancing. NO
NO
NO
LOFD-070215 / TDLOFD-070215
when the PRB usage of the cell is greater than or equal to the sum of the InterRatMlbThd and LoadOffset parameter values and the number of synchronized UEs in the cell is greater than or equal to the sum of the InterRatMlbUeNum Thd and InterRatMlbUeNum Offset parameter values. Inter-RAT load sharing to transfer to-bereleased UEs is triggered if the number of synchronized UEs is greater than or equal to the sum of the InterRATIdleMlbUe NumThd and InterRatMlbUeNum Offset parameter values and the PRB usage of the cell is greater than or equal to the sum of the InterRatMlbThd and LoadOffset parameter values. NO
NO
NO
LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045 LOFD-070215 / TDLOFD-070215
Indicates the frequency selection policy for interfrequency idle MLB. If this parameter is set to LOADINFOFREQ, frequencies capable of obtaining load information can be used as the target frequencies for inter-frequency MLB in idle mode. If this parameter is set to ALLFREQ, all frequencies can be used as the target frequencies for inter-frequency MLB in idle mode, including interfrequency EARFCNs carrying or not carrying information. NO
Indicates the strategy for selecting UEs in inter-RAT load sharing triggered by the PRB usage. If this parameter is set to PRBRATIOHIGHM ODE, the eNodeB transfers UEs whose PRB usage is greater than the MlbUeSelectPrbTh d parameter value but less than the half of the LoadDiffThd parameter value. If this parameter is set to PRBRATIOLOWM ODE, the eNodeB transfers UEs whose PRB usage is less than or equal to the InterRatMlbUeSelPr bThd parameter value. NO
NO
NO
NO
TDLOFD-070215
NO
LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
Indicates the PRB usage threshold for selecting UEs in inter-RAT load sharing triggered by the PRB usage. UEs whose PRB usage is less than or equal to this threshold are selected when the InterRatMlbUeSelSt rategy parameter value is PRBRATIOLOWM ODE. NO
NO
NO
LOFD-001044 / TDLOFD-001044 LOFD-001045 / TDLOFD-001045
Indicates the PRB load calculation method when the Mobility Load Balancing Trigger Mode parameter is set to PRB_ONLY or PRB_OR_UE_NUM BER. The parameter value PRB_USAGE indicates that the PRB load is calculated based on the PRB usage in traffic channels. The parameter value PRB_VALUATION_ WITH_CTRL indicates that the PRB load is calculated based on the PRB evaluation in both traffic and control channels. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032
Indicates the length of the timer for punishing UEs that are selected for MLB but fail to be transferred to target cells. Before the timer expires, the UEs cannot be transferred for MLB. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLOFD-001032
the secondary strongest neighboring cells when the eNodeB cannot initiate a handover to the strongest neighboring cell triggered by loadinformationexchange-based inter-frequency load balancing. If this parameter is set to PERMIT_NON_ST RONGEST_CELL( Permit Trying NonStrongest Cell), the eNodeB is allowed to initiate a handover to one of the secondary strongest neighboring cells in the preceding scenario. If this parameter is set to ONLY_STRONGES T_CELL(Only Try Strongest Cell), the eNodeB can only initiate a handover to the strongest neighboring cell in the preceding scenario. NO
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-070215 / TDLOFD-070215
Indicates the Local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the CCE aggregation level for common signaling.
NO
NO
LBFD-002003 / TDLBFD-002003
NO
Indicates the CCE ratio adjustment switch for the PDCCH. If this switch is turned on, the resource allocation algorithm of the PDCCH dynamically adjusts the UL and DL CCE ratios within each transmission time interval (TTI) based on CCE usages in UL and DL. If this switch is turned off, the UL and DL CCE ratios are not dynamically adjusted. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the threshold of isolation for deciding whether to enable PDCCH selective transmission in adaptive SFN/SDMA scenarios. For an UE, if the ratio between the RSRP of strong signals and that of weak signals from multiple RRUs in an SFN cell is equal to or greater than the value of this parameter, the power of weak signals is not transmitted.This parameter takes effect only for LTE TDD cells. NO
NO
NO
TDLOFD-002008
switch for dynamic adjustment of the number of OFDM symbols occupied by the PDCCH is turned off, this parameter indicates the number of OFDM symbols that are always occupied by the PDCCH. If the switch is turned on and the bandwidth is 1.4 MHz or 3 MHz, the PDCCH occupies 4 or 3 OFDM symbols, in this scenario, this parameter cannot be manually set.. If the switch is turned on and the bandwidth is 5 MHz, 10 MHz, 15 MHz, or 20 MHz, the eNodeB adjusts the number of OFDM symbols in the range of 1, 2, and 3 when this parameter is set to the default value 1, or in the range of 2 and 3 when this parameter is set to 2 or 3. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the percentage of the number of virtually loaded PDCCH CCEs when the PDCCH power control switch is turned off, or indicates the percentage of the power of virtually loaded PDCCH CCEs when the PDCCH power control switch is turned on. This parameter is used to analyze the impact of the parameter values on PDCCH demodulation performance and provide reference to intra-frequency networking in LTE. NO
NO
NO
LBFD-002003 / TDLBFD-002003
physical downlink control channel (PDCCH). If this parameter is set to OFF, the number of OFDM symbols occupied by the PDCCH is fixed and cannot be dynamically adjusted. If this parameter is set to ON, the number of OFDM symbols occupied by the PDCCH is dynamically adjusted based on the required number of PDCCH control channel elements (CCEs). If this parameter is set to ECFIADAPTIONON , the number of OFDM symbols occupied by the PDCCH is dynamically adjusted based on the cell downlink throughput, and the adjustment performance is the best among the three methods. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the upper limit for the CCE usage within each transmission time interval (TTI). When the switch for dynamically adjusting the number of OFDM symbols on the PDCCH is turned on, the parameter setting is invalid, that is, the CCE usage within each TTI cannot be limited. This parameter is valid only in TDD mode. NO Indicates the switch used to enable or disable closed-loop adjustment to the PDCCH aggregation level. If this switch is turned on, PDCCH aggregation level is adjusted based on the block error rate (BLER) of the PDCCH. If this switch is turned off, PDCCH aggregation level is not adjusted based on the BLER of the PDCCH. NO
NO
NO
LBFD-002003 / TDLBFD-002003
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates whether to enable virtual loading for Digital PreDistortion (DPD).This parameter is valid only for LTE TDD cells.
NO
NO
NO
None
Indicates the virtual load type for Digital PreDistortion (DPD).This parameter is valid only for LTE TDD cells. NO
NO
NO
None
codeword scenarios. In capacity-based CCE aggregation level selection of the PDCCH, set this parameter to STRATEGYBASED ONCAPACITY. In this situation, the average CCE aggregation level of the PDCCH in dualcodeword scenarios decreases, and more UEs can be supported on the PDCCH. In coverage-based CCE aggregation level selection of the PDCCH, set this parameter to STRATEGYBASED ONCOVERAGE. In this situation, both the average CCE aggregation level of the PDCCH in dualcodeword scenarios and cell coverage performance increase. This parameter is set to STRATEGYBASED ONCAPACITY by default. NO
NO
NO
None
fail to be allocated to a UE, the eNodeB reallocates CCEs to the UE by increasing the PDCCH transmit power and decreasing the PDCCH aggregation level for the UE. If this parameter is set to OFF: (1) the initial value for closedloop adjustment on PDCCH aggregation level applies to both SRBs and data radio bearers (DRBs); (2) the eNodeB does not reserve uplink CCEs when allocating downlink CCEs; (3) if a UE fails to be allocated with CCEs, the eNodeB does not reallocate CCEs to the UE by increasing the PDCCH transmit power and decreasing the PDCCH aggregation level. NO
NO
NO
LBFD-002003
Indicates the maximum coding rate on the PDCCH. The coding rate on the PDCCH cannot exceed this parameter value. Otherwise the PDCCH aggregation level must be increase. NO
NO
NO
LBFD-002003 / TDLBFD-002003
indicating both uplink and downlink scheduling and controlling information, if the PDCCH Symbol Number Adjust Switch parameter is set to ON, the number of OFDM symbols occupied by the PDCCH is as follows: On the bandwidth of 5 MHz, the PDCCH occupies 2 or 3 OFDM symbols. (In this case, the configuration of this parameter is invalid.) On the bandwidth of 10 MHz, 15 MHz, or 20 MHz, the PDCCH occupies 1, 2, or 3 OFDM symbols when this parameter is set to 1, and the PDCCH occupies 2 or 3 OFDM symbols when this parameter is set to 2 or 3. This parameter is dedicated to LTE TDD cells. NO
NO
NO
TDLBFD-002003
Indicates the adaptive strategy of the PDCCH aggregation level. The STRATEGYBASED ONCOVERAGE check box is selected for this parameter by default. In this case, a higher aggregation level is applied, and therefore the cell that the control channel serves has better coverage. However, the number of scheduling UEs carried by the control channel decreases. If the STRATEGYBASED ONCAPACITY check box is selected, a lower aggregation level is applied, and the control channel carries more scheduling UEs. This parameter is dedicated to LTE TDD cells. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the hysteresis of control format indicator (CFI) number increase caused by uplink preallocation failures when the PdcchSymNumSwit ch parameter is set to ECFIADAPTIONON . If the HysForCfiBasedPre Sch parameter is set to 0, preallocation failures do not trigger CFI number increase. NO
NO
NO
LBFD-002003
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the threshold for the low load state of the SRI resources. The SRI resources enter the low load state if the PUCCH resource allocation algorithm detects that the number of admitted UEs is smaller than the value of this parameter. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
LBFD-001001 / TDLBFD-001001
Indicates the type of the cell frame offset. CustomFrameOffse t: indicates a userdefined frame offset. TL_FrameOffst: indicates the frame offset automatically set based on the subframe configuration in a TD-SCDMA+LTE TDD dual-mode network. TL_FrameOffset_S A2_SSP5: indicates the frame offset automatically set based on the subframe configuration 2 and special subframe configuration 5 in a TD-SCDMA+LTE TDD dual-mode network. NO
NO
NO
None
Indicates the time delay of the frame start time for all TDD E-UTRAN cells to the time of the reference clock. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the time when the cell notraffic detection starts. If the stop time is earlier than or the same as the start time, the end time is assumed to be a time of the next day. If the timer for reporting the no-traffic alarm is not set to 0, the eNodeB performs the cell no-traffic detection from the start time to the stop time.
NO
NO
NO
LOFD-002010
Indicates the time when the cell notraffic detection stops. If the stop time is earlier than or the same as the start time, the stop time is assumed to be a time of the next day. If the timer for reporting the no-traffic alarm is not set to 0, the eNodeB performs the cell no-traffic detection from the start time to the stop time.
NO
NO
NO
LOFD-002010
Indicates the length of the timer for the cell no-traffic detection. If there is no traffic in the cell within the duration specified by this parameter, the eNodeB reports the no-access alarm and resets the cell. If this parameter is set to 0, the cell notraffic detection is not performed. If the timer for reporting the notraffic alarm is set to a non-zero value, the eNodeB performs the cell no-traffic detection from the start time to the stop time. NO
NO
NO
LOFD-002010
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the band division scheme used in uplink ICIC. The band division in the cell is changed according to the setting of this parameter so that the edge bands do not overlap between neighboring cells. If this parameter is set to INVALID, the cell does not distinguish center and edge bands. NO
NO
Indicates the local identity of the cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the number of RBs that are interfered by GERAN at each end of the LTE DL frequency band. If the numbers of such RBs are different at both ends, the larger number is used as the value of this parameter. If this parameter is set to 3, three RBs are interfered by GERAN at each end of the LTE DL frequency band and altogether six RBs are interfered. NO
NO
NO
MRFD-231808
Indicates the SINR threshold for determining whether DL RB resources of an EUTRAN cell using the LTE frequency spectrum that overlaps the GSM frequency spectrum are available. If the result of the local cell RSRP plus 11.2 and minus the RSSI of the GERAN cell that brings the severest interference is greater than the value of this parameter, UEs can use these RB resources. Otherwise, UEs cannot use these RB resources. UEs measure the local cell RSRP and the RSSI of the GERAN cell that brings the severest interference and report the measurement results to the eNodeB. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the index of a simulated load configuration. One eNodeB can store a maximum of 10 simulated load configurations. They are identified by indexes ranging from 0 to 9 and correspond to RB usage thresholds (specified by the SimuLoadRbThd parameter) 10% to 100% at a step of 10%. For example, the RB usage thresholds for simulated load configurations 1 and 4 are 20% and 50%, respectively. Alternatively, you can also manually specify the RB usage threshold for a simulated load configuration by setting the SimuLoadRbThd parameter. NO
NO
NO
None
Indicates the transmission mode adopted by the simulated load configuration for beamforming in TDD cells, including: TM1: indicates transmission mode 1 for the simulated load configuration. TM2: indicates transmission mode 2 for the simulated load configuration. TM7: indicates transmission mode 7 for the simulated load configuration. TM8: indicates transmission mode 8 for the simulated load configuration. NO
NO
NO
None
Indicates the number of RBs allocated to a simulated load configuration in downlink scheduling.
NO
NO
YES
None
Indicates the number of RBs allocated for commercial services in downlink scheduling. NO
NO
YES
None
Indicates the power allocated to a simulated load configuration in downlink scheduling. NO
NO
YES
None
Indicates the power allocated for commercial services in downlink scheduling. NO
NO
YES
None
Indicates the number of UEs allocated by a simulated load configuration in downlink scheduling.
NO
YES
None
NO
Indicates the number of users to be scheduled in each transmission time interval (TTI) in downlink scheduling. NO
NO
YES
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the modification period coefficient for the BCCH. BCCH modification period is equal to Modification period coefficient multiplies Default paging cycle, where the BCCH modification period and default paging cycle are measured in unit of radio frames, and the modification period coefficient is specified by this parameter. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the offset of the PCFICH transmit power relative to the reference signal power. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the offset of the PBCH transmit power relative to the reference signal power. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the offset of the transmit power for the cell synchronization signals relative to the reference signal power. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the offset of the transmit power for broadcast information on the PDSCH channel relative to the reference signal power. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the offset of the transmit power for the paging information on the PDSCH channel relative to the reference signal power. NO
NO
NO
LBFD-002011 LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the offset of the transmit power for the random access responses on the PDSCH channel relative to the reference signal power. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the offset of the pilot power relative to the reference signal power. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LOFD-001047 / TDLOFD-001047
Indicates the transmit power for the entire channel bandwidth at each antenna connector. If the AntRsPwrSwitch option of the RepeaterSwitch parameter is selected, this parameter value is used to calculate the reference signal (RS) power to be delivered in system information block type 2 (SIB2). NO
NO
NO
LBFD-002016
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the cell reference signal power of each physical antenna. However, the cell reference signal power delivered in SIB2 is that of each logical antenna. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the scaling factor index of the Energy Per Resource Element (EPRE) on the PDSCH. This scaling factor is determined by the value of this parameter and the antenna port. For details, see 3GPP TS 36.213. NO
NO
NO
LBFD-002016 / TDLBFD-002016 LBFD-002009 / TDLBFD-002009
Indicates the cell reference signal power headroom of each physical antenna. NO
NO
NO
None
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the step by which the TX power for random access preambles is increased each time after a RACH access failure. If multiple attempts to access the PRACH fail, the UE increases the TX power for random access preambles by a step specified by this parameter each time after an access failure to ensure successful access. For details, see 3GPP TS 36.321. NO
Indicates the target UE transmit power for the PRACH expected by the eNodeB when PRACH preamble format 0 is applied on condition that requirements for preamble detection performance are met. For details, see 3GPP TS 36.321. NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010 LBFD-002026 / TDLBFD-002026
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010 LBFD-002026 / TDLBFD-002026
Indicates the length index for the Zadoff-Chu sequence that generates the random access preamble.For details about this parameter,see 3GPP TS 36.211. NO Indicates the threshold for determining the size of Msg3 when a UE selects a preamble from random access preamble group A during a random access procedure. For details, see 3GPP TS 36.321. NO
Indicates the offset to the starting position of each PRACH in the frequency domain of the FDD cell. NO
NO
NO
NO
YES
LBFD-001001 / TDLBFD-001001 LBFD-002003 / TDLBFD-002003
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010
Indicates whether to configure the PRACH configuration index of the cell. NO
Indicates the PRACH configuration index of the cell. If cells are established on an LBBPc in a 4T4R scenario, the PRACH configuration indexes of different cells must be separated in the time domain. NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LOFD-002015 / TDLOFD-002015
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010 LOFD-002015 / TDLOFD-002015
Indicates the maximum number of preamble transmission times. For details about this parameter, see 3GPP TS 36.321. NO
Indicates the period that a UE waits for message 4 (Msg4) during a random access (RA) procedure. This timer starts when a UE initially sends or resends message 3 (Msg3). If the UE receives Msg4 or the NACK to Msg3 before the timer expires, the timer stops. If the UE does not receive either message until the timer expires, the RA fails, and the UE must reinitiate an RA procedure. For details about this parameter, see 3GPP TS 36.321. NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010
Indicates the maximum number of HARQ retransmissions of the message 3. For details about this parameter, see 3GPP TS 36.321. NO Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES represents configuration n. For example, the value SC0 indicates subframe configuration 0, and the value SC1 indicates subframe configuration 1. If the cell operates in FDD mode, the value SC15 is reserved. If the cell operates in TDD mode, the values SC14 and SC15 are reserved. The reserved values cannot be used. For the relationship between the subframe configuration index and the cell-specific subframe cycle/offset, see 3GPP TS 36.211. In FDD mode, this parameter is permanently valid. In TDD mode, this parameter is valid only if TddSrsCfgMode is set to EXPERIENCE_FIR ST. NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-002010 / TDLBFD-002010
YES
NO
None
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates whether the sounding reference signal (SRS) of a UE and the ACK/NACK or scheduling request (SR) on the PUCCH are allowed to use the same time resources for simultaneous transmission. If this parameter is set to BOOLEAN_FALSE, simultaneous transmission is not allowed. In this situation, the UE discards the SRS and only transmits the ACK/NACK or SR on the PUCCH. If this parameter is set to BOOLEAN_TRUE, simultaneous transmission is allowed. In this situation, the UE transmits truncated ACK/NACK or SR. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002003 / TDLBFD-002003
indicates that SRS resources are available in the cell and can be configured for UEs in the cell. The value BOOLEAN_FALSE indicates that no SRS resource is available in the cell, and therefore no UE in the cell is configured with SRS resources. This parameter does not take effect on: (1) an FDD cell that is established on an LBBPc and uses four or more RX antennas; (2) an FDD cell that is established on an LBBPc and uses extended cyclic prefix (CP) in the uplink; (3) a TDD cell established on an LBBPc. If this parameter does not take effect on a cell but SRS resources are available in the cell, SRS resources can be configured for UEs in the cell. NO
NO
NO
LBFD-002003 / TDLBFD-002003
experience (for example, beamforming performance) is used. CAPS is short for call attempt per second. If this parameter is set to EXPERIENCE_EN HANCED, users can get better DL user experience than that in EXPERIENCE_FIR ST mode. This parameter cannot be set to EXPERIENCE_EN HANCED if the LBBPc is used. If a cell is established on an LBBPc but this parameter is set to EXPERIENCE_EN HANCED, EXPERIENCE_EN HANCED is automatically changed to EXPERIENCE_FIR ST when this parameter takes effect. This parameter is valid only in TDD mode. NO
NO
NO
TDLBFD-002003
SRS resources are allocated to UEs that access the network. If this parameter is set to ADAPTIVEMODE, SRS resource allocation can be adaptively activated or deactivated based on the cell load. The parameter value ADAPTIVEMODE takes effect only in cells established on LBBPd or UBBPd boards. After this parameter is set to ADAPTIVEMODE, parameters SrsAlgoSwitch, SrsSubframeCfg, SrsPeriodAdaptive, and UserSrsPeriodCfg do not take effect. The parameter value ADAPTIVEMODE is recommended in scenarios where there is a large number of UEs in the cell and the traffic volume is large. NO
NO
NO
LBFD-002003
Indicates the cellspecific SRS bandwidth. It corresponds to the srsBandwidthConfig parameter in the protocol. For details, see 3GPP TS 36.211.
NO
YES
LBFD-002003 / TDLBFD-002003
YES
NO
None
NO
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
Indicates the PHICH duration type. If this parameter is set to NORMAL, the number of OFDM symbols occupied by the PDCCH is automatically adjusted. If this parameter is set to EXTENDED, the number of OFDM symbols occupied by the PDCCH is fixed. Specifically, this number is fixed to 3 or 4 for 1.4 MHz cells and 3 for cells with other bandwidths. For the mapping between the type and the duration, see 3GPP TS 36.211. NO
NO
NO
LBFD-002003 / TDLBFD-002003 LOFD-001051 LBFD-002009 / TDLBFD-002009
Indicates a coefficient that is used to calculate the resources used by the PHICH for the cell. It corresponds to the Ng parameter in the protocol. For details on the usage of the Ng parameter, see 3GPP TS 36.211. NO
NO
NO
LBFD-002003 / TDLBFD-002003 LOFD-001051 LBFD-002009 / TDLBFD-002009
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the default paging period for the cell. It is also called the discontinuous reception (DRX) period. If the EPC specifies a DRX period for a UE, the UE compares this period with the value of this parameter and uses the smaller one as its DRX period. If the EPC does not specify a DRX period, the UE uses the value of this parameter, which is delivered in the system information, as its DRX period. For details, see 3GPP TS 36.304. NO Indicates the number of paging occasions (a type of subframe) within a paging period. This parameter value also indicates the number of paging groups within a paging period. For details, see 3GPP TS 36.304. NO
NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-002011 / TDLBFD-002011
NO
LBFD-002009 / TDLBFD-002009 LBFD-002011 / TDLBFD-002011
Indicates the number of paging messages transmitted to UEs over the air interface.
NO
NO
NO
LBFD-002011 / TDLBFD-002011
Indicates the maximum number of UEs that can be included in a paging message on each paging occasion. NO
NO
NO
LBFD-002011 / TDLBFD-002011
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the number of PUSCH sub-bands. For details, see 3GPP TS 36.211.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the hopping mode of the PUSCH. For details, see 3GPP TS 36.211.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the hopping offset of the PUSCH. For details, see 3GPP TS 36.211.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether group hopping of the PUSCH is enabled. For details, see 3GPP TS 36.211.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the group assignment of the PUSCH. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether sequence hopping of the PUSCH is enabled. For details, see 3GPP TS 36.211.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the cyclic shift of the PUSCH. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether 64QAM of the PUSCH is enabled. For details, see 3GPP TS 36.211. NO
NO
NO
LOFD-001006 / TDLOFD-001006
Indicates the local ID of the cell. It uniquely identifies a cell within a BS. YES
YES
NO
None
Indicates the interval between cyclic shifts used for the PUCCH. The interval between cyclic shifts used for the PUCCH can be acquired based on the average delay spread in the cell, where the average delay spread is acquired based on the networking environment. The parameter value DS1_DELTA_SHIF T is not supported by the LBBPc. If a cell is established on an LBBPc but this parameter is set to DS1_DELTA_SHIF T, the value of this parameter is automatically changed to DS2_DELTA_SHIF T when this parameter takes effect. For details, see 3GPP TS 36.211. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the number of resource indexes allocated to SRI and semipersistent ACK at the RRC layer for the FDD cell. If this parameter is set to 0, UEs may fail to access the cell. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the number of RBs allocated to the CQI at the RRC layer of FDD cell. NO
NO
NO
LBFD-002003 / TDLBFD-002003
Indicates the total number of RBs at the two ends of the system band that are reserved for the PUSCH. This parameter is valid only when the PUCCH flexible configuration switch (PucchFlexCfgSwitc h) is turned on. The parameter setting must consider the number of RBs used by the PRACH, SRS, and PUCCH as well as the number of RBs compressed. If the parameter setting exceeds the system bandwidth capability and accordingly affects the preceding RB resource allocation, the cell cannot be established successfully. NO
NO
NO
LBFD-002003 / TDLBFD-002003 LOFD-001093
Indicates the number of code channels that reserved for the cell semi-persistent ACKs and SRIs. NO
NO
YES
LBFD-001001 / TDLBFD-001001 LBFD-002003 / TDLBFD-002003
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code (MCC) of the CDMA2000 1xRTT cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES Indicates the mobile network code (MNC) of the CDMA2000 1xRTT cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
YES
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the cell ID of the reference CDMA2000 1xRTT cell. The cell ID and sector ID together uniquely identify a CDMA2000 cell in the mobile switching center (MSC). In the CDMA2000 1xRTT network, a cell ID uniquely identifies a cell within the mobile switching center (MSC). A cell ID consists of 12 bits. NO Indicates the sector ID of the reference CDMA2000 1xRTT cell. The cell ID and sector ID together uniquely identify a CDMA2000 cell in the mobile switching center (MSC). A sector ID is unique in a CDMA2000 cell and consists of four bits. NO Indicates the system ID of the reference CDMA2000 1xRTT cell. A system ID is allocated to each local CDMA mobile network and is used to determine whether a UE is in the roaming state. For details about this parameter, see 3GPP2 C.S0005. NO
YES
YES
YES
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the network ID of the reference CDMA2000 1xRTT cell. A base station is a cellular system and a member of the network. A network is a subset of a system that is identified by a system ID. A network in a system is identified by a network ID. A system ID and a network ID together uniquely identify a network. System ID 0 and network ID 0 indicate all base stations outside a specified network and are reserved values. Network ID 65535 is also reserved; this ID indicates that the roaming status of UEs is non-roaming in the whole system no matter what the network ID is. For details, see the description of NID in 3GPP2 C.S0005. NO
YES
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
cell belongs. The value begins with 0x followed by a maximum of 6 hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. An MSC ID uniquely identifies an MSC and is determined by the operator. MSCID is defined in TIA/EIA-41.5-D and consists of MarketID (2 bytes) and SwitchNo (1 byte). MarketID is described in TIA/EIA TSB29 and can be defined by the operator. It can be the SID or another ID that can differentiate operators. SwitchNo consists of a group of cell addresses and circuit resource IDs under MarketID. NO
Indicates whether to configure a band class for a UE. If this parameter is set to CFG, the UE sends a location update request to the CDMA2000 1xRTT system when the UE finds that the current band class is different from the band class preregistered the last time. For details, see the description of BAND_CLASSInclu ded in 3GPP2 C.S0097. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the band class that a UE can pre-register at. If this parameter is set to CFG, the UE sends a location update request to the CDMA2000 1xRTT system when the UE finds that the current band class is different from the band class preregistered the last time. For details, see the description of BAND_CLASS in 3GPP2 C.S0097. NO
Indicates whether the CDMA2000 1xRTT CSFB registration parameters need to be set. If this parameter is set to CFG, the CDMA2000 1xRTT circuit-switched fallback (CSFB) registration parameters need to be set. If this parameter is set to NOT_CFG, the CDMA2000 1xRTT CSFB registration parameters do not need to be set and the parameters are not broadcast in SIB8. NO Indicates whether multiple system IDs (SIDs) can be stored. That is, whether UEs are allowed to store SID_NID_LIST that contains different SIDs. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether multiple network IDs (NIDs) can be stored. That is, whether UEs are allowed to store SID_NID_LIST that contains the same SID but different NIDs. For details about this parameter, see 3GPP TS 36.331. NO
Indicates whether a non-roaming UE is allowed to register at the current system. If this parameter is set to BOOLEAN_TRUE and MOB_TERM_HOM E in the UE is set to BOOLEAN_TRUE, the UE can automatically register at the current system. MOB_TERM_HOM E indicates whether a UE can be called in the home PLMN. Automatic registration can be power-on registration, poweroff registration, periodic registration, zonebased registration, or distance-based registration. For details, see the description of homeReg in 3GPP TS 36.331. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether a UE roaming from another system is allowed to register at the current system. If this parameter is set to BOOLEAN_TRUE and MOB_TERM_FOR_ SID in the UE is set to 1, the UE can automatically register at the current system. For details, see the description of foreignSIDReg in 3GPP TS 36.331. NO Indicates whether a UE roaming from another network is allowed to register at the current network. If this parameter is set to BOOLEAN_TRUE, the UE can automatically register at the current network. For details, see the description of foreignNIDReg in 3GPP TS 36.331. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether a UE can initiate automatic registration when some of its parameters are changed or when it enters a new system. If this parameter is set to BOOLEAN_TRUE, automatic registration is allowed. If this parameter is set to BOOLEAN_FALSE, automatic registration is not allowed. For details, see the description of parameterReg in 3GPP TS 36.331. NO
Indicates whether power-on registration is allowed, that is, whether a UE can initiate automatic registration immediately after being powered on and receiving a system message. If this parameter is set to BOOLEAN_TRUE, the UE can initiate automatic registration. If this parameter is set to BOOLEAN_FALSE, the UEs cannot initiate automatic registration. To prevent frequent registration due to immediate poweroff after power-on, the UE can initiate registration 20 seconds after it enters the idle mode. For details, see the description of powerUpReg in 3GPP TS 36.331. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the CDMA2000 1xRTT registration period. If this parameter is set to 0, the UE does not perform time-based registration. If this parameter is set to a value in the range from 29 to 85, the period can be calculated using the following formula: [2^(Registration period/4)] × 0.08s. For details, see the description of registrationPeriod in 3GPP TS 36.331. NO
Indicates the CDMA2000 1xRTT registration zone. This parameter, the system ID, and the network ID together uniquely identify a CDMA2000 registration zone. This parameter is used for registration-zonebased registration. Registration zones are planned based on actual network conditions. For details, see the description of registrationZone in 3GPP TS 36.331. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the total number of CDMA2000 1xRTT registration zones to be retained. If this parameter is set to 0, registration-zonebased registration is disabled. If this parameter is set to a value greater than 1, UEs do not frequently switch between registration zones. However, this results in delayed location updates. For details, see the description of totalZone in 3GPP TS 36.331. NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
any message from a registration zone within the timer length, the UE deletes this registration zone code. This timer takes effect only if the number of retained registration zones is not 0. This parameter is used for registrationzone-based registration. The parameter values 0 to 7 indicate 1, 2, 5, 10, 20, 30, 45, and 60 minutes, respectively. To reduce the impact on paging when the number of retained registration zones is greater than 1, you are advised to set this timer to a small value, for example, 1. If the number of retained registration zones is 1, this timer does not take much effect. For details, see the description of zoneTimer in 3GPP TS 36.331. NO Indicates whether a CDMA2000 1xRTT UE needs to initiate registration during power-off. For details, see the description of powerDownReg-r9 in 3GPP TS 36.331. NO
Indicates whether access class barring for CDMA2000 1xRTT is configured. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
access overload classes 0 to 9 and determines the threshold P for performing continuity checks by UEs. A UE must pass the continuity check to access the network. For details, see IS95AC6. In each timeslot after the RS, the UE performs a pseudorandom continuity check based on parameter P. During each timeslot, a random value RP ranging from 0 to 1 is generated. If RP is less than P, the UE passes the check. Then, the UE sends the first probe of the access sequence in the timeslot. If the check fails, the UE needs to perform the check in the next timeslot. For details, see the description of acBarring0to9-r9 in 3GPP TS 36.331. NO Indicates the persistence value for access overload class 10. The persistence values for emergency call access overload classes 10 to 15 determine the threshold P for performing continuity checks by UEs. For details, see the description of ac-Barring10-r9 in 3GPP TS 36.331. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the persistence value for access overload class 11. The persistence values for emergency call access overload classes 10 to 15 determine the threshold P for performing continuity checks by UEs. For details, see the description of ac-Barring11-r9 in 3GPP TS 36.331. NO Indicates the persistence value for access overload class 12. The persistence values for emergency call access overload classes 10 to 15 determine the threshold P for performing continuity checks by UEs. For details, see the description of ac-Barring12-r9 in 3GPP TS 36.331. NO Indicates the persistence value for access overload class 13. The persistence values for emergency call access overload classes 10 to 15 determine the threshold P for performing continuity checks by UEs. For details, see the description of ac-Barring13-r9 in 3GPP TS 36.331. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the persistence value for access overload class 14. The persistence values for emergency call access overload classes 10 to 15 determine the threshold P for performing continuity checks by UEs. For details, see the description of ac-Barring14-r9 in 3GPP TS 36.331. NO Indicates the persistence value for access overload class 15. The persistence values for emergency call access overload classes 10 to 15 determine the threshold P for performing continuity checks by UEs. For details, see the description of ac-Barring15-r9 in 3GPP TS 36.331. NO Indicates the persistence amendment value sent in access attempt messages. In the access attempt indicated by the message, the value of (P x 2 MSG_PSIST) and RP will be compared. For details, see acBarringMsg-r9 in 3GPP TS 36.331. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the autonomously registered persistence amendment value for the access barring factor. For details, see acBarringReg-r9 in 3GPP TS 36.331.
NO
Indicates the persistence value for emergency calls by UEs belonging to access overload classes 0 to 9. If PSISTEMGINCL is set to 0, AcBarEmg is invalid. If PSISTEMGINCL is set to 1, set AcBarEmg based on whether UEs belonging to access overload classes 0 to 9 are allowed to send emergency call requests on the access channel. If allowed, set AcBarEmg to 0. If not allowed, set AcBarEmg to 7. For details, see acBarringEmg-r9 in 3GPP TS 36.331. NO Indicates whether to configure the latest CDMA2000 1xRTT protocol revision supported by the eNodeB. For details about this parameter, see 3GPP2 C.S0097. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the latest CDMA2000 1xRTT protocol revision supported by the eNodeB. If the latest protocol revision is required by some features, change the protocol revision as required. For details about this parameter, see 3GPP2 C.S0097. NO Indicates whether to configure the CDMA2000 1xRTT minimum protocol revision level. For details about this parameter, see 3GPP2 C.S0097. NO Indicates the minimum protocol revision that UEs need to support to access the system. For details about this parameter, see 3GPP2 C.S0097. NO
Indicates whether to include authentication. For details about this parameter, see 3GPP2 C.S0097.
Indicates whether to perform authentication. For details about this parameter, see 3GPP2 C.S0097.
NO
NO
NO
NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether to configure the maximum number of alternative service options. For details about this parameter, see 3GPP2 C.S0097. NO Indicates the maximum number of alternative service options that can be included in the Origination Message (ORM) and Page Response Message (PRM). This parameter is valid for UEs with MOB_P_REV greater than or equal to 6. For details about this parameter, see 3GPP2 C.S0097. NO Indicates whether to configure the preferred access channel MS ID type. For details about this parameter, see 3GPP2 C.S0097.
Indicates the preferred access channel MS ID type. For details about this parameter, see 3GPP2 C.S0097.
NO
NO
NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether the mobile country code (MCC) is delivered. If this parameter is set to CFG, the MCC is delivered at CDMA2000 1xRTT parameter registration. For details about this parameter, see 3GPP2 C.S0097. NO Indicates whether the mobile network code (MNC) is delivered. If this parameter is set to CFG, the MNC is delivered at CDMA2000 1xRTT parameter registration. For details about this parameter, see 3GPP2 C.S0097. NO
Indicates whether IMSI_Ts are supported. For details about this parameter, see 3GPP2 C.S0097.
NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether 15-digit IMSI_T are supported. If IMSI_T_SUPPORT ED in ESPM is set to 1 and the IMSI_T is correctly set in the UE, the UE reports IMSI_T. If IMSI_T_SUPPORT ED is set to 1 but the IMSI_T is not set in the UE, the UE may report an incorrect IMSI. When you modify this parameter, ensure that the true IMSI is correctly set for the UE. For details about this parameter, see 3GPP2 C.S0097. NO Indicates whether power control parameters are carried by UEs from the LTE network to the CDMA2000 1xRTT network. For details about this parameter, see 3GPP2 C.S0097. NO Indicates the initial setpoint for RC3 used for UEperformed forward FCH outer-loop power control. For details about this parameter, see 3GPP2 C.S0097. Indicates the initial setpoint for RC4 used for UEperformed forward FCH outer-loop power control. For details about this parameter, see 3GPP2 C.S0097.
NO
NO
NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the initial setpoint for RC5 used for UEperformed forward FCH outer-loop power control. For details about this parameter, see 3GPP2 C.S0097. Indicates the initial setpoint for RC11 used for UEperformed forward channel outer-loop power control. For details about this parameter, see 3GPP2 C.S0097. Indicates the initial setpoint for RC12 used for UEperformed forward FCH outer-loop power control. For details about this parameter, see 3GPP2 C.S0097. Indicates whether to configure the pilot PN sequence offset index increment. For details about this parameter, see 3GPP2 C.S0097.
NO
NO
NO
NO
NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the pilot pseudo noise (PN) sequence offset index increment. The value of this parameter is a greatest common divisor for pilot PN sequence offsets of all adjacent base stations. For a given pilot PN sequence offset index increment, the number of PNs available in the system is 512 divided by the value of this parameter. For details about this parameter, see 3GPP2 C.S0097. NO Indicates whether the leap second is included in a preregistration message. When this parameter is set to CFG, the eNodeB automatically calculates the leap second value based on the system time. NO Indicates whether to configure the time zone. If this parameter is set to CFG, the eNodeB uses the DST information configured by running the SET TZ command. For details, see the description of LTM_OFF_Included in 3GPP2 C.S0097. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether to configure the daylight saving time (DST) information. If this parameter is set to CFG, the eNodeB uses the DST information configured by running the SET TZ command. For details, see the description of DAYLT_Included in 3GPP2 C.S0097. NO Indicates whether to configure the GCSNA L2 acknowledge timer. If a timer length needs to be specified, set this parameter to CFG. For details about this parameter, see 3GPP2 C.S0097. NO
Indicates the length of the GCSNA L2 timer for responding to the GCSNA1xCircuitSe rvice message. It is recommended that this parameter be set to a value less than or equal to the GcsnaSeqContextTi mer parameter value. Otherwise, the UE does not resend the GCSNA1xCircuitSe rvice message. For details, see the description of GCSNAL2AckTimer in 3GPP2 C.S0097. NO
NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether to configure the GCSNA sequence context timer. If a timer length needs to be specified, set this parameter to CFG. For details about this parameter, see 3GPP2 C.S0097. NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the length of the timer for retransmitting the GCSNA1xCircuitSe rvice message. After the timer expires, the message will not be retransmitted. It is recommended that this parameter be set to a value greater than the GcsnaL2AckTimer parameter value. Otherwise, the UE does not resend the GCSNA1xCircuitSe rvice message. For details, see the description of GCSNASequenceC ontextTimer in 3GPP2 C.S0097. NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the value for SectorID104 of the neighboring CDMA2000 high rate packet data (HRPD) cell. The value begins with 0x followed by a maximum of 26 hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. SECTORID128 uniquely identifies an EV-DO sector in the global scope and is comprised of SECTORID104 and SECTORID24. SECTORID104 uniquely identifies a subnetwork in the global scope and SECTORID24 uniquely identifies an EV-DO sector in the subnetwork. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the value for SectorID24 of the neighboring CDMA2000 high rate packet data (HRPD) cell. The value begins with 0x followed by a maximum of six hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. SECTORID128 uniquely identifies an EV-DO sector in the global scope and is comprised of SECTORID104 and SECTORID24. SECTORID104 uniquely identifies a subnetwork in the global scope and SECTORID24 uniquely identifies an EV-DO sector in the subnetwork. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the band class on which the neighboring CDMA2000 high rate packet data (HRPD) cell operates. For details about this parameter, see 3GPP TS 36.331.
YES
NO
LOFD-001021 / TDLOFD-001021
YES
Indicates the frequency on which the neighboring CDMA2000 high rate packet data (HRPD) cell operates. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates whether to permit or prohibit handovers from the local cell to the neighboring cell. NO
NO
NO
LOFD-001021 / TDLOFD-001021
NO
LOFD-001021 / TDLOFD-001021 LOFD-002002
NO
LOFD-001021 / TDLOFD-001021 LOFD-002002
Indicates whether to permit or prohibit removal of the neighboring relationship by ANR. NO Indicates whether ANR with neighboring CDMA2000 high rate packet data (HRPD) cells is enabled.
NO
NO
NO
Indicates the name of the local cell. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the name of the neighboring CDMA2000 HRPD cell. NO
NO
NO
LOFD-001021 / TDLOFD-001021
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-001021 / TDLOFD-001021 LOFD-002002
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code (MCC) of the CDMA2000 high rate packet data (HRPD) preregistration parameter. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the mobile network code (MNC) of the CDMA2000 high rate packet data (HRPD) preregistration parameter. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates whether a UE without valid pre-registration is allowed to initiate high rate packet data (HRPD) preregistration. If this parameter is set to BOOLEAN_TRUE, the UE is allowed to initiate the preregistration. If this parameter is set to BOOLEAN_FALSE, the UE is not allowed to initiate the pre-registration. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates whether the measurement configuration preregistration parameter is configured.
NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates whether measurement configuration preregistration is allowed.
NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the ID of the pre-registration CDMA2000 HRPD zone. This parameter is used to control the reregistration of the UE and is valid only when preregistration is allowed. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates whether the secondary preregistration zone ID 0 is configured. If this parameter is set to CFG, the secondary preregistration zone ID 0 exists. If this parameter is set to NOT_CFG, the secondary preregistration zone ID 0 does not exist. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the secondary preregistration zone ID 0. This parameter is used to control the re-registration of the UE. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates whether the secondary preregistration zone ID 1 is configured. If this parameter is set to CFG, the secondary preregistration zone ID 1 exists. If this parameter is set to NOT_CFG, the secondary preregistration zone ID 1 does not exist. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the secondary preregistration zone ID 1. This parameter is used to control the re-registration of the UE. For details about this parameter, see 3GPP TS 36.331. NO
NO
NO
LOFD-001021 / TDLOFD-001021
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code (MCC) of the reference CDMA2000 high rate packet data (HRPD) cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the mobile network code (MNC) of the reference CDMA2000 high rate packet data (HRPD) cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the value for SectorID104 of the reference CDMA2000 high rate packet data (HRPD) cell. The value begins with 0x followed by a maximum of 26 hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. SECTORID128 uniquely identifies an EV-DO sector in the global scope and is comprised of SECTORID104 and SECTORID24. SECTORID104 uniquely identifies a subnetwork in the global scope and SECTORID24 uniquely identifies an EV-DO sector in the subnetwork. For details, see C.S0024. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the value for SectorID24 of the reference CDMA2000 high rate packet data (HRPD) cell. The value begins with 0x followed by a maximum of six hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. SECTORID128 uniquely identifies an EV-DO sector in the global scope and is comprised of SECTORID104 and SECTORID24. SECTORID104 uniquely identifies a subnetwork in the global scope and SECTORID24 uniquely identifies an EV-DO sector in the subnetwork. For details, see C.S0024. YES
YES
NO
LOFD-001021 / TDLOFD-001021
(HRPD) cell that a UE in the E-UTRAN cell can pre-register at. An E-UTRAN cell may overlap multiple CDMA2000 HRPD cells, for example, when three E-UTRAN sectors and six CDMA2000 HRPD sectors cover the same area. Therefore, multiple CDMA2000 HRPD sector IDs can be specified for an EUTRAN cell, with each CDMA2000 HRPD sector ID configured with a selection ratio. During UE preregistration, CDMA2000 HRPD sector IDs are selected based on historical selection ratios. Considering the cellular network structure, a maximum of six CDMA2000 HRPD sector IDs can be configured for a UE in the E-UTRAN cell. NO
YES
NO
LOFD001021/TDLOFD001021
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 TDLOFD-001090
Indicates the neighboring CDMA2000 band class. Signals on a frequency within the band class can be obtained by UEs. For details, see the BandclassCDMA20 00 IE defined in 3GPP 36.331 6.3.4. YES
YES
Indicates the neighboring CDMA2000 frequency of the serving cell. For details, see the IE CDMA2000CarrierInfo in the 3GPP 36.331 6.3.4 protocol. YES
Indicates the frequency-specific offset of the local cell to the neighboring CDMA2000 cell on the frequency. A larger value of this parameter leads to a higher probability of triggering measurement reports. For details, see the QOffsetRangeInterR AT IE defined in section 6.3.4 in 3GPP TS 36.331. NO Indicates whether to set the size of the CDMA2000 search window. If this parameter is set to NOT_CFG, the default size (8) is used.
NO
YES
NO
NO
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 TDLOFD-001090
Indicates the search window size to be used by the UE for searching for the pilots of the neighboring CDMA2000 cells. For details, see the MeasObjectCDMA2 000 IE defined in 3GPP TS 36.331. NO frequency.? If the eNodeB selects target frequencies based on frequency priorities in handovers to CDMA2000, this parameter indicates the priority of the CDMA2000 frequency, whose value has a positive correlation with the probability of the neighboring CDMA2000 frequency being selected as the target frequency. If the eNodeB selects target frequencies based on scaling factors in handovers to CDMA2000, this parameter indicates the scaling factor of the CDMA2000 frequency, whose value has a positive correlation with the probability of the neighboring CDMA2000 frequency being selected as the target frequency. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 TDLOFD-001090
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 TDLOFD-001090
Indicates the mobile country code (MCC) of the local CSPC cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-070208
Indicates the mobile network code (MNC) of the local CSPC cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-070208
Indicates the eNodeB identity of the local CSPC cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details about this parameter, see 3GPP TS 36.413. YES
YES
NO
LOFD-070208
Indicates the cell identity of the local CSPC cell. It uniquely identifies a cell within an eNodeB. The 28-bit E-UTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details about this parameter, see 3GPP TS 36.413. YES
YES
NO
LOFD-070208
Indicates the mobile country code (MCC) of the neighboring cell performing sounding reference signal (SRS) measurements on UEs in the local CSPC cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-070208
Indicates the mobile network code (MNC) of the neighboring cell performing sounding reference signal (SRS) measurements on UEs in the local CSPC cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-070208
Indicates the eNodeB identity of the neighboring cell performing sounding reference signal (SRS) measurements on UEs in the local CSPC cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details about this parameter, see 3GPP TS 36.413. YES
YES
NO
LOFD-070208
Indicates the identity of the neighboring cell performing sounding reference signal (SRS) measurements on UEs in the local CSPC cell under the same eNodeB. It uniquely identifies a cell within an eNodeB. The 28-bit E-UTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details about this parameter, see 3GPP TS 36.413. YES
YES
NO
LOFD-070208
Indicates the ID of the static CSPC cluster in a Cloud BB scenario.
YES
YES
NO
LOFD-070208
Indicates the ID of the static CSPC cluster in Cloud BB scenarios. YES
YES
NO
LOFD-070208
Indicates the mobile country code (MCC) of the CSPC cluster cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-070208
Indicates the mobile network code (MNC) of the CSPC cluster cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
NO
LOFD-070208
Indicates the eNodeB identity of the CSPC cluster cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details about this parameter, see 3GPP TS 36.413. YES
YES
NO
LOFD-070208
Indicates the identity of the local CSPC cell. It uniquely identifies a cell within an eNodeB. The 28-bit E-UTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details about this parameter, see 3GPP TS 36.413. YES
YES
NO
LOFD-070208
Indicates the mobile country code of the external cell. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the mobile network code of the external cell. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the eNodeB identity of the external EUTRAN cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
YES
NO
None
Indicates the cell identity of the external E-UTRAN cell. It uniquely identifies a cell within an eNodeB. The 28-bit EUTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
Indicates the mobile country code of the external E-UTRAN cell that is shared among multiple operators. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the mobile network code of the external E-UTRAN cell that is shared among multiple operators. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
Indicates the identity of the external GERAN cell. It uniquely identifies a GERAN cell within a PLMN. YES
Indicates the LAC of the external GERAN cell.
YES
Indicates the mobile country code of the external cell. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
Indicates the mobile network code of the external cell. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
Indicates the mobile country code of the external GERAN cell that is shared among multiple operators. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
Indicates the mobile network code of the external GERAN cell that is shared among multiple operators. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
Indicates the mobile country code of the external UTRAN cell. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES Indicates the mobile network code of the external UTRAN cell. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
Indicates the RNC ID of the external UTRAN cell. The 28-bit UTRAN cell ID comprises the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. For details, see 3GPP TS 25.401. YES
YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
Indicates the RNC cell ID of an external UTRAN cell. It uniquely identifies a cell within an RNC. The 28-bit UTRAN cell ID is comprised of the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. For details, see 3GPP TS 25.401. YES
Indicates the mobile country code of the external UTRAN cell that is shared among multiple operators. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
Indicates the mobile network code of the external UTRAN cell that is shared among multiple operators. A PLMN ID is comprised of an MCC and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037
Indicates the value for SectorID104 of the external CDMA2000 high rate packet data (HRPD) cell. The value begins with 0x followed by a maximum of 26 hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. SECTORID128 uniquely identifies an EV-DO sector in the global scope and is comprised of SECTORID104 and SECTORID24. SECTORID104 uniquely identifies a subnetwork in the global scope and SECTORID24 uniquely identifies an EV-DO sector in the subnetwork. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the value for SectorID24 of the external CDMA2000 high rate packet data (HRPD) cell. The value begins with 0x followed by a maximum of six hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. SECTORID128 uniquely identifies an EV-DO sector in the global scope and is comprised of SECTORID104 and SECTORID24. SECTORID104 uniquely identifies a subnetwork in the global scope and SECTORID24 uniquely identifies an EV-DO sector in the subnetwork. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the band class on which the external CDMA2000 high rate packet data (HRPD) cell operates. For details about this parameter, see 3GPP TS 36.331.
YES
NO
LOFD-001021 / TDLOFD-001021
YES
Indicates the frequency on which the external CDMA2000 high rate packet data (HRPD) cell operates. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the mobile country code (MCC) of the external CDMA2000 high rate packet data (HRPD) cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. NO
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the mobile network code (MNC) of the external CDMA2000 high rate packet data (HRPD) cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. NO
YES
NO
LOFD-001021 / TDLOFD-001021
Indicates the pseudo noise (PN) sequence number of the external CDMA2000 high rate packet data (HRPD) cell. This number is used as the physical cell ID of the cell. For details, see C.S0005 PILOT_PN.
NO
Indicates the name of the external CDMA2000 HRPD cell. NO
YES
NO
LOFD-001021 / TDLOFD-001021
NO
NO
LOFD-001021 / TDLOFD-001021
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-001021 / TDLOFD-001021 LOFD-002002
Indicates the cell ID of the external CDMA2000 1xRTT cell. The cell ID and sector ID together uniquely identify a CDMA2000 cell in the mobile switching center (MSC). In the CDMA2000 1xRTT network, a cell ID uniquely identifies a cell within the mobile switching center (MSC). A cell ID consists of 12 bits. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the sector ID of the external CDMA2000 1xRTT cell. The cell ID and sector ID together uniquely identify a CDMA2000 cell in the mobile switching center (MSC). A sector ID is unique in a CDMA2000 cell and consists of four bits. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the band class on which the external CDMA2000 1x radio transmission technology (1xRTT) cell operates. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the frequency on which the external CDMA2000 1xRTT cell operates. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the system ID of the external CDMA2000 1xRTT cell. A system ID is assigned to each local mobile network and is used to determine whether a UE is in the roaming state. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the ID of the network to which the external CDMA2000 1xRTT cell belongs. A base station is a cellular system and a member of the network. A network is a subset of a system that is identified by a system ID. A network in a system is identified by a network ID. A system ID and a network ID together uniquely identify a network. System ID 0 and network ID 0 indicate all base stations outside a specified network and are reserved values. Network ID 65535 is also reserved; this ID indicates that the roaming status of UEs is non-roaming in the whole system no matter what the network ID is. For details, see the description of NID in 3GPP2 C.S0005. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the mobile country code (MCC) of the external CDMA2000 1xRTT cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. NO
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the mobile network code (MNC) of the external CDMA2000 1xRTT cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two or three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. NO cell belongs. The value begins with 0x followed by a maximum of 6 hexadecimal characters (0 to 9, and A to F), for example, 0x123A. The hexadecimal character string cannot begin with 0, for example, the value cannot be 0x0123A. An MSC ID uniquely identifies an MSC and is determined by the operator. MSCID is defined in TIA/EIA-41.5-D and consists of MarketID (2 bytes) and SwitchNo (1 byte). MarketID is described in TIA/EIA TSB29 and can be defined by the operator. It can be the SID or another ID that can differentiate operators. SwitchNo consists of a group of cell addresses and circuit resource IDs under MarketID. NO
YES
NO
LOFD-001090 / TDLOFD-001090
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the pseudo noise (PN) sequence number of the external CDMA2000 1xRTT cell. This number is used as the physical cell ID of the cell. For details, see the description of PILOT_PN in 3GPP2 C.S0005. NO
Indicates the name of the external CDMA2000 1xRTT cell. NO set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
YES
NO
LOFD-001090 / TDLOFD-001090
NO
NO
LOFD-001090 / TDLOFD-001090
NO
LOFD-001090 / TDLOFD-001090 LOFD-002002 / TDLOFD-002002
NO
Indicates the ID of the Local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the cell ID of the neighboring CDMA2000 1xRTT cell. The cell ID and sector ID together uniquely identify a CDMA2000 cell in the entire network. In the CDMA2000 1xRTT network, a cell ID uniquely identifies a cell within the mobile switching center (MSC). A cell ID consists of 12 bits. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the sector ID of the neighboring CDMA2000 1xRTT cell. The cell ID and sector ID together uniquely identify a CDMA2000 cell within the MSC. A sector ID is unique in a CDMA2000 cell and consists of 4 bits. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the band class on which the neighboring CDMA2000 1xRTT cell operates. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the frequency on which the neighboring CDMA2000 1xRTT cell operates. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the system ID of the neighboring CDMA2000 1xRTT cell. A system ID is assigned to each local mobile network and is used to determine whether a UE is in the roaming state. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates the network ID of the neighboring CDMA2000 1xRTT cell. For details about this parameter, see 3GPP TS 36.331. YES
YES
NO
LOFD-001090 / TDLOFD-001090
Indicates whether to permit or prohibit handovers from the local cell to the neighboring cell. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates whether to permit or prohibit removal of the neighboring relationship by ANR. NO
NO
NO
LOFD-001090 / TDLOFD-001090 LOFD-002002
Indicates whether ANR with CDMA2000 1xRTT cells is enabled. NO
NO
NO
LOFD-001090 / TDLOFD-001090 LOFD-002002
Indicates the name of the local cell. NO
NO
NO
LOFD-001090 / TDLOFD-001090
Indicates the name of the neighboring CDMA2000 1xRTT cell. NO
NO
NO
LOFD-001090 / TDLOFD-001090
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-001090 / TDLOFD-001090 LOFD-002002 / TDLOFD-002002
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the neighboring CDMA2000 band class. Signals on a frequency within the band class can be obtained by UEs. For details, see the BandclassCDMA20 00 IE defined in 3GPP 36.331. YES Indicates whether to configure cell reselection priorities for CDMA2000 1xRTT band class. If this parameter is set to NOT_CFG, the cell reselection priorities are not delivered in the system information. NO
Indicates the absolute priority of the CDMA2000 1xRTT band class to be used during cell reselection. The value 0 indicates the lowest priority. Frequencies used for different RATs must be assigned different cell reselection priorities. The information is contained in SIB8. For details, see 3GPP TS 36.331. NO
YES
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates the RX signal level required for a cell on a frequency in the higher-priority CDMA2000 1xRTT band class to become a candidate for cell reselection. After measurements are started for cells on a frequency in the band class, a cell on the frequency can become a candidate for reselection only if the RX signal level of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.304 5.2.4.5. NO Indicates the RX signal level required for a cell on a frequency in the lower-priority CDMA2000 1xRTT band class to become a candidate for cell reselection. After measurements are started for cells on a frequency in the band class, a cell on the frequency can become a candidate for reselection only if the RX signal level of the cell is better than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.304 5.2.4.5. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 TDLOFD-001090
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001035 / TDLOFD-001035 TDLOFD-001090
Indicates whether to configure cell reselection priorities for CDMA2000 HRPD band class. If this parameter is set to NOT_CFG, the cell reselection priorities are not delivered in the system information. NO
Indicates the absolute priority of the CDMA2000 HRPD band class to be used during cell reselection. The value 0 indicates the lowest priority. Frequencies used for different RATs must be assigned different cell reselection priorities. The information is contained in SIB8. For details, see 3GPP TS 36.331. NO Indicates the RX signal level required for a cell on a frequency in the higher-priority CDMA2000 HRPD band class to become a candidate for cell reselection. After measurements are started for cells on a frequency in the band class, a cell on the frequency can become a candidate for reselection only if the RX signal level of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.304 5.2.4.5. NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021
Indicates the RX signal level required for a cell on a frequency in the lower-priority CDMA2000 HRPD band class to become a candidate for cell reselection. After measurements are started for cells on a frequency in the band class, a cell on the frequency can become a candidate for reselection only if the RX signal level of the cell is lower than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.304 5.2.4.5. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001021 / TDLOFD-001021
Indicates the mobile country code of the external cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates the mobile network code of the external cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates the cell ID of the external GERAN cell. It uniquely identifies a GERAN cell within the area specified by the location area identity (LAI). An LAI consists of the MCC, MNC, and LAC. YES
Indicates the LAC of the external GERAN cell. It uniquely identifies a location within a PLMN. YES Indicates whether to set the routing area code (RAC) of the external GERAN cell. This parameter is required if the external GERAN cell supports packet switched (PS) services. NO
Indicates the routing area code.
NO
NO
LOFD-001020 / TDLOFD-001020
YES
NO
LOFD-001023 / TDLOFD-001023 LOFD-001069
NO
NO
LOFD-001020 / TDLOFD-001020
NO
LOFD-001034 / LOFD-001034 LOFD-001053 LOFD-001020 / TDLOFD-001020
YES
NO
Indicates the GERAN band indicator. If the GERAN ARFCN is a value in the range of 512 to 810, the value of this parameter is used to indicate whether the GERAN ARFCN is in the 1800 MHz band or the 1900 MHz band. If the GERAN ARFCN is not in either band, this parameter does not take effect and can be set to either value. For details, see 3GPP TS 36.331. NO
YES
NO
LOFD-001020 / TDLOFD-001020 LOFD-001023 / TDLOFD-001023 LOFD-001034 / TDLOFD-001034 LOFD-001046 / TDLOFD-001046 LOFD-001073 / TDLOFD-001073
Indicates the GERAN BCCH ARFCN. For details, see 3GPP TS 45.005. NO
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates the network color code (NCC) of GERAN. It is operator-specific and identifies a network within the whole country.The base transceiver station identity code (BSIC) consists of the NCC and the base station color code (BCC). For details, see 3GPP TS 23.003. NO
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates the base station color code (BCC) of an external GERAN cell. This parameter is used to discriminate external GERAN cells working at the same frequency.The base transceiver station identity code (BSIC) consists of the BCC and the network color code (NCC). For details, see 3GPP TS 23.003. NO Indicates whether the cell supports the dual transmission mode. If the cell supports the dual transmission mode, both CS and PS services can be handed over to the cell at the same time. Otherwise, only the CS service or the PS service can be handed over to the cell. NO
YES
NO
NO
LOFD-001020 / TDLOFD-001020
NO
LOFD-001020 / TDLOFD-001020 LOFD-001046 / TDLOFD-001046
Indicates the name of the external GERAN cell. NO
NO
NO
LOFD-001020 / TDLOFD-001020
Indicates whether the external GERAN cell supports single radio voice call continuity (SRVCC) for concurrent CS and PS services. If this parameter is set to BOOLEAN_FALSE, the external GERAN cell does not support SRVCC for concurrent CS and PS services. NO
NO
NO
LOFD-001023 / TDLOFD-001023
The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. The preceding control policy also applies to the GeranExternalCellP lmn MO, which is a child MO of the GeranExternalCell MO. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the cell ID of the Local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code of the neighboring GERAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates the mobile network code of the neighboring GERAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates the LAC of the GERAN neighboring cell. It uniquely identifies a location within a PLMN. YES
YES
NO
LOFD-001023 / TDLOFD-001023 LOFD-001053 LOFD-001069 LOFD001020/TDLOFD001020
Indicates the cell ID of the GERAN neighboring cell. It uniquely identifies a GERAN cell within the area specified by the location area identity (LAI). An LAI consists of the MCC, MNC, and LAC. YES
YES
NO
LOFD-001020 / TDLOFD-001020
Indicates whether to permit or prohibit removal of the neighboring relationship by ANR. NO
NO
NO
LOFD-002002
Indicates whether handovers of UEs to the neighboring cell are prohibited.
NO
NO
LOFD-001020 / TDLOFD-001020
NO
Indicates the priority of the neighboring cell during blind handovers. Blind handover is a process in which the eNodeB instructs a UE to hand over to a specified neighboring cell. There are 32 priorities altogether. The priority has a positive correlation with the value of this parameter. Note that the value 0 indicates that blind handovers to the neighboring cell are not allowed. NO
NO
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023 TDLOFD-001034 TDLOFD-001053
Indicates whether this neighboring cell is automatically discovered by the ANR algorithm. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the name of the local cell. NO
Indicates the name of the GERAN neighboring cell. NO
NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002
Indicates whether the neighboring GERAN cell overlaps the EUTRAN cell. The default value is NO. The parameter value YES indicates that the neighboring GERAN cell overlaps the EUTRAN cell. The parameter value NO indicates that the neighboring GERAN cell does not overlap the EUTRAN NO set to cell. AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
MRFD-231901
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the eNodeB ID defined in the service protocol interface, which uniquely identifies an eNodeB within a PLMN. For details, see 3GPP TS 36.300. NO
NO
YES
None
Indicates the start time of the latest RIM procedure towards the neighboring GERAN cell.
NO
NO
YES
None
Indicates the time of the latest RIM request received by the neighboring GERAN cell. NO
NO
YES
None
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001020 / TDLOFD-001020
Indicates a GERAN carrier frequency group. In the cell reselection procedure, the GERAN carrier frequencies are organized in groups and the cell reselection parameters are provided per group of GERAN carrier frequencies. YES
YES
Indicates the standard that is supported by the current carrier frequency group.
NO
Indicates the first ARFCN in the GERAN carrier frequency group. If the GERAN ARFCN is not between 512 and 810, one ARFCN can only in one frequency band. For details, see 3GPP TS 45.005. NO Indicates the GERAN band indicator. If the GERAN ARFCN is between 512 and 810, this parameter indicates whether the GERAN ARFCN is in the 1800 MHz band or the 1900 MHz band. If the GERAN ARFCN is not in either band, this parameter does not take effect and can be set to either value and one ARFCN can only in one frequency band. For details, see 3GPP TS 45.005. NO
YES
YES
YES
NO
LOFD-001020 / TDLOFD-001020
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001020 / TDLOFD-001020
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001020 / TDLOFD-001020
Indicates whether to set the reselection priority of the frequencies in the GERAN carrier frequency group. If the value of this parameter is not configured, the UE does not reselect to neighboring cells on the frequencies in the GERAN carrier frequency group. measurements on NO neighboring cells on the frequencies in the GERAN carrier frequency group; then if the signal quality of some neighboring cells meets the related conditions, the UE starts cell reselection. If the value of this parameter is smaller than the absolute priority of the serving cell, the UE starts the measurements only when the signal quality of the serving cell is poor; then if the signal quality of some neighboring cells meets the related conditions, the UE starts cell reselection. Frequencies used for different RATs must be assigned different cell reselection priorities. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates whether to set the maximum power that the UE can apply to transmission on a frequency in the GERAN carrier frequency group. If the value of this parameter is not specified, the maximum power is subject to the UE capability. NO
NO
NO
LOFD-001020 / TDLOFD-001020
Indicates the maximum power that the UE can apply to transmission on a frequency in the GERAN carrier frequency group. It is used in cell reselection criteria to calculate the compensated power. If the value of this parameter is not specified, the maximum power is subject to the UE capability. For details, see 3GPP TS 36.304. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the minimum RX level required for a neighboring cell on a frequency in the GERAN carrier frequency group to become a candidate for selection. It is included in criteria S and used in the evaluation for cell selection. During the evaluation for cell reselection, the UE performs the following calculation: Srxlev = Measured RSSI value of a neighboring cell on a frequency in the GERAN carrier frequency group Value of this parameter Compensated power. If Srxlev for a neighboring cell is better than a threshold for a timeto-trigger, reselection to the cell is started. For details, see 3GPP TS 36.104. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RX level required for a neighboring cell on a frequency in the GERAN carrier frequency group to become a candidate for reselection if the priority of the frequency is higher than that of the serving frequency. After measurements are started for neighboring cells on a frequency in the GERAN carrier frequency group, the UE reselects to a cell on the frequency only if the RX level of the cell is better than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.104. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RX level required for a neighboring cell on a frequency in the GERAN carrier frequency group to become a candidate for reselection if the priority of the frequency is lower than that of the serving frequency. After measurements are started for neighboring cells on a frequency in the GERAN carrier frequency group, the UE reselects to a cell on the frequency only if the RX level of the serving cell is lower than a specified threshold and that of the cell is better than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.104. NO
Indicates the frequency offset of the group of neighboring GERAN carrier frequencies. This parameter is used in the decision of the UE to send measurement reports for interRAT handovers. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023 TDLOFD-001034 TDLOFD-001053
Indicates whether a BCCH carrier with the specific NCC is permitted for monitoring. For details, see 3GPP TS 36.331. which the eNodeB NO selects a target frequency group for blind redirection or delivers a frequency group in measurement configuration messages. If a blind redirection is triggered and the target neighboring cell is not specified, the eNodeB selects a target frequency group based on the setting of this parameter. If a measurement configuration is to be delivered, the eNodeB preferentially delivers the frequency group with the highest priority. If this parameter is set to 0 for a frequency group, this frequency group is not selected as the target frequency group for a blind redirection. A larger value indicates a higher priority. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001020 / TDLOFD-001020 TDLOFD-001046 TDLOFD-001073
NO
LOFD-001020 / TDLOFD-001020 TDLOFD-001023 TDLOFD-001034 TDLOFD-001053
Indicates whether the coverage area of a GERAN frequency group is continuous. The parameter value CONTINUOUS indicates that the coverage area is continuous. The parameter value NON_CONTINUOU S indicates that the coverage area is non-continuous. Only neighboring GERAN cells working at the GERAN frequency group that has continuous coverage are considered in the determination of candidate cells for blind CSFB to GERAN. NO
NO
NO
None
Indicates whether information about neighboring GERAN cells and external GERAN cells configured on the frequency group associated with the serving cell can be maintained by ANR. If this parameter is set to ALLOWED, the information can be maintained by ANR. If this parameter is set to NOT_ALLOWED, the information cannot be maintained by ANR. NO
NO
NO
FD-002002 / TDLOFD-002002
frequency is to be added and there are GERAN neighboring relationships with cells on the frequency can be removed, ANR removes the GERAN neighboring relationship with the cell that operates on this frequency and to which the number of UEs handed over from the local cell is the smallest. If not all values of this parameter for all GERAN frequencies are the same, the eNodeB removes the candidate GERAN neighbor relationship with the cell that operates on a frequency and to which the number of UEs handed over from the local cell is the smallest based on frequency priories in ascending order. NO
NO
NO
FD-002002 / TDLOFD-002002
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001020 / TDLOFD-001020 LBFD-002009 / TDLBFD-002009
Indicates the index of the BCCH carrier frequency group. It identifies a BCCH carrier frequency group. YES
YES
Specifies the ARFCN of the GERAN BCCH. If the GERAN ARFCN value is not between 512 and 810, one ARFCN can only in one frequency band. For details about this parameter, see 3GPP TS 45.005. YES
YES
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001020 / TDLOFD-001020 LBFD-002009 / TDLBFD-002009
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201801 / TDLBFD-00201801
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-00201801 / TDLBFD-00201801
Indicates the starting physical cell ID of the intrafrequency blacklisted cell. For details, see 3GPP TS 36.331. YES
Indicates the name of the intrafrequency blacklisted cell. NO
YES
NO
Indicates the physical cell ID range of the intrafrequency blacklisted cell. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-002009 / TDLBFD-002009 LBFD-00201801 / TDLBFD-00201801
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code of the E-UTRAN neighboring cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the mobile network code of the E-UTRAN neighboring cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the eNodeB identity of the intra-frequency neighboring cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
YES
NO
None
Indicates the local identity of the intrafrequency neighboring cell. It uniquely identifies a cell within an eNodeB. The 28-bit E-UTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
YES
NO
LBFD-00201801 / TDLBFD-00201801
Indicates the cell individual offset for the intra-frequency neighboring cell, which is used in evaluation for handovers. It affects the probability of triggering intrafrequency measurement reports. A larger value of this parameter indicates a higher probability. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 TDLBFD-002018
Indicates the offset for the intrafrequency neighboring cell, which is used in evaluation for cell reselections. A larger value of this parameter results in a lower probability of cell reselections. If this parameter is not set to dB0, it is delivered in SIB4. For details, see 3GPP TS 36.331. If this parameter is set to dB0, it is not delivered in SIB4. In this situation, UEs use 0 dB as the offset for cell reselections. For details, see 3GPP TS 36.304. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
Indicates whether handovers of UEs to the neighboring cell are prohibited.
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801
Indicates whether to permit or prohibit removal of the neighboring relationship by ANR. NO
NO
NO
LOFD-002001
Indicates whether this neighboring cell is automatically discovered by the ANR algorithm. NO
NO
NO
LOFD-002001
Indicates the name of the local cell. NO
Indicates the name of the intrafrequency neighboring EUTRAN cell. NO
NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LOFD-002001 / TDLOFD-002001
NO
LBFD-00201801 / TDLBFD-00201801 LOFD-002001 / TDLOFD-002001
Indicates the priority of measurement on the intra-frequency neighboring cell. The eNodeB preferentially contains the information about a neighboring cell with this priority set to HIGH_PRIORITY while delivering a measurement configuration. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the cell coverage offset. This parameter is used to support coverage expansion in micro eNodeBs. This parameter is added to or substracted from the original CellIndividualOffset value to generate new CQIs, so that handovers from a macro eNodeB to a micro eNodeB can be triggered more easily or handovers from a micro eNodeB to a macro eNodeB can be triggered less easily. In this manner, the cell coverage of micro eNodeBs is expanded. In LTE FDD, this parameter is valid only when eICIC is enabled and applies only to UEs supporting eICIC. This restriction does not apply to LTE TDD. NO
NO
NO
LBFD-002003 LAOFD-002001
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LBFD-00201804 / TDLBFD-00201804
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the DL EARFCN of the neighboring cell on the neighboring EUTRAN frequency. For details, see the 3GPP TS 36.104. YES
Indicates whether to configure the uplink E-UTRA absolute radio frequency channel number (EARFCN) for the interfrequency neighboring cell. NO
Indicates the uplink E-UTRA absolute radio frequency channel number (EARFCN) of the inter-frequency neighboring cell. If the value of this parameter is not specified, the default uplink EARFCN is used, which is calculated based on the downlink EARFCN. For details about this parameter, see 3GPP TS 36.104. NO
YES
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201803 / TDLBFD-00201803 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLOFD-001050
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201803 / TDLBFD-00201803 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLOFD-001050
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201803 / TDLBFD-00201803 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLOFD-001050
Indicates whether to set the reselection priority of the neighboring E-UTRAN frequency. If the value of this parameter is not specified, the UE does not reselect to neighboring cells on the frequency. serving cell, the UE NO starts measurements on neighboring cells on the frequency; then if the signal quality of some neighboring cells meets the related conditions, the UE starts cell reselection. If the value of this parameter is less than or equal to the absolute priority of the serving cell, the UE starts the measurements only when the signal quality of the serving cell is poor; then if the signal quality of some neighboring cells meets the related conditions, the UE starts cell reselection. Frequencies used for different RATs must be assigned different cell reselection priorities. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the evaluation duration for a UE to determine whether to reselect the interfrequency neighboring cell to camp on. If the signal quality in an inter-frequency neighboring cell is better than that in the serving cell for the period specified by this parameter and a UE camps on the serving cell for more than 1s, the UE attempts to reselect the interfrequency neighboring cell to camp on. This parameter is contained in SIB5. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates whether to set the speeddependent scaling parameters related to cell reselection. If this parameter is set to NOT_CFG, speed-dependent cell reselections are not supported by default. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the scaling factor applied to the cell reselection duration for medium-mobility UEs. This parameter is delivered in SIB5. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the scaling factor applied to the cell reselection duration for high-mobility UEs. This parameter is delivered in SIB5. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the measurement bandwidth of the inter-frequency neighboring cell on the frequency. The setting of this parameter depends on the bandwidth configuration of the cell. In E-UTRAN, a cell bandwidth is also expressed in units of resource blocks (RBs). Cell bandwidths 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, and 20 MHz correspond to 6 RBs, 15 RBs, 25 RBs, 50 RBs, 75 RBs, and 100 RBs, respectively. NO
YES
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the frequency-specific offset for the neighboring EUTRAN frequency that applies to UEs in idle mode. It is contained in system information block type 5 (SIB5) and delivered to UEs in idle mode for cell reselection. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RX level required for a neighboring cell on the frequency to become a candidate for reselection if the priority of the frequency is higher than that of the serving frequency. After measurements are started for neighboring cells on the frequency, the UE reselects to a neighboring cell on the frequency only if the RX level of the cell is better than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the minimum RX level required for a neighboring cell on the frequency to become a candidate for reselection if the priority of the frequency is lower than that of the serving frequency. After measurements are started for neighboring cells on the frequency, the UE reselects to a neighboring cell on the frequency only if the RX level of the serving cell is lower than a specified threshold and that of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RX level required for a neighboring cell on the frequency to become a suitable cell for selection. It is included in criteria S and used in the evaluation for cell selection. During the evaluation for cell reselection, the UE performs the following calculation: Srxlev = Measured RSRP value of a neighboring cell on the frequency Value of this parameter Compensated power. If Srxlev for a cell is better than a threshold for a time-to-trigger, reselection to the cell is started. For details, see 3GPP TS 36.304. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates whether to set the maximum power that the UE can apply to transmission on the neighboring EUTRAN frequency. If the value of this parameter is not specified, the maximum power is subject to the UE capability. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the maximum power that the UE can apply to transmission on the neighboring EUTRAN frequency. It is used in cell reselection criteria to calculate the compensated power. If the value of this parameter is not specified, the maximum power is subject to the UE capability. For details, see 3GPP TS 36.304. NO Indicates the information related to MBSFN and TDD UL/DL configurations of inter-frequency neighboring cell of the serving cell. BitString00: Indicates that some neighboring cells have the same MBSFN subframe configuration as the serving cell. BitString01: Indicates that none of the neighboring cells is configured with MBSFN subframes. BitString10: Indicates that the MBSFN subframe configurations of all neighboring cells are the same as or subsets of that of the serving cell. BitString11: Indicates that the serving TDD cells have neighboring cells of different ULDL configurations. For details, see 3GPP TS 36.331. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201803 / TDLBFD-00201803 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates whether all inter-frequency neighboring cells on this frequency are configured with at least two antenna ports. Set this parameter to BOOLEAN_TRUE if all inter-frequency neighboring cells on this frequency are configured with at least two antenna ports. Set this parameter to BOOLEAN_FALSE if one interfrequency neighboring cell on this frequency is configured with only one antenna port. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201803 / TDLBFD-00201803 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the event to trigger coveragebased interfrequency handovers. This parameter can be set to EventA3, EventA4, or EventA5. If the neighboring EUTRAN frequency and the serving frequency are in the same frequency band, event A3 is recommended as it provides better handover performance in this situation. If the neighboring EUTRAN frequency and the serving frequency are in different frequency bands, event A4 or A5 is used. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the RSRQ-based minimum RX level required for a neighboring cell on the frequency to become a candidate for reselection if the RSRQ-based priority of the frequency is higher than that of the serving frequency. After measurements are started for neighboring cells on the neighboring EUTRAN frequency, the UE reselects to a neighboring cell on the frequency only if the RSRQbased RX level of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RSRQ-based minimum RX level required for a neighboring cell on the frequency to become a candidate for reselection if the RSRQ-based priority of the frequency is lower than that of the serving frequency. After measurements are started for neighboring cells on a frequency in the GERAN carrier frequency group, the UE reselects to a neighboring cell on the frequency only if the RSRQbased RX level of the serving cell is lower than a specified threshold and that of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates whether to set the minimum required RX level. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the minimum RX level of an interfrequency neighboring cell, which is required for it to become a candidate for cell reselection. It determines the probability of triggering cell reselection to interfrequency neighboring cells on the frequency. The value of this parameter is contained in SIB5. For details, see 3GPP TS 36.331. NO Indicates the frequency priority based on which the eNodeB selects a target frequency for blind redirection or contains a frequency in a measurement configuration. If a blind redirection is triggered and the target neighboring cell is not specified, the eNodeB selects a target frequency based on this priority. If a measurement configuration is to be delivered, the eNodeB preferentially delivers a frequency with the highest priority. If this priority is set to 0 for a frequency, this frequency is not selected as the target frequency for a blind redirection. A larger value indicates a higher priority. NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804
Indicates whether the neighboring frequency of the serving frequency can be a target frequency in load balancing. If this parameter is set to ALLOWED, the neighboring frequency of the serving frequency can be selected as a target frequency in load balancing. If this parameter is set to NOT_ALLOWED, the neighboring frequency of the serving frequency cannot be selected as a target frequency in load balancing. NO
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates whether to enable or disable measurement for frequency-prioritybased interfrequency handovers to neighboring frequencies. In frequency-prioritybased handovers, if the eNodeB delivers frequencies to be measured based on frequency configuration, the frequencies with the FreqPriBasedHoMe asFlag parameter set to ENABLE can be measured, and the frequencies with the FreqPriBasedHoMe asFlag parameter set to DISABLE cannot be measured. NO
NO
NO
None
Proportion for load balancing at the serving frequency = 100% – (proportion at frequency 1 + proportion at frequency 2 + … + proportion at frequency n). If the INTER_FREQ_IDL E_MLB_SWITCH option of the MlbAlgoSwitch parameter in the ENodeBAlgoSwitch MO and the ADAPTIVE_PROP ORTION option of the InterFreqIdleMlbMo de parameter in the eNodeBMlb MO are selected, the eNodeB adaptively adjusts the proportions of UEs in idle mode among frequencies based on UE distribution in the network, ensuring that the proportions of UEs in idle mode among frequencies approach to the preset proportions. NO Indicates the priority of the neighboring E-UTRAN frequency for load balancing. The value 0 indicates the lowest priority. The neighboring EUTRAN frequency with the highest priority is selected as the target frequency for interfrequency load balancing. NO
NO
NO
NO
LOFD-001032 / TDLOFD-001032
NO
LOFD001032/TDLOFD001032
Indicates the frequency-specific offset for the neighboring EUTRAN frequency that applies to UEs in connected mode. It is contained in the event A3/A4/A5 measurement configuration and delivered to UEs in connected mode. The offset affects the probability of reporting events A3, A4, and A5. For details, see 3GPP TS 36.331. NO
Indicates the frequency measurement priority. A larger value indicates a higher priority.
NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the offset to the RSRP threshold for events A4 and A5 that trigger coveragebased interfrequency handovers. In coverage-based handovers, the eNodeB delivers the RSRP threshold for event A4 or A5 to UEs, which is equal to the sum of the InterFreqHoA4Thd Rsrp and IfHoThdRsrpOffset parameter values. If the RSRP threshold for event A4 or A5 is less than the minimum RSRP value, the minimum value is delivered instead. If the RSRP threshold for event A4 or A5 is greater than the maximum RSRP value, the maximum value is delivered instead. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the offset to the RSRP threshold for events A4 and A5 that trigger load-based inter-frequency handovers. In loadbased interfrequency handovers, the eNodeB delivers the RSRP threshold for event A4 or A5 to UEs, which is equal to the sum of the InterFreqLoadBase dHoA4ThdRsrp and IfMlbThdRsrpOffset parameter values. If the RSRP threshold for event A4 or A5 is less than the minimum RSRP value, the minimum value is delivered instead. If the RSRP threshold for event A4 or A5 is greater than the maximum RSRP value, the maximum value is delivered instead. NO
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates whether the EARFCN is specific to the primary frequency band. Among the EARFCNs of the same frequency, if the MasterBandFlag parameter is set to TRUE for one EARFCN and FALSE for other EARFCNs, the former EARFCN is specific to the primary frequency band while the latter EARFCNs are specific to secondary frequency bands. In this case, only the EARFCN specific to the primary frequency band is broadcast in system information block type 5 (SIB5). If the MasterBandFlag parameter is set to FALSE for all EARFCNs of the same frequency, only the smallest EARFCN is broadcast in SIB5. NO
NO
NO
LBFD-070103 / TDLBFD-00201806
Indicates whether information about inter-frequency neighboring cells and external cells configured on the frequency associated with the serving cell can be maintained by ANR. If this parameter is set to ALLOWED, the information can be maintained by ANR. If this parameter is set to NOT_ALLOWED, the information cannot be maintained by ANR. NO
NO
NO
LOFD-002001 / TDLOFD-002001
removed, ANR removes the intraRAT neighboring relationship with the cell that operates on this frequency and to which the number of UEs handed over from the local cell is the smallest. Otherwise, the intra-RAT neighbor relationship with the cell to which the number of UEs handed over from the local cell is the smallest is removed. If not all values of this parameter for all E-UTRAN frequencies are the same, the eNodeB removes the candidate neighbor relationship with the cell that operates on a frequency and to which the number of UEs handed over from the local cell is the smallest based on frequency priories in ascending order. NO
NO
NO
LOFD-002001 / TDLOFD-002001
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-002001
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the DL EARFCN of the inter-frequency blacklisted cell. For details, see 3GPP TS 36.104. YES
Indicates the starting physical cell ID of the interfrequency blacklisted cell. For details, see 3GPP TS 36.331. YES
Indicates the name of the interfrequency blacklisted cell. NO
Indicates the physical cell ID range of the interfrequency blacklisted cell. For details, see 3GPP TS 36.331. NO
YES
YES
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-00201802 / TDLBFD-00201802
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-00201802 / TDLBFD-00201802
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code of the E-UTRAN neighboring cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the mobile network code of the E-UTRAN neighboring cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LBFD-00201802 / TDLBFD-00201802
Indicates the eNodeB identity of the inter-frequency neighboring cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
YES
NO
None
Indicates the local identity of the interfrequency neighboring cell. It uniquely identifies a cell within an eNodeB. The 28-bit E-UTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
YES
NO
LBFD-00201802
Indicates the cell individual offset for the inter-frequency neighboring cell, which is used in evaluation for handovers. It affects the probability of triggering interfrequency measurement reports. A larger value of this parameter indicates a higher probability. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805
Indicates the offset for the interfrequency neighboring cell, which is used in evaluation for cell reselections. A larger value of this parameter results in a lower probability of cell reselections. If this parameter is not set to dB0, it is delivered in SIB5. For details, see 3GPP TS 36.331. If this parameter is set to dB0, it is not delivered in SIB5. In this situation, UEs use 0 dB as the offset for cell reselections. For details, see 3GPP TS 36.304. NO
Indicates whether handovers of UEs to the neighboring cell are prohibited.
NO
Indicates whether to permit or prohibit removal of the neighboring relationship by ANR. NO
NO
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 LOFD-002012 / TDLOFD-002012
NO
LOFD-002001 / TDLOFD-002001 LOFD-002012 / TDLOFD-002012
handover priority, frequency-basedhandover priority, and 0. Within the same segment, a larger parameter value indicates a higher priority. Blind handover is a process in which the eNodeB instructs a UE to hand over to a specified neighboring cell without measurements. If this parameter value is set to 0, blind handovers and frequencybased handovers cannot be performed. The parameter values 1 to 16 indicate the blind-handover priorities. The parameter values 17 to 32 indicate the frequencybased-handover priorities for frequency-based blind handovers and measurementbased handovers. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 TDLOFD-001050
Indicates whether this neighboring cell is automatically discovered by the ANR algorithm. NO
NO
NO
LOFD-002001
Indicates the name of the local cell. NO
Indicates the name of the interfrequency neighboring cell. NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-002001 / TDLOFD-002001
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-002001 / TDLOFD-002001
Indicates the priority of measurement on the inter-frequency neighboring cell. The eNodeB preferentially contains the information about a neighboring cell with this priority set to HIGH_PRIORITY while delivering a measurement configuration. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 TDLOFD-001050
Indicates whether the inter-frequency neighboring cell is manually identified as a neighboring cell overlapping the local E-UTRAN cell. The default value is NO. The parameter value YES indicates that the interfrequency neighboring cell is manually identified as a neighboring cell overlapping the local E-UTRAN cell. The parameter value NO indicates that the interfrequency neighboring cell is not manually identified as a neighboring cell overlapping the local E-UTRAN cell. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-002001 / TDLOFD-002001
Indicates the overlapping coverage area of a target neighboring cell that is configured for the inter-frequency load balancing algorithm, which is used to decide locationbased priority user policies. This parameter is set only for TDD cells. NO
NO
NO
TDLBFD-00201802
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
Indicates the mobile country code of the external E-UTRAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
NO
YES
NO
LOFD-002001
NO
LOFD-001036 LOFD-001037 TDLBFD-00201801 TDLBFD-00201802 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001050 LOFD-070206
Indicates the mobile network code of the external E-UTRAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 TDLBFD-00201801 TDLBFD-00201802 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001050 LOFD-070206
Indicates the eNodeB identity of the external EUTRAN cell. It uniquely identifies an eNodeB within a PLMN. The 28-bit E-UTRAN cell identity is comprised of the cell identity and the eNodeB identity (represented by the most significant 20 bits). The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
YES
NO
None
Indicates the cell identity of the external E-UTRAN cell. It uniquely identifies a cell within an eNodeB. The 28-bit EUTRAN cell identity is comprised of the cell identity (represented by the least significant eight bits) and the eNodeB identity. The cell global identity (CGI) of an E-UTRAN cell is comprised of the EUTRAN cell identity and the PLMN ID. For details, see 3GPP TS 36.413. YES
Indicates the DL EARFCN of the external E-UTRAN cell. For details, see 3GPP TS 36.104. NO Indicates whether to configure the uplink E-UTRA absolute radio frequency channel number (EARFCN) for the external EUTRAN cell. NO
YES
YES
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 TDLBFD-00201801 TDLBFD-00201802 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001050 LOFD-070206
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802
Indicates the uplink E-UTRA absolute radio frequency channel number (EARFCN) of the external E-UTRAN cell. If the value of this parameter is not specified, the default uplink EARFCN is used, which is calculated based on the downlink EARFCN. For details about this parameter, see 3GPP TS 36.104. NO
Indicates the physical cell ID of the external EUTRAN cell. For details, see 3GPP TS 36.331.
NO
Indicates the tracking area code (TAC) of the external E-UTRAN cell. Two TAC values 0x0000(0) and 0xFFFE(65534) are reserved according to the protocol and will not be used in future versions. Therefore, do not use 0 or 65534 as a TAC value in TAC planning or configuration. NO
NO
YES
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 TDLBFD-00201801 TDLBFD-00201802 TDLBFD-00201804 TDLBFD-00201805 TDLOFD-001050 LOFD-070206
NO
LBFD-00201801 LBFD-00201802 LBFD-00201803
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802
Indicates the name of the external EUTRAN cell. NO
NO
NO
LBFD-00201801 / TDLBFD-00201801 LBFD-00201802 / TDLBFD-00201802
UTRAN cell belongs to multiple frequency bands, the downlink frequency of the frequency band with the highest priority is configured by the DlEarfcn parameter, and frequency bands with other priorities are configured by the EutranExternalCell SlaveBand parameter and added in descending order based on frequency band priorities. The frequency band priorities of an external E-UTRAN cell are determined in network planning. It is recommended that the frequency bands supporting UEs that comply with 3GPP TS 36.331 V8.16.0, 3GPP TS 36.331 V9.1.0, 3GPP TS 36.331 V10.5.0, or a later vision be configured as slave frequency bands. NO
YES
NO
LBFD-070103 / TDLBFD-00201806
Indicates the frequency band in which the cell operates. For details about this parameter, see 3GPP TS 36.104.
YES
NO
None
YES
The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. The preceding control policy also applies to the EutranExternalCell Plmn MO, which is a child MO of the EutranExternalCell MO. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the neighboring CDMA2000 band class. For details, see the BandclassCDMA20 00 IE defined in 3GPP 36.331. YES
Indicates the ID of the operator.
YES
Indicates whether to configure a dedicated cellreselection priority based on the PLMN ID of the local cell for the CDMA2000 1xRTT band class. NO
YES
YES
NO
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 LOFD-001112 / TDLOFD-001112
NO
LOFD-001035 / TDLOFD-001035 LOFD-001021 / TDLOFD-001021 LOFD-001112 / TDLOFD-001112
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001018 TDLOFD-001112
based on the PLMN ID of the local cell. The value 0 indicates the lowest priority. If the related SPID configuration is specified, set this priority to the one specified in the SPID configuration. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the CDMA2000 band class, which is broadcast in the system information. NO Indicates whether to configure dedicated a cellreselection priority based on the PLMN ID of the local cell for the CDMA2000 HRPD band class. NO
NO
NO
NO
LOFD-001035 / TDLOFD-001035 TDLOFD-001018 TDLOFD-001112
NO
LOFD-001021 / TDLOFD-001021 TDLOFD-001112
based on the PLMN ID of the local cell. The value 0 indicates the lowest priority. If the related SPID configuration is specified, set this priority to the one specified in the SPID configuration. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the CDMA2000 band class, which is broadcast in the system information. NO
NO
NO
LOFD-001021 / TDLOFD-001021 TDLOFD-001112
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the DL EARFCN of the operator that shares the neighboring EUTRAN frequency. For details, see the 3GPP TS 36.104. YES
Indicates the mobile country code (MCC) of the operator that shares the neighboring EUTRAN frequency. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES Indicates the mobile network code (MNC) of the operator that shares the neighboring EUTRAN frequency. A public land mobile network (PLMN) ID is comprised of a mobile network code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, the PLMN ID is 12345. YES
YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
Indicates whether to configure the cell reselection The value 0priority. NO indicates the lowest priority. If the related SPID configuration is specified, the cell reselection priority specified in the SPID configuration is used. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the neighboring EUTRAN frequency, which is broadcast in the system information. NO
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
NO
LOFD-001036 TDLBFD-00201803 TDLOFD-001112 LOFD-070206
NO
NO
LOFD-001036 TDLBFD-00201803 TDLOFD-001112 LOFD-070206
YES
NO
None
NO
Indicates the DL EARFCN of the Operator Configuration for Serving Cell in EUTRAN Frequency. For details, see the 3GPP TS 36.104.
YES
YES
NO
LOFD-001112 / TDLOFD-001112
Indicates the ID of the operator.
YES
YES
NO
LOFD-001112 / TDLOFD-001112
NO
LOFD-001112 / TDLOFD-001112 LBFD-00201803 / TDLBFD-00201803
Indicates whether to configure a dedicated cellreselection priority based on the PLMN ID of the local cell for the neighboring E-UTRAN frequency. NO
NO
local cell. The value 0 indicates the lowest priority. If the related SPID configuration is specified, the cell reselection priority specified in the SPID configuration is used. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the neighboring EUTRAN frequency, which is broadcast in the system information. NO
NO
NO
LOFD-001112 / TDLOFD-001112 LBFD-00201803 / TDLBFD-00201803
Indicates the ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the index of the GERAN carrier frequency group. It uniquely identifies a GERAN carrier frequency group. YES
YES
NO
LOFD-001112 / TDLOFD-001112
Indicates the ID of the operator.
YES
NO
LOFD-001112 / TDLOFD-001112
NO
LOFD-001112 / TDLOFD-001112 LBFD-00201803 / TDLBFD-00201803
YES
Indicates whether to configure a dedicated cellreselection priority based on the PLMN ID of the local cell for the GERAN carrier frequency group. NO
NO
local cell. The value 0 indicates the lowest priority. If the related SPID configuration is specified, set this priority to the one specified in the SPID configuration. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the neighboring GERAN carrier frequency group, which is broadcast in the system information. NO
NO
NO
LOFD-001112 / TDLOFD-001112 LBFD-00201803 / TDLBFD-00201803
Indicates the cell identity of the local cell. It uniquely identifies a cell within an eNodeB.
YES
NO
None
YES
Indicates the index of the GERAN carrier frequency group. It uniquely identifies a GERAN carrier frequency group. YES
Indicates the mobile country code (MCC) of the operator that shares the neighboring GERAN carrier frequency group. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES
YES
YES
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
Indicates the mobile network code (MNC) of the operator that shares the neighboring GERAN carrier frequency group. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES Indicates whether to configure the cell reselection priority of the operator that shares the neighboring GERAN carrier frequency group. NO
YES
NO
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LBFD-00201803 / TDLBFD-00201803 TDLOFD-001112 LOFD-070206
The value 0 indicates the lowest priority. If the related SPID configuration is specified, set this priority to the one specified in the SPID configuration. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the neighboring GERAN carrier frequency group, which is broadcast in the system information. NO
NO
NO
LOFD-001036 / TDLOFD-001036 LBFD-00201803 / TDLBFD-00201803 TDLOFD-001112 LOFD-070206
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the mobile country code of the neighboring UTRAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001019 / TDLOFD-001019
Indicates the mobile network code of the neighboring UTRAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001019 / TDLOFD-001019
NO
LOFD-001019 / TDLOFD-001019 LOFD-001052 / TDLOFD-001052
Indicates the RNC ID of the neighboring UTRAN cell. The 28-bit UTRAN cell ID is comprised of the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. For details, see 3GPP TS 25.401. YES
YES
Indicates the RNC cell ID of an external UTRAN cell. It uniquely identifies a cell within an RNC. The 28-bit UTRAN cell ID is comprised of the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. For details, see 3GPP TS 25.401. YES
YES
NO
LOFD-001052 / TDLOFD-001052 LOFD-001019 / TDLOFD-001019
Indicates whether to allow handover of UEs to the neighboring cell that is determined by the neighboring relation. NO
NO
NO
LOFD-001019 / TDLOFD-001019
Indicates whether to permit or prohibit removal of the neighboring relationship by ANR. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates whether this neighboring cell is automatically discovered by the ANR algorithm. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the priority of the neighboring cell during blind handovers. Blind handover is a process in which the eNodeB instructs a UE to hand over to a specified neighboring cell. There are 32 priorities altogether. The priority has a positive correlation with the value of this parameter. Note that the value 0 indicates that blind handovers to the neighboring cell are not allowed. NO
Indicates the priority of measurement on the neighboring UTRAN cell. The eNodeB preferentially contains the information about a neighboring cell with this priority set to HIGH_PRIORITY while delivering a measurement configuration. NO
NO
NO
NO
LOFD-001019 TDLOFD-001022 TDLOFD-001033 TDLOFD-001052 TDLOFD-001019 TDLOFD-001043 TDLOFD-001072 TDLOFD-001078
NO
LOFD-001019 TDLOFD-001022 TDLOFD-001033 TDLOFD-001052 TDLOFD-001019 TDLOFD-001043 TDLOFD-001072 TDLOFD-001078
Indicates whether the neighboring UTRAN cell is manually identified as a neighboring cell overlapping the E-UTRAN cell. The default value is NO. The parameter value YES indicates that the neighboring UTRAN cell is manually identified as a neighboring cell overlapping the E-UTRAN cell. The parameter value NO indicates that the neighboring UTRAN cell is not manually identified as a neighboring cell overlapping the E-UTRAN cell. NO
NO
NO
LOFD-001032 / TDLOFD-001032 LOFD-001044 / TDLOFD-001044 MRFD-231901
Indicates the name of the local cell. NO
NO
NO
LOFD-001019
Indicates the name of the UTRAN neighboring cell. NO
NO
NO
LOFD-001019 / TDLOFD-001019
set to AUTO_MODE, the ANR-related MOs can be modified or removed by the user or based on the ANR algorithm. The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-002002
Indicates the ID of the eNodeB, which uniquely identifies an eNodeB within a PLMN. NO
NO
YES
None
Indicates the time of the latest RIM request received by the neighboring UTRAN cell. NO
NO
YES
None
Indicates the latest updated time of the system information that the eNodeB receives from the neighboring UTRAN cell through the RIM procedure. NO
NO
YES
None
Indicates the latest time that the eNodeB obtains the load information about the neighboring UTRAN cell through an RIM procedure. NO
NO
YES
None
Indicates the latest time that the eNodeB initiates an RIM procedure to obtain the load information about the neighboring UTRAN cell. NO
NO
YES
None
Indicates the load status of the neighboring UTRAN cell, which is obtained by the eNodeB through the latest RIM procedure. NO
NO
YES
None
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the downlink UARFCN of the neighboring UTRAN frequency.
YES
NO
LOFD-001112 / TDLOFD-001112
YES
Indicates the ID of the operator.
YES
Indicates whether to configure a dedicated cellreselection priority based on the PLMN ID of the local cell for the UTRAN frequency. frequency based on NO the PLMN ID of the local cell. The value 0 indicates the lowest priority. If the related SPID configuration is specified, set this priority to the one specified in the SPID configuration. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the neighboring UTRAN frequency, which is broadcast in the system information. NO
YES
NO
NO
NO
LOFD-001112 / TDLOFD-001112
NO
LOFD-001112 / TDLOFD-001112 LBFD-00201803 / TDLBFD-00201803
NO
LOFD-001112 / TDLOFD-001112 LBFD-00201803 / TDLBFD-00201803
Indicates the cell identity of the local cell. It uniquely identifies a cell within an eNodeB. YES [9500-9600] and [10050-10125] Special UARFCNs: none Band 2: Normal UARFCNs: [9250-9550] and [9650-9950] Special UARFCNs: none Band 3: Normal UARFCNs: [9550-9650] Special UARFCNs: none Band 4: Normal UARFCNs: [12850-13100] Special UARFCNs: (2112, 2137, 2162, 2187, 2212, 2237, 2262, 2287, 2312, 2337) Band 5: Normal UARFCNs: [11500-12000] Special UARFCNs: none Band 6: Normal UARFCNs: [9400-9600] Special UARFCNs: none For details, see 3GPP TS 25.104 and 3GPP TS 25.105. YES
YES
YES
NO
None
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
Indicates the mobile country code (MCC) of the neighboring UTRAN cell. A public land mobile network (PLMN) ID is comprised of an MCC and a mobile network code (MNC). The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES Indicates the mobile network code (MNC) of the neighboring UTRAN cell. A public land mobile network (PLMN) ID is comprised of a mobile country code (MCC) and an MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, if the MCC is 123 and the MNC is 45, then the PLMN ID is 12345. YES Indicates whether to configure the cell reselection priority of the operator that shares the neighboring UTRAN frequency. NO
YES
YES
NO
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 TDLOFD-001112 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LBFD-00201803 / TDLBFD-00201803 TDLOFD-001112 LOFD-070206
shares the neighboring UTRAN frequency. The value 0 indicates the lowest priority. If the related SPID configuration is specified, set this priority to the one specified in the SPID configuration. If no related SPID configuration is specified but this parameter is set, the eNodeB delivers the cell reselection priorities of all PLMNs supported by a UE by using the IE idleModeMobilityCo ntrolInfo in an RRC Connection Release message to the UE. If no related SPID configuration is specified and this parameter is not set, a UE uses the cell reselection priority of the neighboring UTRAN frequency, which is broadcast in the system information. NO
NO
NO
LOFD-001036 / TDLOFD-001036 LBFD-00201803 / TDLBFD-00201803 TDLOFD-001112 LOFD-070206
Indicates the cell ID of the local cell. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
[9500-9600] and [10050-10125] Special UARFCNs: none Band 2: Normal UARFCNs: [9250-9550] and [9650-9950] Special UARFCNs: none Band 3: Normal UARFCNs: [9550-9650] Special UARFCNs: none Band 4: Normal UARFCNs: [12850-13100] Special UARFCNs: (2112, 2137, 2162, 2187, 2212, 2237, 2262, 2287, 2312, 2337) Band 5: Normal UARFCNs: [11500-12000] Special UARFCNs: none Band 6: Normal UARFCNs: [9400-9600] Special UARFCNs: none For details, see 3GPP TS 25.104 and 3GPP TS 25.105. YES Indicates the working mode supported by the UTRAN in the current UARFCN. Indicates the TDD/FDD mode of the inter-RAT UTRAN.
NO
NO
YES
NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001019 / TDLOFD-001019 LBFD-002009 / TDLBFD-002009 TDLOFD-001078
NO
LBFD-00201803 / TDLBFD-00201803 TDLOFD-001078
NO
LOFD-001019 / TDLOFD-001019 LOFD-002002
UARFCN - 225; Band 7: UL UARFCN = DL UARFCN - 600; Band 8: UL UARFCN = DL UARFCN - 225; Band 9: UL UARFCN = DL UARFCN - 475; The default UL UARFCN is calculated as follows if the DL frequency is a special one: Band 2: UL UARFCN = DL UARFCN - 400; Band 4: UL UARFCN = DL UARFCN - 300; Band 5: UL UARFCN = DL UARFCN - 225; Band 6: UL UARFCN = DL UARFCN - 225; Band 7: UL UARFCN = DL UARFCN - 225; For a TDD UTRAN cell, the UL UARFCN is the same as the DL UARFCN. For details, see 3GPP TS 25.104 and 25.105. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001019 / TDLOFD-001019 TDLOFD-001078
[9500-9600] and [10050-10125] Special UARFCNs: none Band 2: Normal UARFCNs: [9250-9550] and [9650-9950] Special UARFCNs: none Band 3: Normal UARFCNs: [9550-9650] Special UARFCNs: none Band 4: Normal UARFCNs: [12850-13100] Special UARFCNs: (2112, 2137, 2162, 2187, 2212, 2237, 2262, 2287, 2312, 2337) Band 5: Normal UARFCNs: [11500-12000] Special UARFCNs: none Band 6: Normal UARFCNs: [9400-9600] Special UARFCNs: none For details, see 3GPP TS 25.104 and 3GPP TS 25.105. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LOFD-001019 / TDLOFD-001019
Indicates whether to set the priority of a cell assigned with the UARFCN used in cell reselection to UTRAN. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
serving cell, the UE starts measurements on neighboring cells on the UTRAN frequency; then if the signal quality of some neighboring cells meets the related conditions, the UE starts cell reselection. If the value of this parameter is smaller than the absolute priority of the serving cell, the UE starts the measurements only when the signal quality of the serving cell is poor; then if the signal quality of some neighboring cells meets the related conditions, the UE starts cell reselection. Frequencies used for different RATs must be assigned different cell reselection priorities. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803 LBFD-002009 / TDLBFD-002009 TDLOFD-001018
Indicates the maximum power that the UE can apply to transmission on the UTRAN frequency. It is used in criteria S to calculate the compensated power. For details, see 3GPP TS 25.104. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the frequency offset of the cell on the UTRAN frequency. It determines the probability of triggering measurement reports for events B1 and B2. For details, see 3GPP TS 36.331. minimum quality
NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001022 TDLOFD-001033 TDLOFD-001052
level required for a cell on the UTRAN frequency to become a candidate for reselection. This parameter is applied only to reselection to UTRAN FDD cells. A neighboring cell on the UTRAN frequency can become a candidate for reselection only when the signal quality of the cell is better than the value of this parameter. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RX level required for a neighboring cell on the UTRAN frequency to become a candidate for selection. It is included in criteria S and used in the evaluation for cell selection. During the evaluation for cell reselection, the UE performs the following calculation: Srxlev = Measured RSRP value of a neighboring cell on the frequency Value of this parameter Compensated power. If Srxlev for a neighboring cell is better than a threshold for a timeto-trigger, reselection to the cell is started. For details, see 3GPP TS 25.304. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the minimum RX level required for a neighboring cell on the UTRAN frequency to become a candidate for reselection if the priority of the frequency is higher than that of the serving frequency. After measurements are started for neighboring cells on the UTRAN frequency, the UE reselects to a neighboring cell on the frequency only if the RX level of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the minimum RX level required for a neighboring cell on the UTRAN frequency to become a candidate for reselection if the priority of the frequency is lower than that of the serving frequency. After measurements are started for neighboring cells on the UTRAN frequency, the UE reselects to a neighboring cell on the frequency only if the RX level of the serving cell is lower than a specified threshold and that of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RSRQ-based minimum RX level required for a neighboring cell on the frequency to become a candidate for reselection if the RSRQ-based priority of the frequency is higher than that of the serving frequency. After measurements are started for neighboring cells on the UTRAN frequency, the UE reselects to a neighboring cell on the frequency only if the RSRQ-based RX level of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
Indicates the RSRQ-based minimum RX level required for a neighboring cell on the frequency to become a candidate for reselection if the RSRQ-based priority of the frequency is lower than that of the serving frequency. After measurements are started for neighboring cells on the frequency, the UE reselects to a cell on the frequency only if the RSRQ-based RX level of the serving cell is lower than a specified threshold and that of the cell is higher than the value specified by this parameter for a time-to-trigger. For details, see 3GPP TS 36.331. NO
NO
NO
LBFD-00201803 / TDLBFD-00201803
coverage-based inter-RAT PS handovers, if UtranFreqLayerMea sSwitch is turned on, the eNodeB determines the UTRAN frequency to be delivered to a UE based on PS service priorities. The eNodeB delivers the UTRAN frequency with the highest PS priority to the UE by default.In blind handovers to UTRAN, the target cell for a blind handover is selected based on PS service priorities. The cell on the UTRAN frequency with the highest PS priority is selected by default.When this parameter is set to Priority_0 for a UTRAN frequency, the UTRAN frequency is not included in PS service priority arrangement. NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLOFD-001078
if UtranFreqLayerMea sSwitch is turned on, the eNodeB determines the UTRAN frequency to be delivered to a UE based on CS service priorities. The eNodeB delivers the UTRAN frequency with the highest CS priority to the UE by default.In blind handovers for CSFB to UTRAN, if UtranFreqLayerBlin dSwitch is turned on, the target cell for a blind handover is selected based on CS service priorities. The cell on the UTRAN frequency with the highest CS priority is selected by default.When this parameter is set to Priority_0 for a UTRAN frequency, the UTRAN frequency is not included in CS service priority arrangement. NO
NO
NO
LOFD-001078 / TDLOFD-001078 TDLOFD-001033 TDLOFD-001052 TDLOFD-001088
Indicates the frequency priority based on which the eNodeB selects a target frequency for blind redirection or contains a frequency in a measurement configuration. If a blind redirection is triggered and the target neighboring cell is not specified, the eNodeB selects a target frequency based on this priority. If a measurement configuration is to be delivered, the eNodeB preferentially delivers a frequency with the highest priority. If this priority is set to 0 for a frequency, this frequency is not selected as the target frequency for a blind redirection. A larger value indicates a higher priority. NO
NO
NO
LOFD-001019 / TDLOFD-001019 TDLBFD-00201803 TDLOFD-001022 TDLOFD-001033 TDLOFD-001052 TDLOFD-001043 TDLOFD-001072 TDLOFD-001078
UE in RRC_CONNECTE D mode based on the priority specified by this parameter. The eNodeB preferentially delivers the UTRAN frequency with the highest CS+PS combined service priority to the UE. In blind CSFB to UTRAN, if UtranCsfbSteeringS witch and UtranFreqLayerBlin dSwitch are turned on, the target cell is selected based on the priority specified by this parameter. The cell on the UTRAN frequency with the highest priority is preferentially selected. If this parameter is set to Priority_0, the UTRAN frequency is not included in priority arrangement for neighboring UTRAN frequencies to carry CS+PS combined services. NO
NO
NO
LOFD-001088 / TDLOFD-001088 LOFD-001019 / TDLOFD-001019 TDLOFD-001033 TDLOFD-001052 TDLOFD-001078
Indicates whether the coverage area of a UTRAN frequency is continuous. The parameter value CONTINUOUS indicates that the coverage area is continuous. The parameter value NON_CONTINUOU S indicates that the coverage area is non-continuous. Only neighboring UTRAN cells working at the UTRAN frequency that has continuous coverage are considered in the determination of candidate cells for blind CSFB to UTRAN. NO Indicates the priority of the neighboring UTRAN frequency for load sharing with UTRAN. The value 0 indicates the lowest priority. The neighboring UTRAN frequency with the highest priority is selected as the target frequency for inter-RAT load sharing. NO
NO
NO
NO
None
NO
LOFD001032/TDLOFD001032
Indicates whether the UARFCN is specific to the primary frequency band. Among the UARFCNs of the same frequency, if the MasterBandFlag parameter is set to TRUE for one UARFCN and FALSE for other UARFCNs, the former UARFCN is specific to the primary frequency band while the latter UARFCNs are specific to secondary frequency bands. In this case, only the UARFCN specific to the primary frequency band is broadcast in system information block type 6 (SIB6). If the MasterBandFlag parameter is set to FALSE for all UARFCNs of the same frequency, only the smallest UARFCN is broadcast in SIB6. NO
NO
NO
LBFD-070103 / TDLBFD-00201806
Indicates whether information about neighboring UTRAN cells and external UTRAN cells configured on the frequency associated with the serving cell can be maintained by ANR. If this parameter is set to ALLOWED, the information can be maintained by ANR. If this parameter is set to NOT_ALLOWED, the information cannot be maintained by ANR. NO
NO
NO
LOFD-002002 / TDLOFD-002002
cell operating on a frequency is to be added and there are UTRAN neighboring relationships with cells on the frequency can be removed, ANR removes the UTRAN neighboring relationship with the cell that operates on this frequency and to which the number of UEs handed over from the local cell is the smallest. If not all values of this parameter for all UTRAN frequencies are the same, the eNodeB removes the candidate UTRAN neighbor relationship with the cell that operates on a frequency and to which the number of UEs handed over from the local cell is the smallest based on frequency priories in ascending order. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the mobile country code of the external UTRAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001019 / TDLOFD-001019
Indicates the mobile network code of the external UTRAN cell. The PLMN consists of the MCC and the MNC. The MCC consists of three digits. The MNC consists of two to three digits. For example, MCC = 123, MNC = 45, PLMN = 12345. YES
YES
NO
LOFD-001019 / TDLOFD-001019
Indicates the RNC ID of the external UTRAN cell. The 28-bit UTRAN cell ID is comprised of the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. For details, see 3GPP TS 25.401. YES
YES
NO
LOFD-001052 / TDLOFD-001052
Indicates the RNC cell ID of an external UTRAN cell. It uniquely identifies a cell within an RNC. The 28-bit UTRAN cell ID is comprised of the RNC cell ID and the RNC ID that are represented by the least significant 16 bits and the most significant 12 bits, respectively. The formula for calculating the UTRAN cell ID is as follows: UTRAN cell ID = RNC ID x 65536 + RNC cell ID. For details, see 3GPP TS 25.401. YES
YES
NO
LOFD-001019 / TDLOFD-001019
[9500-9600] and [10050-10125] Special UARFCNs: none Band 2: Normal UARFCNs: [9250-9550] and [9650-9950] Special UARFCNs: none Band 3: Normal UARFCNs: [9550-9650] Special UARFCNs: none Band 4: Normal UARFCNs: [12850-13100] Special UARFCNs: (2112, 2137, 2162, 2187, 2212, 2237, 2262, 2287, 2312, 2337) Band 5: Normal UARFCNs: [11500-12000] Special UARFCNs: none Band 6: Normal UARFCNs: [9400-9600] Special UARFCNs: none For details, see 3GPP TS 25.104 and 3GPP TS 25.105. NO
YES
NO
LOFD-001019 / TDLOFD-001019
UARFCN = DL UARFCN - 600; Band 8: UL UARFCN = DL UARFCN - 225; Band 9: UL UARFCN = DL UARFCN - 475; The default UL UARFCN is calculated as follows if the DL frequency is a special one: Band 2: UL UARFCN = DL UARFCN - 400; Band 4: UL UARFCN = DL UARFCN - 300; Band 5: UL UARFCN = DL UARFCN - 225; Band 6: UL UARFCN = DL UARFCN - 225; Band 7: UL UARFCN = DL UARFCN - 225; For a TDD UTRAN cell, the UL UARFCN is the same as the DL UARFCN. For details, see 3GPP TS 25.104 and 3GPP TS 25.105. NO
NO
NO
LOFD-001019 / TDLOFD-001019
[9500-9600] and [10050-10125] Special UARFCNs: none Band 2: Normal UARFCNs: [9250-9550] and [9650-9950] Special UARFCNs: none Band 3: Normal UARFCNs: [9550-9650] Special UARFCNs: none Band 4: Normal UARFCNs: [12850-13100] Special UARFCNs: (2112, 2137, 2162, 2187, 2212, 2237, 2262, 2287, 2312, 2337) Band 5: Normal UARFCNs: [11500-12000] Special UARFCNs: none Band 6: Normal UARFCNs: [9400-9600] Special UARFCNs: none For details, see 3GPP TS 25.104 and 3GPP TS 25.105. NO
NO
NO
None
Indicates the duplex mode of the UTRAN cell. NO
NO
NO
LOFD-001019 / TDLOFD-001019
Indicates whether to set the routing area code (RAC) of the external UTRAN cell. This parameter must be set to CFG(Configure) if the external UTRAN cell supports packet switched (PS) services. NO
Indicates the routing area code.
NO
Indicates the primary DL scrambles of the external UTRAN cell. For details, see 3GPP TS 25.331. NO
Indicates the LAC of the external UTRAN cell.
NO
NO
LOFD-001019 / TDLOFD-001019
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001034 / TDLOFD-001034 LOFD-001052 / TDLOFD-001052 TDLOFD-001033 TDLOFD-001043 TDLOFD-001072 TDLOFD-001078
YES
NO
LOFD-001019 / TDLOFD-001019
NO
LOFD-001022 / TDLOFD-001022 LOFD-001068 / TDLOFD-001068 TDLOFD-001078
NO
YES
Indicates the name of the external UTRAN cell. NO Indicates whether the external UTRAN cell supports single radio voice call continuity (SRVCC) for concurrent CS and PS services. If this parameter is set to BOOLEAN_FALSE, the external UTRAN cell does not support SRVCC for concurrent CS and PS services. NO
NO
NO
NO
LOFD-001019 / TDLOFD-001019
NO
LOFD-001022 / TDLOFD-001022 LOFD-001019 / TDLOFD-001019 TDLOFD-001078
external UTRAN cell belongs to multiple frequency bands, the downlink frequency of the frequency band with the highest priority is configured by the UtranDlArfcn parameter, and frequency bands with other priorities are configured by the UtranExternalCellSl aveBand parameter and added in descending order based on frequency band priorities. The frequency band priorities of an external UTRAN cell are determined in network planning. It is recommended that the frequency bands supporting UEs that comply with 3GPP TS 36.331 V8.16.0, 3GPP TS 36.331 V9.1.0, 3GPP TS 36.331 V10.5.0, or a later vision be configured as slave frequency bands. NO
YES
NO
LBFD-070103 / TDLBFD-00201806
Indicates the frequency band in which the cell operates. For details about this parameter, see 3GPP TS 36.104.
YES
NO
None
YES
The MO removal is successful even if the MO does not exist. An MO can be added both by the user and based on the ANR algorithm. If an existing MO is to be added, the MO is modified when the user performs the addition, but it cannot be added based on the ANR algorithm. The preceding control policy also applies to the UtranExternalCellPl mn MO, which is a child MO of the UtranExternalCell MO. When the ANR-related MOs are automatically added based on the ANR algorithm, this parameter is set to AUTO_MODE by default. When the ANR-related MOs are added by the user, this parameter can be set to AUTO_MODE or MANUAL_MODE. NO
NO
NO
LOFD-002002 / LOFD-002002
mobility, extended CP, intra-subframe frequency hopping, UL CoMP, MUMIMO, and PUCCH-based uplink timing. All cells established on the LBBPd3 are reactivated after this parameter is set to LBBP_LARGE_CA PACITY. If UL CoMP, MU-MIMO, and PUCCH-based uplink timing are enabled and then this parameter is set to LBBP_LARGE_CA PACITY, these features do not take effect after the cells are reactivated. If ultra-high speed mobility, extended CP, and intrasubframe frequency hopping are enabled and then this parameter is set to LBBP_LARGE_CA PACITY, the cells cannot be reactivated. NO
NO
NO
None
Indicates the operating mode of single frequency network (SFN) cells. This eNodeBlevel parameter applies to LTE FDD eNodeBs equipped with LBBPd or UBBPd boards. If this parameter is set to NORMAL, an SFN cell with a bandwidth of 10 MHz supports a maximum of 400 UEs, and an SFN cell with a bandwidth of 5 MHz supports a maximum of 200 UEs. If this parameter is set to LARGECAPABILIT Y, an SFN cell with a bandwidth of 10 MHz supports a maximum of 1200 UEs, and an SFN cell with a bandwidth of 5 MHz supports a maximum of 600 UEs. NO
Indicates the downlink E-UTRA absolute radio frequency channel number (EARFCN) of the candidate PCC. YES
NO
YES
NO
None
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the priority with which the candidate PCC is selected as the PCC. The priority level has a positive correlation with the parameter value. This parameter takes effect only when PccAnchorSwitch of the CaAlgoSwitch parameter is on. NO
Indicates the reference signal received power (RSRP) threshold for triggering event A4 during higherpriority carrier evaluation for PCC selection. NO
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the reference signal received quality (RSRQ) threshold for triggering event A4 during higherpriority carrier evaluation for PCC selection in scenarios where CA is configured based on frequencies. If the measured RSRQ of an interfrequency neighboring cell in the CA group is greater than this parameter value, the CA UE reports event A4. NO
Indicates the downlink E-UTRA absolute radio frequency channel number (EARFCN) of the PCC. YES
NO
YES
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the downlink EARFCN of the candidate SCC.
YES
Indicates the priority with which the candidate SCC works as an SCC for that PCC. A smaller value of this parameter indicates a lower priority, and a larger value indicates a higher priority. NO
YES
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the offset of the actual threshold for CA event A2relative to the value of the CarrAggrA2ThdRsr p parameter in the CaMgtCfg MO. If the actual threshold is greater than -43 dBm, the value of -43 dBm takes effect. If the actual threshold is less than -140 dBm, the value of -140 dBm takes effect. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the offset of the actual threshold for CA event A4 relative to the value of the CarrAggrA4ThdRsr p parameter in the CaMgtCfg MO. If the actual threshold is greater than -43 dBm, the value of -43 dBm takes effect. If the actual threshold is less than -140 dBm, the value of -140 dBm takes effect. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 LAOFD-070201 LAOFD-070202
Indicates the threshold above which a neighboring cell is added for a serving cell by ANR. The threshold is expressed as a success rate of handovers from the serving cell to the neighboring cell. NO
NO
NO
LOFD-002001 / TDLOFD-002001
number of successful handovers to the total number of handovers from the local cell to the neighboring cell. For example, an external cell is configured as a neighboring cell for all cells under an eNodeB, this neighboring cell permits automatic removal of the neighboring relationship by ANR and the ctrlmode is Auto_Mode. If the success rate of handovers from each cell under the eNodeB to this neighboring cell is lower than or equal to this threshold after a measurement period, the corresponding external cell and the neighbor relationship with this cell are automatically removed. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the total number of handovers to a neighboring cell above which ANR determines whether to remove the neighbor relationship with this cell from the NRT or set the NoHoFlag parameter of this cell to FORBID_HO_ENU M on the basis of the handover success rate. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the measurement period based on which ANR determines whether to remove a neighbor relationship with a neighboring cell from the NRT or set the NoHoFlag parameter of the neighboring cell to FORBID_HO_ENU M on the basis of the handover success rate. NO
Indicates the number of periodic measurement reports sent for fast ANR. NO
Indicates the interval at which periodic measurement reports are sent for fast ANR. NO
NO
NO
NO
NO
LOFD-002001 / TDLOFD-002001
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
Indicates the fast ANR checking timer. When the timer is expired, the eNodeB automatically checks whether to disable fast ANR. NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
Indicates the reference signal received power (RSRP) threshold for intra-RAT fast ANR. If the signal quality in a neighboring EUTRAN cell reported by the UE is lower than the threshold, the cell is not automatically added as an external cell of the eNodeB. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the maximum allowed number of UEs that perform intra-RAT measurements for fast ANR. After the number of UEs performing intraRAT measurements for fast ANR reaches the maximum number, intra-RAT measurements for fast ANR will not be performed on other UEs. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the maximum allowed number of UEs that perform inter-RAT measurements for fast ANR. After the number of UEs performing interRAT measurements for fast ANR reaches the maximum number, inter-RAT measurements for fast ANR will not be performed on other UEs. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the threshold above which the eNodeB enters the monitoring state for intra-RAT fast ANR. The threshold is expressed as the number of UEs that have performed measurements for intra-RAT fast ANR. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the threshold above which the eNodeB enters the monitoring state for inter-RAT fast ANR. The threshold is expressed as the number of UEs that have performed measurements for inter-RAT fast ANR. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the mode for optimizing neighbor relationships. If this parameter is set to FREE, the eNodeB automatically optimizes neighbor relationships using ANR. If this parameter is set to CONTROLLED, the eNodeB reports the neighbor relationships to be optimized to the U2000 and the optimization is subject to manual confirmation. NO also used to determine external cell removal from an NCL. Within four consecutive measurement periods, if the neighbor relationship corresponding to an external cell in the NCL is not added to the NRT and the local eNodeB is not configured with an X2 interface with the peer eNodeB providing the external cell, this external cell is removed from the NCL. This parameter is also used to determine redundant neighbor relationship removal from the NRT. The neighbor relationship with the neighboring cell to which no UEs are handed over from the local cell within four consecutive measurement periods is removed from the NRT. NO
NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
types) from the local cell to its neighboring cells in the last measurement period specified by the StatisticPeriodForN RTDel parameter reaches this parameter value, the eNodeB is triggered to remove a neighbor relationship from the NRT. In periodic redundant neighbor relationship removal, the eNodeB removes redundant neighbor relationships if the total number of handovers (of all types) from the local cell to all neighboring cells reaches this parameter value within four consecutive measurement periods specified by the StatisticPeriodForN RTDel parameter. NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
Indicates the switch used to enable or disable proactive PCI conflict detection. Within a specified duration after this switch is turned on, the eNodeB delivers measurement configurations for proactive PCI conflict detection to UEs that meet specific requirements. Then, the eNodeB starts the detection based on the measurement reports from the UEs. NO
NO
NO
LOFD-002007 / TDLOFD-002007
Indicates the start time of the active PCI conflict detection. If the stop time is earlier than or the same as the start time, the stop time is assumed to be the time of the next day. NO
NO
NO
LOFD-002007 / TDLOFD-002007
Indicates the stop time of the active PCI conflict detection. If the stop time is earlier than or the same as the start time, the stop time is assumed to be the time of the next day. NO
NO
NO
LOFD-002007 / TDLOFD-002007
Indicates the received signal code power (RSCP) threshold for fast ANR with UTRAN. If the signal quality in a neighboring UTRAN cell reported by the UE is lower than the threshold, the cell is not automatically added as an external cell of the eNodeB. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the received signal strength indicator (RSSI) threshold for fast ANR with GERAN. If the signal quality in a neighboring GERAN cell reported by the UE is lower than the threshold, the cell is not automatically added as an external cell of the eNodeB. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the pilot strength threshold for fast ANR with CDMA2000 1xRTT. If the signal quality in a neighboring CDMA2000 1xRTT cell reported by the UE is lower than the threshold, the cell is not automatically added as an external cell of the eNodeB. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the pilot strength threshold for fast ANR with CDMA2000 HRPD. If the signal quality in a neighboring CDMA2000 HRPD cell reported by the UE is lower than the threshold, the cell is not automatically added as an external cell of the eNodeB. NO
NO
NO
LOFD-002002 / TDLOFD-002002
ANR automatically sets the NoHoFlag of a neighboring cell to FORBID_HO_ENU M(Forbid Ho) when the handover success rate is equal to or less than the NoHoSetThd parameter value. The threshold is the percentage of the number of successful handovers to the total number of handovers from the local cell to the neighboring cell. If the handover success rate is equal to or less than the threshold within a measurement period specified by the StatisticPeriod parameter, intraRAT ANR automatically sets the NoHoFlag of the neighboring cell to FORBID_HO_ENU M(Forbid Ho). NO
NO
NO
LOFD-002001 / TDLOFD-002001
NRT when the number of EUTRAN neighbor relationships in the NRT has reached the maximum and a new E-UTRAN neighbor relationship needs to be added to the NRT by ANR. If this parameter is set to 0, ANR determines whether to remove an EUTRAN neighbor relationship from an NRT only based on the number of times the E-UTRAN cell is contained in the measurement reports instead of the number of incoming handovers to the E-UTRAN cell. If this parameter is set to a non-zero value, the neighbor relationship with the E-UTRAN cell to which the number of handovers is less than this parameter value is removed from an NRT. NO
NO
NO
LOFD-002001 / TDLOFD-002001
parameter is set to NCL_NRT_MODE, all neighboring cells measured by fast ANR are added to the NCL and neighboring cells with the strongest signal are added to the neighboring relation table (NRT) simultaneously. Currently, only the inter-frequency neighboring cell, neighboring UTRAN cell, and neighboring GERAN cell with the strongest signal can be added to the NRT, and the intrafrequency neighboring cell and neighboring CDMA2000 cell with the strongest signal cannot be added to the NRT. The intra-frequency neighboring cells and neighboring CDMA2000 cells can only be added to the NCL regardless of the parameter setting. NO
NO
NO
LOFD-002001 / TDLOFD-002001
Indicates the policy based on which intra-RAT eventtriggered ANR adds a neighbor relationship to an NRT. If this parameter is set to BASED_NCL, intraRAT event-triggered ANR can add a neighbor relationship to an NRT based on the NCL. If this parameter is set to NOT_BASED_NCL, intra-RAT eventtriggered ANR adds a neighbor relationship to an NRT based on the CGI reported from the UE but not based on the NCL. NO
NO
NO
LOFD-002001 / TDLOFD-002001
reading when the carrier aggregation band combinations supported by the eNodeB involve the frequency bands of which such CA UEs support aggregation. If this parameter is set to CA_UE_CARRIER_ NUM(CA UE Carrier Number), the eNodeB selects CA UEs to perform CGI reading based on the number of serving carriers of CA UEs, and does not select the CA UEs that have two or more serving carriers. If this parameter is set to ANR_UE_CAP(AN R UE Capability), the eNodeB determines whether to select CA UEs to perform CGI reading based on the ANR capabilities of UEs. The eNodeB does not select the CA UEs that do not support CGI reading. NO
NO
NO
LOFD-002001 /TDLOFD-002001
external cell entries and neighbor relationships with the cells from the NCL and NRT, respectively. If event-triggered ANR and automatic neighbor relationship removal for an RAT are enabled, the inappropriate neighboring cell configuration removal function automatically takes effect. If the number of external cells or neighbor relationships of an RAT reaches the specifications, the inappropriate neighboring cell configuration removal function and the redundant neighboring cell configuration removal function are automatically triggered when new external cells or neighbor relationships need to be added. NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
UTRAN NRT when the number of neighbor relationships in the UTRAN NRT has reached the maximum and a new neighbor relationship with a UTRAN cell needs to be added to the NRT by ANR. If this parameter is set to 0, ANR determines whether to remove a UTRAN neighbor relationship from the NRT only based on the number of times the UTRAN cell is contained in the measurement reports instead of the number of incoming handovers to the UTRAN cell. If this parameter is set to a non-zero value, the neighbor relationship with the UTRAN cell to which the number of handovers is less than this parameter value is removed from the NRT. NO
NO
NO
LOFD-002002 / TDLOFD-002002
GERAN NRT when the number of neighbor relationships in the GERAN NRT has reached the maximum and a new neighbor relationship with a GERAN cell needs to be added to the NRT by ANR. If this parameter is set to 0, ANR determines whether to remove a GERAN neighbor relationship from the NRT only based on the number of times the GERAN cell is contained in the measurement reports instead of the number of incoming handovers to the GERAN cell. If this parameter is set to a non-zero value, the neighbor relationship with the GERAN cell to which the number of handovers is less than this parameter value is removed from the NRT. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the device number of the BF antenna, it uniquely identifies a RET within an eNodeB. YES
YES
NO
None
Indicates the manufacturer of the BF antenna. NO
NO
NO
None
Indicates the cabinet number of the RRU connecting to the BF antenna. NO
NO
NO
LOFD-001024 / TDLOFD-001024
Indicates the subrack number of the RRU connecting to the BF antenna. NO
YES
NO
LOFD-001024 / TDLOFD-001024
Indicates the slot number of the RRU connecting to the BF antenna. NO
NO
NO
LOFD-001024 / TDLOFD-001024
Indicates the model of the BF antenna. Set this parameter to RAE if the antenna weight must be queried based on the RAE. RAE is caseinsensitive. NO
NO
NO
LOFD-001024 / TDLOFD-001024
Indicates the configured tilt of the BF antenna. NO
NO
NO
None
Indicates the beamwidth formed after beamforming. NO
NO
NO
None
Indicates the frequency band in which the BF antenna operates.
NO
NO
NO
None
Indicates the type of the BF antenna.
NO
NO
NO
None
Indicates the degrees that an intelligent antenna deflects the beam in the horizontal azimuth from the mechanical azimuth based on the weight. (The mechanical azimuth of the antenna is used as a normal, clockwise deflection is a positive number, and counterclockwise deflection is a negative number.) NO
NO
NO
None
Indicates the polarization mode of the BF antenna.
NO
NO
YES
None
Indicates the beamwidth of the antenna element.
NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the number of physical antenna ports to which the BF antenna is connected. NO
NO
YES
None
Indicates the amplitude offset at physical antenna port 1 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the phase offset at physical antenna port 1 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the amplitude offset at physical antenna port 2 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the phase offset at physical antenna port 2 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the amplitude offset at physical antenna port 3 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the phase offset at physical antenna port 3 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the amplitude offset at physical antenna port 4 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the phase offset at physical antenna port 4 when the BF antenna is used and cell-specific reference signals are transmitted from two ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the amplitude offset at physical antenna port 1 when the BF antenna is used and cell-specific reference signals are transmitted from four ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the phase offset at physical antenna port 1 when the BF antenna is used and cell-specific reference signals are transmitted from four ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the amplitude offset at physical antenna port 2 when the BF antenna is used and cell-specific reference signals are transmitted from four ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the phase offset at physical antenna port 2 when the BF antenna is used and cell-specific reference signals are transmitted from four ports. Each port may consist of multiple physical antenna ports. NO
NO
YES
LOFD-001024 / TDLOFD-001024
Indicates the ID of the file transfer session.
NO
YES
None
NO
Indicates the statistic period for blind neighboring cell optimization. Information about CSFB-triggered measurementbased handovers or CSFB-triggered blind handovers is collected within the statistic period, and suggestions on blind neighboring cell optimization are exported after the statistic period. The statistic period is seven days by default. NO attempts from the E-UTRAN cell to neighboring cells working at a frequency (or frequency group) within a measurement period is greater than this parameter value, neighboring cells working at the frequency (or frequency group) can be selected as candidate cells in blind handovers. In blind neighboring cell optimization, if the number of CSFB-triggered blind handover attempts from the E-UTRAN cell to a neighboring cell that has been selected as a candidate cell in blind handovers within a measurement period is greater than this parameter value, this neighboring cell can remain as a candidate cell in blind handovers. NO
NO
NO
LOFD-002002 / TDLOFD-002002
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the handover success rate threshold for determining whether a neighboring cell can be selected as a candidate cell in blind handovers. If the success rate of measurementbased handovers for a UE from the EUTRAN cell to a neighboring cell is greater than or equal to this parameter value within a measurement period, the neighboring cell can be selected as a candidate cell in blind handovers. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the CSFB-triggered measurementbased handover attempt threshold for determining whether a neighboring cell can be selected as a candidate cell in blind handovers. In a measurement period, the ratio of the CSFB-triggered measurementbased handover attempts from the E-UTRAN cell to a neighboring cell to all CSFB-triggered measurementbased handover attempts from the E-UTRAN cell to all neighboring cells working on the corresponding frequency (or frequency group) is measured. If the ratio is greater than or equal to this threshold, the neighboring cell can be selected as a candidate cell in blind handovers. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the blind handover success rate threshold for determining whether a neighboring cell selected as a candidate cell in blind handovers can remain as a candidate cell in blind handovers. If the blind handover success rate of handing over a UE from the E-UTRAN cell to the neighboring cell that has been selected as a candidate cell in blind handovers is less than or equal to this parameter value within a measurement period, the neighboring cell cannot remain as a candidate cell in blind handovers. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the mode for optimizing neighboring cells for blind handovers. If this parameter is set to FREE, the eNodeB automatically changes the priorities of neighboring cells in blind handovers. If this parameter is set to CONTROLLED, the eNodeB only reports the configuration of and optimization on neighboring cells for blind handovers to the U2000, and the U2000 delivers the configuration of and optimization on the neighboring cell after users confirm the configuration and optimization. NO
NO
NO
LOFD-002002 / TDLOFD-002002
Indicates the ID of the baseband equipment used by the clustering node. If this parameter is set to 255, no baseband equipment is specified for the clustering node. NO
NO
NO
None
Indicates the identity of the CA group. It uniquely identifies a CA group within an eNodeB.
Indicates the type of the carrier aggregation (CA) group.
YES
NO
YES
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the type of the CA group.
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 LAOFD-00100202 TDLAOFD-001003 TDLAOFD-001002 TDLAOFD-001004
YES
YES
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the local cell identity. It uniquely identifies a cell within an eNodeB. YES
YES
NO
None
Indicates the identity of the CA group. It uniquely identifies a CA group within an eNodeB.
Indicates the ID of the eNodeB serving the cell. YES
Indicates the primary serving cell (PCell) priority of the cell. The greater the parameter value, the more probable for CA UEs to treat the cell as their PCell. NO
YES
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the reference signal received power (RSRP) threshold for triggering event A4 during higherpriority cell evaluation for PCell selection in scenarios where CA is configured based on CA groups.If the measured RSRP of an inter-frequency neighboring cell in the CA group is greater than this parameter value, the CA UE reports event A4. NO
Indicates the reference signal received quality (RSRQ) threshold for triggering event A4 during higherpriority cell evaluation for PCell selection in scenarios where CA is configured based on CA groups. If the measured RSRQ of an inter-frequency neighboring cell in the CA group is greater than this parameter value, the CA UE reports event A4. NO
NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates the switch for the algorithm for periodically updating cell IDs. If this parameter is set to BOOLEAN_TRUE, cell IDs are periodically updated, inserted into the system information, and broadcast to the associated UEs once the time at which the algorithm begins to take effect is reached. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the time at which the algorithm for periodically updating cell IDs begins to take effect. If the switch for the algorithm is turned on, cell IDs are periodically updated, inserted into the system information, and broadcast to the associated UEs once the time specified by this parameter is reached.
NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates the period of updating cell IDs. NO
NO
NO
LBFD-002009 / TDLBFD-002009
Indicates whether to enable CSPC in cells under the centralized control node in Cloud BB scenarios.
NO
NO
LOFD-070208
NO
Indicates the method of measuring reference signal received power (RSRP) for CSPC. If this parameter is set to RSRP_UL, the uplink RSRP is measured based on the uplink sounding reference signal (SRS) measurement. If this parameter is set to RSRP_DL, downlink RSRP is reported by UEs in event A3 or A6. NO
NO
NO
LOFD-070208
Indicates the mode of grouping cells into clusters for CSPC. If this parameter is set to STATIC_CONFIG, cells must be manually grouped into clusters for CSPC based on site scenarios. If this parameter is set to DYNAMIC_PARTITI ON_CONFIG, the centralized control node periodically groups cells into clusters for CSPC based on site scenarios. The DYNAMIC_PARTITI ON_CONFIG value does not take effect currently. NO
NO
NO
LOFD-070208
Indicates the interval at which cells are grouped into clusters for CSPC. The interval can be configured based on network conditions. This parameter currently does not take effect because dynamic clustering is not supported. NO
NO
NO
LOFD-070208
Indicates whether the centralized control node performs power calculation for power optimization. If this parameter is set to ON, the centralized control node performs power calculation based on measurement information received from eNodeBs. If this parameter is set to OFF, the centralized control node does not perform power calculation after receiving measurement information from eNodeBs. NO
NO
NO
LOFD-070208
Indicates the percentage of subframes with full power to all subframes within one second.
NO
NO
NO
LOFD-070208
Indicates the interval between the time that an eNodeB reports measurement information to the centralized control node and the time that the power configuration delivered by the centralized control node takes effect on the eNodeB. NO
NO
NO
LOFD-070208
Indicates the maximum number of UEs that can be selected for CSPC. NO
NO
NO
LOFD-070208
Indicates the PRB usage threshold for starting the coordinated scheduling function of CSPC. The function starts when the highest PRB usage among all cells in a CSPC cluster is greater than this parameter value. NO
NO
NO
LOFD-070208
target cells that do not support VoIP services when processing intraRAT handovers for VoIP services. UtranFlashCsfbSwit ch: This switch takes effect only when UtranCsfbSwitch is turned on. GeranFlashCsfbSwi tch: This switch takes effect only when GeranCsfbSwitch is turned on. CsfbAdaptiveBlindH oSwitch: This switch takes effect only when BlindHoSwitch is turned on. GeranUltraFlashCsf bSwitch: If this switch is turned on, UEs can fall back to GERAN by performing ultraflash CSFB. If this switch is turned off, ultra-flash CSFB to GERAN is disabled. This switch is dedicated to LTE TDD cells. NO
NO
NO
LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 LOFD-001035 / TDLOFD-001035 LOFD-001052 / TDLOFD-001052 LOFD-001053 / TDLOFD-001053 LOFD-001088 / TDLOFD-001088 LOFD-001089 / TDLOFD-001089 LOFD-001090 / TDLOFD-001090 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046 LOFD-001072 / TDLOFD-001072 LOFD-001073 / TDLOFD-001073 TDLBFD-002018 TDLOFD-001022 TDLOFD-070228 LOFD-070202 / TDLOFD-070202
determining whether PS handover is applied. UEs must support voiceOverPS-HSUTRA-FDD-r9 if the target UTRAN cell works in FDD mode or voiceOverPSHS-UTRA-TDD128r9 if the target UTRAN cell works in TDD mode. If this switch is turned off, the eNodeB does not check UE capabilities when handing over UEs to UTRAN based on PS handovers. UtranFddB1CapSwi tch: If this switch is turned on, the setting of bit 41 of FGI specifying the UE capability of event B1 measurement on FDD UTRAN cells must be considered. If this switch is turned off, the setting of bit 41 of FGI does not need to be considered. NO
NO
NO
LOFD-001022 / TDLOFD-001022 LOFD-001023 / TDLOFD-001023 LOFD-001033 / TDLOFD-001033 LOFD-001034 / TDLOFD-001034 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021 TDLOFD-001052 TDLOFD-001088 TDLOFD-001043 TDLOFD-001072 TDLOFD-001046 TDLOFD-001073
Indicates the DL ICIC algorithm switch. There are four states. DlIcicSwitch_OFF_ ENUM:Indicates that DL ICIC is disabled. DlIcicDynamicSwitc h_ON_ENUM:Indic ates that dynamic DL ICIC is enabled. DlIcicStaticSwitch_ ON_ENUM:Indicate s that static DL ICIC is enabled. DlIcicReuse3Switch _ON_ENUM: None. NO
NO
NO
LBFD-00202201 / TDLBFD-00202201 LOFD-00101401
turned on, servicebased interfrequency handovers can be performed to establish and optimize intra-RAT neighbor relationships. When both UtranEventAnrSwitc h and ServiceBasedEvent AnrSwitch are turned on, servicebased handovers can be performed to establish and optimize UTRAN neighbor relationships. ServiceReqEventAn rSwitch: When both IntraRatEventAnrS witch and ServiceReqEventAn rSwitch are turned on, service-requestbased interfrequency handovers can be performed to establish and optimize intra-RAT inter-frequency neighbor relationships. NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002
Indicates the switch used to enable or disable the redirection algorithm. This switch does not control redirection or fast redirection for CSFB. GeranFlashRedirect Switch: If this switch and GeranRedirectSwitc h are turned on, fast redirection to GERAN can be performed. UranFlashRedirect Switch: If this switch and UtranRedirectSwitc h are turned on, fast redirection to UTRAN can be performed. LoadBasedSwitch: If this switch is turned on, load based redirection can be performed. NO
NO
NO
LBFD-002023 / TDLBFD-002023 LBFD-002024 / TDLBFD-002024 LOFD-00102901 / TDLOFD-00102901 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001021 / TDLOFD-001021
eNodeB does not perform the adjustment. In the current version, this parameter applies only to LTE TDD cells. IntraRatCallbackSw tich: If this check box is selected, after handover parameters are optimized, the eNodeB monitors the proportion of abnormal handovers within an MRO period for intra-RAT neighboring cells. If the proportion of abnormal handovers increases, the eNodeB rolls back the configuration. If this check box is deselected, the eNodeB does not perform the monitoring and the configuration rollback. In the current version, this parameter applies only to LTE TDD cells. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the switch for the TCP Proxy Enhancer (TPE) algorithm. The TPE algorithm uses ACK splitting to increase the data rate of TCP services at the initial stage. If this switch is turned on, the TPE algorithm is enabled and applies only to UEs that newly access or reaccess the network. If this switch is turned off, the TPE algorithm is disabled. NO
NO
NO
LOFD-001026 TDLOFD-001028
Indicates the adjustment switch that is used to enable and disable UL ICIC algorithm in the time domain. When this switch is set to ON, UL ICIC in the time domain is enabled in the cells under the eNodeB. Otherwise, UL ICIC in the time domain is disabled. NO
Indicates the switch used to enable or disable UL ICIC in the frequency domain. If this switch is set to OFF, UL ICIC in the frequency domain is disabled in the eNodeB cells. If this switch is set to STATIC, static UL ICIC in the frequency domain is enabled in the eNodeB cells. If this switch is set to DYNAMIC, dynamic UL ICIC in the frequency domain is enabled in the eNodeB cells,Dynamic ICIC and static ICIC will not take effect when the UL adaptive ICIC switch of the cell is turned on. NO
NO
NO
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
NO
LBFD-00202202 / TDLBFD-00202202 LOFD-00101402
Indicates the location services (LCS) switch. OtdoaSwitch: If the switch is turned on, observed time difference of arrivalbased (OTDOAbased) positioning is enabled. If the switch is turned off, OTDOA-based positioning is disabled. NO ). If this switch is turned on, the scheduling algorithm is notified to limit the number of resource blocks (RBs) allocated to the UE in the case of uplink congestion. According to the related specifications, however, the scheduling algorithm cannot decide how many RBs to be allocated to each bearer. The number of RBs that each non-GBR bearer can use is determined based on the prioritized bit rates (PBRs) and priorities of the associated logical channels rather than based on UlschPriorityFactor. As a result, if this switch is turned on, fairness and differentiation for combined services of a UE may be affected. NO
NO
NO
LOFD-001047 / TDLOFD-001047
NO
NO
LOFD-00301102 / TDLOFD-00301102
Indicates the switch for reporting the PCI conflict alarm. If this switch is turned on, an alarm is reported in case of PCI collision or PCI confusion to notify users. If this switch is turned off, alarms related to PCI conflict are not reported. NO
NO
NO
LOFD-002007 / TDLOFD-002007
Indicates the switch used to enable or disable the eNodeB-level energy conservation function. eNodeBlevel energy conservation can be implemented based on symbol power saving. symbol power saving applies only to LTE-only base stations. If this function is enabled, the eNodeB shuts down PAs on the corresponding RF unit when it detects that OFDM symbols within the subframes do not contain any downlink data to transmit. This reduces static power consumption and hence conserves energy for the eNodeB. NO
NO
NO
LOFD-001070 / TDLOFD-001070
reports. If this switch is turned off, the eNodeB cannot send RANINFORMATIONREQUEST PDUs to UTRAN cells to request multiple event-driven reports. GERAN_RIM_SWI TCH: Indicates the switch used to enable or disable the RIM procedure that requests eventdriven multiple reports from GERAN cells. If this switch is turned on, the eNodeB can send RANINFORMATIONREQUEST PDUs to CERAN cells to request multiple event-driven reports. If this switch is turned off, the eNodeB cannot send RANINFORMATIONREQUEST PDUs to GERAN cells to request multiple event-driven reports. NO
NO
NO
LOFD-001034 / TDLOFD-001034 LOFD-001052 / TDLOFD-001052 LOFD-001053 / TDLOFD-001053
h or UtranFastAnrSwitch is turned on for the local eNodeB, the local eNodeB will ask the U2000 for the PLMN list for a cell after the UE reports the CGI of the cell during ANR measurements. If the UE has reported the PLMNlist, the local eNodeB will not ask the U2000 for the PLMN list. NBSGERANRANSh aringSwitch: If this switch is turned on, some neighboring BTSs provide cells that work in GERAN sharing mode. In this situation, if GeranEventAnrSwit ch or GeranFastAnrSwitc h is turned on for the local eNodeB, the local eNodeB will ask the U2000 for the PLMN list for a cell after the UE reports the CGI of the cell during ANR measurements. NO
NO
NO
LOFD-002001 / TDLOFD-002001 LOFD-002002 / TDLOFD-002002 LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
sSwitch is turned on. If UtranFreqLayerMea sSwitch is turned on, the UTRAN hierarchy-based measurement algorithm takes effect for measurements related to coveragebased and CSFBtriggered handovers from EUTRAN to UTRAN. If UtranFreqLayerBlin dSwitch is turned on, the UTRAN hierarchy-based blind-handover algorithm takes effect for coveragebased and CSFBtriggered blind handovers from EUTRAN to UTRAN. If UtranSrvccSwitch is turned on, the UTRAN SRVCC hierarchy-based measurement algorithm takes effect for SRVCCtriggered handovers from EUTRAN to UTRAN. NO Indicates the switch used to enable or disable the eNodeB-level commercial mobile alert system (CMAS). NO
NO
NO
LOFD-001087 LOFD-001078 / TDLOFD-001078 TDLOFD-001022 TDLOFD-001033 TDLOFD-001052 TDLOFD-001088
NO
NO
LOFD-001092 / TDLOFD-001092
Indicates the switch controls whether to enable the eNodeB to periodically select UEs performing voice services and evaluate voice quality based on the voice quality monitoring (VQM) algorithm. It is recommended that this parameter be set to VQM_ALGO_SWIT CH_ON when voice services are encoded based on adaptive multirate (AMR). NO on the number of users. If this switch is turned on, when a user cannot access the network because of the user number restriction, the user can preempt resources of other lowerpriority users served by the same operator. If this switch is turned off, preemption is not allowed. InterOpUeNumPree mptSwitch: This parameter indicates the switch used to enable or disable the inter-operator preemption based on the number of users. If this switch is turned on, the inter-operator preemption based on the number of users is allowed. If this switch is turned off, the interoperator preemption based on the number of users is not allowed. NO
NO
NO
None
NO
NO
LOFD-00102901 / TDLOFD-00102901
Indicates the switch used to control whether operators can adopt different policies. This parameter is a bitfiled-type parameter. By specifying the bit fields under this parameter, operators can adopt different policies on the corresponding RAT. UtranSepOpMobility Switch is a switch used to control whether operators can adopt different mobility policies on their UTRANs. If this switch is turned on, operators can adopt different policies (for example, PS handover capability and RIM-based system information reading capability) on their UTRANs. If this switch is turned off, operators cannot adopt different policies on their UTRANs. NO
NO
NO
LOFD-001022 LOFD-001087 LOFD-001033 LOFD-001052 LOFD-001068 LOFD-001088 LOFD-001019 LOFD-001043 LOFD-001072 LOFD-001078
parameter is turned on, the uplink coordinated multipoint (UL CoMP) function is enabled between cells established on LBBPs in different BBUs. When UlJointReceptionOv erBBUsSwitch under this parameter is turned off, the UL CoMP is disabled between cells established on LBBPs in different BBUs. FreqCfgCaOverBB UsSwitch: Indicates whether to enable inter-BBU carrier aggregation (CA) in scenarios where CA is configured based on frequencies. This switch applies only to LTE FDD cells. This switch takes effect only when FreqCfgSwitch of the CaAlgoSwitch parameter in the ENodeBAlgoSwitch MO is on. NO
NO
NO
LOFD-070223 LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
Indicates whether to enable operatorcustomized algorithms. LcsInterRatMeasSw itch: Indicates the switch used to enable or disable the eNodeB to respond to the inter-RAT measurement request sent from the evolved serving mobile location center (E-SMLC). If this switch is turned on, the eNodeB is allowed to respond to an inter-RAT measurement request sent from the E-SMLC. If this switch is turned off, the eNodeB is not allowed to respond to an inter-RAT measurement request sent from the E-SMLC. NO
NO
NO
LOFD-001047 / TDLOFD-001047
eNodeB handover algorithm and the load-based intraeNodeB handover algorithm. If this option is selected, the eNodeB evaluates whether to perform a frequency-prioritybased intra-eNodeB handover based on the settings of InterFreqMlbSwitch of the MlbAlgoSwitch parameter and the load status on the target cell. If the target cell is heavily loaded, the eNodeB does not trigger the handover. If this option is not selected, the eNodeB evaluates whether to perform a frequency-prioritybased intra-eNodeB handover without checking the settings of InterFreqMlbSwitch of the MlbAlgoSwitch parameter on the target cell. NO Indicates the switches used to enable or disable compatibility solutions when exceptions occur, based on which the eNodeB determines whether to handle compatibility problems. If the UECapRprtAbnorm alCtrlSwitch option of this parameter is selected, the eNodeB handles compatibility problems of a UE when the UE cannot report its capability information. NO
NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201805 / TDLBFD-00201805
Indicates the switch used to enable or disable neighboring GERAN or UTRAN cell optimization for blind handovers. NO
NO
NO
None
Indicates whether the eNodeB acting as the cluster partition node groups cells into clusters for CSPC in Cloud BB scenarios.
NO
NO
LOFD-070208
NO
Indicates whether the RAN information management (RIM) procedure is initiated by the eCoordinator. If this parameter is set to ON, the RIM procedure is initiated by the eCoordinator. If this parameter is set to OFF, the RIM procedure is initiated by the core network. NO
NO
NO
MRFD-090211 LOFD001052/TDLOFD001052 LOFD001019/TDLOFD001019 LOFD001044/TDLOFD001044 LOFD001033/TDLOFD001033
Indicates whether the VoIP services are enabled in the E-UTRAN cell. This parameter is used for determining whether the establishment, handover in, admission, and reestablishment of VoIP services is allowed. NO
NO
NO
None
FreqCfgSwitch. If FreqCfgSwitch is off, the setting of SccModA6Switch does not take effect. GbrAmbrJudgeSwit ch: Specifies whether to check the bit rate and aggregate bit rate of a CA UE when an SCell is to be activated for the UE. If this switch is set to ON, the bit rate and the aggregate bit rate of the CA UE are checked when an SCell is to be activated. An SCell can be activated if the bit rate has not reached the GBR or the aggregate bit rate of the UE has not reached the AMBR. If this parameter is set to OFF, the bit rate and the aggregate bit rate of the UE are not checked when an SCell is to be activated for a CA UE. NO
NO
NO
LAOFD-00100101 LAOFD-00100102 LAOFD-00100201 / TDLAOFD00100201 LAOFD-00100202 / TDLAOFD00100102 LAOFD-070201 / TDLAOFD-070201 LAOFD-070202 TDLAOFD00100111
E_MLB_SWITCH: Indicates whether to enable eNodeBlevel interfrequency load balancing for UEs in idle mode. If the INTER_FREQ_IDL E_MLB_SWITCH option of this parameter and the ADAPTIVE_PROP ORTION option of the InterFreqIdleMlbMo de parameter are selected, the eNodeB timely adjusts the proportions of UEs to be released among frequencies based on the current proportions of UEs in connected mode among frequencies and the preset proportions of UEs in idle mode among frequencies, ensuring that the actual proportions of UEs in idle mode among frequencies approach to the preset proportions. NO
NO
NO
LOFD-001032 / TDLOFD-001032
Indicates whether to enable optimization on handover-related common configurations and algorithms. This parameter includes the following switches: BasedSriGapOptSw itch: Indicates whether to consider transmission of scheduling request indicators (SRIs) when configuring measurement gaps for a UE not in the discontinuous reception (DRX) state. NO
NO
NO
LBFD-00201802 / TDLBFD-00201802 LBFD-00201804 / TDLBFD-00201804 LBFD-00201805 / TDLBFD-00201805 LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046 LOFD-001072 / TDLOFD-001072 LOFD-001073 / TDLOFD-001073
Indicates whether to enable network performance optimization when the network is heavily loaded. This parameter includes the following switch: SPECSIGRETRAN SOPTSWITCH: Indicates whether to optimize special signaling retransmission. If this switch is on, the eNodeB adaptively configures the maximum number of special signaling retransmissions that can be initiated by the RLC layer based on the number of UEs in the cell. If this switch is off, the eNodeB does not adaptively configure the maximum number of special signaling retransmissions based on the number of UEs in the cell. NO
NO
NO
LOFD-001019 / TDLOFD-001019 LOFD-001020 / TDLOFD-001020 LOFD-001043 / TDLOFD-001043 LOFD-001046 / TDLOFD-001046 LOFD-001072 / TDLOFD-001072 LOFD-001073 / TDLOFD-001073 LOFD-001078
LOADNOTBALANC ESCHSWITCH:Indi cates whether to enable MAC scheduling optimization for cells with unbalanced intercell or intra-cell (uplink and downlink) loads in heavy traffic scenarios. The optimization is enabled only when this switch is on. NO
NO
NO
LOFD-00101502 / TDLOFD-00101502
Indicates whether cyclic shift (CS) is used in preamble generation in highspeed mobility scenarios. If this parameter is set to ON, CS is used in preamble generation in highspeed mobility scenarios, and the number of root sequences required in the cell is relatively small. If this parameter is set to OFF, CS is not used in preamble generation in highspeed mobility scenarios, and the number of root sequences required in the cell is relatively large. NO
NO
NO
LOFD-001007 / TDLOFD-001007
the eNodeB adjusts the proportions of UEs in idle mode among frequencies during eNodeBlevel interfrequency load balancing for UEs in idle mode.If the ADAPTIVE_PROP ORTION option of this parameter and the INTER_FREQ_IDL E_MLB_SWITCH option of the MlbAlgoSwitch parameter are selected, the eNodeB timely adjusts the proportions of UEs to be released among frequencies based on the current proportions of UEs among frequencies and the preset proportions of UEs among frequencies, ensuring that the proportions of UEs in idle mode among frequencies approaches to the preset proportions. NO
NO
NO
LOFD-070215 / TDLOFD-070215
balancing for UEs in idle mode. If the INTER_FREQ_IDL E_MLB_SWITCH option of the MlbAlgoSwitch parameter and the ADAPTIVE_PROP ORTION option of the InterFreqIdleMlbMo de parameter are selected, the eNodeB periodically measures the average number of uplink– synchronized UEs in a cell. When a statistic period approaches its ends, the eNodeB adjusts the proportions of UEs in idle mode among frequencies based on the statistic results in the period. The value 0 indicates that the eNodeB does not adjust the proportions of UEs in idle mode among frequencies based on the statistic results. NO
NO
NO
LOFD-070215 / TDLOFD-070215
in idle mode among frequencies based on the actual statistic results during eNodeBlevel interfrequency load balancing for UEs in idle mode.If the INTER_FREQ_IDL E_MLB_SWITCH option of the MlbAlgoSwitch parameter and the ADAPTIVE_PROP ORTION option of the InterFreqIdleMlbMo de parameter are selected, the eNodeB periodically measures the average number of uplink-synchronized UEs in a cell. If the sum of the average number of uplinksynchronized UEs in all cells is above or equal to this parameter value, the eNodeB adjusts the proportions based on the actual statistic results within the statistic period. NO Indicates the proportion of the UL licensed traffic to the total licensed traffic of the eNodeB. The total licensed traffic is the sum of UL and DL licensed traffic. If this parameter is set to 100%, there is no DL licensed traffic, affecting service admission. NO
NO
NO
NO
LOFD-070215 / TDLOFD-070215
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the mode of traffic sharing between the operators in RAN sharing scenarios. If this parameter is set to SHARING, all the operators share the total traffic of the eNodeB without proportional limits. If this parameter is set to DEDICATE and the ENodeBSharingMo de parameter is not set to INDEPENDENT, all the operators share the total traffic of the eNodeB based on specific proportions. However, the vacant traffic of an operator can be used by other operators. NO
Indicates the ID of the operator.
YES
NO
YES
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
Indicates the proportion of traffic used by the operator when the eNodeB is shared among operators. This parameter must be set based on the contract signed by operators. If this parameter is set to 0, services except emergency calls of this operator are not admitted.
Indicates the proportion of traffic that the operator can share with other operators when the eNodeB is shared among operators.
NO
NO
NO
NO
NO
LOFD-001036 / TDLOFD-001036 LOFD-001037 / TDLOFD-001037 LOFD-070206
NO
LOFD-001036 / TDLOFD-001036 LOFD-070206
Indicates the period of measurement for MRO. During the period, the number of handovers is measured and abnormal scenarios (including premature handover, delayed handover, and pingpong handover) are identified. After the period elapses, the eNodeB makes a decision on parameter adjustment. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold for enabling mobilityrelated parameter optimization based on the handover success rate. If the handover success rate is less than or equal to this parameter value, mobility-related parameters are optimized to reduce the number of premature or delayed handovers. If the handover success rate is greater than this parameter value, mobility-related parameters are optimized to reduce the number of pingpong handovers. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold of the number of handovers required for enabling MRO. MRO is applied and parameter adjustment is started only if the number of handovers from the local cell to a neighboring cell reaches this threshold. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the time threshold for pingpong handover. If a UE is handed over back to the source cell after staying in the target cell for a period shorter than this threshold, the eNodeB decides that a ping-pong handover occurs based on the history information about this UE. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold for the percentage of intraRAT ping-pong handovers. If the percentage of intraRAT ping-pong handovers is greater than this parameter value, parameters are adjusted to reduce the number of pingpong handovers. If the percentage is less than or equal to this parameter value, parameters are not adjusted. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold for the percentage of coverage-induced abnormal handovers to all abnormal handovers from the serving cell to a neighboring cell. If the percentage exceeds this threshold when a mobility robustness optimization (MRO) period approaches its end, the eNodeB does not adjust MRO-related parameters of the neighboring cell within period. for thethis serving cell. NO The threshold is used to identify abnormal coverage in a serving cell. If a UE successfully reestablishes an RRC connection or reaccess the serving cell after a radio link failure (RLF) or a handover failure, the UE sends the eNodeB an RLF report, which includes the RSRP values of the serving cell and neighboring cell. If the RSRP value of the serving cell is less than this parameter value and the RSRP value of the neighboring cell is less than the NeighborRsrpThd parameter value, this RLF or handover failure is induced by abnormal coverage rather than inappropriate MRO configurations. NO
NO
NO
LOFD-002005 / TDLOFD-002005
NO
NO
LOFD-002005 / TDLOFD-002005
is used to identify coverage-induced abnormal handovers from the serving cell to the neighboring cell. If a UE successfully reestablishes an RRC connection or reaccess the serving cell after a radio link failure (RLF) or a handover failure, the UE sends the eNodeB an RLF report, which includes the RSRP values of the serving cell and neighboring cell. If the RSRP value of the serving cell is less than the ServingRsrpThd parameter value and the RSRP value of the neighboring cell is less than this parameter value, this RLF is induced by abnormal coverage rather than inappropriate MRO configurations. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold for the number of pingpong handovers. If the number of consecutive pingpong handovers reaches the threshold, the UE is a ping-pong UE. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the percentage threshold of too late handovers caused by low event A2 threshold and late inter-frequency measurement to the sum of too early handovers and too late handovers. If the actual percentage is greater than the percentage threshold, the event A2 threshold adjustment is triggered by interfrequency MRO. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold of event A2 rollback triggered by interfrequency MRO. If the percentage of too late handovers caused by late inter-frequency measurement to the sum of too early handovers and too late handovers is less than the threshold, the event A2 rollback is triggered. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the mode for optimizing mobility robustness optimization (MRO). If this parameter is set to FREE, the eNodeB automatically optimizes handover and reselection parameters. If this parameter is set to CONTROLLED, the eNodeB only reports the handover or reselection parameters to be optimized to the U2000, and the U2000 delivers the optimization on handover or reselection parameters after users confirm the optimization. This parameter cannot be set to CONTROLLED for inter-RAT MRO. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold for enabling optimization of unnecessary interRAT handovers based on the interRAT handover success rate. If the inter-RAT handover success rate is higher than or equal to this threshold, optimization of unnecessary interRAT handovers is enabled. In the current version, this parameter applies only to LTE TDD cells. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold for determining an unnecessary interRAT handover. If a UE is successfully handed over to a UTRAN or GERAN cell and the RSRP of an E-UTRAN cell is larger than or equal to this threshold, the handover is an unnecessary interRAT handover. In the current version, this parameter applies only to LTE TDD cells. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the minimum value within the range for inter-RAT A2 event threshold adjustment. In the current version, this parameter applies only to LTE TDD cells. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the handover quantity threshold for enabling inter-RAT MRO. After the number of handovers reaches this threshold, interRAT MRO is enabled. NO
NO
NO
LOFD-002005 / TDLOFD-002005
the proportion of premature handovers is higher than the threshold, MRO against premature handovers is enabled. If the proportion of premature handovers is lower than or equal to the threshold, MRO against premature handovers is not enabled. If both this parameter and the IntraRat Too Late HO Ratio Threshold parameter are set to a value of 50 or less, the conditions for optimizing both premature and delayed intra-RAT handovers may be met. In this case, delayed intra-RAT handovers, which increases the service drop rate at a higher probability than the premature intra-RAT handovers, are performed in priority. NO
NO
NO
LOFD-002005 / TDLOFD-002005
handovers. If the proportion of the delayed handovers is higher than the threshold, MRO against delayed handovers is enabled. If the proportion of the delayed handovers is lower than or equal to the threshold, MRO against delayed handovers is not enabled. If both this parameter and the IntraRat Too Early HO Ratio Threshold parameter are set to a value of 50 or less, the conditions for optimizing both premature and delayed intra-RAT handovers may be met. In this case, delayed intra-RAT handovers, which increases the service drop rate at a higher probability than the premature intra-RAT handovers, are performed in priority. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the threshold of the proportion of abnormal intra-RAT handovers. If the proportion of abnormal handovers is higher than the threshold, MRO against abnormal intra-RAT handovers is enabled. If the proportion of the abnormal handovers is lower than or equal to the threshold, MRO against abnormal intra-RAT handovers is not enabled. Abnormal handovers include both premature and delayed handovers. NO
NO
NO
LOFD-002005 / TDLOFD-002005
Indicates the index of a simulated load configuration. One BS can store 10 simulated load configurations, which are identified by the indexes. YES
YES
NO
None
Indicates the RB usage threshold of a simulated load configuration. If the RB usage of a cell is below this threshold, the simulated load scheduling is performed. NO
NO
NO
None
Indicates the power usage threshold of a simulated load configuration. If the power usage of a cell is below this threshold, the simulated load scheduling is performed. NO
NO
NO
None
Indicates the reporting period for simulated load. The value 0 indicates that simulated load is not reported. NO
NO
NO
None
Indicates the measurement period for simulated load. The value 0 indicates that simulated load is not measured. NO
NO
NO
None
Indicates the switch that is used to control whether to enable and disable the frequencyselective scheduling in simulated load configuration. If the switch is set to ON, the frequencyselective scheduling is enabled. If the switch is set to OFF, the frequencydiversity scheduling is used. NO
NO
NO
None
Indicates whether to enable or disable the TCP ACK control algorithm. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates the maximum downlink throughput in the TCP ACK control algorithm. If this parameter is set to 0, the downlink throughput in the TCP ACK control algorithm is not under control. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates the timer length for the TCP ACK control algorithm. This timer can be used to control traffic of the ACKs to uplink TCP packets, therefore preventing traffic bursts in the downlink.
NO
NO
LOFD-001026 / TDLOFD-001028
NO
Indicates the switch used to enable or disable the TCP MSS function. If this switch is turned off, TCP packets are transparently transmitted without being processed. If this switch is turned on, the value of the MSS field in each packet for TCP link setups can be modified. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates the threshold for the value of the MSS field in packets for TCP link setups. If the TCP MSS function is enabled, the eNodeB first checks the MSS field in each packet for TCP link setups. If the value of the MSS field is greater than the predefined threshold, the eNodeB changes the value of the MSS field to the predefined threshold. Then, the eNodeB recalculates the TCP checksum and retransmits the packet with modified fields. For other packets, the eNodeB transparently transmits them. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates the time delay of the frame start time for all TDD E-UTRAN cells under the eNodeB to the time of the reference clock. NO
NO
NO
TDLBFD-001007 TDLBFD-00100701 TDLBFD-00100702 TDLOFD-001026 TDLOFD-00102601 TDLOFD-00102602 TDLOFD-00102603
Indicates the switch for forcibly activating a TDD cell. If this parameter is set to ON, a TDD cell can be activated when no clock resource is available. If this parameter is set to OFF, a TDD cell cannot be activated when no clock resource is available. This parameter cannot be set to ON when there are inter-BBU services because the services will be affected. NO
NO
NO
LBFD-002008 / TDLBFD-002008
Indicates whether to prohibit the eNodeB from setting up a cell or sector (that is not bound to baseband equipment) on the baseband equipment that has been bound to another cell or sector. If this parameter is set to ON and the baseband equipment is bound to a cell or sector, a cell or sector that is not bound to the baseband equipment cannot be set up on it. NO
NO
NO
None
Indicates the number of ports that enable TCP acceleration.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 1 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 2 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 3 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 4 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 5 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 6 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 7 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 8 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 9 to which TPE is to be applied.
NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 10 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 11 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 12 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 13 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 14 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 15 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 16 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 17 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 18 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 19 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates port 20 to which TPE is to be applied. NO
NO
NO
LOFD-001026 / TDLOFD-001028
Indicates the maximum UL voice packet delay variation allowed on the Uu interface. If the actual delay variation of a UL voice packet exceeds this limit, this packet is regarded as lost during the evaluation of voice quality impact (VQI). The delay variation is measured at the eNodeB PDCP layer. NO
NO
NO
None
Indicates the interval for detecting licenserelated alarms. The eNodeB detects license control items every other interval and reports a license-related alarm if the corresponding reporting condition is met. NO
NO
NO
LBFD-004014 / TDLBFD-004014
Indicates the threshold for generating license alarms. A license alarm is generated if the proportion of the actually used value to the allocated value of the license control item exceeds this threshold.
NO
NO
NO
LBFD-004014 / TDLBFD-004014
Indicates the interval for clearing license alarms. During this interval, the eNodeB detects license control items and clears license alarms if the condition for clearing license alarms is met. NO
NO
NO
LBFD-004014 / TDLBFD-004014
Indicates the threshold for clearing license alarms. A license alarm is cleared if the proportion of the actually used value to the allocated value of the license control item is below this threshold.
NO
NO
LBFD-004014 / TDLBFD-004014
NO
Indicates reserved 32-bit switch parameter 0 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 1 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved 32-bit switch parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 2 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 3 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 4 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 5 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 6 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 7 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 8 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 9 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 10 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 11 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 12 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 13 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 14 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 15 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 16 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 17 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 18 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 19 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 20 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 21 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 22 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 23 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 24 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 25 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 26 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 27 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 28 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 29 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 30 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 31 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 32 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 33 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 34 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 35 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 36 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 37 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 38 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 39 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 40 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 41 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 42 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 43 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 44 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 45 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 46 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 47 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 48 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 49 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 50 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 51 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 52 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates reserved parameter 53 that is reserved for future requirements. Note on parameter replacement: Reserved parameters are temporarily used in patch versions and will be replaced with new parameters. For example, the ID of a new parameter can signify the parameter function. Therefore, avoid using this parameter. NO
NO
NO
None
Indicates the switch for RF module regular time sleep. Cells are unavailable after the eNodeB enters RF module regular time sleep. After the eNodeB exit RF module regular time sleep, it is in the normal state. NO
NO
NO
LOFD-001025 / TDLOFD-001025
Indicates the time for enter RF module regular time sleep. NO
NO
NO
LOFD-001025 / TDLOFD-001025
Indicates the time for exit RF module regular time sleep.
NO
NO
LOFD-001025 / TDLOFD-001025
NO
Indicates whether the eNodeB is RF module regular time sleep. If this parameter is RF module regular time sleep mode, all cells are unavailable. If this parameter is normal, the eNodeB runs normally. NO
NO
YES
None
Indicates whether an adaptive asynchronization UE is selected when the adaptive asynchronization function is enabled. If a UE does not transmit or receive data for a period of time that is longer than the AdaptUnsyncTimer Len parameter value, the UE is a candidate adaptive asynchronization UE. When this parameter value is larger than or equal to the UeInactiveTimer parameter value, the adaptive asynchronization function does not take effect. NO
NO
NO
None
Indicates the threshold of the ratio of uplinksynchronized UEs in a cell or a baseband processing unit. If the ratio of uplinksynchronized UEs in a cell or a baseband processing unit exceeds this threshold, the eNodeB adaptively enables some UEs that do not transmit or receive data for a period of time greater than the AdaptUnsyncTimer Len parameter value to enter the asynchronization state. As a result, PUCCH resources can be released and used by other UEs. NO
NO
NO
None
Feature Name
Value Type
GUI Value Range
Enumeration Number/Bit
Unit
Extended-QCI
Interval Type
0~5
N/A
None
Extended-QCI
Interval Type
10~254
N/A
None
Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Interval Type
0~9
N/A
None
Service Based Inter-frequency Handover
Interval Type
0~9
N/A
None
None
Interval Type
0~5
N/A
None
Coverage Based Inter-frequency
Coverage Based Inter-frequency
Enumeration Type
EUTRAN_TDD, EUTRAN_FDD, EUTRAN
EUTRAN_TDD~1, EUTRAN_FDD~2, EUTRAN~3
None
Enumeration Type
EUTRAN_TDD, EUTRAN_FDD, EUTRAN, NULL
EUTRAN_TDD~1, EUTRAN_FDD~2, EUTRAN~3, NULL~4
None
Coverage Based Inter-frequency
Interval Type
-100,-20~20
N/A
dBm
Coverage Based Inter-frequency Handover
Interval Type
-100,-20~20
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
-100,-20~20
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
-100,-20~20
N/A
dBm
Multi Operators SPID Policy
0~5
N/A
None
Interval Type
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Flexible User Steering Camp & Handover Based on SPID UL Pre-allocation Based on SPID Multi Operators SPID Policy Interval Type
1~256
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Multi Operators SPID Policy Enumeration Type
NOT_CFG(NOT_C NOT_CFG~0, FG), CFG(CFG) CFG~1
None
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Flexible User Steering Camp & Handover Based on SPID UL Pre-allocation Based on SPID Multi Operators SPID Policy Interval Type
0~255
N/A
None
None
0~5
N/A
None
Interval Type
N/A
None
QCI1(QCI 1), QCI2(QCI 2), QCI3(QCI 3), QCI4(QCI 4), QCI5(QCI 5), QCI6(QCI 6), QCI7(QCI 7), QCI8(QCI 8), QCI9(QCI 9)
QCI1~1, QCI2~2, QCI3~3, QCI4~4, QCI5~5, QCI6~6, QCI7~7, QCI8~8, QCI9~9
None
Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Interval Type
0~9
N/A
None
Service Based Inter-frequency Handover
0~9
N/A
None
None
Enumeration Type
Interval Type
Service Based Inter-frequency Handover Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Service-Request Based Interfrequency Handover Enumeration Type
SERVICE_HO_QCI _BEAR_ALLOWED (QCI Bear Allowed), SERVICE_HO_QCI _BEAR_NOT_ALL OWED(QCI Bear Not Allowed)
SERVICE_HO_QCI _BEAR_ALLOWED ~0, SERVICE_HO_QCI _BEAR_NOT_ALL OWED~1 None
CS Fallback to UTRAN CS Fallback to GERAN Flash CS Fallback to UTRAN Flash CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~5
N/A
None
CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Flash CS Fallback to UTRAN Flash CS Fallback to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
UTRAN, GERAN, CDMA2000
UTRAN~0, GERAN~1, CDMA2000~2
None
CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Flash CS Fallback to UTRAN Flash CS Fallback to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
UTRAN, GERAN, CDMA2000, NULL
UTRAN~0, GERAN~1, CDMA2000~2, NULL~3
None
CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Flash CS Fallback to UTRAN Flash CS Fallback to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
CS Fallback to UTRAN
CS Fallback to GERAN
UTRAN, GERAN, CDMA2000, NULL
UTRAN~0, GERAN~1, CDMA2000~2, NULL~3
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
CS Fallback to CDMA2000 1xRTT Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
CS Fallback to CDMA2000 1xRTT CS Fallback Steering to UTRAN CS Fallback Steering to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
UTRAN, GERAN, CDMA2000
UTRAN~0, GERAN~1, CDMA2000~2
None
UTRAN, GERAN, CDMA2000, NULL
UTRAN~0, GERAN~1, CDMA2000~2, NULL~3
None
CS Fallback to CDMA2000 1xRTT CS Fallback Steering to UTRAN CS Fallback Steering to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
CS Fallback to CDMA2000 1xRTT CS Fallback Steering to UTRAN CS Fallback Steering to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
UTRAN, GERAN, CDMA2000, NULL
UTRAN~0, GERAN~1, CDMA2000~2, NULL~3
None
CS Fallback to UTRAN CS Fallback to GERAN CS Fallback Steering to UTRAN CS Fallback Steering to GERAN Bit Field Type
REDIRECTION, CCO_HO, PS_HO
REDIRECTION~0, CCO_HO~1, PS_HO~2
None
CS Fallback Steering to UTRAN CS Fallback Steering to GERAN Bit Field Type
REDIRECTION, CCO_HO, PS_HO
REDIRECTION~0, CCO_HO~1, PS_HO~2
None
Admission Control
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Admission Control
Interval Type
1~15
N/A
None
Mobility Management
String Type
3 characters
N/A
None
Mobility Management
String Type
2~3 characters
N/A
None
Mobility Management
Interval Type
0~65535
N/A
None
None
Interval Type
0~5
N/A
None
3 characters
N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN CS Fallback to UTRAN String Type
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN CS Fallback to UTRAN String Type
2~3 characters
N/A
None
Camp & Handover Based on SPID
0~255
N/A
None
Interval Type
Camp & Handover Based on SPID Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
EUTRAN~0, UTRAN~1, GERAN~2, EUTRAN, UTRAN, CDMA20001XRTT~ GERAN, 3, CDMA20001XRTT, CDMA2000HRPD~ CDMA2000HRPD 4 None
Camp & Handover Based on SPID
Interval Type
0~46589,54436~65 535 N/A
None
Camp & Handover Based on SPID
Interval Type
0~7
N/A
None
Camp & Handover Based on SPID
Enumeration Type
GSM_dcs1800, GSM_pcs1900
GSM_dcs1800~0, GSM_pcs1900~1
None
Service Based Inter-frequency Handover Service-Request Based Interfrequency Handover
Interval Type
0~5
N/A
None
Service Based Inter-frequency Handover Service-Request Based Interfrequency Handover
Interval Type
0~9
N/A
None
Service Based Inter-frequency Handover Service-Request Based Interfrequency Handover
Interval Type
0~7
N/A
None
Service Based Inter-frequency Handover Service-Request Based Interfrequency Handover
Interval Type
0~46589,54436~65 535 N/A
None
Service Based Inter-frequency Handover
Interval Type
0~5
None
N/A
Service Based Inter-frequency Handover
Interval Type
0~9
N/A
None
Service Based Inter-frequency Handover
Enumeration Type
NO_HO, PERMIT_HO
NO_HO~0, PERMIT_HO~1
None
Service Based Inter-frequency Handover
Interval Type
0~46589,54436~65 535 N/A
None
Service Based Inter-frequency Handover Service-Request Based Interfrequency Handover
Interval Type
10~20000
N/A
ms
Service Based Inter-frequency Handover Service-Request Based Interfrequency Handover
Enumeration Type
Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Interval Type
0ms(0ms), 40ms(40ms), 64ms(64ms), 80ms(80ms), 100ms(100ms), 128ms(128ms), 160ms(160ms), 256ms(256ms), 320ms(320ms), 480ms(480ms), 512ms(512ms), 640ms(640ms), 1024ms(1024ms), 1280ms(1280ms), 2560ms(2560ms), 5120ms(5120ms)
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
0~5
N/A
None
Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Interval Type
0~9
N/A
None
Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Enumeration Type
NO_HO, PERMIT_HO, MUST_HO
NO_HO~0, PERMIT_HO~1, MUST_HO~2
None
Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Enumeration Type
SERVIC_IR_MEAS _NO_ORDER, SERVICE_IR_MEA S_ORDER
SERVIC_IR_MEAS _NO_ORDER~0, SERVICE_IR_MEA S_ORDER~1 None
Camp & Handover Based on SPID UL Pre-allocation Based on SPID
Interval Type
1~256
N/A
DRX
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
Camp & Handover Based on SPID
Enumeration Type
NOT_CFG(NOT_C NOT_CFG~0, FG), CFG(CFG) CFG~1
None
Camp & Handover Based on SPID
Interval Type
0~255
None
N/A
None
UL Pre-allocation Based on SPID
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
Camp & Handover Based on SPID Intra-LTE Load Balancing
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
Camp & Handover Based on SPID Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
Camp & Handover Based on SPID
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
None
String Type
3 characters
N/A
None
None
String Type
2~3 characters
N/A
None
None
Interval Type
0~4095,429496729 5 N/A
None
SRVCC to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN CS Fallback with LAI to UTRAN CS Fallback Steering to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Service based interRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Ultra-Flash CSFB Bit Field Type
PsHoCapCfg(PsHo CapCfg), SiByRimCapCfg(Si ByRimCapCfg), VoipCapCfg(VoipCa pCfg), UltraFlashCsfbCap Cfg(UltraFlashCsfb CapCfg)
PsHoCapCfg~0, SiByRimCapCfg~1, VoipCapCfg~2, UltraFlashCsfbCap Cfg~3 None
None
Interval Type
0~5
N/A
None
None
Interval Type
1~9
N/A
None
None
Bit Field Type
arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
String Type
1~64 characters
N/A
None
None
Interval Type
1~255
N/A
None
None
Interval Type
0~1048575
N/A
None
None
String Type
0~256 characters
N/A
None
None
String Type
0~64 characters
N/A
None
None
String Type
0~128 characters
N/A
None
Automatic Neighbour Relation (ANR) Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
Automatic Neighbour Relation (ANR) Interval Type
0~30
N/A
0.5dB
Automatic Neighbour Relation (ANR) Interval Type
-30~30
N/A
0.5dB
Automatic Neighbour Relation (ANR) Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
Automatic Neighbour Relation (ANR) Interval Type
0~30
N/A
0.5dB
Automatic Neighbour Relation (ANR) Interval Type
-141~-43
N/A
dBm
Integrity Protection
0,10~600
N/A
s
Interval Type
Integrity Protection
Interval Type
0,128~4294967295 N/A
None
Integrity Protection
Enumeration Type
OFF(Off), ON(On)
None
Encryption: AES Encryption: SNOW 3G Encryption: ZUC Enumeration Type
OFF~0, ON~1
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
Encryption: AES Encryption: SNOW 3G Encryption: ZUC Enumeration Type
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
Encryption: AES Encryption: SNOW 3G Encryption: ZUC Enumeration Type
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
Encryption: AES Encryption: SNOW 3G Encryption: ZUC Enumeration Type
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
None
Interval Type
1~200
N/A
s
None
Interval Type
1~200
N/A
s
None
Interval Type
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~200
N/A
s
1~65535
N/A
ms
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~65535
N/A
ms
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~65535
N/A
ms
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
1~65535
N/A
ms
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
1~65535
N/A
ms
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
1~65535
N/A
ms
None
Interval Type
3~15
N/A
s
None
Interval Type
1~200
N/A
s
None
Interval Type
1~200
N/A
s
None
Interval Type
0~1000
N/A
ms
None
Integrity Protection
Integrity Protection
Integrity Protection
Interval Type
0~1000
N/A
ms
Enumeration Type
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
Enumeration Type
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
Enumeration Type
NULL(NULL Algorithm), Snow3G(SNOW 3G Algorithm), AES(AES Algorithm), NULL~0, ZUC(ZUC Snow3G~1, AES~2, Algorithm) ZUC~3 None
Integrity Protection
Enumeration Type
Disable(Disable NULL Algorithm), Enable(Enable NULL Algorithm)
RObust Header Compression (ROHC)
Enumeration Type
OFF(Off), ON(On)
Disable~0, Enable~1
None
OFF~0, ON~1
None
RObust Header Compression (ROHC)
Enumeration Type
U_MODE(Unidirecti onal Mode), O_MODE(Bidirectional Optimistic Mode), R_MODE(BiU_MODE~1, Directional Reliable O_MODE~2, Mode) R_MODE~3
None
RObust Header Compression (ROHC)
Bit Field Type
Profile0x0001(Profil e0x0001), Profile0x0002(Profil e0x0002), Profile0x0003(Profil e0x0003), Profile0x0004(Profil e0x0004)
RRC Connection Management
Interval Type
1~16
Profile0x0001~0, Profile0x0002~1, Profile0x0003~2, Profile0x0004~3
None
N/A
s
None
None
Enumeration Type
min5(5), min10(10), min20(20), min30(30), min60(60), min120(120), min180(180)
min5~0, min10~1, min20~2, min30~3, min60~4, min120~5, min180~6 min
Enumeration Type
ms50(50), ms100(100), ms150(150), ms200(200), ms500(500), ms1000(1000), ms2000(2000)
ms50~0, ms100~1, ms150~2, ms200~3, ms500~4, ms1000~5, ms2000~6 ms
None
None
Enumeration Type
ms100(100), ms200(200), ms500(500), ms1000(1000), ms2000(2000), ms4000(4000), ms8000(8000)
ms100~0, ms200~1, ms500~2, ms1000~3, ms2000~4, ms4000~5, ms8000~6
Enumeration Type
min5(5), min10(10), min20(20), min30(30), min60(60), min120(120), min180(180)
min5~0, min10~1, min20~2, min30~3, min60~4, min120~5, min180~6 min
ms
RRC Connection Management
Interval Type
0~3600
N/A
s
RRC Connection Management
Interval Type
0~3600
N/A
s
RRC Connection Management
Interval Type
0~5
N/A
s
Dynamic DRX High-MobilityTriggered Idle Mode Interval Type
10~3600
N/A
s
Dynamic DRX High-MobilityTriggered Idle Mode Interval Type
5~3600
N/A
s
None
Interval Type
0~255
N/A
None
None
Enumeration Type
IPv4(IPv4 Address), IPv6(IPv6 Address) IPv4~0, IPv6~1
None
None
IP Address Type
Valid IP address
N/A
None
None
IP Address Type
Valid IP address
N/A
None
Self-configuration
String Type
3 characters
N/A
None
Self-configuration
String Type
2~3 characters
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~255
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-140~-43
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-140~-43
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~30
N/A
kB
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
1~10
N/A
kB
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~300
N/A
ms
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
10~1000
N/A
kbit/s
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-30~30
N/A
0.5dB
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
1~65535
N/A
min
Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Carrier Aggregation for Downlink 2CC in 40MHz Support for UE Category 6 CA for Downlink 2CC from Multiple Carriers Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Carrier Aggregation for Downlink 2CC in 40MHz Support for UE Category 6 CA for Downlink 2CC from Multiple Carriers Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Carrier Aggregation for Downlink 2CC in 40MHz Support for UE Category 6 CA for Downlink 2CC from Multiple Carriers Interval Type
0~15
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Carrier Aggregation for Downlink 2CC in 40MHz Support for UE Category 6 CA for Downlink 2CC from Multiple Carriers Interval Type
5~60
N/A
s
None
0~255
N/A
None
Interval Type
DL 2x2 MIMO DL 4x2 MIMO DL 4x4 MIMO Single Streaming Beamforming Dual Streaming Beamforming
Enumeration Type
NO_ADAPTIVE(NO _ADAPTIVE), TxD_BF_ADAPTIV E(TxD_BF_ADAPTI VE), MIMO_BF_ADAPTI VE(MIMO_BF_ADA PTIVE)
NO_ADAPTIVE~0, TxD_BF_ADAPTIV E~1, MIMO_BF_ADAPTI VE~2 None
DL 2x2 MIMO DL 4x2 MIMO DL 4x4 MIMO Single Streaming Beamforming Dual Streaming Beamforming
Enumeration Type
TM2(TM2), TM3(TM3), TM7(TM7), TM8(TM8), TM4(TM4), TM9w/oPMI(TM9w/ oPMI), TM9wPMI(TM9wP MI)
TM2~0, TM3~1, TM7~2, TM8~3, TM4~4, TM9w/oPMI~5, TM9wPMI~6
None
DL 2x2 MIMO DL 4x4 MIMO Single Streaming Beamforming Dual Streaming Beamforming
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Interval Type
0~255
N/A
None
DL CoMP Introduction Package Intra-eNodeB DL CoMP in DCS Mode Intra-eNodeB DL CoMP in Adaptive Mode
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
Dynamic Downlink Power Allocation
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Dynamic Downlink Power Allocation
Enumeration Type
DB_6_P_A(-6 dB), DB_4DOT77_P_A(4.77 dB), DB_3_P_A(-3 dB), DB_1DOT77_P_A(1.77 dB), DB0_P_A(0 dB), DB1_P_A(1 dB), DB2_P_A(2 dB), DB3_P_A(3 dB)
None
Interval Type
0~255
DB_6_P_A~0, DB_4DOT77_P_A~ 1, DB_3_P_A~2, DB_1DOT77_P_A~ 3, DB0_P_A~4, DB1_P_A~5, DB2_P_A~6, DB3_P_A~7 dB
N/A
None
DRX
Interval Type
0~1000
N/A
per mill
DRX
Interval Type
1~1000
N/A
per mill
DRX
Interval Type
0~1999
N/A
per mill
DRX
Interval Type
1~2000
N/A
per mill
DRX
Interval Type
0~1999
N/A
per mill
DRX
Interval Type
1~2000
N/A
per mill
DRX
Interval Type
2~300
N/A
20ms
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Interval Type
2~300
N/A
20ms
None
Interval Type
0~1999
N/A
per mill
None
Interval Type
0~1999
N/A
per mill
Dynamic DRX DRX
Enumeration Type
SF10(10 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)
SF10~0, SF20~1, SF32~2, SF40~3, SF64~4, SF80~5, SF128~6, SF160~7, SF256~8, SF320~9, SF512~10, SF640~11, SF1024~12, SF1280~13, SF2048~14, SF2560~15
subframe
DRX
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Dynamic DRX High-MobilityTriggered Idle Mode Enumeration Type
PSF1(1 PDCCH subframe), PSF2(2 PDCCH subframes), PSF3(3 PDCCH subframes), PSF4(4 PDCCH subframes), PSF5(5 PDCCH subframes), PSF6(6 PDCCH subframes), PSF8(8 PDCCH subframes), PSF10(10 PDCCH subframes), PSF20(20 PDCCH subframes), PSF30(30 PDCCH subframes), PSF40(40 PDCCH subframes), PSF50(50 PDCCH subframes), PSF60(60 PDCCH subframes), PSF80(80 PDCCH subframes), PSF100(100 PDCCH subframes), PSF200(200 PDCCH subframes)
PSF1~0, PSF2~1, PSF3~2, PSF4~3, PSF5~4, PSF6~5, PSF8~6, PSF10~7, PSF20~8, PSF30~9, PSF40~10, PSF50~11, PSF60~12, PSF80~13, PSF100~14, PSF200~15 subframe
Dynamic DRX
Enumeration Type
PSF200(200 PDCCH subframes), PSF300(300 PDCCH subframes), PSF500(500 PDCCH subframes), PSF750(750 PDCCH subframes), PSF1280(1280 PDCCH subframes), PSF1920(1920 PDCCH subframes), PSF2560(2560 PDCCH subframes)
PSF200~0, PSF300~1, PSF500~2, PSF750~3, PSF1280~4, PSF1920~5, PSF2560~6
subframe
DRX
Enumeration Type
DEFAULT(Default), QCIPRIORITY(QCI DEFAULT~0, priority) QCIPRIORITY~1
None
DRX
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Interval Type
0~255
N/A
None
Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-140~-43
N/A
dBm
Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-40~-6
N/A
0.5dB
None
0~255
N/A
None
Interval Type
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO DL 2x2 MIMO
Enumeration Type
NO_ADAPTIVE(NO _ADAPTIVE), OL_ADAPTIVE(OL _ADAPTIVE), CL_ADAPTIVE(CL _ADAPTIVE), OC_ADAPTIVE(OC _ADAPTIVE)
NO_ADAPTIVE~0, OL_ADAPTIVE~1, CL_ADAPTIVE~2, OC_ADAPTIVE~3 None
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO DL 2x2 MIMO
Enumeration Type
TM2(TM2), TM3(TM3), TM4(TM4), TM6(TM6)
TM2~0, TM3~1, TM4~2, TM6~3
None
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO
None
Enumeration Type
TM2(TM2), ADAPTIVE(ADAPTI TM2~0, VE) ADAPTIVE~1
None
Interval Type
0~255
None
N/A
Intra-LTE User Number Load Balancing
Enumeration Type
RESELBASED(RE SELPRIOBASED), RESELBASED~0, MLBPRIOBASED( MLBPRIOBASED~ MLBPRIOBASED) 1 None
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Bit Field Type
PROTECTTIMERM ODE(PROTECTTI MER MODE), SPECEVENTA1A2 MODE(SPECEVEN TA1A2 MODE)
PROTECTTIMERM ODE~0, SPECEVENTA1A2 MODE~1 None
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Interval Type
0~3600
N/A
s
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Interval Type
-140~-43
N/A
dBm
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Interval Type
-40~-6
N/A
0.5dB
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Interval Type
-140~-43
N/A
dBm
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Interval Type
-40~-6
N/A
0.5dB
None
Interval Type
0~255
N/A
None
None
Interval Type
0~9
N/A
None
Dynamic Scheduling
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Dynamic Scheduling
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Dynamic Scheduling
Interval Type
1~40
N/A
ms
Dynamic Scheduling
Interval Type
45~1500
N/A
byte
Dynamic Scheduling
Interval Type
0~2000
N/A
ms
None
Interval Type
0~255
N/A
None
Intra-eNodeB UL CoMP
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
Enumeration Type
UU_DISABLE(Disa ble), UU_ENABLE(Enabl UU_DISABLE~0, e) UU_ENABLE~1
Uplink Power Control
None
Uplink Power Control
Uplink Power Control
Interval Type
-105,-90,-75,-60,45,-30,15,0,15,30,45,60,75 ,90,105,120 N/A
0.1dB
Interval Type
-30,-20,10,0,10,20,30,40,50 ,60,70,80,90,100,11 0,120 N/A
0.1dB
Uplink Power Control
Enumeration Type
ILTER_COEFF), UU_FC3_FILTER_ COEFF(UU_FC3_F ILTER_COEFF), UU_FC4_FILTER_ COEFF(UU_FC4_F ILTER_COEFF), UU_FC5_FILTER_ COEFF(UU_FC5_F ILTER_COEFF), UU_FC6_FILTER_ COEFF(UU_FC6_F ILTER_COEFF), UU_FC7_FILTER_ COEFF(UU_FC7_F ILTER_COEFF), UU_FC8_FILTER_ COEFF(UU_FC8_F ILTER_COEFF), UU_FC9_FILTER_ COEFF(UU_FC9_F ILTER_COEFF), UU_FC11_FILTER_ COEFF(UU_FC11_ FILTER_COEFF), UU_FC13_FILTER_ COEFF(UU_FC13_ FILTER_COEFF), UU_FC15_FILTER_ COEFF(UU_FC15_ FILTER_COEFF), UU_FC17_FILTER_ COEFF(UU_FC17_ FILTER_COEFF), UU_FC19_FILTER_ COEFF(UU_FC19_ FILTER_COEFF)
None
Interval Type
0~255
Distance based Inter-RAT handover to UTRAN Distance based Inter-RAT handover to GERAN Distance Based Inter-frequency Handover Bit Field Type
UU_FC0_FILTER_ COEFF~0, UU_FC1_FILTER_ COEFF~1, UU_FC2_FILTER_ COEFF~2, UU_FC3_FILTER_ COEFF~3, UU_FC4_FILTER_ COEFF~4, UU_FC5_FILTER_ COEFF~5, UU_FC6_FILTER_ COEFF~6, UU_FC7_FILTER_ COEFF~7, UU_FC8_FILTER_ COEFF~8, UU_FC9_FILTER_ COEFF~9, UU_FC11_FILTER_ COEFF~10, UU_FC13_FILTER_ COEFF~11, UU_FC15_FILTER_ COEFF~12, UU_FC17_FILTER_ COEFF~13, UU_FC19_FILTER_ COEFF~14 None
N/A
EUTRAN~0, EUTRAN, GERAN, GERAN~1, UTRAN UTRAN~2
None
None
Distance Based Inter-frequency Handover Distance based Inter-RAT handover to UTRAN Distance based Inter-RAT handover to GERAN Interval Type
1~1000
N/A
100m
None
Interval Type
0~255
N/A
None
DRX
Interval Type
0~9
N/A
None
DRX
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
DRX
Enumeration Type
PSF1(1 PDCCH subframe), PSF2(2 PDCCH subframes), PSF3(3 PDCCH subframes), PSF4(4 PDCCH subframes), PSF5(5 PDCCH subframes), PSF6(6 PDCCH subframes), PSF8(8 PDCCH subframes), PSF10(10 PDCCH subframes), PSF20(20 PDCCH subframes), PSF30(30 PDCCH subframes), PSF40(40 PDCCH subframes), PSF50(50 PDCCH subframes), PSF60(60 PDCCH subframes), PSF80(80 PDCCH subframes), PSF100(100 PDCCH subframes), PSF200(200 PDCCH subframes)
PSF1~0, PSF2~1, PSF3~2, PSF4~3, PSF5~4, PSF6~5, PSF8~6, PSF10~7, PSF20~8, PSF30~9, PSF40~10, PSF50~11, PSF60~12, PSF80~13, PSF100~14, PSF200~15 subframe
DRX
Enumeration Type
PSF10(10 PDCCH subframes), PSF20(20 PDCCH subframes), PSF30(30 PDCCH subframes), PSF40(40 PDCCH subframes), PSF50(50 PDCCH subframes), PSF60(60 PDCCH subframes), PSF80(80 PDCCH subframes), PSF100(100 PDCCH subframes), PSF200(200 PDCCH subframes), PSF300(300 PDCCH subframes), PSF500(500 PDCCH subframes), PSF750(750 PDCCH subframes), PSF1280(1280 PDCCH subframes), PSF1920(1920 PDCCH subframes), PSF2560(2560 PDCCH subframes)
PSF1~0, PSF2~1, PSF3~2, PSF4~3, PSF5~4, PSF6~5, PSF8~6, PSF10~7, PSF20~8, PSF30~9, PSF40~10, PSF50~11, PSF60~12, PSF80~13, PSF100~14, PSF200~15, PSF300~16, PSF500~17, PSF750~18, PSF1280~19, PSF1920~20, PSF2560~21 subframe
DRX
Enumeration Type
PSF1(1 PDCCH subframes), PSF2(2 PDCCH subframes), PSF4(4 PDCCH subframes), PSF6(6 PDCCH subframes), PSF8(8 PDCCH subframes), PSF16(16 PDCCH subframes), PSF24(24 PDCCH subframes), PSF33(33 PDCCH subframes)
PSF1~0, PSF2~1, PSF4~2, PSF6~3, PSF8~4, PSF16~5, PSF24~6, PSF33~7 subframe
DRX
DRX
Enumeration Type
SF10(10 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)
Enumeration Type
UU_DISABLE(Disa ble), UU_ENABLE(Enabl UU_DISABLE~0, e) UU_ENABLE~1
SF10~0, SF20~1, SF32~2, SF40~3, SF64~4, SF80~5, SF128~6, SF160~7, SF256~8, SF320~9, SF512~10, SF640~11, SF1024~12, SF1280~13, SF2048~14, SF2560~15
subframe
None
DRX
Enumeration Type
SF2(2 subframes), SF5(5 subframes), SF8(8 subframes), SF10(10 subframes), SF16(16 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes)
SF2~0, SF5~1, SF8~2, SF10~3, SF16~4, SF20~5, SF32~6, SF40~7, SF64~8, SF80~9, SF128~10, SF160~11, SF256~12, SF320~13, SF512~14, SF640~15
subframe
DRX
Interval Type
1~16
N/A
None
None
Interval Type
0~255
N/A
None
GSM and LTE Bufferzone Optimization
Interval Type
0~1023
N/A
None
GSM and LTE Bufferzone Optimization
Enumeration Type
GSM_dcs1800, GSM_pcs1900
GSM_dcs1800~0, GSM_pcs1900~1
None
None
Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
0~30
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Enumeration Type
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
-141~-43
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
-40~-6
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
-141~-43
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
-40~-6
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~15
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~9
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~30
N/A
0.5dB
None
-63~0
N/A
0.5dB
Interval Type
Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-63~0
N/A
0.5dB
None
Interval Type
0~255
N/A
None
RRC Connection Management
Interval Type
0~9
N/A
None
Enumeration Type
MS100_T301(100m s), MS200_T301(200m s), MS300_T301(300m s), MS400_T301(400m s), MS600_T301(600m s), MS1000_T301(100 0ms), MS1500_T301(150 0ms), MS2000_T301(200 0ms)
MS100_T301~0, MS200_T301~1, MS300_T301~2, MS400_T301~3, MS600_T301~4, MS1000_T301~5, MS1500_T301~6, MS2000_T301~7
ms
RRC Connection Management
RRC Connection Management
RRC Connection Management
RRC Connection Management
Enumeration Type
MS0_T310(0ms), MS50_T310(50ms), MS100_T310(100m s), MS200_T310(200m s), MS500_T310(500m s), MS1000_T310(100 0ms), MS2000_T310(200 0ms)
MS0_T310~0, MS50_T310~1, MS100_T310~2, MS200_T310~3, MS500_T310~4, MS1000_T310~5, MS2000_T310~6
Enumeration Type
MS1000_T311(100 0ms), MS3000_T311(300 0ms), MS5000_T311(500 0ms), MS10000_T311(10 000ms), MS15000_T311(15 000ms), MS20000_T311(20 000ms), MS30000_T311(30 000ms)
MS1000_T311~0, MS3000_T311~1, MS5000_T311~2, MS10000_T311~3, MS15000_T311~4, MS20000_T311~5, MS30000_T311~6 ms
Enumeration Type
n1(1), n2(2), n3(3), n1~0, n2~1, n3~2, n4(4), n6(6), n8(8), n4~3, n6~4, n8~5, n10(10), n20(20) n10~6, n20~7
ms
None
Enumeration Type
n1(1), n2(2), n3(3), n1~0, n2~1, n3~2, n4(4), n5(5), n6(6), n4~3, n5~4, n6~5, n8(8), n10(10) n8~6, n10~7
None
Extended-QCI
Interval Type
10~254
N/A
None
None
Interval Type
0~255
N/A
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Interval Type
0~9
N/A
None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~9
N/A
None
RRC Connection Management
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
0~9
N/A
None
Coverage Based Intra-frequency Handover
0~9
N/A
None
Interval Type
DRX
Interval Type
0~9
N/A
None
RRC Connection Management
Enumeration Type
NOT_CFG(NOT_C NOT_CFG~0, FG), CFG(CFG) CFG~1
None
RRC Connection Management
Interval Type
0~9
N/A
None
Radio Bearer Management
Interval Type
0~65000
N/A
ms
None
Interval Type
0~255
N/A
None
Enumeration Type
QCI1(QCI 1), QCI2(QCI 2), QCI3(QCI 3), QCI4(QCI 4), QCI5(QCI 5), QCI6(QCI 6), QCI7(QCI 7), QCI8(QCI 8), QCI9(QCI 9)
QCI1~1, QCI2~2, QCI3~3, QCI4~4, QCI5~5, QCI6~6, QCI7~7, QCI8~8, QCI9~9
None
Interval Type
0~9
N/A
None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
0~9
N/A
None
Basic Scheduling Dynamic Scheduling Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN Interval Type
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN Interval Type
0~9
N/A
None
Coverage Based Intra-frequency Handover
Interval Type
0~9
N/A
None
DRX
Interval Type
0~9
N/A
None
Physical Channel Management
Enumeration Type
ms5(SRI 5ms), ms10(SRI 10ms), ms20(SRI 20ms), ms40(SRI 40ms), ms80(SRI 80ms)
ms5~0, ms10~1, ms20~2, ms40~3, ms80~4
None
RRC Connection Management
Enumeration Type
NOT_CFG(NOT_C NOT_CFG~0, FG), CFG(CFG) CFG~1
None
RRC Connection Management
Interval Type
0~9
None
N/A
Radio Bearer Management
Interval Type
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Distance based Inter-RAT handover to UTRAN Distance based Inter-RAT handover to GERAN Interval Type
0~65000
N/A
ms
1~9
N/A
None
Intra-LTE Load Balancing
Interval Type
0~9,255
N/A
None
Dynamic Scheduling
Interval Type
0~9,255
N/A
None
DRX
Interval Type
1~9
N/A
None
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~255
N/A
None
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~30
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-63~0
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
CS Fallback to CDMA2000 1xRTT Interval Type
-63~0
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-140~-43
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-40~-6
N/A
0.5dB
None
0~255
N/A
None
0~9
N/A
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN Interval Type
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN Interval Type
0~30
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
-110~-48
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
Service based interRAT handover to GERAN Interval Type
-110~-48
N/A
dBm
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN Interval Type
0~255
N/A
None
0~9
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN Interval Type
-48~0
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN Interval Type
-120~-25
N/A
dBm
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN Interval Type
0~30
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
Service based interRAT handover to UTRAN SRVCC to UTRAN Interval Type
-48~0
N/A
0.5dB
Service based interRAT handover to UTRAN SRVCC to UTRAN Interval Type
-120~-25
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~255
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~1048575
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~255
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~7
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-35~62
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-31~66
N/A
dBm
None
Interval Type
0~255
N/A
None
None
Interval Type
-30~30
N/A
0.5dB
None
None
Interval Type
Enumeration Type
0~30
N/A
0.5dB
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
None
None
Interval Type
1~8
N/A
None
Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
None
Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
None
None
Enumeration Type
SAME_AS_TRIG_ QUAN(Same as Trig Quan), BOTH
None
Enumeration Type
RSRP, RSRQ
SAME_AS_TRIG_ QUAN~0, BOTH~1 None
RSRP~0, RSRQ~1 None
None
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
None
Interval Type
0~9
N/A
None
Coverage Based Inter-frequency Handover
Interval Type
0~30
N/A
0.5dB
Coverage Based Inter-frequency Handover
Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
Coverage Based Inter-frequency Handover
Interval Type
-141~-43
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
N/A
dBm
Coverage Based Inter-frequency Handover
Interval Type
-40~-6
N/A
0.5dB
Coverage Based Inter-frequency Handover
Interval Type
-141~-43
N/A
dBm
Coverage Based Inter-frequency Handover
Interval Type
-40~-6
N/A
0.5dB
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Interval Type
0~30
N/A
0.5dB
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover
Interval Type
-141~-43
N/A
dBm
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover
Interval Type
-40~-6
N/A
0.5dB
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
Service Based Inter-frequency Handover
Interval Type
-141~-43
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
N/A
dBm
Service Based Inter-frequency Handover
Interval Type
-40~-6
N/A
0.5dB
None
Interval Type
-141~-43
N/A
dBm
None
Interval Type
-40~-6
N/A
0.5dB
Coverage Based Inter-frequency Handover
Interval Type
-30~30
N/A
0.5dB
Coverage Based Inter-frequency Handover
Interval Type
-141~-43
N/A
dBm
Coverage Based Inter-frequency Handover
Interval Type
-141~-43
N/A
dBm
None
Interval Type
-140~-43
N/A
dBm
None
Interval Type
-40~-6
N/A
0.5dB
Enhanced Intra-LTE Load Balancing Interval Type
-141~-43
N/A
dBm
None
0~255
N/A
None
Interval Type
None
Interval Type
0~9
N/A
None
Coverage Based Intra-frequency Handover
Interval Type
0~30
N/A
0.5dB
Coverage Based Intra-frequency Handover
Coverage Based Intra-frequency Handover
Interval Type
Enumeration Type
-30~30
N/A
0.5dB
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
None
Interval Type
0~255
N/A
None
None
Interval Type
None
Bit Field Type
1~9 arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
N/A None 4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier RAN Sharing by More Operators MOCN Flexible Priority Based Camping Hybrid RAN Sharing
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier RAN Sharing by More Operators MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~255
N/A
None
Interval Type
0~5
N/A
None
String Type
1~32 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier RAN Sharing by More Operators MOCN Flexible Priority Based Camping Hybrid RAN Sharing RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier RAN Sharing by More Operators MOCN Flexible Priority Based Camping Hybrid RAN Sharing RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier RAN Sharing by More Operators MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Enumeration Type
CNOPERATOR_PR IMARY(Primary Operator), CNOPERATOR_SE CONDARY(Second ary Operator)
CNOPERATOR_PR IMARY~0, CNOPERATOR_SE CONDARY~1 None
String Type
3 characters
N/A
None
String Type
2~3 characters
N/A
None
None
Interval Type
0~65535
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
0~5
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
0~65535
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
0~5
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
0~65535
N/A
None
Hybrid RAN Sharing
Interval Type
0~5
N/A
None
Hybrid RAN Sharing
Interval Type
0~5
N/A
None
Hybrid RAN Sharing
SecondaryOpIdTyp e[] 0~5
N/A
None
Hybrid RAN Sharing
Interval Type
0~5
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
0~5
N/A
None
Emergency Call
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Emergency Call
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Emergency Call
Interval Type
1~15
N/A
None
Emergency Call
Interval Type
1~15
N/A
None
None
Enumeration Type
ALL_OUTPUT(All Output), ABNORMAL_NOR MAL_SAMPLE(Abn ormal Normal Sample), ABNORMAL_ALL_ NORMAL_SAMPLE (Abnormal All Normal Sample)
ALL_OUTPUT~0, ABNORMAL_NOR MAL_SAMPLE~1, ABNORMAL_ALL_ NORMAL_SAMPLE ~2 None
None
Interval Type
0~100
N/A
%
None
Interval Type
0~65535
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Enumeration Type
INDEPENDENT(Ind ependent Operator Mode), SHARED_FREQ(S hared Frequency Sharing Mode), SEPARATED_FRE Q(Separate Frequency Sharing Mode), HYBRID_SHARED( Hybrid RAN Sharing)
INDEPENDENT~0, SHARED_FREQ~1, SEPARATED_FRE Q~2, HYBRID_SHARED ~3 None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Enumeration Type
X2_OVER_OSS(X2 SonLink is set up over OSS), X2_OVER_S1(X2S onLink is set up X2_OVER_OSS~0, over S1) X2_OVER_S1~1 None
Physical Channel Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Basic Scheduling Dynamic Scheduling
Enumeration Type
LCG_PROFILE_0, LCG_PROFILE_1
LCG_PROFILE_0~ 0, LCG_PROFILE_1~ 1 None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
RRC Connection Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Automatic Neighbour Relation (ANR) Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
SELECTED_PLMNI SELECTED_PLMNI D~1, D, PRIMARY_PLMNID PRIMARY_PLMNID ~2 None
None
Enumeration Type
NULL, BASED_ON_RIM, BASED_ON_ECO
None
Enumeration Type
OFF(Off), ON(On)
NULL~0, BASED_ON_RIM~ 1, BASED_ON_ECO~ 2 None
OFF~0, ON~1
None
None
Interval Type
0~6000
N/A
None
Automatic Neighbour Relation (ANR) Interval Type
0~50400
N/A
min
None
PrivateCoding, StandardCoding
PrivateCoding~0, StandardCoding~1
None
Enumeration Type
PS Inter-RAT Mobility between EUTRAN and UTRAN Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
S1-Flex
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Mobility Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Bit Field Type
RrcSetupOptSwitch , IucsRrcRecfgMcCo mbSwitch, RcrpRrcRecfgMcCo mbSwitch, RrcRecfgMcOptSwi tch, IdleCsfbRedirectOp tSwitch
RrcSetupOptSwitch ~0, IucsRrcRecfgMcCo mbSwitch~1, RcrpRrcRecfgMcCo mbSwitch~2, RrcRecfgMcOptSwi tch~3, IdleCsfbRedirectOp tSwitch~4 None
Automatic Neighbour Relation (ANR) Enumeration Type
OFF(Off), ON(On)
None
ACTIVE_CELL(Acti ve Cell), ACTIVE_CELL~0, CONFIGURED_CE CONFIGURED_CE LL(Configured Cell) LL~1 None
Enumeration Type
OFF~0, ON~1
None
None
RRC Connection Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
r1(1), r2(2), r3(3), r4(4), r5(5), Infinity(Infinity)
r1~0, r2~1, r3~2, r4~3, r5~4, Infinity~5
None
RRC Connection Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
RRC Connection Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Paging
Enumeration Type
v32(v32), v64(v64), v128(v128), v32~0, v64~1, v256(v256) v128~2, v256~3
Uplink Power Control
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
RIM Based LTE Target Cell Selection Intelligent WiFi Detection and Selection-LTE FDD Intelligent WiFi Detection and Selection-LTE TDD Bit Field Type
RimUtranSwitch(Ri mUtranSwitch), EcoSwitch(EcoSwit RimUtranSwitch~0, ch) EcoSwitch~1 None
None
Bit Field Type
SupportS1UeCapM atchMsg(SupportS1 SupportS1UeCapM UeCapMatchMsg) atchMsg~0 None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
S1-Flex
Bit Field Type
MMESELECTALGO SWITCHFORGUU E(MMESELECTAL MMESELECTALGO GOSWITCHFORG SWITCHFORGUU UUE) E~0 None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Bit Field Type
CaGapMeasPriOffS witch, CaHoReqWithR9C onfigSwitch
CaGapMeasPriOffS witch~0, CaHoReqWithR9C onfigSwitch~1 None
None
Enumeration Type
BASED_TNL(Base d on TNL), BASED_X2INTERF BASED_TNL~0, ACE(Based on X2 BASED_X2INTERF Interface) ACE~1 None
Automatic Neighbour Relation (ANR) Bit Field Type
BASED_ON_X2FA ULT(Based on X2 Fault), BASED_ON_X2US AGE_WITH_NEGO (Based on X2 Usage with Negotiation), BASED_ON_X2US AGE_WITHOUT_N EGO(Based on X2 Usage Without Negotiation)
BASED_ON_X2FA ULT~0, BASED_ON_X2US AGE_WITH_NEGO ~1, BASED_ON_X2US AGE_WITHOUT_N EGO~2 None
Automatic Neighbour Relation (ANR) Interval Type
1~50400
N/A
min
Automatic Neighbour Relation (ANR) Interval Type
1~50400
N/A
min
Automatic Neighbour Relation (ANR) Interval Type
0~10000
N/A
None
Automatic Neighbour Relation (ANR) Interval Type
0~10000
N/A
None
None
Enumeration Type
MAX_SYNC_USER _1200(MAX_SYNC _USER_1200), MAX_SYNC_USER _1800(MAX_SYNC _USER_1800), MAX_SYNC_USER _2400(MAX_SYNC _USER_2400), MAX_SYNC_USER _3000(MAX_SYNC _USER_3000), MAX_SYNC_USER _3600(MAX_SYNC _USER_3600)
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
0~5
MAX_SYNC_USER _1200~0, MAX_SYNC_USER _1800~1, MAX_SYNC_USER _2400~2, MAX_SYNC_USER _3000~3, MAX_SYNC_USER _3600~4 None
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
1~100
N/A
%
Fair User Sharing License Management RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
0~100
N/A
%
None
Interval Type
0~255
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Interval Type
1~58
N/A
10240ms
None
Enumeration Type
MBMS_RSVD_CEL L(ReservedCell), MBMS_NON_RSV D_CELL(NoneRese rvedCell)
MBMS_RSVD_CEL L~0, MBMS_NON_RSV D_CELL~1 None
None
Interval Type
0~255
N/A
None
Intra-LTE Load Balancing
Interval Type
0~9
N/A
None
Intra-LTE Load Balancing
Interval Type
0~50000
N/A
kbit/s
Intra-LTE Load Balancing
Interval Type
0~50000
N/A
kbit/s
None
Interval Type
1~300
N/A
s
None
Interval Type
1~300
N/A
s
None
Interval Type
None
Bit Field Type
0~5 arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
N/A None 4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~19
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
None
Enumeration Type
Level_1_Output(Le vel_1_Ouput), Level_2_Output(Le Level_1_Output~0, vel_2_Ouput) Level_2_Output~1 None
Enumeration Type
SamplingEnable(Sa mplingEnable), SamplingUnable(Sa SamplingEnable~0, mplingUnable) SamplingUnable~1 None
None
Interval Type
0
N/A
None
None
Enumeration Type
CP_CFG(CP Config), UP_CFG(UP Config), CP_CFG~0, CP_UP_CFG(CPU UP_CFG~1, P Config) CP_UP_CFG~2
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
String Type
0~256 characters
N/A
None
None
Interval Type
0~191
N/A
None
None
Enumeration Type
Normal(Normal), Normal~0, Abnormal(Abnormal Abnormal~1, ), Blocked(Blocked) Blocked~2
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~65535
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Enumeration Type
S1(S1), X2(X2)
S1~0, X2~1
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~31
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
16~143
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Interval Type
0
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Interval Type
0~65535
N/A
None
None
String Type
0~256 characters
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Interval Type
0
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Interval Type
0~65535
N/A
None
None
String Type
0~256 characters
N/A
None
None
Interval Type
0~191
N/A
None
Enumeration Type
Normal(Normal), Normal~0, Abnormal(Abnormal Abnormal~1, ), Blocked(Blocked) Blocked~2
None
None
Enumeration Type
Normal(Normal), Abnormal(Abnormal Normal~0, ) Abnormal~1
None
None
Interval Type
0~65535
N/A
None
None
String Type
0~150 characters
N/A
None
None
String Type
0~20 characters
N/A
None
Enumeration Type
Null(NULL), LowerLinkFault(Low er Layer Link Fault), SetupFail(Setup Failure), CfgErr(Configuratio n Error), CellNotAvailable(e MBMS Cell Not Available), NoLicense(License Restriction), Undefine(Undefine)
Null~0, LowerLinkFault~1, SetupFail~2, CfgErr~3, CellNotAvailable~4, NoLicense~5, Undefine~255 None
None
None
None
String Type
0~560 characters
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~31
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~5
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~65535
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~65535
N/A
None
Enumeration Type
Release_R8(Releas e 8), Release_R9(Releas e 9), Release_R8~0, Release_R10(Rele Release_R9~1, ase 10) Release_R10~2
Star Topology Chain Topology Tree Topology
None
Star Topology Chain Topology Tree Topology
String Type
0~256 characters
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Enumeration Type
CP_CFG(CP Config), UP_CFG(UP Config), CP_CFG~0, CP_UP_CFG(CPU UP_CFG~1, P Config) CP_UP_CFG~2
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~255
N/A
None
Hybrid RAN Sharing
Interval Type
0~5,255
N/A
None
None
Interval Type
0~31
N/A
None
None
Enumeration Type
Normal(Normal), Abnormal(Abnormal Normal~0, ) Abnormal~1
None
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
FALSE~0, TRUE~1 None
None
Interval Type
0~191
N/A
None
Enumeration Type
Normal(Normal), Normal~0, Abnormal(Abnormal Abnormal~1, ), Blocked(Blocked) Blocked~2
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~31
N/A
None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~191
N/A
None
None
None
Star Topology Chain Topology Tree Topology S1-flex Hybrid RAN Sharing
Interval Type
0~5
N/A
Star Topology Chain Topology Tree Topology
Enumeration Type
Release_R8(Releas e 8), Release_R9(Releas e 9), Release_R8~0, Release_R10(Rele Release_R9~1, ase 10) Release_R10~2
Star Topology Chain Topology Tree Topology S1-flex
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
None
None
FALSE~0, TRUE~1 None
Star Topology Chain Topology Tree Topology
Enumeration Type
MANUAL_MODE, AUTO_MODE
MANUAL_MODE~0 , AUTO_MODE~1 None
Star Topology Chain Topology Tree Topology
Enumeration Type
MANUAL_CREATE (Manual Created), MANUAL_CREATE AUTO_CREATE(Au ~0, to Created) AUTO_CREATE~1 None
Star Topology Chain Topology Tree Topology S1-flex
Interval Type
0~255
N/A
None
Hybrid RAN Sharing
Interval Type
0~5,255
Enumeration Type
Normal(Normal), Abnormal(Abnormal Normal~0, ) Abnormal~1
None
Enumeration Type
Normal(Normal), Normal~0, Abnormal(Abnormal Abnormal~1, ), Blocked(Blocked) Blocked~2
None
None
Enumeration Type
FALSE(FALSE), TRUE(TRUE), NULL(NULL)
FALSE~0, TRUE~1, NULL~2 None
None
Interval Type
0~3600
N/A
None
None
N/A
None
None
None
String Type
0~150 characters
N/A
None
None
String Type
0~224 characters
N/A
None
None
String Type
0~300 characters
N/A
None
None
None
None
Interval Type
0~255
N/A
None
Enumeration Type
NULL(NULL), LowerLinkFault(Low er Layer Link Fault), MmecImpact(Mmec Impact), SetupFail(Setup Failure), CfgErr(Configuratio n Error), LicRestrict(License Restriction), PlmnDiff(The PLMN of the operator owning the S1 interface is not supported by the MME), TacNotCfg(The TAC for the operator owning the S1 interface is not configured), Undefine(Undefine)
NULL~0, LowerLinkFault~1, MmecImpact~2, SetupFail~3, CfgErr~4, LicRestrict~5, PlmnDiff~6, TacNotCfg~7, Undefine~255
None
Enumeration Type
S1AP(S1AP), X2AP(X2AP), RRC(RRC)
S1AP~0, X2AP~1, RRC~2
None
None
Interval Type
0~65535
N/A
None
None
Enumeration Type
DISCARD~0, DISCARD, MODIFY MODIFY~1
None
Enumeration Type
ZERO, ONE, TWO, ZERO~0, ONE~1, THREE TWO~2, THREE~3 None
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
1~800
N/A
None
None
String Type
0~100 characters
N/A
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
1~800
N/A
None
None
String Type
0~100 characters
N/A
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
1~800
N/A
None
None
String Type
0~100 characters
N/A
None
None
Enumeration Type
ZERO, ONE, TWO, ZERO~0, ONE~1, THREE TWO~2, THREE~3 None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
1~800
N/A
None
None
String Type
0~100 characters
N/A
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
1~800
N/A
None
None
String Type
0~100 characters
N/A
None
None
Interval Type
0~268435455
N/A
None
None
Interval Type
1~800
N/A
None
None
String Type
0~100 characters
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~5
N/A
None
Enumeration Type
LTE_FDD_ONLY(L TE FDD Only), TWOMODE_NOR MAL(Two mode Normal), THREEMODE_NO RMAL(Three mode Normal)
LTE_FDD_ONLY~0 , TWOMODE_NOR MAL~1, THREEMODE_NO RMAL~2 None
None
None
None
Enumeration Type
BLOCKED(Blocked ), UNBLOCKED(Unbl BLOCKED~0, ocked) UNBLOCKED~1
None
Enumeration Type
ENABLED(Enabled ), DISABLED(Disable ENABLED~0, d) DISABLED~1
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~5
N/A
None
Enumeration Type
LTE_TDD_ONLY(L TE TDD Only), TWOMODE_NOR MAL(Two mode Normal), THREEMODE_NO RMAL(Three mode Normal)
LTE_TDD_ONLY~0 , TWOMODE_NOR MAL~1, THREEMODE_NO RMAL~2 None
None
Enumeration Type
BLOCKED(Blocked ), UNBLOCKED(Unbl BLOCKED~0, ocked) UNBLOCKED~1
None
None
Enumeration Type
ENABLED(Enabled ), DISABLED(Disable ENABLED~0, d) DISABLED~1
None
None
Interval Type
0~31
None
None
N/A
None
Enumeration Type
DISABLE(disable), ENABLE(enable)
DISABLE~0, ENABLE~1
None
Star Topology Chain Topology Tree Topology
Interval Type
0~11
N/A
None
Star Topology Chain Topology Tree Topology
Interval Type
0~5
N/A
None
Star Topology Chain Topology Tree Topology
Interval Type
0~65535
N/A
None
Star Topology Chain Topology Tree Topology
Interval Type
0~65535
N/A
Star Topology Chain Topology Tree Topology
Enumeration Type
Release_R8(Releas e 8), Release_R9(Releas e 9), Release_R8~0, Release_R10(Rele Release_R9~1, ase 10) Release_R10~2
None
None
String Type
0~256 characters
None
Star Topology Chain Topology Tree Topology
Enumeration Type
CP_CFG(CP Config), UP_CFG(UP Config), CP_CFG~0, CP_UP_CFG(CPU UP_CFG~1, P Config) CP_UP_CFG~2
None
Hybrid RAN Sharing
Interval Type
0~5,255
None
N/A
N/A
None
None
Enumeration Type
Normal(Normal), Normal~0, Abnormal(Abnormal Abnormal~1, ), Blocked(Blocked) Blocked~2
None
Interval Type
16~143
None
Enumeration Type
Normal(Normal), Abnormal(Abnormal Normal~0, ) Abnormal~1
None
None
Interval Type
0~191
N/A
None
None
String Type
3 characters
N/A
None
None
String Type
2~3 characters
N/A
None
None
Interval Type
0~1048575
N/A
None
N/A
None
None
None
Enumeration Type
X2_BLACK_LIST_T YPE(X2 Black List Type), X2_WHITE_LIST_T YPE(X2 White List Type)
Star Topology Chain Topology Tree Topology
Interval Type
16~143
N/A
None
Star Topology Chain Topology Tree Topology
Interval Type
0~191
N/A
None
Star Topology Chain Topology Tree Topology Hybrid RAN Sharing
Interval Type
0~5
N/A
None
Enumeration Type
Release_R8(Releas e 8), Release_R9(Releas e 9), Release_R8~0, Release_R10(Rele Release_R9~1, ase 10) Release_R10~2
Star Topology Chain Topology Tree Topology
X2_BLACK_LIST_T YPE~0, X2_WHITE_LIST_T YPE~1 None
None
Star Topology Chain Topology Tree Topology
Enumeration Type
FORBID_AUTO_R MV(Forbid Auto Remove), PERMIT_AUTO_R MV(Permit Auto Remove)
Star Topology Chain Topology Tree Topology
Enumeration Type
MANUAL_MODE, AUTO_MODE
FORBID_AUTO_R MV~0, PERMIT_AUTO_R MV~1 None
MANUAL_MODE~0 , AUTO_MODE~1 None
Star Topology Chain Topology Tree Topology
Enumeration Type
MANUAL_CREATE (Manual Created), MANUAL_CREATE AUTO_CREATE(Au ~0, to Created) AUTO_CREATE~1 None
Hybrid RAN Sharing
Interval Type
0~5,255
N/A
None
None
String Type
0~50 characters
N/A
None
None
String Type
0~50 characters
N/A
None
Enumeration Type
Normal(Normal), Abnormal(Abnormal Normal~0, ) Abnormal~1
Enumeration Type
SCTP_LINK_FAUL T(SCTP Link Failure), SETUP_FAILURE_ OCCUR(Setup Failure), PEERIN_BLACK_L IST(Peer eNodeB Blacklisted), STATE_NORMAL( NULL), SETUP_ONLY_ON E_LINK_ALLOWED (Only one interface allowed to be setup between two logical eNodeBs)
None
None
None
SCTP_LINK_FAUL T~0, SETUP_FAILURE_ OCCUR~1, PEERIN_BLACK_L IST~2, STATE_NORMAL~ 3, SETUP_ONLY_ON E_LINK_ALLOWED ~4 None
DRX
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
DRX
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
DRX
Enumeration Type
SF10(10 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)
SF10~0, SF20~1, SF32~2, SF40~3, SF64~4, SF80~5, SF128~6, SF160~7, SF256~8, SF320~9, SF512~10, SF640~11, SF1024~12, SF1280~13, SF2048~14, SF2560~15
subframe
DRX
Enumeration Type
PSF1(1 PDCCH subframe), PSF2(2 PDCCH subframes), PSF3(3 PDCCH subframes), PSF4(4 PDCCH subframes), PSF5(5 PDCCH subframes), PSF6(6 PDCCH subframes), PSF8(8 PDCCH subframes), PSF10(10 PDCCH subframes), PSF20(20 PDCCH subframes), PSF30(30 PDCCH subframes), PSF40(40 PDCCH subframes), PSF50(50 PDCCH subframes), PSF60(60 PDCCH subframes), PSF80(80 PDCCH subframes), PSF100(100 PDCCH subframes), PSF200(200 PDCCH subframes)
PSF1~0, PSF2~1, PSF3~2, PSF4~3, PSF5~4, PSF6~5, PSF8~6, PSF10~7, PSF20~8, PSF30~9, PSF40~10, PSF50~11, PSF60~12, PSF80~13, PSF100~14, PSF200~15 subframe
DRX
DRX
Enumeration Type
PSF10(10 PDCCH subframes), PSF20(20 PDCCH subframes), PSF30(30 PDCCH subframes), PSF40(40 PDCCH subframes), PSF50(50 PDCCH subframes), PSF60(60 PDCCH subframes), PSF80(80 PDCCH subframes), PSF100(100 PDCCH subframes), PSF200(200 PDCCH subframes), PSF300(300 PDCCH subframes), PSF500(500 PDCCH subframes), PSF750(750 PDCCH subframes), PSF1280(1280 PDCCH subframes), PSF1920(1920 PDCCH subframes), PSF2560(2560 PDCCH subframes)
Enumeration Type
UU_DISABLE(Disa ble), UU_ENABLE(Enabl UU_DISABLE~0, e) UU_ENABLE~1
PSF1~0, PSF2~1, PSF3~2, PSF4~3, PSF5~4, PSF6~5, PSF8~6, PSF10~7, PSF20~8, PSF30~9, PSF40~10, PSF50~11, PSF60~12, PSF80~13, PSF100~14, PSF200~15, PSF300~16, PSF500~17, PSF750~18, PSF1280~19, PSF1920~20, PSF2560~21 subframe
None
DRX
Enumeration Type
SF2(2 subframes), SF5(5 subframes), SF8(8 subframes), SF10(10 subframes), SF16(16 subframes), SF20(20 subframes), SF32(32 subframes), SF40(40 subframes), SF64(64 subframes), SF80(80 subframes), SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes)
SF2~0, SF5~1, SF8~2, SF10~3, SF16~4, SF20~5, SF32~6, SF40~7, SF64~8, SF80~9, SF128~10, SF160~11, SF256~12, SF320~13, SF512~14, SF640~15
subframe
DRX
DRX
Interval Type
1~16
N/A
None
Enumeration Type
SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)
SF128~6, SF160~7, SF256~8, SF320~9, SF512~10, SF640~11, SF1024~12, SF1280~13, SF2048~14, SF2560~15
subframe
DRX
Enumeration Type
SF128(128 subframes), SF160(160 subframes), SF256(256 subframes), SF320(320 subframes), SF512(512 subframes), SF640(640 subframes), SF1024(1024 subframes), SF1280(1280 subframes), SF2048(2048 subframes), SF2560(2560 subframes)
Extended-QCI Dynamic Scheduling
Interval Type
10~254
N/A
Enumeration Type
IMSSignalling(IMS Signalling), LowDelay(Low Delay), TCPorBuffStreamin g(TCP Based or Buffered Streaming)
IMSSignalling~5, LowDelay~7, TCPorBuffStreamin g~9 None
Dynamic Scheduling
SF128~6, SF160~7, SF256~8, SF320~9, SF512~10, SF640~11, SF1024~12, SF1280~13, SF2048~14, SF2560~15
subframe
None
Dynamic Scheduling Transport Differentiated Flow Control
Interval Type
1~1000
N/A
None
Dynamic Scheduling
Interval Type
1~1000
N/A
None
MinGbrRate_0_KB( 0kB/s), MinGbrRate_1_KB( 1kB/s), MinGbrRate_2_KB( 2kB/s), MinGbrRate_4_KB( 4kB/s), MinGbrRate_8_KB( 8kB/s), MinGbrRate_16_K B(16kB/s), MinGbrRate_32_K B(32kB/s), MinGbrRate_64_K B(64kB/s), MinGbrRate_128_K B(128kB/s), MinGbrRate_256_K B(256kB/s), MinGbrRate_512_K B(512kB/s)
MinGbrRate_0_KB ~0, MinGbrRate_1_KB ~8000, MinGbrRate_2_KB ~16000, MinGbrRate_4_KB ~32000, MinGbrRate_8_KB ~64000, MinGbrRate_16_K B~128000, MinGbrRate_32_K B~256000, MinGbrRate_64_K B~512000, MinGbrRate_128_K B~1024000, MinGbrRate_256_K B~2048000, MinGbrRate_512_K B~4096000 kB/s
Dynamic Scheduling Transport Overbooking Transport Differentiated Flow Control Transport Resource Overload Control Enumeration Type
Dynamic Scheduling Transport Overbooking Transport Resource Overload Control Different Transport Paths based on QoS Grade Enumeration Type
MinGbrRate_0_KB( 0kB/s), MinGbrRate_1_KB( 1kB/s), MinGbrRate_2_KB( 2kB/s), MinGbrRate_4_KB( 4kB/s), MinGbrRate_8_KB( 8kB/s), MinGbrRate_16_K B(16kB/s), MinGbrRate_32_K B(32kB/s), MinGbrRate_64_K B(64kB/s), MinGbrRate_128_K B(128kB/s), MinGbrRate_256_K B(256kB/s), MinGbrRate_512_K B(512kB/s)
MinGbrRate_0_KB ~0, MinGbrRate_1_KB ~8000, MinGbrRate_2_KB ~16000, MinGbrRate_4_KB ~32000, MinGbrRate_8_KB ~64000, MinGbrRate_16_K B~128000, MinGbrRate_32_K B~256000, MinGbrRate_64_K B~512000, MinGbrRate_128_K B~1024000, MinGbrRate_256_K B~2048000, MinGbrRate_512_K B~4096000 kB/s
Enhanced Scheduling Dynamic Scheduling
0~10
N/A
Interval Type
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN CS Fallback to CDMA2000 1xRTT Interval Type
0~39
N/A
Dynamic Scheduling Enhanced Scheduling
PBR_0_KBps(0kB/ s), PBR_8_KBps(8kB/ s), PBR_16_KBps(16k B/s), PBR_32_KBps(32k B/s), PBR_64_KBps(64k B/s), PBR_128_KBps(12 8kB/s), PBR_256_KBps(25 6kB/s), PBR_INFINITY(Infi nity)
PBR_0_KBps~0, PBR_8_KBps~1, PBR_16_KBps~2, PBR_32_KBps~3, PBR_64_KBps~4, PBR_128_KBps~5, PBR_256_KBps~6, PBR_INFINITY~7 kB/s
Enumeration Type
None
Dynamic Scheduling Enhanced Scheduling
Interval Type
9~16
N/A
None
Radio Bearer Management
Interval Type
0~39
N/A
None
Enumeration Type
PAID_USER(Paid User), FREE_USER(Free PAID_USER~0, User) FREE_USER~1
Enhanced Scheduling Dynamic Scheduling
None
Transport Overbooking Transport Differentiated Flow Control Transport Resource Overload Control Different Transport Paths based on QoS Grade Enumeration Type
FLOW_CTRL(Flow Control), FLOW_CTRL~0, NON_FLOW_CTRL NON_FLOW_CTRL (Non Flow Control) ~1 None
SRVCC to UTRAN SRVCC to GERAN PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~39
N/A
None
SRVCC to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Bit Field Type
PS_HO, SRVCC, REDIRECTION
PS_HO~0, SRVCC~1, REDIRECTION~2
None
SRVCC to GERAN PS Inter-RAT Mobility between EUTRAN and GERAN Bit Field Type
SRVCC
SRVCC~0
None
SRVCC to GERAN PS Inter-RAT Mobility between EUTRAN and GERAN Bit Field Type
PS_HO, NACC_HO, CCO_HO, SRVCC, REDIRECTION
None
SRVCC(CDMA1XR TTHoSwitch) SRVCC~0
Bit Field Type
PS_HO~0, NACC_HO~1, CCO_HO~2, SRVCC~3, REDIRECTION~4
None
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Bit Field Type
OPT_HO, NON_OPT_HO
OPT_HO~0, NON_OPT_HO~1
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Coverage Based Intra-frequency Handover SRVCC to UTRAN SRVCC to GERAN CS Fallback to UTRAN CS Fallback to GERAN Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
None
PERMIT_FAST_AN R_MEAS_ENUM, FORBID_FAST_AN R_MEAS_ENUM
PERMIT_FAST_AN R_MEAS_ENUM~0 , FORBID_FAST_AN R_MEAS_ENUM~1 None
Enumeration Type
None
None
Interval Type
0~15
N/A
None
None
Interval Type
0~15
N/A
None
None
Interval Type
0~15
N/A
None
Radio Bearer Management
Interval Type
0~39
N/A
None
Radio Bearer Management
Radio Bearer Management
Enumeration Type
DiscardTimer_50(5 0 ms), DiscardTimer_100( 100 ms), DiscardTimer_150( 150 ms), DiscardTimer_300( 300 ms), DiscardTimer_500( 500 ms), DiscardTimer_750( 750 ms), DiscardTimer_1500 (1500 ms), DiscardTimer_Infinit y(infinity)
DiscardTimer_50~0 , DiscardTimer_100~ 1, DiscardTimer_150~ 2, DiscardTimer_300~ 3, DiscardTimer_500~ 4, DiscardTimer_750~ 5, DiscardTimer_1500 ~6, DiscardTimer_Infinit y~7 ms
Enumeration Type
RlcMode_AM(Ackn owledge Mode), RlcMode_UM(Un- RlcMode_AM~1, acknowledge Mode) RlcMode_UM~2
None
Radio Bearer Management
Enumeration Type
Maxretx_Threshold _t1(1), Maxretx_Threshold _t2(2), Maxretx_Threshold _t3(3), Maxretx_Threshold _t4(4), Maxretx_Threshold _t6(6), Maxretx_Threshold _t8(8), Maxretx_Threshold _t16(16), Maxretx_Threshold _t32(32)
Maxretx_Threshold _t1~0, Maxretx_Threshold _t2~1, Maxretx_Threshold _t3~2, Maxretx_Threshold _t4~3, Maxretx_Threshold _t6~4, Maxretx_Threshold _t8~5, Maxretx_Threshold _t16~6, Maxretx_Threshold _t32~7 None
Radio Bearer Management
Enumeration Type
Maxretx_Threshold _t1(1), Maxretx_Threshold _t2(2), Maxretx_Threshold _t3(3), Maxretx_Threshold _t4(4), Maxretx_Threshold _t6(6), Maxretx_Threshold _t8(8), Maxretx_Threshold _t16(16), Maxretx_Threshold _t32(32)
Maxretx_Threshold _t1~0, Maxretx_Threshold _t2~1, Maxretx_Threshold _t3~2, Maxretx_Threshold _t4~3, Maxretx_Threshold _t6~4, Maxretx_Threshold _t8~5, Maxretx_Threshold _t16~6, Maxretx_Threshold _t32~7 None
Radio Bearer Management
Enumeration Type
PollByte_kb25(25 kBytes), PollByte_kb50(50 kBytes), PollByte_kb75(75 kBytes), PollByte_kb100(10 0 kBytes), PollByte_kb125(12 5 kBytes), PollByte_kb250(25 0 kBytes), PollByte_kb375(37 5 kBytes), PollByte_kb500(50 0 kBytes), PollByte_kb750(75 0 kBytes), PollByte_kb1000(1 000 kBytes), PollByte_kb1250(1 250 kBytes), PollByte_kb1500(1 500 kBytes), PollByte_kb2000(2 000 kBytes), PollByte_kb3000(3 000 kBytes), PollByte_infinity(infi nite kBytes)
PollByte_kb25~0, PollByte_kb50~1, PollByte_kb75~2, PollByte_kb100~3, PollByte_kb125~4, PollByte_kb250~5, PollByte_kb375~6, PollByte_kb500~7, PollByte_kb750~8, PollByte_kb1000~9, PollByte_kb1250~1 0, PollByte_kb1500~1 1, PollByte_kb2000~1 2, PollByte_kb3000~1 3, PollByte_infinity~14 byte
Radio Bearer Management
Enumeration Type
PollByte_kb25(25 kBytes), PollByte_kb50(50 kBytes), PollByte_kb75(75 kBytes), PollByte_kb100(10 0 kBytes), PollByte_kb125(12 5 kBytes), PollByte_kb250(25 0 kBytes), PollByte_kb375(37 5 kBytes), PollByte_kb500(50 0 kBytes), PollByte_kb750(75 0 kBytes), PollByte_kb1000(1 000 kBytes), PollByte_kb1250(1 250 kBytes), PollByte_kb1500(1 500 kBytes), PollByte_kb2000(2 000 kBytes), PollByte_kb3000(3 000 kBytes), PollByte_infinity(infi nite kBytes)
PollByte_kb25~0, PollByte_kb50~1, PollByte_kb75~2, PollByte_kb100~3, PollByte_kb125~4, PollByte_kb250~5, PollByte_kb375~6, PollByte_kb500~7, PollByte_kb750~8, PollByte_kb1000~9, PollByte_kb1250~1 0, PollByte_kb1500~1 1, PollByte_kb2000~1 2, PollByte_kb3000~1 3, PollByte_infinity~14 byte
Radio Bearer Management
Enumeration Type
PollPdu_p4(4 PDUs), PollPdu_p8(8 PDUs), PollPdu_p16(16 PDUs), PollPdu_p32(32 PDUs), PollPdu_p64(64 PDUs), PollPdu_p128(128 PDUs), PollPdu_p256(256 PDUs), PollPdu_Infinity(infi nite PDUs)
PollPdu_p4~0, PollPdu_p8~1, PollPdu_p16~2, PollPdu_p32~3, PollPdu_p64~4, PollPdu_p128~5, PollPdu_p256~6, PollPdu_Infinity~7
None
Radio Bearer Management
Enumeration Type
PollPdu_p4(4 PDUs), PollPdu_p8(8 PDUs), PollPdu_p16(16 PDUs), PollPdu_p32(32 PDUs), PollPdu_p64(64 PDUs), PollPdu_p128(128 PDUs), PollPdu_p256(256 PDUs), PollPdu_Infinity(infi nite PDUs)
PollPdu_p4~0, PollPdu_p8~1, PollPdu_p16~2, PollPdu_p32~3, PollPdu_p64~4, PollPdu_p128~5, PollPdu_p256~6, PollPdu_Infinity~7
None
Radio Bearer Management
Enumeration Type
185ms), Tpollretrans_m190( 190ms), Tpollretrans_m195( 195ms), Tpollretrans_m200( 200ms), Tpollretrans_m205( 205ms), Tpollretrans_m210( 210ms), Tpollretrans_m215( 215ms), Tpollretrans_m220( 220ms), Tpollretrans_m225( 225ms), Tpollretrans_m230( 230ms), Tpollretrans_m235( 235ms), Tpollretrans_m240( 240ms), Tpollretrans_m245( 245ms), Tpollretrans_m250( 250ms), Tpollretrans_m300( 300ms), Tpollretrans_m350( 350ms), Tpollretrans_m400( 400ms), Tpollretrans_m450( 450ms), Tpollretrans_m500( 500ms)
36, Tpollretrans_m190~ 37, Tpollretrans_m195~ 38, Tpollretrans_m200~ 39, Tpollretrans_m205~ 40, Tpollretrans_m210~ 41, Tpollretrans_m215~ 42, Tpollretrans_m220~ 43, Tpollretrans_m225~ 44, Tpollretrans_m230~ 45, Tpollretrans_m235~ 46, Tpollretrans_m240~ 47, Tpollretrans_m245~ 48, Tpollretrans_m250~ 49, Tpollretrans_m300~ 50, Tpollretrans_m350~ 51, Tpollretrans_m400~ 52, Tpollretrans_m450~ 53, Tpollretrans_m500~ 54 ms
Radio Bearer Management
Enumeration Type
185ms), Tpollretrans_m190( 190ms), Tpollretrans_m195( 195ms), Tpollretrans_m200( 200ms), Tpollretrans_m205( 205ms), Tpollretrans_m210( 210ms), Tpollretrans_m215( 215ms), Tpollretrans_m220( 220ms), Tpollretrans_m225( 225ms), Tpollretrans_m230( 230ms), Tpollretrans_m235( 235ms), Tpollretrans_m240( 240ms), Tpollretrans_m245( 245ms), Tpollretrans_m250( 250ms), Tpollretrans_m300( 300ms), Tpollretrans_m350( 350ms), Tpollretrans_m400( 400ms), Tpollretrans_m450( 450ms), Tpollretrans_m500( 500ms)
36, Tpollretrans_m190~ 37, Tpollretrans_m195~ 38, Tpollretrans_m200~ 39, Tpollretrans_m205~ 40, Tpollretrans_m210~ 41, Tpollretrans_m215~ 42, Tpollretrans_m220~ 43, Tpollretrans_m225~ 44, Tpollretrans_m230~ 45, Tpollretrans_m235~ 46, Tpollretrans_m240~ 47, Tpollretrans_m245~ 48, Tpollretrans_m250~ 49, Tpollretrans_m300~ 50, Tpollretrans_m350~ 51, Tpollretrans_m400~ 52, Tpollretrans_m450~ 53, Tpollretrans_m500~ 54 ms
Radio Bearer Management
Enumeration Type
185ms), Tstatprohibit_m190( 190ms), Tstatprohibit_m195( 195ms), Tstatprohibit_m200( 200ms), Tstatprohibit_m205( 205ms), Tstatprohibit_m210( 210ms), Tstatprohibit_m215( 215ms), Tstatprohibit_m220( 220ms), Tstatprohibit_m225( 225ms), Tstatprohibit_m230( 230ms), Tstatprohibit_m235( 235ms), Tstatprohibit_m240( 240ms), Tstatprohibit_m245( 245ms), Tstatprohibit_m250( 250ms), Tstatprohibit_m300( 300ms), Tstatprohibit_m350( 350ms), Tstatprohibit_m400( 400ms), Tstatprohibit_m450( 450ms), Tstatprohibit_m500( 500ms)
~37, Tstatprohibit_m190 ~38, Tstatprohibit_m195 ~39, Tstatprohibit_m200 ~40, Tstatprohibit_m205 ~41, Tstatprohibit_m210 ~42, Tstatprohibit_m215 ~43, Tstatprohibit_m220 ~44, Tstatprohibit_m225 ~45, Tstatprohibit_m230 ~46, Tstatprohibit_m235 ~47, Tstatprohibit_m240 ~48, Tstatprohibit_m245 ~49, Tstatprohibit_m250 ~50, Tstatprohibit_m300 ~51, Tstatprohibit_m350 ~52, Tstatprohibit_m400 ~53, Tstatprohibit_m450 ~54, Tstatprohibit_m500 ~55 ms
Radio Bearer Management
Enumeration Type
185ms), Tstatprohibit_m190( 190ms), Tstatprohibit_m195( 195ms), Tstatprohibit_m200( 200ms), Tstatprohibit_m205( 205ms), Tstatprohibit_m210( 210ms), Tstatprohibit_m215( 215ms), Tstatprohibit_m220( 220ms), Tstatprohibit_m225( 225ms), Tstatprohibit_m230( 230ms), Tstatprohibit_m235( 235ms), Tstatprohibit_m240( 240ms), Tstatprohibit_m245( 245ms), Tstatprohibit_m250( 250ms), Tstatprohibit_m300( 300ms), Tstatprohibit_m350( 350ms), Tstatprohibit_m400( 400ms), Tstatprohibit_m450( 450ms), Tstatprohibit_m500( 500ms)
~37, Tstatprohibit_m190 ~38, Tstatprohibit_m195 ~39, Tstatprohibit_m200 ~40, Tstatprohibit_m205 ~41, Tstatprohibit_m210 ~42, Tstatprohibit_m215 ~43, Tstatprohibit_m220 ~44, Tstatprohibit_m225 ~45, Tstatprohibit_m230 ~46, Tstatprohibit_m235 ~47, Tstatprohibit_m240 ~48, Tstatprohibit_m245 ~49, Tstatprohibit_m250 ~50, Tstatprohibit_m300 ~51, Tstatprohibit_m350 ~52, Tstatprohibit_m400 ~53, Tstatprohibit_m450 ~54, Tstatprohibit_m500 ~55 ms
Radio Bearer Management
Enumeration Type
0ms), Treordering_m65(6 5ms), Treordering_m70(7 0ms), Treordering_m75(7 5ms), Treordering_m80(8 0ms), Treordering_m85(8 5ms), Treordering_m90(9 0ms), Treordering_m95(9 5ms), Treordering_m100( 100ms), Treordering_m110( 110ms), Treordering_m120( 120ms), Treordering_m130( 130ms), Treordering_m140( 140ms), Treordering_m150( 150ms), Treordering_m160( 160ms), Treordering_m170( 170ms), Treordering_m180( 180ms), Treordering_m190( 190ms), Treordering_m200( 200ms)
2, Treordering_m65~1 3, Treordering_m70~1 4, Treordering_m75~1 5, Treordering_m80~1 6, Treordering_m85~1 7, Treordering_m90~1 8, Treordering_m95~1 9, Treordering_m100~ 20, Treordering_m110~ 21, Treordering_m120~ 22, Treordering_m130~ 23, Treordering_m140~ 24, Treordering_m150~ 25, Treordering_m160~ 26, Treordering_m170~ 27, Treordering_m180~ 28, Treordering_m190~ 29, Treordering_m200~ 30 ms
Radio Bearer Management
Radio Bearer Management
Enumeration Type
0ms), Treordering_m65(6 5ms), Treordering_m70(7 0ms), Treordering_m75(7 5ms), Treordering_m80(8 0ms), Treordering_m85(8 5ms), Treordering_m90(9 0ms), Treordering_m95(9 5ms), Treordering_m100( 100ms), Treordering_m110( 110ms), Treordering_m120( 120ms), Treordering_m130( 130ms), Treordering_m140( 140ms), Treordering_m150( 150ms), Treordering_m160( 160ms), Treordering_m170( 170ms), Treordering_m180( 180ms), Treordering_m190( 190ms), Treordering_m200( 200ms)
2, Treordering_m65~1 3, Treordering_m70~1 4, Treordering_m75~1 5, Treordering_m80~1 6, Treordering_m85~1 7, Treordering_m90~1 8, Treordering_m95~1 9, Treordering_m100~ 20, Treordering_m110~ 21, Treordering_m120~ 22, Treordering_m130~ 23, Treordering_m140~ 24, Treordering_m150~ 25, Treordering_m160~ 26, Treordering_m170~ 27, Treordering_m180~ 28, Treordering_m190~ 29, Treordering_m200~ 30 ms
Enumeration Type
PdcpSnsize_7bits(7 bits), PdcpSnsize_12bits( 12 bits)
PdcpSnsize_7bits~ 0, PdcpSnsize_12bits ~1 bit
Radio Bearer Management
Radio Bearer Management
Enumeration Type
RlcSnSize_size5(5b its), RlcSnSize_size5~0, RlcSnSize_size10(1 RlcSnSize_size10~ 0bits) 1 bit
Enumeration Type
RlcSnSize_size5(5b its), RlcSnSize_size5~0, RlcSnSize_size10(1 RlcSnSize_size10~ 0bits) 1 bit
Radio Bearer Management
Enumeration Type
0ms), Treordering_m65(6 5ms), Treordering_m70(7 0ms), Treordering_m75(7 5ms), Treordering_m80(8 0ms), Treordering_m85(8 5ms), Treordering_m90(9 0ms), Treordering_m95(9 5ms), Treordering_m100( 100ms), Treordering_m110( 110ms), Treordering_m120( 120ms), Treordering_m130( 130ms), Treordering_m140( 140ms), Treordering_m150( 150ms), Treordering_m160( 160ms), Treordering_m170( 170ms), Treordering_m180( 180ms), Treordering_m190( 190ms), Treordering_m200( 200ms)
2, Treordering_m65~1 3, Treordering_m70~1 4, Treordering_m75~1 5, Treordering_m80~1 6, Treordering_m85~1 7, Treordering_m90~1 8, Treordering_m95~1 9, Treordering_m100~ 20, Treordering_m110~ 21, Treordering_m120~ 22, Treordering_m130~ 23, Treordering_m140~ 24, Treordering_m150~ 25, Treordering_m160~ 26, Treordering_m170~ 27, Treordering_m180~ 28, Treordering_m190~ 29, Treordering_m200~ 30 ms
Radio Bearer Management
Enumeration Type
0ms), Treordering_m65(6 5ms), Treordering_m70(7 0ms), Treordering_m75(7 5ms), Treordering_m80(8 0ms), Treordering_m85(8 5ms), Treordering_m90(9 0ms), Treordering_m95(9 5ms), Treordering_m100( 100ms), Treordering_m110( 110ms), Treordering_m120( 120ms), Treordering_m130( 130ms), Treordering_m140( 140ms), Treordering_m150( 150ms), Treordering_m160( 160ms), Treordering_m170( 170ms), Treordering_m180( 180ms), Treordering_m190( 190ms), Treordering_m200( 200ms)
Radio Bearer Management
Enumeration Type
FALSE(FALSE), TRUE(TRUE)
2, Treordering_m65~1 3, Treordering_m70~1 4, Treordering_m75~1 5, Treordering_m80~1 6, Treordering_m85~1 7, Treordering_m90~1 8, Treordering_m95~1 9, Treordering_m100~ 20, Treordering_m110~ 21, Treordering_m120~ 22, Treordering_m130~ 23, Treordering_m140~ 24, Treordering_m150~ 25, Treordering_m160~ 26, Treordering_m170~ 27, Treordering_m180~ 28, Treordering_m190~ 29, Treordering_m200~ 30 ms
FALSE~0, TRUE~1 None
Radio Bearer Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Radio Bearer Management
Enumeration Type
m95(95ms), m100(100ms), m105(105ms), m110(110ms), m115(115ms), m120(120ms), m125(125ms), m130(130ms), m135(135ms), m140(140ms), m145(145ms), m150(150ms), m155(155ms), m160(160ms), m165(165ms), m170(170ms), m175(175ms), m180(180ms), m185(185ms), m190(190ms), m195(195ms), m200(200ms), m205(205ms), m210(210ms), m215(215ms), m220(220ms), m225(225ms), m230(230ms), m235(235ms), m240(240ms), m245(245ms), m250(250ms), m300(300ms), m350(350ms), m400(400ms), m450(450ms), m500(500ms)
m85~16, m90~17, m95~18, m100~19, m105~20, m110~21, m115~22, m120~23, m125~24, m130~25, m135~26, m140~27, m145~28, m150~29, m155~30, m160~31, m165~32, m170~33, m175~34, m180~35, m185~36, m190~37, m195~38, m200~39, m205~40, m210~41, m215~42, m220~43, m225~44, m230~45, m235~46, m240~47, m245~48, m250~49, m300~50, m350~51, m400~52, m450~53, m500~54 ms
Radio Bearer Management
Enumeration Type
m95(95ms), m100(100ms), m105(105ms), m110(110ms), m115(115ms), m120(120ms), m125(125ms), m130(130ms), m135(135ms), m140(140ms), m145(145ms), m150(150ms), m155(155ms), m160(160ms), m165(165ms), m170(170ms), m175(175ms), m180(180ms), m185(185ms), m190(190ms), m195(195ms), m200(200ms), m205(205ms), m210(210ms), m215(215ms), m220(220ms), m225(225ms), m230(230ms), m235(235ms), m240(240ms), m245(245ms), m250(250ms), m300(300ms), m350(350ms), m400(400ms), m450(450ms), m500(500ms)
m90~18, m95~19, m100~20, m105~21, m110~22, m115~23, m120~24, m125~25, m130~26, m135~27, m140~28, m145~29, m150~30, m155~31, m160~32, m165~33, m170~34, m175~35, m180~36, m185~37, m190~38, m195~39, m200~40, m205~41, m210~42, m215~43, m220~44, m225~45, m230~46, m235~47, m240~48, m245~49, m250~50, m300~51, m350~52, m400~53, m450~54, m500~55
ms
Radio Bearer Management
Enumeration Type
m95(95ms), m100(100ms), m105(105ms), m110(110ms), m115(115ms), m120(120ms), m125(125ms), m130(130ms), m135(135ms), m140(140ms), m145(145ms), m150(150ms), m155(155ms), m160(160ms), m165(165ms), m170(170ms), m175(175ms), m180(180ms), m185(185ms), m190(190ms), m195(195ms), m200(200ms), m205(205ms), m210(210ms), m215(215ms), m220(220ms), m225(225ms), m230(230ms), m235(235ms), m240(240ms), m245(245ms), m250(250ms), m300(300ms), m350(350ms), m400(400ms), m450(450ms), m500(500ms)
m85~16, m90~17, m95~18, m100~19, m105~20, m110~21, m115~22, m120~23, m125~24, m130~25, m135~26, m140~27, m145~28, m150~29, m155~30, m160~31, m165~32, m170~33, m175~34, m180~35, m185~36, m190~37, m195~38, m200~39, m205~40, m210~41, m215~42, m220~43, m225~44, m230~45, m235~46, m240~47, m245~48, m250~49, m300~50, m350~51, m400~52, m450~53, m500~54 ms
Radio Bearer Management
Dynamic Scheduling Basic Scheduling Enhanced Scheduling
Enumeration Type
m95(95ms), m100(100ms), m105(105ms), m110(110ms), m115(115ms), m120(120ms), m125(125ms), m130(130ms), m135(135ms), m140(140ms), m145(145ms), m150(150ms), m155(155ms), m160(160ms), m165(165ms), m170(170ms), m175(175ms), m180(180ms), m185(185ms), m190(190ms), m195(195ms), m200(200ms), m205(205ms), m210(210ms), m215(215ms), m220(220ms), m225(225ms), m230(230ms), m235(235ms), m240(240ms), m245(245ms), m250(250ms), m300(300ms), m350(350ms), m400(400ms), m450(450ms), m500(500ms)
m90~18, m95~19, m100~20, m105~21, m110~22, m115~23, m120~24, m125~25, m130~26, m135~27, m140~28, m145~29, m150~30, m155~31, m160~32, m165~33, m170~34, m175~35, m180~36, m185~37, m190~38, m195~39, m200~40, m205~41, m210~42, m215~43, m220~44, m225~45, m230~46, m235~47, m240~48, m245~49, m250~50, m300~51, m350~52, m400~53, m450~54, m500~55
ms
Enumeration Type
QCI1(QCI 1), QCI2(QCI 2), QCI3(QCI 3), QCI4(QCI 4), QCI5(QCI 5), QCI6(QCI 6), QCI7(QCI 7), QCI8(QCI 8), QCI9(QCI 9)
QCI1~1, QCI2~2, QCI3~3, QCI4~4, QCI5~5, QCI6~6, QCI7~7, QCI8~8, QCI9~9
None
Dynamic Scheduling Transport Differentiated Flow Control
Interval Type
1~1000
N/A
None
Dynamic Scheduling
Interval Type
1~1000
N/A
None
MinGbrRate_0_KB( 0kB/s), MinGbrRate_1_KB( 1kB/s), MinGbrRate_2_KB( 2kB/s), MinGbrRate_4_KB( 4kB/s), MinGbrRate_8_KB( 8kB/s), MinGbrRate_16_K B(16kB/s), MinGbrRate_32_K B(32kB/s), MinGbrRate_64_K B(64kB/s), MinGbrRate_128_K B(128kB/s), MinGbrRate_256_K B(256kB/s), MinGbrRate_512_K B(512kB/s)
MinGbrRate_0_KB ~0, MinGbrRate_1_KB ~8000, MinGbrRate_2_KB ~16000, MinGbrRate_4_KB ~32000, MinGbrRate_8_KB ~64000, MinGbrRate_16_K B~128000, MinGbrRate_32_K B~256000, MinGbrRate_64_K B~512000, MinGbrRate_128_K B~1024000, MinGbrRate_256_K B~2048000, MinGbrRate_512_K B~4096000 kB/s
Dynamic Scheduling Transport Overbooking Transport Differentiated Flow Control Transport Resource Overload Control Basic Scheduling Enhanced Scheduling Enumeration Type
Dynamic Scheduling Transport Overbooking Transport Resource Overload Control Different Transport Paths based on QoS Grade Enumeration Type
MinGbrRate_0_KB( 0kB/s), MinGbrRate_1_KB( 1kB/s), MinGbrRate_2_KB( 2kB/s), MinGbrRate_4_KB( 4kB/s), MinGbrRate_8_KB( 8kB/s), MinGbrRate_16_K B(16kB/s), MinGbrRate_32_K B(32kB/s), MinGbrRate_64_K B(64kB/s), MinGbrRate_128_K B(128kB/s), MinGbrRate_256_K B(256kB/s), MinGbrRate_512_K B(512kB/s)
MinGbrRate_0_KB ~0, MinGbrRate_1_KB ~8000, MinGbrRate_2_KB ~16000, MinGbrRate_4_KB ~32000, MinGbrRate_8_KB ~64000, MinGbrRate_16_K B~128000, MinGbrRate_32_K B~256000, MinGbrRate_64_K B~512000, MinGbrRate_128_K B~1024000, MinGbrRate_256_K B~2048000, MinGbrRate_512_K B~4096000 kB/s
Dynamic Scheduling Enhanced Scheduling
0~10
N/A
Interval Type
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Interval Type
0~39
N/A
None
Dynamic Scheduling Basic Scheduling Enhanced Scheduling
Interval Type
0~39
N/A
None
Enumeration Type
PBR_0_KBps(0kB/ s), PBR_8_KBps(8kB/ s), PBR_16_KBps(16k B/s), PBR_32_KBps(32k B/s), PBR_64_KBps(64k B/s), PBR_128_KBps(12 8kB/s), PBR_256_KBps(25 6kB/s), PBR_INFINITY(Infi nity)
PBR_0_KBps~0, PBR_8_KBps~1, PBR_16_KBps~2, PBR_32_KBps~3, PBR_64_KBps~4, PBR_128_KBps~5, PBR_256_KBps~6, PBR_INFINITY~7 kB/s
Dynamic Scheduling Basic Scheduling Enhanced Scheduling
Dynamic Scheduling Basic Scheduling Enhanced Scheduling
Interval Type
Transport Overbooking Transport Differentiated Flow Control Transport Resource Overload Control Different Transport Paths based on QoS Grade Enumeration Type
9~16
N/A
None
FLOW_CTRL(Flow Control), FLOW_CTRL~0, NON_FLOW_CTRL NON_FLOW_CTRL (Non Flow Control) ~1 None
None
Interval Type
None
Bit Field Type
1~9 arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
N/A None 4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
None
Interval Type
0~255
N/A
Enumeration Type
CLASS_0(CLASS_ 0), CLASS_1(CLASS_ 1), CLASS_0~0, CLASS_2(CLASS_ CLASS_1~1, 2) CLASS_2~2
None
None
DL 2x2 MIMO DL 4x2 MIMO DL 4x4 MIMO Single Streaming Beamforming Dual Streaming Beamforming
Enumeration Type
NO_ADAPTIVE(NO _ADAPTIVE), TxD_BF_ADAPTIV E(TxD_BF_ADAPTI VE), MIMO_BF_ADAPTI VE(MIMO_BF_ADA PTIVE)
NO_ADAPTIVE~0, TxD_BF_ADAPTIV E~1, MIMO_BF_ADAPTI VE~2 None
DL 2x2 MIMO DL 4x2 MIMO DL 4x4 MIMO Single Streaming Beamforming Dual Streaming Beamforming
Enumeration Type
TM2(TM2), TM3(TM3), TM7(TM7), TM8(TM8), TM4(TM4), TM9w/oPMI(TM9w/ oPMI), TM9wPMI(TM9wP MI)
TM2~0, TM3~1, TM7~2, TM8~3, TM4~4, TM9w/oPMI~5, TM9wPMI~6
None
Basic Scheduling Dynamic Scheduling Single Streaming Beamforming Dual Streaming Beamforming
Basic Scheduling Dynamic Scheduling
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
ms2(2ms), ms5(5ms), ms10(10ms), ms20(20ms), ms32(32ms), ms40(40ms), ms64(64ms), ms80(80ms), ms128(128ms), ms160(160ms)
ms2~2, ms5~5, ms10~10, ms20~20, ms32~32, ms40~40, ms64~64, ms80~80, ms128~128, ms160~160
ms
AMC CQI Adjustment Enhanced Scheduling
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Physical Channel Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Basic Scheduling Dynamic Scheduling
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO DL 2x2 MIMO
Enumeration Type
NO_ADAPTIVE(NO _ADAPTIVE), OL_ADAPTIVE(OL _ADAPTIVE), CL_ADAPTIVE(CL _ADAPTIVE), OC_ADAPTIVE(OC _ADAPTIVE)
NO_ADAPTIVE~0, OL_ADAPTIVE~1, CL_ADAPTIVE~2, OC_ADAPTIVE~3 None
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO DL 2x2 MIMO
Enumeration Type
TM2(TM2), TM3(TM3), TM4(TM4), TM6(TM6)
TM2~0, TM3~1, TM4~2, TM6~3
None
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO
Physical Channel Management
Enumeration Type
TM2(TM2), ADAPTIVE(ADAPTI TM2~0, VE) ADAPTIVE~1
None
Enumeration Type
OFF(Off), ON(On)
None
OFF~0, ON~1
Physical Channel Management
None
Enumeration Type
ms5(5ms), ms10(10ms), ms20(20ms), ms40(40ms)
ms5~1, ms10~2, ms20~3, ms40~4
ms
Enumeration Type
QCI1(QCI 1), QCI2(QCI 2), QCI3(QCI 3), QCI4(QCI 4), QCI5(QCI 5), QCI6(QCI 6), QCI7(QCI 7), QCI8(QCI 8), QCI9(QCI 9)
QCI1~1, QCI2~2, QCI3~3, QCI4~4, QCI5~5, QCI6~6, QCI7~7, QCI8~8, QCI9~9
None
None
None
Enumeration Type
TPeriodBSRTimer_ sf5(5 subframes), TPeriodBSRTimer_ sf10(10 subframes), TPeriodBSRTimer_ sf16(16 subframes), TPeriodBSRTimer_ sf20(20 subframes), TPeriodBSRTimer_ sf32(32 subframes), TPeriodBSRTimer_ sf40(40 subframes), TPeriodBSRTimer_ sf64(64 subframes), TPeriodBSRTimer_ sf80(80 subframes), TPeriodBSRTimer_ sf128(128 subframes), TPeriodBSRTimer_ sf160(160 subframes), TPeriodBSRTimer_ sf320(320 subframes), TPeriodBSRTimer_ sf640(640 subframes), TPeriodBSRTimer_ sf1280(1280 subframes), TPeriodBSRTimer_ sf2560(2560 subframes), TPeriodBSRTimer_i nfinity(infinity subframes)
TPeriodBSRTimer_ sf5~0, TPeriodBSRTimer_ sf10~1, TPeriodBSRTimer_ sf16~2, TPeriodBSRTimer_ sf20~3, TPeriodBSRTimer_ sf32~4, TPeriodBSRTimer_ sf40~5, TPeriodBSRTimer_ sf64~6, TPeriodBSRTimer_ sf80~7, TPeriodBSRTimer_ sf128~8, TPeriodBSRTimer_ sf160~9, TPeriodBSRTimer_ sf320~10, TPeriodBSRTimer_ sf640~11, TPeriodBSRTimer_ sf1280~12, TPeriodBSRTimer_ sf2560~13, TPeriodBSRTimer_i nfinity~14 subframe
Enumeration Type
sf320(sf320), sf640(sf640), sf1280(sf1280), sf2560(sf2560), sf5120(sf5120), sf10240(sf10240)
sf320~0, sf640~1, sf1280~2, sf2560~3, sf5120~4, sf10240~5
subframe
UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover SRVCC to UTRAN SRVCC to GERAN CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
GAP_PATTERN_T YPE_1, GAP_PATTERN_T YPE_2
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
FC0~0, FC1~1, FC2~2, FC3~3, FC4~4, FC5~5, FC6~6, FC7~7, FC0, FC1, FC2, FC8~8, FC9~9, FC3, FC4, FC5, FC11~10, FC6, FC7, FC8, FC13~11, FC9, FC11, FC13, FC15~12, FC15, FC17, FC19 FC17~13, FC19~14 None
Enumeration Type
GAP_PATTERN_T YPE_1~1, GAP_PATTERN_T YPE_2~2 None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency
Enumeration Type
FC0~0, FC1~1, FC2~2, FC3~3, FC4~4, FC5~5, FC6~6, FC7~7, FC0, FC1, FC2, FC8~8, FC9~9, FC3, FC4, FC5, FC11~10, FC6, FC7, FC8, FC13~11, FC9, FC11, FC13, FC15~12, FC15, FC17, FC19 FC17~13, FC19~14 None
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN CS Fallback to GERAN Flash CS Fallback to GERAN Enumeration Type
FC0~0, FC1~1, FC2~2, FC3~3, FC4~4, FC5~5, FC6~6, FC7~7, FC0, FC1, FC2, FC8~8, FC9~9, FC3, FC4, FC5, FC11~10, FC6, FC7, FC8, FC13~11, FC9, FC11, FC13, FC15~12, FC15, FC17, FC19 FC17~13, FC19~14 None
Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover SRVCC to UTRAN SRVCC to GERAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
NOT_CFG, CFG
NOT_CFG~0, CFG~1
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Mobility Management SRVCC to UTRAN SRVCC to GERAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Interval Type
-141~-43
N/A
dBm
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
NOT_CFG, CFG
NOT_CFG~0, CFG~1
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
T_CRMAX_30S(30 s), T_CRMAX_60S(60 s), T_CRMAX_120S(1 20s), T_CRMAX_180S(1 80s), T_CRMAX_240S(2 40s)
T_CRMAX_30S~0, T_CRMAX_60S~1, T_CRMAX_120S~2 , T_CRMAX_180S~3 , T_CRMAX_240S~4 s
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
T_CRMAXHYST_3 0S(30s), T_CRMAXHYST_6 0S(60s), T_CRMAXHYST_1 20S(120s), T_CRMAXHYST_1 80S(180s), T_CRMAXHYST_2 40S(240s)
T_CRMAXHYST_3 0S~0, T_CRMAXHYST_6 0S~1, T_CRMAXHYST_1 20S~2, T_CRMAXHYST_1 80S~3, T_CRMAXHYST_2 40S~4 s
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Interval Type
1~16
N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Interval Type
1~16
N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
TTT_SF_MEDIUM_ 0DOT25(0.25), TTT_SF_MEDIUM_ 0DOT50(0.5), TTT_SF_MEDIUM_ 0DOT75(0.75), TTT_SF_MEDIUM_ LDOT0(1)
TTT_SF_MEDIUM_ 0DOT25~0, TTT_SF_MEDIUM_ 0DOT50~1, TTT_SF_MEDIUM_ 0DOT75~2, TTT_SF_MEDIUM_ LDOT0~3 None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Mobility Management Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
TTT_SF_HIGH_0D OT25(0.25), TTT_SF_HIGH_0D OT50(0.5), TTT_SF_HIGH_0D OT75(0.75), TTT_SF_HIGH_LD OT0(1)
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Enumeration Type
FC0~0, FC1~1, FC2~2, FC3~3, FC4~4, FC5~5, FC6~6, FC7~7, FC0, FC1, FC2, FC8~8, FC9~9, FC3, FC4, FC5, FC11~10, FC6, FC7, FC8, FC13~11, FC9, FC11, FC13, FC15~12, FC15, FC17, FC19 FC17~13, FC19~14 None
TTT_SF_HIGH_0D OT25~0, TTT_SF_HIGH_0D OT50~1, TTT_SF_HIGH_0D OT75~2, TTT_SF_HIGH_LD OT0~3 None
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Enumeration Type
FC0~0, FC1~1, FC2~2, FC3~3, FC4~4, FC5~5, FC6~6, FC7~7, FC0, FC1, FC2, FC8~8, FC9~9, FC3, FC4, FC5, FC11~10, FC6, FC7, FC8, FC13~11, FC9, FC11, FC13, FC15~12, FC15, FC17, FC19 FC17~13, FC19~14 None
Service Based Inter-frequency Handover Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Camp & Handover Based on SPID Interval Type
0~20
N/A
30s
Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Interval Type
1~8
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to GERAN CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
None
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Enumeration Type
RSCP, ECN0, BOTH
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
PILOT_STRENGT H, PILOT_PN_PHASE _AND_STRENGTH
RSCP~0, ECN0~1, BOTH~2 None
None
PILOT_STRENGT H~0, PILOT_PN_PHASE _AND_STRENGTH ~1 None
Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
PILOT_STRENGT H
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
PILOT_STRENGT H~0
None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Enumeration Type
RSRP, RSRQ, BOTH
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 SRVCC to UTRAN SRVCC to GERAN Enumeration Type
EventB1(EventB1), EventB1~0, EventB2(EventB2) EventB2~1
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~65535
N/A
ms
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~6
N/A
None
RSRP~0, RSRQ~1, BOTH~2 None
PS Mobility from EUTRAN to CDMA2000 HRPD Based on Frequency-specific Factors Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
BY_PRIORITY, BY_PRIORITY~0, BY_SELECT_RATI BY_SELECT_RATI O O~1 None
CS Fallback to CDMA2000 1xRTT Based on Frequency-specific Factors Enumeration Type
BY_PRIORITY, BY_PRIORITY~0, BY_SELECT_RATI BY_SELECT_RATI O O~1 None
Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NONE, REDIRECTION
NONE~0, REDIRECTION~1
None
Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
PERIOD, EVENT
PERIOD~0, EVENT~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
FIXED, FIXED~0, BY_MEAS_RESUL BY_MEAS_RESUL T T~1 None
PS Inter-RAT Mobility between EUTRAN and UTRAN Flash CS Fallback to UTRAN Interval Type
1~16
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Flash CS Fallback to GERAN Interval Type
1~32
N/A
None
CS Fallback to GERAN
Interval Type
0~32
N/A
None
CS Fallback to UTRAN Flash CS Fallback to UTRAN
Interval Type
0~16
N/A
None
Mobility Management
Enumeration Type
BY_RATIO(BY_RA TIO), BY_MEAS_RESUL BY_RATIO~0, T(BY_MEAS_RES BY_MEAS_RESUL ULT) T~1 None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility Management SRVCC to UTRAN SRVCC to GERAN CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
1~8
N/A
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility Management SRVCC to UTRAN SRVCC to GERAN CS Fallback to UTRAN CS Fallback to GERAN CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
None
Coverage Based Intra-frequency Handover
Enumeration Type
RSRP, RSRQ
RSRP~0, RSRQ~1 None
Coverage Based Intra-frequency Handover
Coverage Based Intra-frequency Handover Intra-LTE Load Balancing
Enumeration Type
SAME_AS_TRIG_ QUAN(Same as Trig Quan), BOTH
Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
SAME_AS_TRIG_ QUAN~0, BOTH~1 None
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Enumeration Type
SAME_AS_TRIG_ QUAN(Same as Trig Quan), BOTH
Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
SAME_AS_TRIG_ QUAN~0, BOTH~1 None
None
Coverage Based Inter-frequency Handover
Enumeration Type
RSRP, RSRQ, BOTH
RSRP~0, RSRQ~1, BOTH~2 None
None
Enumeration Type
RSRP, RSRQ, BOTH
RSRP~0, RSRQ~1, BOTH~2 None
Coverage Based Inter-frequency Handover Carrier Management
Enumeration Type
RSRP, RSRQ, BOTH
RSRP~0, RSRQ~1, BOTH~2 None
Coverage Based Inter-frequency Handover
Interval Type
0~5000
N/A
ms
None
Interval Type
0~255
N/A
None
CS Fallback to UTRAN
Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
CS Fall Back to GERAN
Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
Enhanced CS Fallback to CDMA2000 1xRTT CS Fallback Steering to UTRAN Enumeration Type
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
CS Fallback to UTRAN
Interval Type
-120~-25
N/A
dBm
CS Fallback to UTRAN
Interval Type
-48~0
N/A
0.5dB
CS Fall Back to GERAN
Interval Type
-110~-48
N/A
dBm
Enhanced CS Fallback to CDMA2000 1xRTT CS Fallback Steering to UTRAN Interval Type
-63~0
N/A
0.5dB
Flash CS Fallback to UTRAN Flash CS Fallback to GERAN
-141~-43
N/A
dBm
Interval Type
CS Fallback to UTRAN CS Fallback to GERAN Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~10
N/A
s
None
0~255
N/A
None
Interval Type
Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Emergency Call
Enumeration Type
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Enumeration Type
P00(0%), P05(5%), P10(10%), P15(15%), P20(20%), P25(25%), P30(30%), P40(40%), P50(50%), P60(60%), P70(70%), P75(75%), P80(80%), P85(85%), P90(90%), P95(95%)
P00~0, P05~1, P10~2, P15~3, P20~4, P25~5, P30~6, P40~7, P50~8, P60~9, P70~10, P75~11, P80~12, P85~13, P90~14, P95~15
Broadcast of system information Enumeration Type
ACCESS_BARRIN G_TIME_S4(4s), ACCESS_BARRIN G_TIME_S8(8s), ACCESS_BARRIN G_TIME_S16(16s), ACCESS_BARRIN G_TIME_S32(32s), ACCESS_BARRIN G_TIME_S64(64s), ACCESS_BARRIN G_TIME_S128(128 s), ACCESS_BARRIN G_TIME_S256(256 s), ACCESS_BARRIN G_TIME_S512(512 s)
ACCESS_BARRIN G_TIME_S4~0, ACCESS_BARRIN G_TIME_S8~1, ACCESS_BARRIN G_TIME_S16~2, ACCESS_BARRIN G_TIME_S32~3, ACCESS_BARRIN G_TIME_S64~4, ACCESS_BARRIN G_TIME_S128~5, ACCESS_BARRIN G_TIME_S256~6, ACCESS_BARRIN G_TIME_S512~7 s
%
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Enumeration Type
P00(0%), P05(5%), P10(10%), P15(15%), P20(20%), P25(25%), P30(30%), P40(40%), P50(50%), P60(60%), P70(70%), P75(75%), P80(80%), P85(85%), P90(90%), P95(95%)
P00~0, P05~1, P10~2, P15~3, P20~4, P25~5, P30~6, P40~7, P50~8, P60~9, P70~10, P75~11, P80~12, P85~13, P90~14, P95~15
Broadcast of system information Enumeration Type
ACCESS_BARRIN G_TIME_S4(4s), ACCESS_BARRIN G_TIME_S8(8s), ACCESS_BARRIN G_TIME_S16(16s), ACCESS_BARRIN G_TIME_S32(32s), ACCESS_BARRIN G_TIME_S64(64s), ACCESS_BARRIN G_TIME_S128(128 s), ACCESS_BARRIN G_TIME_S256(256 s), ACCESS_BARRIN G_TIME_S512(512 s)
ACCESS_BARRIN G_TIME_S4~0, ACCESS_BARRIN G_TIME_S8~1, ACCESS_BARRIN G_TIME_S16~2, ACCESS_BARRIN G_TIME_S32~3, ACCESS_BARRIN G_TIME_S64~4, ACCESS_BARRIN G_TIME_S128~5, ACCESS_BARRIN G_TIME_S256~6, ACCESS_BARRIN G_TIME_S512~7 s
%
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Enumeration Type
P00(0%), P05(5%), P10(10%), P15(15%), P20(20%), P25(25%), P30(30%), P40(40%), P50(50%), P60(60%), P70(70%), P75(75%), P80(80%), P85(85%), P90(90%), P95(95%)
P00~0, P05~1, P10~2, P15~3, P20~4, P25~5, P30~6, P40~7, P50~8, P60~9, P70~10, P75~11, P80~12, P85~13, P90~14, P95~15
Broadcast of system information Enumeration Type
ACCESS_BARRIN G_TIME_S4(4s), ACCESS_BARRIN G_TIME_S8(8s), ACCESS_BARRIN G_TIME_S16(16s), ACCESS_BARRIN G_TIME_S32(32s), ACCESS_BARRIN G_TIME_S64(64s), ACCESS_BARRIN G_TIME_S128(128 s), ACCESS_BARRIN G_TIME_S256(256 s), ACCESS_BARRIN G_TIME_S512(512 s)
ACCESS_BARRIN G_TIME_S4~0, ACCESS_BARRIN G_TIME_S8~1, ACCESS_BARRIN G_TIME_S16~2, ACCESS_BARRIN G_TIME_S32~3, ACCESS_BARRIN G_TIME_S64~4, ACCESS_BARRIN G_TIME_S128~5, ACCESS_BARRIN G_TIME_S256~6, ACCESS_BARRIN G_TIME_S512~7 s
%
Broadcast of system information Bit Field Type
AC11BARSTATE(A C11BARSTATE), AC12BARSTATE(A C12BARSTATE), AC13BARSTATE(A C13BARSTATE), AC14BARSTATE(A C14BARSTATE), AC15BARSTATE(A C15BARSTATE)
AC11BARSTATE~0 , AC12BARSTATE~1 , AC13BARSTATE~2 , AC14BARSTATE~3 , AC15BARSTATE~4 None
Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Enumeration Type
P00(0%), P05(5%), P10(10%), P15(15%), P20(20%), P25(25%), P30(30%), P40(40%), P50(50%), P60(60%), P70(70%), P75(75%), P80(80%), P85(85%), P90(90%), P95(95%)
P00~0, P05~1, P10~2, P15~3, P20~4, P25~5, P30~6, P40~7, P50~8, P60~9, P70~10, P75~11, P80~12, P85~13, P90~14, P95~15
Broadcast of system information Enumeration Type
ACCESS_BARRIN G_TIME_S4(4s), ACCESS_BARRIN G_TIME_S8(8s), ACCESS_BARRIN G_TIME_S16(16s), ACCESS_BARRIN G_TIME_S32(32s), ACCESS_BARRIN G_TIME_S64(64s), ACCESS_BARRIN G_TIME_S128(128 s), ACCESS_BARRIN G_TIME_S256(256 s), ACCESS_BARRIN G_TIME_S512(512 s)
ACCESS_BARRIN G_TIME_S4~0, ACCESS_BARRIN G_TIME_S8~1, ACCESS_BARRIN G_TIME_S16~2, ACCESS_BARRIN G_TIME_S32~3, ACCESS_BARRIN G_TIME_S64~4, ACCESS_BARRIN G_TIME_S128~5, ACCESS_BARRIN G_TIME_S256~6, ACCESS_BARRIN G_TIME_S512~7 s
%
Broadcast of system information Bit Field Type
AC11BARSTATE(A C11BARSTATE), AC12BARSTATE(A C12BARSTATE), AC13BARSTATE(A C13BARSTATE), AC14BARSTATE(A C14BARSTATE), AC15BARSTATE(A C15BARSTATE)
AC11BARSTATE~0 , AC12BARSTATE~1 , AC13BARSTATE~2 , AC14BARSTATE~3 , AC15BARSTATE~4 None
Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Enumeration Type
P00(0%), P05(5%), P10(10%), P15(15%), P20(20%), P25(25%), P30(30%), P40(40%), P50(50%), P60(60%), P70(70%), P75(75%), P80(80%), P85(85%), P90(90%), P95(95%)
P00~0, P05~1, P10~2, P15~3, P20~4, P25~5, P30~6, P40~7, P50~8, P60~9, P70~10, P75~11, P80~12, P85~13, P90~14, P95~15
Broadcast of system information Enumeration Type
ACCESS_BARRIN G_TIME_S4(4s), ACCESS_BARRIN G_TIME_S8(8s), ACCESS_BARRIN G_TIME_S16(16s), ACCESS_BARRIN G_TIME_S32(32s), ACCESS_BARRIN G_TIME_S64(64s), ACCESS_BARRIN G_TIME_S128(128 s), ACCESS_BARRIN G_TIME_S256(256 s), ACCESS_BARRIN G_TIME_S512(512 s)
ACCESS_BARRIN G_TIME_S4~0, ACCESS_BARRIN G_TIME_S8~1, ACCESS_BARRIN G_TIME_S16~2, ACCESS_BARRIN G_TIME_S32~3, ACCESS_BARRIN G_TIME_S64~4, ACCESS_BARRIN G_TIME_S128~5, ACCESS_BARRIN G_TIME_S256~6, ACCESS_BARRIN G_TIME_S512~7 s
%
Broadcast of system information Bit Field Type
AC11BARSTATE(A C11BARSTATE), AC12BARSTATE(A C12BARSTATE), AC13BARSTATE(A C13BARSTATE), AC14BARSTATE(A C14BARSTATE), AC15BARSTATE(A C15BARSTATE)
AC11BARSTATE~0 , AC12BARSTATE~1 , AC13BARSTATE~2 , AC14BARSTATE~3 , AC15BARSTATE~4 None
None
0~255
N/A
Interval Type
Cell Outage Detection and Compensation Broadcast of system information Enumeration Type
None
CELL_BARRED(Ba rred), CELL_BARRED~0, CELL_NOT_BARR CELL_NOT_BARR ED(Not Barred) ED~1 None
Broadcast of system information Enumeration Type
CELL_RESERVED( Reserved), CELL_NOT_RESE RVED(Not Reserved)
CELL_RESERVED ~0, CELL_NOT_RESE RVED~1 None
Broadcast of system information Cell Selection and Re-selection Enumeration Type
ALLOWED, NOT_ALLOWED
ALLOWED~0, NOT_ALLOWED~1 None
RAN Sharing with Common Carrier Broadcast of system information Hybrid RAN Sharing Enumeration Type RAN Sharing with Common Carrier Broadcast of system information Hybrid RAN Sharing Interval Type
RAN Sharing with Common Carrier Hybrid RAN Sharing
Compound Type
NORMAL_MODE(N ormal mode), RR_MODE(Round NORMAL_MODE~ Robin Mode) 0, RR_MODE~1 None
1~720
N/A
2000-0101T00:00:00+00:00 ~2099-1231T23:59:59+00:00 N/A
h
None
Dynamic DRX
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Dynamic DRX
Interval Type
1~1000
N/A
ms
None
Interval Type
0~255
N/A
None
0~65535
N/A
None
Broadcast of system information Cell Selection and Re-selection Interval Type
Broadcast of system information Enumeration Type
CELL_RESERVED _FOR_OP(Reserve d), CELL_NOT_RESE RVED_FOR_OP(N ot Reserved)
CELL_RESERVED _FOR_OP~0, CELL_NOT_RESE RVED_FOR_OP~1 None
RAN Sharing with Common Carrier Broadcast of system information Hybrid RAN Sharing Interval Type
1~100
N/A
%
RAN Sharing with Common Carrier Broadcast of system information Hybrid RAN Sharing Interval Type
1~100
N/A
%
S1-flex
Enumeration Type
CELL_MME_CFG_ NUM_0(0), CELL_MME_CFG_ NUM_1(1), CELL_MME_CFG_ NUM_2(2), CELL_MME_CFG_ NUM_3(3), CELL_MME_CFG_ NUM_4(4)
CELL_MME_CFG_ NUM_0~0, CELL_MME_CFG_ NUM_1~1, CELL_MME_CFG_ NUM_2~2, CELL_MME_CFG_ NUM_3~3, CELL_MME_CFG_ NUM_4~4 None
S1-flex
Interval Type
0~65535
N/A
None
S1-flex
Interval Type
0~255
N/A
None
S1-flex
Interval Type
0~65535
N/A
None
S1-flex
Interval Type
0~255
N/A
None
S1-flex
Interval Type
0~65535
N/A
None
S1-flex
Interval Type
0~255
N/A
None
S1-flex
Interval Type
0~65535
N/A
None
S1-flex
Interval Type
0~255
N/A
None
Intra-LTE Load Balancing
Interval Type
1~100
N/A
%
None
Interval Type
0~5
N/A
None
None
Interval Type
0~255
N/A
None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
DB0_Q_HYST(0dB) , DB1_Q_HYST(1dB) , DB2_Q_HYST(2dB) , DB3_Q_HYST(3dB) , DB4_Q_HYST(4dB) , DB5_Q_HYST(5dB) , DB6_Q_HYST(6dB) , DB8_Q_HYST(8dB) , DB10_Q_HYST(10 dB), DB12_Q_HYST(12 dB), DB14_Q_HYST(14 dB), DB16_Q_HYST(16 dB), DB18_Q_HYST(18 dB), DB20_Q_HYST(20 dB), DB22_Q_HYST(22 dB), DB24_Q_HYST(24 dB)
DB0_Q_HYST~0, DB1_Q_HYST~1, DB2_Q_HYST~2, DB3_Q_HYST~3, DB4_Q_HYST~4, DB5_Q_HYST~5, DB6_Q_HYST~6, DB8_Q_HYST~7, DB10_Q_HYST~8, DB12_Q_HYST~9, DB14_Q_HYST~10 , DB16_Q_HYST~11 , DB18_Q_HYST~12 , DB20_Q_HYST~13 , DB22_Q_HYST~14 , DB24_Q_HYST~15 dB
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Cell Selection and Re-selection Enumeration Type
S30_T_EVALULATI ON(30s), S60_T_EVALULATI ON(60s), S120_T_EVALULA TION(120s), S180_T_EVALULA TION(180s), S240_T_EVALULA TION(240s)
S30_T_EVALULATI ON~0, S60_T_EVALULATI ON~1, S120_T_EVALULA TION~2, S180_T_EVALULA TION~3, S240_T_EVALULA TION~4 s
Broadcast of system information Cell Selection and Re-selection Enumeration Type
S30_T_HYST_NO RMAL(30s), S60_T_HYST_NO RMAL(60s), S120_T_HYST_NO RMAL(120s), S180_T_HYST_NO RMAL(180s), S240_T_HYST_NO RMAL(240s)
S30_T_HYST_NO RMAL~0, S60_T_HYST_NO RMAL~1, S120_T_HYST_NO RMAL~2, S180_T_HYST_NO RMAL~3, S240_T_HYST_NO RMAL~4 s
Cell Selection and Re-selection Broadcast of system information Interval Type
1~16
N/A
None
Cell Selection and Re-selection Broadcast of system information Interval Type
1~16
N/A
None
Broadcast of system information Cell Selection and Re-selection Enumeration Type
DB_6_Q_HYST_SF _MEDIUM(-6dB), DB_4_Q_HYST_SF _MEDIUM(-4dB), DB_2_Q_HYST_SF _MEDIUM(-2dB), DB0_Q_HYST_SF_ MEDIUM(0dB)
DB_6_Q_HYST_SF _MEDIUM~0, DB_4_Q_HYST_SF _MEDIUM~1, DB_2_Q_HYST_SF _MEDIUM~2, DB0_Q_HYST_SF_ MEDIUM~3 dB
Broadcast of system information Cell Selection and Re-selection Enumeration Type
DB_6_Q_HYST_SF _HIGH(-6dB), DB_4_Q_HYST_SF _HIGH(-4dB), DB_2_Q_HYST_SF _HIGH(-2dB), DB0_Q_HYST_SF_ HIGH(0dB)
DB_6_Q_HYST_SF _HIGH~0, DB_4_Q_HYST_SF _HIGH~1, DB_2_Q_HYST_SF _HIGH~2, DB0_Q_HYST_SF_ HIGH~3 dB
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Broadcast of system information Interval Type
0~31
N/A
2dB
Cell Selection and Re-selection Broadcast of system information Interval Type
0~31
N/A
2dB
Cell Selection and Re-selection Broadcast of system information Interval Type
0~7
N/A
None
Cell Selection and Re-selection Broadcast of system information Interval Type
-70~-22
N/A
2dBm
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Broadcast of system information Interval Type
-30~33
N/A
dBm
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Broadcast of system information Interval Type
0~31
N/A
2dB
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
MBW6(1.4M), MBW15(3M), MBW25(5M), MBW50(10M), MBW75(15M), MBW100(20M)
MBW6~0, MBW15~1, MBW25~2, MBW50~3, MBW75~4, MBW100~5
MHz
Cell Selection and Re-selection Broadcast of system information Interval Type
0~7
N/A
s
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
BitString00(00), BitString01(01), BitString10(10), BitString11(11)
BitString00~0, BitString01~1, BitString10~2, BitString11~3
None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Cell Selection and Re-selection Interval Type
0~31
N/A
dB
Broadcast of system information Cell Selection and Re-selection Interval Type
0~31
N/A
dB
Broadcast of system information Cell Selection and Re-selection Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Cell Selection and Re-selection Interval Type
0~31
N/A
dB
Broadcast of system information Cell Selection and Re-selection Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Cell Selection and Re-selection Interval Type
-34~-3
N/A
dB
None
0~255
N/A
None
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Interval Type
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
Cell Selection and Re-selection Enhanced CS Fallback to CDMA2000 1xRTT Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~15
N/A
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Interval Type
0~7
N/A
s
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Enhanced CS Fallback to CDMA2000 1xRTT Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
s
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Broadcast of system information Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
0~255
N/A
None
0~7
N/A
s
Interval Type
Cell Selection and Re-selection Broadcast of system information Interval Type
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
Cell Selection and Re-selection Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
None
0~255
N/A
Interval Type
None
None
Broadcast of system information Cell Selection and Re-selection Interval Type
0~7
N/A
s
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
T_RESEL_SF_0DO T25(0.25), T_RESEL_SF_0DO T5(0.5), T_RESEL_SF_0DO T75(0.75), T_RESEL_SF_1DO T0(1.0)
T_RESEL_SF_0DO T25~0, T_RESEL_SF_0DO T5~1, T_RESEL_SF_0DO T75~2, T_RESEL_SF_1DO T0~3 None
None
0~255
N/A
None
-70~-22
N/A
2dBm
Interval Type
Cell Selection and Re-selection Broadcast of system information Interval Type
Cell Selection and Re-selection Broadcast of system information Interval Type
0~8
N/A
2dB
Broadcast of system information Cell Selection and Re-selection Interval Type
-34~-3
N/A
dB
Broadcast of system information Cell Selection and Re-selection Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Cell Selection and Re-selection Interval Type
1~8
N/A
dB
None
0~255
N/A
None
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Interval Type
Broadcast of system information Enumeration Type
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Earthquake and Tsunami Warning System (ETWS) Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Earthquake and Tsunami Warning System (ETWS) Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Earthquake and Tsunami Warning System (ETWS)
Interval Type
1~300
Earthquake and Tsunami Warning System (ETWS)
Enumeration Type
MERGE~0, MERGE, DISCARD DISCARD~1
N/A
s
None
Earthquake and Tsunami Warning System (ETWS)
Enumeration Type
CMAS Support Broadcast of system information Enumeration Type
MERGE~0, MERGE, DISCARD DISCARD~1
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
None
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
Broadcast of system information Interval Type
27~1000
N/A
3GPP R8 Specifications Broadcast of system information Enumeration Type
RF8(8 radio frames), RF16(16 radio frames), RF32(32 radio frames), RF64(64 radio frames), RF128(128 radio frames), RF256(256 radio frames), RF512(512 radio frames)
RF8~0, RF16~1, RF32~2, RF64~3, RF128~4, RF256~5, RF512~6 None
None
0~255
N/A
Interval Type
None
None
Uplink Power Control Broadcast of system information Enumeration Type
AL0(0), AL04(0.4), AL05(0.5), AL06(0.6), AL07(0.7), AL08(0.8), AL09(0.9), AL1(1)
AL0~0, AL04~1, AL05~2, AL06~3, AL07~4, AL08~5, AL09~6, AL1~7
None
Uplink Power Control Broadcast of system information Interval Type
-127~-96
N/A
dBm
Uplink Power Control Broadcast of system information Interval Type
-126~24
N/A
dBm
Uplink Power Control Broadcast of system information Enumeration Type
DELTAF_2(-2dB), DELTAF0(0dB), DELTAF2(2dB)
DELTAF_2~0, DELTAF0~1, DELTAF2~2
dB
Uplink Power Control Broadcast of system information Enumeration Type
DELTAF1(1dB), DELTAF3(3dB), DELTAF5(5dB)
DELTAF1~0, DELTAF3~1, DELTAF5~2
dB
Uplink Power Control Broadcast of system information Enumeration Type
DELTAF_2(-2dB), DELTAF0(0dB), DELTAF1(1dB), DELTAF2(2dB)
DELTAF_2~0, DELTAF0~1, DELTAF1~2, DELTAF2~3
dB
Uplink Power Control Broadcast of system information Enumeration Type
DELTAF_2(-2dB), DELTAF0(0dB), DELTAF2(2dB)
DELTAF_2~0, DELTAF0~1, DELTAF2~2
dB
Uplink Power Control Broadcast of system information Enumeration Type
DELTAF_2(-2dB), DELTAF0(0dB), DELTAF2(2dB)
DELTAF_2~0, DELTAF0~1, DELTAF2~2
dB
Uplink Power Control Broadcast of system information Interval Type
-1~6
N/A
2dB
None
Interval Type
0~255
N/A
None
None
Interval Type
0~65535
N/A
None
None
Bit Field Type
arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~23
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
-600~500,32767
N/A
0.1dBm
None
Interval Type
0~23,255
N/A
None
None
Interval Type
0~62
N/A
None
None
Interval Type
60~254
N/A
None
None
Interval Type
0~8
N/A
None
None
Interval Type
0~2147483647
N/A
0.1dBm
None
Interval Type
0~8
N/A
None
None
Interval Type
0~60
N/A
0.1dB
CPRI Compression Enumeration Type
NO_COMPRESSIO N(No Compression), NORMAL_COMPR ESSION(Normal Compression), ENHANCED_COM PRESSION(Enhanc ed Compression), NULL(Invalid)
NO_COMPRESSIO N~0, NORMAL_COMPR ESSION~1, ENHANCED_COM PRESSION~2, NULL~255 None
None
0~255
N/A
Interval Type
None
None
Interval Type
0~35
N/A
None
None
SectorEqmRefType [] 0~16
N/A
None
None
Interval Type
N/A
None
0~65535
None
Interval Type
0~23,255
N/A
None
None
Interval Type
-600~500,32767
N/A
0.1dBm
CPRI Compression Enumeration Type
NO_COMPRESSIO N(No Compression), NORMAL_COMPR ESSION(Normal Compression), ENHANCED_COM PRESSION(Enhanc ed Compression), NULL(Invalid)
NO_COMPRESSIO N~0, NORMAL_COMPR ESSION~1, ENHANCED_COM PRESSION~2, NULL~255 None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~1048575
N/A
None
None
Interval Type
0~62
N/A
None
None
Interval Type
4~5,60~254
N/A
None
None
Interval Type
0~8
N/A
None
None
Interval Type
0~7
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Enumeration Type
DATA_LINK_AVAIL ABLE(Data Link Available), DATA_LINK_UNAV AILABLE(Data Link Unavailable)
DATA_LINK_AVAIL ABLE~0, DATA_LINK_UNAV AILABLE~1 None
None
Interval Type
0~254
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
microsecond
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~7
N/A
None
None
Enumeration Type
BIDIRECTIONAL(Bi directional), FORWARD_DIREC TION(Forward_Dire ction), BACKWARD_DIRE CTION(Backward_ Direction)
None
Interval Type
0~255
BIDIRECTIONAL~0 , FORWARD_DIREC TION~1, BACKWARD_DIRE CTION~2 None
N/A
None
None
Enumeration Type
SF500(500 subframes), SF750(750 subframes), SF1280(1280 subframes), SF1920(1920 subframes), SF2560(2560 subframes), SF5120(5120 subframes), SF10240(10240 subframes), INFINITY(Infinity)
SF500~0, SF750~1, SF1280~2, SF1920~3, SF2560~4, SF5120~5, SF10240~6, INFINITY~7
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Uplink Timing Based on PUCCH
Enumeration Type
INVALID(Invalid Timing Measurement Mode), ALLMEASMODE(Al l Timing Measurement INVALID~0, Mode) ALLMEASMODE~1 None
None
Enumeration Type
INVALID(NULL), SF218(218 subframes), SF343(343 subframes), SF608(608 subframes), SF928(928 subframes), SF1248(1248 subframes), SF2528(2528 subframes), SF5088(5088 subframes)
INVALID~0, SF218~218, SF343~343, SF608~608, SF928~928, SF1248~1248, SF2528~2528, SF5088~5088
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Interval Type
0~255
N/A
None
Broadcast of system information Enumeration Type
MS100_T300(100m s), MS200_T300(200m s), MS300_T300(300m s), MS400_T300(400m s), MS600_T300(600m s), MS1000_T300(100 0ms), MS1500_T300(150 0ms), MS2000_T300(200 0ms)
MS100_T300~0, MS200_T300~1, MS300_T300~2, MS400_T300~3, MS600_T300~4, MS1000_T300~5, MS1500_T300~6, MS2000_T300~7
ms
Broadcast of system information Enumeration Type
MS100_T301(100m s), MS200_T301(200m s), MS300_T301(300m s), MS400_T301(400m s), MS600_T301(600m s), MS1000_T301(100 0ms), MS1500_T301(150 0ms), MS2000_T301(200 0ms)
MS100_T301~0, MS200_T301~1, MS300_T301~2, MS400_T301~3, MS600_T301~4, MS1000_T301~5, MS1500_T301~6, MS2000_T301~7
ms
Broadcast of system information Enumeration Type
MS0_T310(0ms), MS50_T310(50ms), MS100_T310(100m s), MS200_T310(200m s), MS500_T310(500m s), MS1000_T310(100 0ms), MS2000_T310(200 0ms)
MS0_T310~0, MS50_T310~1, MS100_T310~2, MS200_T310~3, MS500_T310~4, MS1000_T310~5, MS2000_T310~6
Broadcast of system information Enumeration Type
MS1000_T311(100 0ms), MS3000_T311(300 0ms), MS5000_T311(500 0ms), MS10000_T311(10 000ms), MS15000_T311(15 000ms), MS20000_T311(20 000ms), MS30000_T311(30 000ms)
MS1000_T311~0, MS3000_T311~1, MS5000_T311~2, MS10000_T311~3, MS15000_T311~4, MS20000_T311~5, MS30000_T311~6 ms
ms
Broadcast of system information Enumeration Type
n1(1), n2(2), n3(3), n1~0, n2~1, n3~2, n4(4), n5(5), n6(6), n4~3, n5~4, n6~5, n8(8), n10(10) n8~6, n10~7
None
Broadcast of system information Enumeration Type
n1(1), n2(2), n3(3), n1~0, n2~1, n3~2, n4(4), n6(6), n8(8), n4~3, n6~4, n8~5, n10(10), n20(20) n10~6, n20~7
None
None
0~255
None
Interval Type
N/A
None
String Type
Broadcast of system information Cell Selection and Re-selection Enumeration Type
1~99 characters
N/A
None
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Normal CP Extended CP Broadcast of system information Enumeration Type
NORMAL_CP(Nor mal), EXTENDED_CP(Ex NORMAL_CP~0, tended) EXTENDED_CP~1 None
Normal CP Extended CP
Enumeration Type
NORMAL_CP(Nor mal), EXTENDED_CP(Ex NORMAL_CP~0, tended) EXTENDED_CP~1 None
Cell Selection and Re-selection Broadcast of system information Multi-Band Compatibility Enhancement Interval Type
1~64
N/A
None
Cell Selection and Re-selection Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Coverage Based Intra-frequency Handover Cell Selection and Re-selection Broadcast of system information Interval Type
18000~46589,5443 6~65535 N/A
None
Broadcast of system information Coverage Based Intra-frequency Handover Cell Selection and Re-selection Interval Type
0~46589,54436~65 535 N/A
None
Compact Bandwidth Broadcast of system information Scalable Bandwidth Enumeration Type
CELL_BW_N6(1.4 M), CELL_BW_N15(3M ), CELL_BW_N25(5M ), CELL_BW_N50(10 M), CELL_BW_N75(15 M), CELL_BW_N100(2 0M)
CELL_BW_N6~0, CELL_BW_N15~1, CELL_BW_N25~2, CELL_BW_N50~3, CELL_BW_N75~4, CELL_BW_N100~5 None
Compact Bandwidth Broadcast of system information Scalable Bandwidth Enumeration Type
CELL_BW_N6(1.4 M), CELL_BW_N15(3M ), CELL_BW_N25(5M ), CELL_BW_N50(10 M), CELL_BW_N75(15 M), CELL_BW_N100(2 0M)
CELL_BW_N6~0, CELL_BW_N15~1, CELL_BW_N25~2, CELL_BW_N50~3, CELL_BW_N75~4, CELL_BW_N100~5 None
Broadcast of system information Interval Type
0~255
N/A
None
Compact Bandwidth Broadcast of system information Interval Type
0~503
N/A
None
Broadcast of system information Interval Type
1~32
N/A
None
None
Enumeration Type
CELL_DEACTIVE( Deactivated), CELL_ACTIVE(Acti CELL_DEACTIVE~ ve) 0, CELL_ACTIVE~1 None
None
Enumeration Type
CELL_UNBLOCK(U nblock), CELL_HIGH_BLOC K(High block), CELL_MIDDLE_BL OCK(Middle block), CELL_LOW_BLOC K(Low block)
None
Interval Type
1~1440
CELL_UNBLOCK~ 0, CELL_HIGH_BLOC K~1, CELL_MIDDLE_BL OCK~2, CELL_LOW_BLOC K~3 None
N/A
min
Broadcast of system information Basic uplinkdownlink subframe configuration uplink-downlink subframe configuration type1&2 uplink-downlink special subframe configuration type 7 Optional uplinkdownlink subframe configuration uplink-downlink subframe configuration type 0 uplink-downlink special subframe configuration type 4 uplink-downlink special subframe configuration type 5 Enumeration Type
CELL_FDD(FDD), CELL_TDD(TDD)
CELL_FDD~0, CELL_TDD~1
None
Broadcast of system information Basic uplinkdownlink subframe configuration uplink-downlink subframe configuration type1&2 uplink-downlink special subframe configuration type 7 Optional uplinkdownlink subframe configuration uplink-downlink subframe configuration type 0 uplink-downlink special subframe configuration type 4 uplink-downlink special subframe configuration type 5 Enumeration Type
SA0(SA0), SA1(SA1), SA2(SA2), SA3(SA3), SA4(SA4), SA5(SA5), SA6(SA6)
SA0~0, SA1~1, SA2~2, SA3~3, SA4~4, SA5~5, SA6~6
None
Broadcast of system information Basic uplinkdownlink subframe configuration uplink-downlink subframe configuration type1&2 uplink-downlink special subframe configuration type 7 Optional uplinkdownlink subframe configuration uplink-downlink subframe configuration type 0 uplink-downlink special subframe configuration type 4 uplink-downlink special subframe configuration type 5 Enumeration Type
SSP0(SSP0), SSP1(SSP1), SSP2(SSP2), SSP3(SSP3), SSP4(SSP4), SSP5(SSP5), SSP6(SSP6), SSP7(SSP7), SSP8(SSP8), SSP9(SSP9)
SSP0~0, SSP1~1, SSP2~2, SSP3~3, SSP4~4, SSP5~5, SSP6~6, SSP7~7, SSP8~8, SSP9~9
None
Coverage Based Intra-frequency Handover Mobility Management Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Coverage Based Intra-frequency Handover Cell Selection and Re-selection Mobility Management Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Random Access Procedure
Interval Type
0~837
N/A
None
High Speed Mobility Ultra High Speed Mobility Enumeration Type
LOW_SPEED(Low speed cell flag), HIGH_SPEED(High speed cell flag), ULTRA_HIGH_SPE ED(Ultra high speed cell flag), EXTRA_HIGH_SPE ED(Extra high speed cell flag)
LOW_SPEED~0, HIGH_SPEED~1, ULTRA_HIGH_SPE ED~2, EXTRA_HIGH_SPE ED~3 None
Random Access Procedure
Interval Type
0~4
N/A
None
Random Access Procedure
Interval Type
1~100000
N/A
m
Compact Bandwidth
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Compact Bandwidth
Interval Type
48~50,96~100,146 ~150,183~200 N/A
0.1MHz
Compact Bandwidth
Interval Type
Earthquake and Tsunami Warning System (ETWS) CMAS Support Broadcast of system information Enumeration Type
48~50,96~100,146 ~150,183~200 N/A
0.1MHz
NOT_CFG(Not configure), CFG(Configure)
None
NOT_CFG~0, CFG~1
Earthquake and Tsunami Warning System (ETWS) CMAS Support Broadcast of system information Interval Type
0~16777215
N/A
None
Uplink Power Control Broadcast of system information Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Uplink Power Control Broadcast of system information Interval Type
-30~36
N/A
dBm
SFN Adaptive SFN/SDMA Inter-BBP SFN Inter-BBU SFN Inter-BBP Adaptive SFN/SDMA Inter-BBU Adaptive SFN/SDMA Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
SFN Adaptive SFN/SDMA Inter-BBP SFN Inter-BBP SFN Inter-BBU SFN Inter-BBP Adaptive SFN/SDMA Inter-BBU Adaptive SFN/SDMA Enumeration Type
SFN(SFN), CELL_COMBINATI ON(Cell Combination), TWO_RRU_COMBI NATION(TWO RRU Combination), DIGITAL_COMBIN ATION(Cell Digital Combination), MPRU_AGGREGA TION(MPRU_AGG REGATION)
SFN~0, CELL_COMBINATI ON~1, TWO_RRU_COMBI NATION~2, DIGITAL_COMBIN ATION~3, MPRU_AGGREGA TION~5 None
CPRI Compression Enumeration Type
NO_COMPRESSIO N(No Compression), NORMAL_COMPR ESSION(Normal Compression), ENHANCED_COM PRESSION(Enhanc ed Compression)
NO_COMPRESSIO N~0, NORMAL_COMPR ESSION~1, ENHANCED_COM PRESSION~2 None
None
2~7
N/A
Interval Type
None
None
Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
Enumeration Type
CRS_PORT_1(1 port), CRS_PORT_2(2 ports), CRS_PORT_4(4 ports)
CRS_PORT_1~1, CRS_PORT_2~2, CRS_PORT_4~4
None
None
Enumeration Type
1T1R~0, 1T2R~1, 1T1R, 1T2R, 2T2R, 2T2R~2, 2T4R~3, 2T4R, 4T4R, 8T8R, 4T4R~4, 8T8R~5, 2T8R, 4T8R 2T8R~6, 4T8R~7
None
String Type
0~256 characters
N/A
None
None
Intra-Band Carrier Aggregation for Downlink 2CC Inter-Band Carrier Aggregation for Downlink 2CC Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 Aggregation for Downlink 2CC in 30MHz Carrier Aggregation for Downlink 2CC in 40MHz Enumeration Type
UL_DL(Uplink and downlink), DL_ONLY(Downlink UL_DL~0, only) DL_ONLY~1
None
Broadcast of system information Enumeration Type
ACTIVE(Active), STANDBY(Standby ACTIVE~0, ) STANDBY~1
None
DL 4x2 MIMO DL 4x4 MIMO
Enumeration Type
NOT_CFG(Not configure), 4T4P_0213(4T4P_ 0213), 4T4P_0231(4T4P_ 0231), 4T4P_0123(4T4P_ 0123), 4T4P_0132(4T4P_ 0132), 4T4P_0312(4T4P_ 0312), 4T4P_0321(4T4P_ 0321), 4T2P_0011(4T2P_ 0011), 4T2P_0101(4T2P_ 0101), 4T2P_0110(4T2P_ 0110), 8T2P_00001111(8T 2P_00001111), 8T2P_00110011(8T 2P_00110011), 8T2P_01010101(8T 2P_01010101), 8T4P_00112233(8T 4P_00112233), 8T4P_01230123(8T 4P_01230123)
NOT_CFG~0, 4T4P_0213~1, 4T4P_0231~2, 4T4P_0123~3, 4T4P_0132~4, 4T4P_0312~5, 4T4P_0321~6, 4T2P_0011~13, 4T2P_0101~14, 4T2P_0110~15, 8T2P_00001111~16 , 8T2P_00110011~1 7, 8T2P_01010101~1 8, 8T4P_00112233~1 9, 8T4P_01230123~2 0 None
None
Enumeration Type
2_TO_1(2:1 Compression), 3_TO_1(3:1 Compression)
2_TO_1~0, 3_TO_1~1
None
None
Enumeration Type
CELL_INST_UNIN STALL(Uninstall), CELL_INST_UEM_ CFGING(Inner software module configuring), CELL_INST_RRU_ CFGING(RRU configuring), CELL_INST_BBI_C FGING(BBI configuring), CELL_INST_RECF GING(Recfging), CELL_INST_DELE TING(Deleting), CELL_INST_NORM AL(Normal), CELL_INST_BARR ED(Barred), CELL_INST_ALLO CATING_RES(Alloc ating resource), CELL_INST_CRM_ CFGING(RRU configuring), CELL_INST_SFN_ RECFGING(Recfgi ng), CELL_INST_RRU_ DPD_TRAINING(R RU DPD Training)
None
Interval Type
0~4294967295
N/A
None
None
String Type
0~32 characters
N/A
None
CELL_INST_UNIN STALL~0, CELL_INST_UEM_ CFGING~1, CELL_INST_RRU_ CFGING~2, CELL_INST_BBI_C FGING~3, CELL_INST_RECF GING~4, CELL_INST_DELE TING~5, CELL_INST_NORM AL~6, CELL_INST_BARR ED~7, CELL_INST_ALLO CATING_RES~8, CELL_INST_CRM_ CFGING~9, CELL_INST_SFN_ RECFGING~10, CELL_INST_RRU_ DPD_TRAINING~1 1 None
None
Enumeration Type
(141 Cell Setup), CELL_SETUP_UL WIDESCAN(UL Wide Freq Scan Cell Setup), CELL_DEL_BLK_L OW(Block Cell Low), CELL_DEL_BLK_M ID(Block Cell Mid), CELL_DEL_BLK_H IGH(Block Cell High), CELL_DEL_NOUS ER(Block Cell No User), CELL_DEL_DEA(D ea Cell), CELL_DEL_RMV(D elete Cell), CELl_DEL_HEALC HK(Cell Healthy Chk), CELL_DEL_UNHE AL(Cell UnHealthy), CELL_DEL_SETUP _FAIL(Cell Setup Fail), CELL_DEL_141_D EL(141 Cell Del), CELL_DEL_ULWID ESCAN(UL Wide Freq Scan Cell Del), CELL_DEL_CELLN OACCESSALM(Cel l No Access Alarm)
None
String Type
0~32 characters
CELL_NO_OP~0, CELL_SETUP_AC T~1, CELL_SETUP_UBL ~2, CELL_SETUP_HE ALCHK~3, CELL_SETUP_141 ~4, CELL_SETUP_UL WIDESCAN~5, CELL_DEL_BLK_L OW~26, CELL_DEL_BLK_M ID~27, CELL_DEL_BLK_H IGH~28, CELL_DEL_NOUS ER~29, CELL_DEL_DEA~3 0, CELL_DEL_RMV~3 1, CELl_DEL_HEALC HK~32, CELL_DEL_UNHE AL~33, CELL_DEL_SETUP _FAIL~34, CELL_DEL_141_D EL~35, CELL_DEL_ULWID ESCAN~36, CELL_DEL_CELLN OACCESSALM~11 2 None
N/A
None
None
Enumeration Type
(141 Cell Setup), CELL_SETUP_UL WIDESCAN(UL Wide Freq Scan Cell Setup), CELL_DEL_BLK_L OW(Block Cell Low), CELL_DEL_BLK_M ID(Block Cell Mid), CELL_DEL_BLK_H IGH(Block Cell High), CELL_DEL_NOUS ER(Block Cell No User), CELL_DEL_DEA(D ea Cell), CELL_DEL_RMV(D elete Cell), CELl_DEL_HEALC HK(Cell Healthy Chk), CELL_DEL_UNHE AL(Cell UnHealthy), CELL_DEL_SETUP _FAIL(Cell Setup Fail), CELL_DEL_141_D EL(141 Cell Del), CELL_DEL_ULWID ESCAN(UL Wide Freq Scan Cell Del), CELL_DEL_CELLN OACCESSALM(Cel l No Access Alarm)
CELL_NO_OP~0, CELL_SETUP_AC T~1, CELL_SETUP_UBL ~2, CELL_SETUP_HE ALCHK~3, CELL_SETUP_141 ~4, CELL_SETUP_UL WIDESCAN~5, CELL_DEL_BLK_L OW~26, CELL_DEL_BLK_M ID~27, CELL_DEL_BLK_H IGH~28, CELL_DEL_NOUS ER~29, CELL_DEL_DEA~3 0, CELL_DEL_RMV~3 1, CELl_DEL_HEALC HK~32, CELL_DEL_UNHE AL~33, CELL_DEL_SETUP _FAIL~34, CELL_DEL_141_D EL~35, CELL_DEL_ULWID ESCAN~36, CELL_DEL_CELLN OACCESSALM~11 2 None
None
Enumeration Type
LOWPWR_CELLU SEDPWRRDU(Low Power Consumption Mode-Cell Used Power Reduced), CELL_PWRSAVE_ LOWPWR_RSPW RRDU(Low Power Consumption Mode-Reference Signal Power Reduced), CELL_PWRSAVE_ LOWPWR_RFSHD (Low Power Consumption Mode-RF Shutdown), CELL_PWRSAVE_ LOWPWR_CELLS HD(Low Power Consumption Mode-Cell Shutdown), AUTO_PWROFF_ RFSLEEP(RF Module Regular Time Sleep Mode), CELL_PWRSAVE_I NTERRAT_CELLS HD(Inter-RAT Cell Shutdown Mode), CELL_PWRSAVE_ DYNADJVOLT(Dyn amic Adjust Voltage Mode)
None
String Type
0~12 characters
CELL_PWRSAVE_ UNINSTALL~0, CELL_PWRSAVE_ RFSHD~1, CELL_PWRSAVE_ CARRIERPWROFF ~2, CELL_PWRSAVE_ LOWPWR_CELLU SEDPWRRDU~3, CELL_PWRSAVE_ LOWPWR_RSPW RRDU~4, CELL_PWRSAVE_ LOWPWR_RFSHD ~5, CELL_PWRSAVE_ LOWPWR_CELLS HD~6, AUTO_PWROFF_ RFSLEEP~7, CELL_PWRSAVE_I NTERRAT_CELLS HD~8, CELL_PWRSAVE_ DYNADJVOLT~9 None
N/A
None
None
Enumeration Type
BASIC_TYPE(Basic Type), TWO_RRU_COMBI NATION_TYPE(TW O RRU Combination Type), SFN_TYPE(SFN Type), BF_TYPE(BF Type), CELL_COMBINATI ON_TYPE(Cell Combination Type), DIGITAL_COMBIN ATION_TYPE(Cell Digital Combination Type), MPRU_AGGREGA TION_TYPE(MPRU Aggregation Type), INVALID_TYPE(Inv alid Type)
None
Interval Type
0~62
N/A
None
None
Interval Type
4~254
N/A
None
None
Interval Type
0~8
N/A
None
Enumeration Type
UNINSTALL(Uninst all), SYMBOL_SHUTDO UNINSTALL~0, WN(Symbol SYMBOL_SHUTDO shutdown) WN~1 None
None
BASIC_TYPE~0, TWO_RRU_COMBI NATION_TYPE~2, SFN_TYPE~3, BF_TYPE~4, CELL_COMBINATI ON_TYPE~14, DIGITAL_COMBIN ATION_TYPE~15, MPRU_AGGREGA TION_TYPE~16, INVALID_TYPE~25 5 None
None
Interval Type
-200~65535
N/A
0.1dBm
None
Interval Type
0~1048575
N/A
None
None
Interval Type
0~7
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
0~5
N/A
None
None
Enumeration Type
BASEBANDUNIT_ ABNORMAL(LBBP fault or insufficient LBBP resources), DATALINK_ABNOR MAL(Faulty link for data services), RFUNIT_PROCES SING(RF module configuration in progress), UL_DATA_SYNC_L OSS(UL Data Sync Abnormal), UNAVAILABLE(Dis abled), ANT_FALL_BACK( Antenna Fall Back), L1_CELL_PWR_B EYOND(Incorrect RS power configuration), BANDWIDTH_CON FIG_ERROR(Incorr ect bandwidth configuration), EARFCN_CONFIG _ERROR(Incorrect EARFCN configuration), CPRI_CONFIG_ER ROR(Incorrect CPRI interface configuration), BOARD_TYPE_NO T_SUPPORT(Incorr ect board type)
None
Interval Type
0~255
NORMAL~0, LINK_ABNOMAL~1 , CFGPARA_INVALI D~2, RFUNIT_ABNOMA L~3, LICENSE_NOT_EN OUGH~4, CLK_NOT_USABL E~5, BASEBANDUNIT_ ABNORMAL~6, DATALINK_ABNOR MAL~7, RFUNIT_PROCES SING~8, UL_DATA_SYNC_L OSS~9, UNAVAILABLE~10, ANT_FALL_BACK~ 11, L1_CELL_PWR_B EYOND~12, BANDWIDTH_CON FIG_ERROR~13, EARFCN_CONFIG _ERROR~14, CPRI_CONFIG_ER ROR~15, BOARD_TYPE_NO T_SUPPORT~16 None
N/A
None
Multi-Band Compatibility Enhancement
MultiBand[]
0~2
N/A
None
None
Interval Type
1~64
N/A
None
Hybrid RAN Sharing
Interval Type
0~5,255
N/A
None
None
String Type
0~12 characters
N/A
None
None
String Type
0~12 characters
N/A
None
None
Interval Type
0~12
N/A
None
None
Interval Type
0~4
N/A
None
None
Interval Type
0~4
N/A
None
None
Interval Type
0~2
N/A
None
None
Interval Type
0~2
N/A
None
None
Interval Type
0~2
N/A
None
None
Interval Type
0~1
N/A
None
None
Interval Type
1~7
N/A
None
None
Interval Type
0~35
N/A
None
None
Interval Type
0~35
N/A
None
None
Enumeration Type
ms5(ms5), ms10(ms10), ms20(ms20), ms40(ms40), ms80(ms80)
ms5~0, ms10~1, ms20~2, ms40~3, ms80~4
None
None
String Type
0~16 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
None
String Type
0~32 characters
Enumeration Type
PRIMARY(PRIMAR Y), SECONDARY(SEC PRIMARY~0, ONDARY), SECONDARY~1, INVALIDVALUE(-) INVALIDVALUE~2
Automatic Neighbour Relation (ANR) Enumeration Type
N/A
None
None
NOT_ALLOWED(N OT_ALLOWED), ALLOWED(ALLOW NOT_ALLOWED~0 ED) , ALLOWED~1 None
Automatic Neighbour Relation (ANR) Interval Type
0~31
N/A
None
Inter-BBU SFN Inter-BBU Adaptive SFN/SDMA Interval Type
0~65535
N/A
None
None
0~1048575
N/A
None
Interval Type
None
Interval Type
Inter-BBU SFN Inter-BBU Adaptive SFN/SDMA Interval Type
0~255
N/A
None
0~23,255
N/A
None
Inter-BBU SFN Inter-BBU Adaptive SFN/SDMA Interval Type
-600~500,32767
N/A
0.1dBm
None
0~60
N/A
0.1dB
Interval Type
CPRI Compression Enumeration Type
NO_COMPRESSIO N(No Compression), NORMAL_COMPR ESSION(Normal Compression), ENHANCED_COM PRESSION(Enhanc ed Compression), NULL(Invalid)
NO_COMPRESSIO N~0, NORMAL_COMPR ESSION~1, ENHANCED_COM PRESSION~2, NULL~255 None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~1048575
N/A
None
None
Interval Type
0~255
N/A
None
Single Streaming Beamforming Dual Streaming Beamforming
None
None
None
None
None
None
None
None
Enumeration Type
SINGLE_LAYER_B F(Single-Layer BF), DUAL_LAYER_BF( Dual-Layer BF)
SINGLE_LAYER_B F~0, DUAL_LAYER_BF~ 1 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
None
Enumeration Type
SUCCESS(Success ), FAILURE(Failure), SUCCESS~0, NA(NA) FAILURE~1, NA~2 None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
None
None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
None
Enumeration Type
INITIALIZATION(Init ialization), PERIOD(Period), INITIALIZATION~0, NA(NA) PERIOD~1, NA~2 None
None
Interval Type
0~255
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
None
None
None
None
None
None
None
Coordinated Scheduling based Power Control(Cloud BB)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
1~60
N/A
s
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
1~50
N/A
100ms
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~100
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~100
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~100
N/A
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Enumeration Type
node and other boards), SCH_FAILURE(The board used for enhanced scheduling is faulty or unavailable), HIGH_LOAD(The board is heavily loaded), CLOCK_FAILURE( The clock accuracy does not meet the requirement), NOT_IN_CLUSTER (The cell is not included in a CSPC cluster), SCTP_FAILURE(Th e SCTP link between the eNodeB and the eCoordinator is faulty), GTPU_FAILURE(T he GTP-U tunnel between the eNodeB and the eCoordinator is faulty), LOW_PAYLOAD(Lo ad of all cells in a CSPC cluster is less than the threshold), NULL, UNKNOWN(Unkno wn reasons)
None
Interval Type
0~255
CELL_INST_UNIN STALL~0, SWITCH_OFF~1, NO_COMMAND~2, ROUTE_FAILURE~ 3, SCH_FAILURE~4, HIGH_LOAD~5, CLOCK_FAILURE~ 6, NOT_IN_CLUSTER ~7, SCTP_FAILURE~8, GTPU_FAILURE~9, LOW_PAYLOAD~1 0, NULL~254, UNKNOWN~255 None
N/A
None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Interval Type
1~8
N/A
None
None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Enumeration Type
SAME_AS_TRIG_ QUAN(Same as Trig Quan), BOTH
SAME_AS_TRIG_ QUAN~0, BOTH~1 None
Enumeration Type
RSRP, RSRQ
RSRP~0, RSRQ~1 None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Interval Type
Enumeration Type
0~30
N/A
0.5dB
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Interval Type
-30~30
N/A
0.5dB
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
0~20
N/A
None
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
0~20
N/A
None
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Enumeration Type
NONE(NONE), BASEBANDPROC NONE~0, ESS(BASEBANDP BASEBANDPROC ROCESS) ESS~1
None
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
-30~30
N/A
0.5dB
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
-30~30
N/A
0.5dB
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
0~15
N/A
1dB
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
0~15
N/A
1dB
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Interval Type
0~15
N/A
1dB
None
Interval Type
0~255
N/A
None
Intelligent Access Class Control
Interval Type
20~60
N/A
s
Intelligent Access Class Control
Interval Type
0~100
N/A
%
Intelligent Access Class Control
Interval Type
0~100
N/A
%
None
Interval Type
Static TDM eICIC
Enumeration Type
0~255 per 20 ms), SUBFRAME_3_4_9 _THREE_PER_20( Three ABS with 3/4/9 per 20 ms), SUBFRAME_0_5_F OUR_PER_20(Four ABS with 0/5 per 20 ms), SUBFRAME_4_9_F OUR_PER_20(Four ABS with 4/9 per 20 ms), SUBFRAME_3_8_F OUR_PER_20(Four ABS with 3/8 per 20 ms), SUBFRAME_0_4_9 _FIVE_PER_20(Fiv e ABS with 0/4/9 per 20 ms), SUBFRAME_0_5_9 _FIVE_PER_20(Fiv e ABS with 0/5/9 per 20 ms), SUBFRAME_3_4_8 _9_FIVE_PER_20( Five ABS with 3/4/8/9 per 20 ms), SUBFRAME_0_4_8 _SIX_PER_20(Six ABS with 0/4/8 per 20 ms), SUBFRAME_0_3_5 _8_EIGHT_PER_2 0(Eight ABS with 0/3/5/8 per 20 ms)
N/A None O_PER_20~7, SUBFRAME_8_TW O_PER_20~8, SUBFRAME_9_TW O_PER_20~9, SUBFRAME_4_9_ THREE_PER_20~1 0, SUBFRAME_0_5_ THREE_PER_20~1 1, SUBFRAME_3_8_ THREE_PER_20~1 2, SUBFRAME_3_4_9 _THREE_PER_20~ 13, SUBFRAME_0_5_F OUR_PER_20~14, SUBFRAME_4_9_F OUR_PER_20~15, SUBFRAME_3_8_F OUR_PER_20~16, SUBFRAME_0_4_9 _FIVE_PER_20~17 , SUBFRAME_0_5_9 _FIVE_PER_20~18 , SUBFRAME_3_4_8 _9_FIVE_PER_20~ 19, SUBFRAME_0_4_8 _SIX_PER_20~20, SUBFRAME_0_3_5 _8_EIGHT_PER_2 0~21 None
Static TDM eICIC
Enumeration Type
DISABLE(Disable), DISABLE~0, ENABLE(Enable) ENABLE~1
None
Static TDM eICIC
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
None
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
-140~-44
N/A
dBm
None
Interval Type
0~255
N/A
None
OFF(Off), ON(On)
OFF~0, ON~1
None
Low Power Consumption Mode Enumeration Type
Low Power Consumption Mode Enumeration Type
OFF(Off), ON(On)
Low Power Consumption Mode Compound Type
00:00:00~23:59:59 N/A
None
Low Power Consumption Mode Compound Type
00:00:00~23:59:59 N/A
None
OFF~0, ON~1
None
Low Power Consumption Mode Interval Type
0~1440
N/A
min
Low Power Consumption Mode Interval Type
0~1440
N/A
min
Low Power Consumption Mode Interval Type
0~1440
N/A
min
Low Power Consumption Mode Interval Type
10~100
N/A
%
Low Power Consumption Mode Interval Type
-10~0
N/A
dB
Low Power Consumption Mode Interval Type
1~1440
N/A
min
Low Power Consumption Mode Enumeration Type
CUSTOMIZED(Cus tomized), POLICY1(Policy1), POLICY2(Policy2), POLICY3(Policy3)
CUSTOMIZED~0, POLICY1~1, POLICY2~2, POLICY3~3
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Interval Type
0~65535
N/A
None
None
String Type
0~2000 characters
N/A
None
eMBMS Phase 1 based on Centralized MCE Architecture
Bit Field Type
MBMSSwitch(MBM SSwitch) MBMSSwitch~0
None
ServiceAreaIdRef[] 0~6
N/A
None
None
Interval Type
1~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Mobility Robust Optimization(MRO) Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Mobility Robust Optimization(MRO) Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Mobility Robust Optimization(MRO) Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
None
0~255
N/A
Interval Type
None
Uplink Power Control
Enumeration Type
SRSPC_SINR_BAS ED(SRSPC_SINR_ BASED), SRSPC_SINR_RS RP_BASED(SRSP C_SINR_RSRP_BA SED)
SRSPC_SINR_BAS ED~0, SRSPC_SINR_RS RP_BASED~1 None
Uplink Power Control
Enumeration Type
NOT_USE_P0NOM INALPUCCH(Not Use P0NominalPUCCH) , USE_P0NOMINAL PUCCH(Use P0NominalPUCCH)
Uplink Power Control
Interval Type
1~10
NOT_USE_P0NOM INALPUCCH~0, USE_P0NOMINAL PUCCH~1 None
N/A
20ms
Uplink Power Control
Interval Type
0~15
N/A
dB
Uplink Power Control
Interval Type
-126~24
N/A
dBm
None
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
Intra-LTE Load Balancing
Interval Type
1~100
N/A
%
Intra-LTE Load Balancing
Interval Type
1~100
N/A
%
Intra-LTE Load Balancing
Interval Type
0~50
N/A
None
None
Interval Type
0~255
N/A
None
Random Access Procedure
Interval Type
0~100000
N/A
None
Random Access Procedure
Interval Type
-100~1000
N/A
%
None
Interval Type
0~255
N/A
None
Admission Control
Interval Type
1~15
N/A
None
Admission Control
Interval Type
1~15
N/A
None
Admission Control
Interval Type
10~99
N/A
%
Admission Control
Interval Type
10~99
N/A
%
Admission Control
Interval Type
10~99
N/A
%
Admission Control
Interval Type
10~99
N/A
%
Admission Control
Interval Type
0~90
N/A
%
Admission Control
Interval Type
0~90
N/A
%
Admission Control
Interval Type
0~90
N/A
%
Congestion Control Interval Type
0~99
N/A
%
Congestion Control Interval Type
0~99
N/A
%
Congestion Control Interval Type
0~99
N/A
%
Congestion Control Interval Type
0~99
N/A
%
Congestion Control Interval Type
1~100
N/A
%
Congestion Control Interval Type
1~100
N/A
%
Congestion Control Interval Type
1~100
N/A
%
Admission Control
Interval Type
0~100
N/A
%
Admission Control
Interval Type
0~100
N/A
%
Congestion Control Interval Type
1~15
N/A
None
Congestion Control Interval Type
0~50
N/A
%
Radio/transport resource preemption
Interval Type
Admission Control Congestion Control Interval Type
1~15
N/A
None
10~100
N/A
%
Admission Control Congestion Control Interval Type
10~100
N/A
%
Admission Control Congestion Control Interval Type
10~100
N/A
%
Admission Control Congestion Control Interval Type
10~100
N/A
%
Admission Control
0~9000
N/A
None
Interval Type
Admission Control
Interval Type
0~30
N/A
None
None
Interval Type
0~255
N/A
None
RF Channel Intelligent Shutdown
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
RF Channel Intelligent Shutdown
Compound Type
00:00:00~23:59:59 N/A
None
RF Channel Intelligent Shutdown
Compound Type
00:00:00~23:59:59 N/A
None
RF Channel Intelligent Shutdown
Interval Type
0~7
dB
N/A
RF Channel Intelligent Shutdown
Interval Type
0~100
N/A
%
RF Channel Intelligent Shutdown
Interval Type
0~100
N/A
%
RF Channel Intelligent Shutdown
Interval Type
0~100
N/A
%
RF Channel Intelligent Shutdown
Interval Type
0~100
N/A
%
None
Enumeration Type
entering because the state is delayed for 30 minutes), WRONG_REQ_FO R_PA_CCE(Not entering because the cell bandwidth, PA value, or CCE aggregation level for common signaling does not meet requirements), WRONG_ANTENN AS_NUM(Not entering because the number of antennas does not meet requirements), POWER_INFSUFFI CIENT(Not entering because the power is insufficient), SWITCH_OFF(Not entering because the switch is turned off), OTHERS(Not entering because of other reasons), MBSFN_ENABLED (Not entering because MBSFN shutdown switch and symbol shutdown switch are all enabled)
UE_CONNECTED_ MOD~0, LOAD_SIMULATIO N_ENABLED~1, LCS_ENABLED~2, RF_INTELLIGENT_ SHUTDOWN~3, DELAY_FOR_30MI NUTES~4, WRONG_REQ_FO R_PA_CCE~5, WRONG_ANTENN AS_NUM~6, POWER_INFSUFFI CIENT~7, SWITCH_OFF~8, OTHERS~9, MBSFN_ENABLED ~10 None
None
Enumeration Type
SWITCH_TURN_O FF(The switch is turned off), TIME_EXPIRES(Ti me expires), UE_ACCESSING(T here are UEs accessing the network), POWER_INSUFFI CIENT(The power is insufficient), INITIAL_ENTERIN G(None (Initial entering)), LOAD_SIMULATIO N_ENABLE(Load simulation is enabled), LCS_ENABLED(LC S is enabled), OTHERS(0ther reasons), MBSFN_ENABLED (MBSFN shutdown switch and symbol shutdown switch are all enabled)
None
Interval Type
0~255
N/A
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
SWITCH_TURN_O FF~0, TIME_EXPIRES~1, UE_ACCESSING~ 2, POWER_INSUFFI CIENT~3, INITIAL_ENTERIN G~4, LOAD_SIMULATIO N_ENABLE~5, LCS_ENABLED~6, OTHERS~7, MBSFN_ENABLED ~8 None
Basic uplinkdownlink subframe configuration uplink-downlink subframe configuration type1&2 uplink-downlink special subframe configuration type 7 Optional uplinkdownlink subframe configuration uplink-downlink subframe configuration type 0 uplink-downlink special subframe configuration type 4 uplink-downlink special subframe configuration type 5 Interval Type
0~2
N/A
None
Basic uplinkdownlink subframe configuration uplink-downlink subframe configuration type1&2 uplink-downlink special subframe configuration type 7 Optional uplinkdownlink subframe configuration uplink-downlink subframe configuration type 0 uplink-downlink special subframe configuration type 4 uplink-downlink special subframe configuration type 5 Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
0~255
N/A
None
Interval Type
None
Bit Field Type
CellConStaReportS witch(CellConStaRe portSwitch), FPIGTPUSwitch(FP IGTPUSwitch), DSCPRemarkSwitc h(DSCPRemarkSwi tch)
CellConStaReportS witch~0, FPIGTPUSwitch~1, DSCPRemarkSwitc h~2 None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~100
N/A
None
None
Interval Type
0~255
N/A
None
OFF(Off), ON(On)
OFF~0, ON~1
None
Intelligent PowerOff of Carriers in the Same Coverage Enumeration Type
Intelligent PowerOff of Carriers in the Same Coverage Compound Type
00:00:00~23:59:59 N/A
None
Intelligent PowerOff of Carriers in the Same Coverage Compound Type
00:00:00~23:59:59 N/A
None
Intelligent PowerOff of Carriers in the Same Coverage Interval Type
0~100
N/A
%
Intelligent PowerOff of Carriers in the Same Coverage Interval Type
0~100
N/A
%
Intelligent PowerOff of Carriers in the Same Coverage Interval Type
0~100
N/A
%
Intelligent PowerOff of Carriers in the Same Coverage Interval Type
0~100
N/A
%
None
Interval Type
0~255
N/A
None
Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
ms
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Interval Type
1~8
N/A
None
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Enumeration Type
SAME_AS_TRIG_ QUAN(Same as Trig Quan), BOTH
SAME_AS_TRIG_ QUAN~0, BOTH~1 None
Enumeration Type
RSRP, RSRQ
RSRP~0, RSRQ~1 None
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Interval Type
Enumeration Type
0~30
N/A
0.5dB
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
0ms~0, 40ms~1, 64ms~2, 80ms~3, 100ms~4, 128ms~5, 160ms~6, 256ms~7, 320ms~8, 480ms~9, 512ms~10, 640ms~11, 1024ms~12, 1280ms~13, 2560ms~14, 5120ms~15
ms
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Interval Type
-30~30
N/A
0.5dB
None
Interval Type
0~255
N/A
None
Basic Scheduling Dynamic Scheduling Enhanced Scheduling
Enumeration Type
ULSCH_STRATEG Y_EPF(EPF), ULSCH_STRATEG Y_MAX_CI(MAX_C I), ULSCH_STRATEG Y_PF(PF), ULSCH_STRATEG Y_RR(RR)
ULSCH_STRATEG Y_EPF~0, ULSCH_STRATEG Y_MAX_CI~1, ULSCH_STRATEG Y_PF~2, ULSCH_STRATEG Y_RR~3 None
UL Synchronous HARQ Basic Scheduling Enhanced Scheduling Dynamic Scheduling
Enumeration Type
ADAPTIVE_HARQ _SW_ON(On), ADAPTIVE_HARQ _SW_OFF(Off), ADAPTIVE_HARQ _SW_SEMI_ON(Se miOn)
ADAPTIVE_HARQ _SW_ON~0, ADAPTIVE_HARQ _SW_OFF~1, ADAPTIVE_HARQ _SW_SEMI_ON~2 None
AMC UL 64QAM
Interval Type
1~99
N/A
None
Dynamic Scheduling
Interval Type
0~100
N/A
%
Dynamic Scheduling
Interval Type
1~40
N/A
ms
Dynamic Scheduling
Interval Type
45~1500
N/A
byte
Basic Scheduling Enhanced Scheduling
Enumeration Type
HOPPING_OFF(Ho pping off), HOPPING_TYPE1( Hopping Type 1), HOPPING_TYPE2( Hopping Type 2), HOPPING_TYPE2_ RANDOM(Hopping Type 2 Random)
HOPPING_OFF~0, HOPPING_TYPE1~ 1, HOPPING_TYPE2~ 2, HOPPING_TYPE2_ RANDOM~3 None
Admission Control Congestion Control Interval Type
0~100
N/A
%
Dynamic Scheduling
Interval Type
16~15000
N/A
bit
Dynamic Scheduling
Interval Type
2~3
N/A
None
Dynamic Scheduling Enhanced Scheduling
Dynamic Scheduling
Interval Type
0~2000
N/A
ms
Enumeration Type
EPF_CAPC_FACT OR_1(1), EPF_CAPC_FACT OR_0DOT01(0.01), EPF_CAPC_FACT OR_0DOT5(0.5), EPF_CAPC_FACT OR_2(2), EPF_CAPC_FACT OR_3(3), EPF_CAPC_FACT OR_4(4)
EPF_CAPC_FACT OR_1~0, EPF_CAPC_FACT OR_0DOT01~1, EPF_CAPC_FACT OR_0DOT5~2, EPF_CAPC_FACT OR_2~3, EPF_CAPC_FACT OR_3~4, EPF_CAPC_FACT OR_4~5 None
Dynamic Scheduling
Enumeration Type
FS_NONFS_ADAP TIVE(Fs nonFs Strategy), FS_INRANDOM_A DAPTIVE(Fs InRandom Strategy)
FS_NONFS_ADAP TIVE~0, FS_INRANDOM_A DAPTIVE~1 None
Dynamic Scheduling
Enumeration Type
CLASS_0(CLASS_ 0), CLASS_1(CLASS_ CLASS_0~0, 1) CLASS_1~1
None
Basic Scheduling
Interval Type
1~6
N/A
None
Dynamic Scheduling
Interval Type
0~2000
N/A
ms
VoIP Semipersistent Scheduling
Enumeration Type
ms20(20ms), ms40(40ms), ADAPTIVE(ADAPTI ms20~0, ms40~1, VE) ADAPTIVE~2
None
Physical Channel Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Dynamic Scheduling
Interval Type
0~4
N/A
None
Dynamic Scheduling
Enumeration Type
NO_DELAYSCH(N o Delay Scheduling), VOIP_DELAYSCH( NO_DELAYSCH~0, VoIP Service Delay VOIP_DELAYSCH~ Scheduling) 1 None
Enhanced Scheduling Basic Scheduling
Interval Type
6~120
N/A
None
None
Interval Type
0~100000
N/A
bit
Dynamic Scheduling
Enumeration Type
NEW_TX(NEW_TX ), NEW_TX~0, ADAPTIVE_RETX( ADAPTIVE_RETX~ ADAPTIVE_RETX) 1 None
Dynamic Scheduling
Interval Type
0~20
N/A
None
None
Interval Type
0~255
N/A
None
None
Bit Field Type
arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Compound Type
00:00:00~23:59:59 N/A
None
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Compound Type
00:00:00~23:59:59 N/A
None
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Interval Type
0~5000
None
N/A
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Interval Type
0~100
N/A
%
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Interval Type
0~100
N/A
%
Intelligent PowerOff of Carriers in the Same Coverage of UMTS Network Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Enumeration Type
BY_UTRAN_WITH OUT_LOAD(By UTRAN without load), BY_UTRAN_WITH _LOAD(By UTRAN with load), BY_GERAN_WITH _LOAD(By GERAN with load), BY_UTRAN_AND_ GERAN_WITH_LO AD( By UTRAN and GERAN with load)
BY_UTRAN_WITH OUT_LOAD~0, BY_UTRAN_WITH _LOAD~1, BY_GERAN_WITH _LOAD~2, BY_UTRAN_AND_ GERAN_WITH_LO AD~3 None
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
1~15
N/A
None
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
0~100
N/A
%
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
0~100
N/A
%
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
0~100
N/A
%
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
0~100
N/A
%
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
0~100
N/A
%
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Interval Type
0~100
N/A
%
None
0~255
N/A
None
Interval Type
DL 4x2 MIMO DL 4x4 MIMO
Enumeration Type
OFF(Off), ON(On)
DL 4x2 MIMO DL 4x4 MIMO
Compound Type
00:00:00~23:59:59 N/A
OFF~0, ON~1
None
None
DL 4x2 MIMO DL 4x4 MIMO
Interval Type
1~1440
N/A
0.5h
DL 4x2 MIMO DL 4x4 MIMO
Interval Type
0~100
N/A
0.1m
None
Interval Type
RACH Optimization Bit Field Type
0~255
N/A
None
RachAdjSwitch(Rac hAdjSwitch), HoRaSwitch(HoRa Switch), UnsyncRaSwitch(U nsyncRaSwitch), MaksIdxSwitch(Mak sIdxSwitch), BackOffSwitch(Bac kOffSwitch), UeRaInforInqSwitch (UeRaInforInqSwitc h), PRACHFalseAlarm DetSwitch(PRACHF alseAlarmDetSwitch ), RachPwrAdjSwitch( RachPwrAdjSwitch) , ForbidAcByRadiusS witch(ForbidAcByR adiusSwitch)
RachAdjSwitch~0, HoRaSwitch~1, UnsyncRaSwitch~2, MaksIdxSwitch~3, BackOffSwitch~4, UeRaInforInqSwitch ~5, PRACHFalseAlarm DetSwitch~6, RachPwrAdjSwitch ~7, ForbidAcByRadiusS witch~8 None
Physical Channel Management
Bit Field Type
SrsSubframeRecfS witch(SrsSubframe SrsSubframeRecfS RecfSwitch) witch~0 None
Physical Channel Management
Bit Field Type
PucchSwitch(Pucch Switch), PucchFlexCfgSwitc PucchSwitch~0, h(PucchFlexCfgSwi PucchFlexCfgSwitc tch) h~1 None
Active Queue Management (AQM)
Bit Field Type
AqmAlgoSwitch
AqmAlgoSwitch~0
None
CQI Adjustment
Bit Field Type
CqiAdjAlgoSwitch(C qiAdjAlgoSwitch), StepVarySwitch(Ste pVarySwitch), DlVarIBLERtargetS witch(DlVarIBLERta rgetSwitch), TddBundlingCqiAdj OptSwitch(TddBun dlingCqiAdjOptSwit ch), TddMultiplexingCqi AdjOptSwitch(TddM ultiplexingCqiAdjOp tSwitch), AdaptiveStepVaryS witch(AdaptiveStep VarySwitch), DlCqiAdjDeltaOptS witch(DlCqiAdjDelta OptSwitch), DlEnVarIblerTarget Switch(DlEnVarIbler TargetSwitch)
None
Enumeration Type
OFF(Off), ON(On)
CqiAdjAlgoSwitch~ 0, StepVarySwitch~1, DlVarIBLERtargetS witch~2, TddBundlingCqiAdj OptSwitch~3, TddMultiplexingCqi AdjOptSwitch~4, AdaptiveStepVaryS witch~5, DlCqiAdjDeltaOptS witch~6, DlEnVarIblerTarget Switch~7 None
OFF~0, ON~1
None
Adaptive Power Consumption
Bit Field Type
Admission Control Congestion Control Radio/transport resource preemption Bit Field Type
DynAdjVoltSwitch(D ynAdjVoltSwitch) DynAdjVoltSwitch~0 None
DlSwitch(dlCacSwit ch), UlSwitch(ulCacSwit ch), DlPredictSwitch(dlC acPredictSwitch), UlPredictSwitch(ulC acPredictSwitch), GbrUsageSwitch(G brUsedPRbCheckS witch), DlLdcSwitch(dlLdcS witch), UlLdcSwitch(ulLdcS witch), RelDrbSwitch(LdcD rbRelSwitch), PreemptionSwitch( PreemptionSwitch)
DlSwitch~0, UlSwitch~1, DlPredictSwitch~2, UlPredictSwitch~3, GbrUsageSwitch~4, DlLdcSwitch~5, UlLdcSwitch~6, RelDrbSwitch~7, PreemptionSwitch~ 8 None
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Bit Field Type
IntraFreqMlbSwitch( IntraFreqMlbSwitch) , InterFreqMlbSwitch( InterFreqMlbSwitch) , UtranMlbSwitch(Utr anMlbSwitch), GeranMlbSwitch(G eranMlbSwitch), CdmaMlbSwitch(Cd maMlbSwitch), IntraFreqIdleMlbSwi tch(IntraFreqIdleMlb Switch), UtranIdleMlbSwitch( UtranIdleMlbSwitch) , MlbLoadInfoSwitch( MlbLoadInfoSwitch) , InterFreqBlindMlbS witch(InterFreqBlind MlbSwitch), PrbValMlbSwitch(Pr bValMlbSwitch), InterFreqIdleMlbSwi tch(InterFreqIdleMlb Switch)
IntraFreqMlbSwitch ~0, InterFreqMlbSwitch ~1, UtranMlbSwitch~2, GeranMlbSwitch~3, CdmaMlbSwitch~4, IntraFreqIdleMlbSwi tch~5, UtranIdleMlbSwitch ~6, MlbLoadInfoSwitch ~7, InterFreqBlindMlbS witch~8, PrbValMlbSwitch~9, InterFreqIdleMlbSwi tch~10 None
Physical Channel Management Broadcast of system information Dynamic Downlink Power Allocation Bit Field Type
PdschSpsPcSwitch, PhichInnerLoopPcS witch, PdcchPcSwitch, EDlMaxTXPwrSwitc h
PdschSpsPcSwitch ~0, PhichInnerLoopPcS witch~1, PdcchPcSwitch~2, EDlMaxTXPwrSwitc h~3 None
Broadcast of system information Uplink Power Control Bit Field Type
CloseLoopSpsSwitc h, InnerLoopPuschSwi tch, PhSinrTarUpdateS witch, InnerLoopPucchSwi tch, OiSinrTarUpdateSw itch, PowerSavingSwitch , CloseLoopOptPUS CHSwitch(CloseLoo pOptPUSCHSwitch) , PucchPcDtxSinrSwi tch(PucchPcDtxSinr Switch), PuschIoTCtrlSwitch (PuschIoTCtrlSwitc h), SrsPcSwitch(SrsPc Switch), NearPointUeOptPU SCHSwitch(NearPo intUePuschOptSwit ch), PuschRsrpHighThd Switch(PuschRsrpH ighThdSwitch)
CloseLoopSpsSwitc h~0, InnerLoopPuschSwi tch~1, PhSinrTarUpdateS witch~2, InnerLoopPucchSwi tch~3, OiSinrTarUpdateSw itch~4, PowerSavingSwitch ~5, CloseLoopOptPUS CHSwitch~6, PucchPcDtxSinrSwi tch~7, PuschIoTCtrlSwitch ~8, SrsPcSwitch~9, NearPointUeOptPU SCHSwitch~10, PuschRsrpHighThd Switch~11 None
Single Streaming Beamforming Dual Streaming Beamforming
BfSwitch
BfSwitch~0
Bit Field Type
None
VoIP Semipersistent Scheduling Dynamic Scheduling DL Non-GBR Packet Bundling Symbol Power Saving Scheduling Based on Max Bit Rate Basic Scheduling Paging Support of aperiodic CQI reports MBR>GBR Configuration
Bit Field Type
itch(NonGbrBundlin gSwitch), EnAperiodicCqiRpt Switch(EnAperiodic CqiRptSwitch), DlMbrCtrlSwitch(Dl MbrCtrlSwitch), MbrDlSchSwitch(M brDlSchSwitch), UeAmbrDlSchSwitc h(UeAmbrDlSchSwi tch), EpfEnhancedSwitc h(EpfEnhancedSwit ch), AperiodicCqiTrigOpt Switch(AperiodicCqi TrigOptSwitch), VoipTbsBasedMcs SelSwitch(VoipTbs BasedMcsSelSwitc h), PagingInterfRandS witch(PagingInterfR andSwitch), DlSingleUsrMcsOpt Switch(DlSingleUsr McsOptSwitch), SubframeSchDiffS witch(SubframeSch DiffSwitch), TailPackagePriSch Switch(TailPackage PriSchSwitch), UeSigMcsEnhance Switch(UeSigMcsE nhanceSwitch)
FreqSelSwitch~0, ServiceDiffSwitch~1 , SpsSchSwitch~2, MBSFNShutDownS witch~3, NonGbrBundlingSw itch~4, EnAperiodicCqiRpt Switch~5, DlMbrCtrlSwitch~6, MbrDlSchSwitch~7, UeAmbrDlSchSwitc h~8, EpfEnhancedSwitc h~9, AperiodicCqiTrigOpt Switch~10, VoipTbsBasedMcs SelSwitch~11, PagingInterfRandS witch~12, DlSingleUsrMcsOpt Switch~13, SubframeSchDiffS witch~14, TailPackagePriSch Switch~15, UeSigMcsEnhance Switch~16 None
VoIP Semipersistent Scheduling TTI Bundling Dynamic Scheduling Basic SchedulingTDLOFD -070224:Scheduling Based on Max Bit Rate MBR>GBR Configuration Bit Field Type
tiBundlingSwitch), ImIcSwitch(ImIcSwit ch), SmartPreAllocation Switch(SmartPreAll ocationSwitch), PuschDtxSwitch(Pu schDtxSwitch), UlIblerAdjustSwitch( UlIblerAdjustSwitch) , UlEnhancedFssSwit ch(UlEnhancedFss Switch), UlEnhancedSrSchS witch(UlEnhancedS rSchSwitch), SchedulerCtrlPower Switch(SchedulerCt rlPowerSwitch), UlIicsAlgoSwitch(UlI icsAlgoSwitch), UlMinGbrSwitch(Ul MinGbrSwitch), UlMbrCtrlSwitch(Ul MbrCtrlSwitch), MbrUlSchSwitch(M brUlSchSwitch), UeAmbrUlSchSwitc h(UeAmbrUlSchSwi tch), UlEnhancedDopple rSwitch(UlEnhance dDopplerSwitch), UlRaUserSchOptS w(UlRaUserSchOpt Sw)
SpsSchSwitch~0, SinrAdjustSwitch~1, PreAllocationSwitch ~2, UlVmimoSwitch~3, TtiBundlingSwitch~ 4, ImIcSwitch~5, SmartPreAllocation Switch~6, PuschDtxSwitch~7, UlIblerAdjustSwitch ~8, UlEnhancedFssSwit ch~9, UlEnhancedSrSchS witch~10, SchedulerCtrlPower Switch~11, UlIicsAlgoSwitch~1 2, UlMinGbrSwitch~13 , UlMbrCtrlSwitch~14 , MbrUlSchSwitch~1 5, UeAmbrUlSchSwitc h~16, UlEnhancedDopple rSwitch~17, UlRaUserSchOptS w~18 None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
OFF(Off), ON(On)
OFF~0, ON~1
Enumeration Type
None
None
Bit Field Type
FreqPriorIFHOSwitc h(FreqPriorIFHOSw itch), FreqPriorIFBlindHO Switch(FreqPriorIF BlindHOSwitch)
FreqPriorIFHOSwitc h~0, FreqPriorIFBlindHO Switch~1 None
MU-Beamforming 3GPP R8 Specifications
Bit Field Type
Distance Based Inter-frequency Handover Distance based Inter-RAT handover to UTRAN Distance based Inter-RAT handover to GERAN Enumeration Type
MuBfSwitch(MuBfS witch), TM9MuBfSwitch(T MuBfSwitch~0, M9MuBfSwitch) TM9MuBfSwitch~1 None
OFF(Off), ON(On)
OFF~0, ON~1
None
Broadcast of system information Dynamic AC Barring Enumeration Type
ACBAR_SWITCH_ DYNAMIC(dynamic configuration), ACBAR_SWITCH_ STATIC(static configuration), ACBAR_SWITCH_ DISABLE(Disable)
Intra-eNodeB UL CoMP
DISABLE(Disable), DISABLE~0, ENABLE(Enable) ENABLE~1
Enumeration Type
ACBAR_SWITCH_ DYNAMIC~0, ACBAR_SWITCH_ STATIC~1, ACBAR_SWITCH_ DISABLE~2 None
None
UL Interference Rejection Combining
None
None
Enumeration Type
DISABLE(Disable), DISABLE~0, ENABLE(Enable) ENABLE~1
None
Enumeration Type
ADAPTIVE(Adaptiv e scheduling), JOINT(Joint ADAPTIVE~0, scheduling) JOINT~1
None
Enumeration Type
ADAPTIVE(Adaptiv e scheduling), JOINT(Joint ADAPTIVE~0, scheduling) JOINT~1
None
Control Channel IRC
Bit Field Type
PucchIrcSwitch, PrachIrcSwitch
PucchIrcSwitch~0, PrachIrcSwitch~1
None
DRX, LOFD00110501/TDLOFD -00110501:Dynamic DRX Bit Field Type
DynDrxSwitch(Dyn DrxSwitch), SmartDrxSwitch(S martDrxSwitch)
High-MobilityTriggered Idle Mode High-MobilityTriggered Idle Mode Enumeration Type
DISABLE(Disable), DISABLE~0, ENABLE(Enable) ENABLE~1
DynDrxSwitch~0, SmartDrxSwitch~1
None
None
GSM and LTE Buffer Zone Optimization(LTE)
Bit Field Type
AvoidGeranInterfSw itch(AvoidGeranInte AvoidGeranInterfSw rfSwitch) itch~0 None
GSM and LTE Dynamic Power Sharing(LTE)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Static TDM eICIC
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Bit Field Type
DlCompSwitch(DlC ompSwitch) DlCompSwitch~0
None
Advanced Receiver Bit Field Type
MumimoPuschPsic Switch(MumimoPus MumimoPuschPsic chPsicSwitch) Switch~0 None
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Bit Field Type
InterFreqMlbBlindH o(InterFreqMlbBlind Ho), InterRatMlbBlindHo (InterRatMlbBlindH o), InterFreqMlbRedire ct(InterFreqMlbRedi rect), InterRatMlbRedirect (InterRatMlbRedirec t)
InterFreqMlbBlindH o~0, InterRatMlbBlindHo ~1, InterFreqMlbRedire ct~2, InterRatMlbRedirect ~3 None
Intra-eNodeB UL CoMP Intra-eNodeB UL CoMP Phase II
Bit Field Type
UlJointReceptionSw itch(UlJointReceptio nSwitch), UlJointReceptionPh aseIISwitch(UlJoint ReceptionPhaseIIS witch), UlCompRollbackSw itch(UlCompRollbac kSwitch)
UlJointReceptionSw itch~0, UlJointReceptionPh aseIISwitch~1, UlCompRollbackSw itch~2 None
Single Streaming Beamforming TDLOFD001061:Dual Streaming Beamforming TDLOFD001060:DL 4x4 MIMO
Bit Field Type
CrossPolaCalibratio nSwitch(CrossPola CrossPolaCalibratio CalibrationSwitch) nSwitch~0 None
GSM and LTE FDD Dynamic Spectrum Sharing(LTE FDD) Bit Field Type
GLDynSpectrumSh areSwitch(GLDynS pectrumShareSwitc GLDynSpectrumSh h) areSwitch~0 None
Adaptive SFN/SDMA
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
UL Interference Rejection Combining
Bit Field Type
MrcIrcAdptSwitch(M rcIrcAdptSwitch), SmartIrcSwitch(Sm artIrcSwitch), MrcIrcAdaptivefor2 R(MrcIrcAdaptivefor 2R)
MrcIrcAdptSwitch~0 , SmartIrcSwitch~1, MrcIrcAdaptivefor2 R~2 None
Cell Selection and Re-selection
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Adaptive SFN/SDMA
Bit Field Type
SfnPdcchDcsSwitch (SFNPDCCHDCSS WITCH), SfnUll2SelectiveRc vSwitch(SfnUll2Sel ectiveRcvSwitch)
SfnPdcchDcsSwitch ~0, SfnUll2SelectiveRc vSwitch~1 None
Control Channel IRC/Control Channel IRC
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
Bit Field Type
TM9Switch(TM9Swi tch) TM9Switch~0
None
None
Enumeration Type
OFF(OFF), ECO_BASED(ECO _BASED), OFF~0, ENB_BASED(ENB_ ECO_BASED~1, BASED) ENB_BASED~2
Dynamic Downlink Power Allocation
Bit Field Type
AntRsPwrSwitch(An tRsPwrSwitch) AntRsPwrSwitch~0 None
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Bit Field Type
FixedMeasObjIDSw itch(FixedMeasObjI FixedMeasObjIDSw DSwitch) itch~0 None
DL Asynchronous HARQ
Bit Field Type
TddAckFbModeCfg OptSwitch(TddAckF bModeCfgOptSwitc TddAckFbModeCfg h) OptSwitch~0 None
Coverage Based Inter-frequency Handover
Enumeration Type
HANDOVERIMME DIATELY(HANDOV ERIMMEDIATELY), BASEDONSIGNAL STRENGTH(BASE DONSIGNALSTRE NGTH), BASEDONFREQP RIORITY(BASEDO NFREQPRIORITY)
HANDOVERIMME DIATELY~0, BASEDONSIGNAL STRENGTH~1, BASEDONFREQP RIORITY~2 None
Enhanced Scheduling Basic Scheduling
Bit Field Type
AbnUeSchSwitch(A bnUeSchSwitch) AbnUeSchSwitch~0 None
None
Interval Type
0~255
N/A
None
Enumeration Type
MODE1(DL band division scheme No.1), MODE2(DL band division scheme No.2), MODE3(DL band division scheme No.3), INVALID(Invalid DL band division scheme)
MODE1~0, MODE2~1, MODE3~2, INVALID~255
None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Adaptive Inter-Cell Interference Coordination
Interval Type
-5~15
N/A
dB
Adaptive Inter-Cell Interference Coordination
Interval Type
0~97
N/A
None
None
Interval Type
0~255
N/A
None
Physical Channel Management Dynamic Downlink Power Allocation
Interval Type
-150~150
N/A
0.1dB
None
Interval Type
0~255
N/A
None
Dynamic Downlink Power Allocation Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Enumeration Type
PA_NEG6(-6dB), PA_NEG4DOT77(4.77dB), PA_NEG3(-3dB), PA_NEG1DOT77(1.77dB), PA_0(0dB), PA_1(1dB), PA_2(2dB), PA_3(3dB)
PA_NEG6~0, PA_NEG4DOT77~1 , PA_NEG3~2, PA_NEG1DOT77~3 , PA_0~4, PA_1~5, PA_2~6, PA_3~7 dB
Dynamic Downlink Power Allocation Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
None
Enumeration Type
PA_NEG6(-6dB), PA_NEG4DOT77(4.77dB), PA_NEG3(-3dB), PA_NEG1DOT77(1.77dB), PA_0(0dB), PA_1(1dB), PA_2(2dB), PA_3(3dB)
PA_NEG6~0, PA_NEG4DOT77~1 , PA_NEG3~2, PA_NEG1DOT77~3 , PA_0~4, PA_1~5, PA_2~6, PA_3~7 dB
Interval Type
0~255
N/A
None
Dynamic Downlink Power Allocation
Interval Type
-150~150
N/A
0.1dB
None
Interval Type
0~255
N/A
None
Basic Scheduling Enhanced Scheduling Dynamic Scheduling
Enumeration Type
DLSCH_PRI_TYPE _EPF(EPF), DLSCH_PRI_TYPE _PF(PF), DLSCH_PRI_TYPE _MAX_CI(MAX C/I), DLSCH_PRI_TYPE _RR(RR)
DLSCH_PRI_TYPE _EPF~0, DLSCH_PRI_TYPE _PF~1, DLSCH_PRI_TYPE _MAX_CI~2, DLSCH_PRI_TYPE _RR~3 None
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
None
None
DL 2x2 MIMO DL 4x2 MIMO DL 4X4 MIMO
Interval Type
0~100
N/A
None
Enumeration Type
SW_MAX_SM_RA NK_1(Rank1), SW_MAX_SM_RA NK_2(Rank2), SW_MAX_SM_RA NK_4(Rank4)
SW_MAX_SM_RA NK_1~0, SW_MAX_SM_RA NK_2~1, SW_MAX_SM_RA NK_4~2
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Enhanced Scheduling CQI Adjustment Dynamic Scheduling Enumeration Type
BASIC_SCHEDUL E(Basic Schedule), DIFF_SCHEDULE( differentiation schedule)
BASIC_SCHEDUL E~0, DIFF_SCHEDULE~ 1 None
Dynamic Scheduling
0~50
N/A
Interval Type
%
Dynamic Scheduling
Enumeration Type
EPF_CAPC_FACT OR_1(1), EPF_CAPC_FACT OR_0DOT01(0.01), EPF_CAPC_FACT OR_0DOT5(0.5), EPF_CAPC_FACT OR_2(2), EPF_CAPC_FACT OR_3(3), EPF_CAPC_FACT OR_4(4)
Dynamic Scheduling
Interval Type
0~100
EPF_CAPC_FACT OR_1~0, EPF_CAPC_FACT OR_0DOT01~1, EPF_CAPC_FACT OR_0DOT5~2, EPF_CAPC_FACT OR_2~3, EPF_CAPC_FACT OR_3~4, EPF_CAPC_FACT OR_4~5 None
N/A
%
Basic Scheduling Dynamic Scheduling
Enumeration Type
ALL_EDGE_USER( All Edge User), PART_EDGE_USE R(Part Edge User)
ALL_EDGE_USER ~0, PART_EDGE_USE R~1 None
Basic Scheduling Dynamic Scheduling
Enumeration Type
EDGE_USER_NO_ PRIO(Edge User No Prio), EDGE_USER_PRI O(Edge User Prio)
EDGE_USER_NO_ PRIO~0, EDGE_USER_PRI O~1 None
Basic Scheduling Dynamic Scheduling
Enumeration Type
ROUND_DOWN(R ound Down), ROUND_UP(Round Up), ROUND_DOWN~0, ADAPTIVE(Adaptiv ROUND_UP~1, e) ADAPTIVE~2 None
Basic Scheduling
Interval Type
1~6
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~10
N/A
None
Basic Scheduling Dynamic Scheduling
Interval Type
0~100
N/A
ms
Basic Scheduling Dynamic Scheduling DL 4X4 MIMO DL 2X2 MIMO
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Enumeration Type
FROMSCC(FROM SCC), FROMPCC(FROM PCC)
FROMSCC~0, FROMPCC~1
None
VoIP Semipersistent Scheduling
ms20(20ms), ms40(40ms)
ms20~0, ms40~1
None
Enumeration Type
CQI Adjustment Dynamic Scheduling
Enumeration Type
SINGLEUSER_ST RATEGY(Single User Strategy), MULTIUSER_STRA TEGY(Multiple User Strategy)
SINGLEUSER_ST RATEGY~0, MULTIUSER_STRA TEGY~1 None
DL 2X2 MIMO
Basic Scheduling Dynamic Scheduling
Bit Field Type
DETECTRANK2AD JSWITCH(DETECT RANK2ADJSWITC H), DETECTRANK1AD JSWITCH(DETECT RANK1ADJSWITC H)
DETECTRANK2AD JSWITCH~0, DETECTRANK1AD JSWITCH~1 None
Enumeration Type
SCH(Schedule), NSCH(Not Schedule)
SCH~0, NSCH~1
None
Dynamic Scheduling
Interval Type
0~1000000
N/A
bit
Dynamic Scheduling
Interval Type
0~10000
N/A
None
None
Enumeration Type
MOD3(3), MOD3~0, MOD4~1, MOD4(4), MOD6(6) MOD6~2 None
Basic Scheduling/Dynami c Scheduling Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Enhanced Scheduling Basic Scheduling
Interval Type
6~120
N/A
None
Paging Random Access Procedure
Interval Type
10~930
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
1~100
N/A
%
Intra-LTE Load Balancing
Interval Type
1~100
N/A
%
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
1~100
N/A
%
Intra-LTE Load Balancing
Enumeration Type
LOAD_EXCHANGE _PERIOD_1S(1s), LOAD_EXCHANGE _PERIOD_2S(2s), LOAD_EXCHANGE _PERIOD_5S(5s), LOAD_EXCHANGE _PERIOD_10S(10s )
LOAD_EXCHANGE _PERIOD_1S~0, LOAD_EXCHANGE _PERIOD_2S~1, LOAD_EXCHANGE _PERIOD_5S~2, LOAD_EXCHANGE _PERIOD_10S~3 s
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
0~50
N/A
%
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
1~50
N/A
%
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
1~100
N/A
%
Inter-RAT Load Sharing to UTRAN
1~30
N/A
s
Interval Type
Intra-LTE Load Balancing
Intra-LTE User Number Load Balancing
Interval Type
0~100
N/A
%
Enumeration Type
PRB_ONLY(PrbMo de), UE_NUMBER_ONL Y(UeNumMode), PRB_OR_UE_NUM BER(PrbOrUeNum Mode)
PRB_ONLY~0, UE_NUMBER_ONL Y~1, PRB_OR_UE_NUM BER~2 None
Intra-LTE User Number Load Balancing
Interval Type
1~10000
N/A
None
Intra-LTE User Number Load Balancing
Interval Type
0~10000
N/A
None
Intra-LTE User Number Load Balancing
Interval Type
1~20
N/A
None
Intra-LTE User Number Load Balancing
Intra-LTE
Interval Type
0~50
N/A
%
Enumeration Type
NON_TRIGGERED (NON_TRIGGERE D), NON_TRIGGERED UENUMBASED(UE ~0, NUMBASED) UENUMBASED~1 None
Operator Load Based Intra-LTE MLB
Enumeration Type
NON_SHARING(N ON_SHARING), SHARING(SHARIN NON_SHARING~0, G) SHARING~1 None
Intra-LTE User Number Load Balancing
Interval Type
0~100
N/A
%
Inter-RAT Load Sharing to UTRAN
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Intra-LTE Load Balancing
Bit Field Type
Proportion(Proporti on) Proportion~0
None
Intra-LTE Load Balancing
Interval Type
0~50
N/A
None
Intra-LTE Load Balancing
Interval Type
0~50
N/A
None
Intra-LTE User Number Load Balancing
Bit Field Type
SynchronizedUE(Sy nchronizedUE), IdleUE(IdleUE), PrbMlbSynchronize dUE(PrbMlbSynchr onizedUE), PrbMlbIdleUE(PrbM lbIdleUE)
SynchronizedUE~0, IdleUE~1, PrbMlbSynchronize dUE~2, PrbMlbIdleUE~3 None
Intra-LTE User Number Load Balancing
Interval Type
1~10000
N/A
None
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
1~10000
N/A
None
Intra-LTE User Number Load Balancing
Interval Type
5~30
N/A
s
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
5~30
N/A
s
Intra-LTE User Number Load Balancing
Enumeration Type
FAIRSTRATEGY(F airStrategy), FAIRSTRATEGY~0, PRIORITYBASED( PRIORITYBASED~ PriorityBased) 1 None
Intra-LTE User Number Load Balancing
Enumeration Type
ADAPTIVE(Adaptiv ADAPTIVE~0, e), ALL(All) ALL~1
None
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Intra-LTE User Number Load Balancing Interval Type
0~10000
N/A
None
Intra-LTE User Number Load Balancing
Enumeration Type
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Enumeration Type
LOADINFOFREQ(L OADINFOFREQ), ALLFREQ(ALLFRE LOADINFOFREQ~ Q) 0, ALLFREQ~1 None
PRBRATIOHIGHM ODE(PRBRATIOHI GHMODE), PRBRATIOLOWM ODE(PRBRATIOLO WMODE)
PRBRATIOHIGHM ODE~0, PRBRATIOLOWM ODE~1
None
Inter-RAT Load Sharing to UTRAN Inter-RAT Load Sharing to GERAN Interval Type
0~50
Intra-LTE Load Balancing
PRB_USAGE(PRB _USAGE), PRB_VALUATION_ WITH_CTRL(PRB_ PRB_USAGE~0, VALUATION_WITH PRB_VALUATION_ _CTRL) WITH_CTRL~1 None
Enumeration Type
N/A
%
Intra-LTE Load Balancing
Interval Type
0~3600
N/A
s
Intra-LTE Load Balancing Intra-LTE User Number Load Balancing
Enumeration Type
ONLY_STRONGES T_CELL(Only Try Strongest Cell), PERMIT_NON_ST RONGEST_CELL( Permit Trying NonStrongest Cell)
None
Interval Type
0~255
N/A
Physical Channel Management
Enumeration Type
CONGREG_LV4, CONGREG_LV8
CONGREG_LV4~2, CONGREG_LV8~3 None
ONLY_STRONGES T_CELL~0, PERMIT_NON_ST RONGEST_CELL~ 1 None
None
Physical Channel Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Adaptive SFN/SDMA
Interval Type
1~100
N/A
0.5dB
Physical Channel Management
Interval Type
1~4
N/A
None
Physical Channel Management
Interval Type
0~100
N/A
%
Physical Channel Management
Enumeration Type
OFF(Off), ON(On), ECFIADAPTIONON OFF~0, ON~1, (Enhanced CFI ECFIADAPTIONON Adaption On) ~2 None
Physical Channel Management
Interval Type
1~100
N/A
%
Physical Channel Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
AVERAGE(AVERA GE), MINUS_3DB_FIXE D(MINUS_3DB_FIX ED), MINUS_6DB_FIXE D(MINUS_6DB_FIX ED)
AVERAGE~0, MINUS_3DB_FIXE D~1, MINUS_6DB_FIXE D~2 None
None
Enumeration Type
STRATEGYBASED ONCAPACITY(Cap acity-based Selection Strategy), STRATEGYBASED ONCOVERAGE(Co verage-based Selection Strategy)
STRATEGYBASED ONCAPACITY~1, STRATEGYBASED ONCOVERAGE~2 None
Physical Channel Management
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Physical Channel Management
Interval Type
75~120
N/A
None
Physical Channel Management
Enumeration Type
1(1), 2(2), 3(3)
1~1, 2~2, 3~3
None
Physical Channel Management
Enumeration Type
STRATEGYBASED ONCOVERAGE(Co verage-based Selection Strategy), STRATEGYBASED ONCAPACITY(Cap acity-based Selection Strategy)
STRATEGYBASED ONCOVERAGE~1, STRATEGYBASED ONCAPACITY~2 None
Physical Channel Management
Interval Type
0~1
N/A
None
None
Interval Type
0~255
N/A
None
Physical Channel Management
Interval Type
0~50
N/A
None
3GPP R8 Specifications
Interval Type
0~255
N/A
None
None
Enumeration Type
CustomFrameOffse t(Cell Frame Offset), TL_FrameOffset(TL Dual Mode frame offset), TL_FrameOffset_S A2_SSP5(T-L Dual Mode SA2+SSP5 frame offset)
None
Interval Type
0~261120,275943~ 307200 N/A
Ts
None
Interval Type
0~255
None
CustomFrameOffse t~0, TL_FrameOffset~1, TL_FrameOffset_S A2_SSP5~2 None
N/A
Sleeping Cell Detection
Compound Type
00:00:00~23:59:59 N/A
None
Sleeping Cell Detection
Compound Type
00:00:00~23:59:59 N/A
None
Sleeping Cell Detection
Interval Type
0~72
N/A
h
None
Interval Type
0~255
N/A
None
Enumeration Type
MODE1(UL band division scheme No.1), MODE2(UL band division scheme No.2), MODE3(UL band division scheme No.3), INVALID(Invalid UL band division scheme)
MODE1~1, MODE2~2, MODE3~3, INVALID~255
None
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
None
Interval Type
0~255
N/A
None
GSM and LTE Buffer Zone Optimization(LTE)
Interval Type
1~10
N/A
2RB
None
Interval Type
-6~12
N/A
dB
None
Interval Type
0~255
N/A
None
None
Interval Type
0~9
N/A
None
None
Enumeration Type
TM1(TM1), TM2(TM2), TM7(TM7), TM8(TM8)
None
Interval Type
0~100
N/A
RB
None
Interval Type
0~100
N/A
RB
None
Interval Type
0~4294967295
N/A
0.01mW
None
Interval Type
0~4294967295
N/A
0.01mW
None
Interval Type
0~1200
N/A
None
TM1~0, TM2~1, TM7~6, TM8~7
None
None
Interval Type
0~1200
N/A
None
None
Interval Type
0~255
N/A
None
Broadcast of system information Enumeration Type
MOD_PERIOD_CO EFF_N2(2), MOD_PERIOD_CO EFF_N4(4), MOD_PERIOD_CO EFF_N8(8), MOD_PERIOD_CO EFF_N16(16)
MOD_PERIOD_CO EFF_N2~0, MOD_PERIOD_CO EFF_N4~1, MOD_PERIOD_CO EFF_N8~2, MOD_PERIOD_CO EFF_N16~3 None
None
0~255
N/A
Interval Type
None
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-3175~3175
N/A
0.005dB
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-3175~3175
N/A
0.005dB
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-3175~3175
N/A
0.005dB
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-3175~3175
N/A
0.005dB
Paging Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-3175~3175
N/A
0.005dB
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-3175~3175
N/A
0.005dB
Dynamic Downlink Power Allocation LoCation Services (LCS)
Interval Type
-3175~3175
N/A
0.005dB
Dynamic Downlink Power Allocation
Interval Type
20~40
N/A
W
None
Interval Type
0~255
N/A
None
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
-600~500
N/A
0.1dBm
Dynamic Downlink Power Allocation Broadcast of system information Interval Type
0~3
N/A
None
None
Interval Type
0~60
N/A
0.1dB
None
Interval Type
0~255
N/A
None
Broadcast of system information Random Access Procedure Uplink Power Control Enumeration Type
DB0_PWR_RAMPI NG_STEP(0dB), DB2_PWR_RAMPI NG_STEP(2dB), DB4_PWR_RAMPI NG_STEP(4dB), DB6_PWR_RAMPI NG_STEP(6dB)
DB0_PWR_RAMPI NG_STEP~0, DB2_PWR_RAMPI NG_STEP~1, DB4_PWR_RAMPI NG_STEP~2, DB6_PWR_RAMPI NG_STEP~3 dB
Broadcast of system information Random Access Procedure Uplink Power Control Enumeration Type
DBM_120(120dBm), DBM_118(118dBm), DBM_116(116dBm), DBM_114(114dBm), DBM_112(112dBm), DBM_110(110dBm), DBM_108(108dBm), DBM_106(106dBm), DBM_104(104dBm), DBM_102(102dBm), DBM_100(100dBm), DBM_98(-98dBm), DBM_96(-96dBm), DBM_94(-94dBm), DBM_92(-92dBm), DBM_90(-90dBm)
DBM_120~0, DBM_118~1, DBM_116~2, DBM_114~3, DBM_112~4, DBM_110~5, DBM_108~6, DBM_106~7, DBM_104~8, DBM_102~9, DBM_100~10, DBM_98~11, DBM_96~12, DBM_94~13, DBM_92~14, DBM_90~15
dBm
3GPP R8 Specifications Physical Channel Management
Interval Type
0~15
N/A
None
Broadcast of system information Random Access Procedure Enumeration Type
B56_MSG_SIZE_G ROUPA(56bits), B144_MSG_SIZE_ GROUPA(144bits), B208_MSG_SIZE_ GROUPA(208bits), B256_MSG_SIZE_ GROUPA(256bits)
B56_MSG_SIZE_G ROUPA~0, B144_MSG_SIZE_ GROUPA~1, B208_MSG_SIZE_ GROUPA~2, B256_MSG_SIZE_ GROUPA~3 bit
Broadcast of system information Random Access Procedure Interval Type
0~94
N/A
None
Broadcast of system information RACH Optimization Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Broadcast of system information Random Access Procedure RACH Optimization Interval Type
0~63
N/A
None
Broadcast of system information Random Access Procedure Enumeration Type
N3_PREMB_TRAN S_MAX(3times), N4_PREMB_TRAN S_MAX(4times), N5_PREMB_TRAN S_MAX(5times), N6_PREMB_TRAN S_MAX(6times), N7_PREMB_TRAN S_MAX(7times), N8_PREMB_TRAN S_MAX(8times), N10_PREMB_TRA NS_MAX(10times), N20_PREMB_TRA NS_MAX(20times), N50_PREMB_TRA NS_MAX(50times), N100_PREMB_TR ANS_MAX(100time s), N200_PREMB_TR ANS_MAX(200time s)
N3_PREMB_TRAN S_MAX~0, N4_PREMB_TRAN S_MAX~1, N5_PREMB_TRAN S_MAX~2, N6_PREMB_TRAN S_MAX~3, N7_PREMB_TRAN S_MAX~4, N8_PREMB_TRAN S_MAX~5, N10_PREMB_TRA NS_MAX~6, N20_PREMB_TRA NS_MAX~7, N50_PREMB_TRA NS_MAX~8, N100_PREMB_TR ANS_MAX~9, N200_PREMB_TR ANS_MAX~10 None
Broadcast of system information Random Access Procedure Enumeration Type
SF40_MAC_RESO LUTION_TIMER(40 ), SF48_MAC_RESO LUTION_TIMER(48 ), SF56_MAC_RESO LUTION_TIMER(56 ), SF64_MAC_RESO LUTION_TIMER(64 )
SF40_MAC_RESO LUTION_TIMER~4, SF48_MAC_RESO LUTION_TIMER~5, SF56_MAC_RESO LUTION_TIMER~6, SF64_MAC_RESO LUTION_TIMER~7 subframe
Broadcast of system information Random Access Procedure Interval Type
1~8
N/A
None
None
Interval Type
0~255
N/A
None
Enumeration Type
SC0(0), SC1(1), SC2(2), SC3(3), SC4(4), SC5(5), SC6(6), SC7(7), SC8(8), SC9(9), SC10(10), SC11(11), SC12(12), SC13(13), SC14(14)
SC0~0, SC1~1, SC2~2, SC3~3, SC4~4, SC5~5, SC6~6, SC7~7, SC8~8, SC9~9, SC10~10, SC11~11, SC12~12, SC13~13, SC14~14
None
Physical Channel Management
Physical Channel Management
Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Physical Channel Management
Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Physical Channel Management
Enumeration Type
ACCESS_FIRST(A ccess First), EXPERIENCE_FIR ST(Experience First), EXPERIENCE_EN HANCED(Experien ce Enhanced)
ACCESS_FIRST~0 , EXPERIENCE_FIR ST~1, EXPERIENCE_EN HANCED~2 None
Enumeration Type
DEFAULTMODE(D efault Mode), DEFAULTMODE~0, ADAPTIVEMODE(A ADAPTIVEMODE~ daptive Mode) 1 None
Physical Channel Management
Enumeration Type
BW0(BW0), BW1(BW1), BW2(BW2), BW3(BW3), BW4(BW4), BW5(BW5), BW6(BW6), BW7(BW7), INVALID_BANDWI DTH(Invalid bandwidth)
BW0~0, BW1~1, BW2~2, BW3~3, BW4~4, BW5~5, BW6~6, BW7~7, INVALID_BANDWI DTH~255 None
None
Interval Type
0~255
N/A
Physical Channel Management
None
Physical Channel Management Compact Bandwidth Broadcast of system information Enumeration Type
NORMAL, EXTENDED
Physical Channel Management Compact Bandwidth Broadcast of system information Enumeration Type
ONE_SIXTH~0, ONE_SIXTH, HALF, HALF~1, ONE~2, ONE, TWO TWO~3
None
None
0~255
None
Interval Type
NORMAL~0, EXTENDED~1
N/A
None
Broadcast of system information Paging Enumeration Type
rf32(32 radio frames), rf64(64 radio frames), rf128(128 radio frames), rf256(256 radio frames)
rf32~0, rf64~1, rf128~2, rf256~3
Broadcast of system information Paging Enumeration Type
FOURT, TWOT, ONET, HALFT, QUARTERT, ONE_EIGHTT, ONE_SIXTEENTHT , ONE_THIRTY_SEC ONDT
FOURT~0, TWOT~1, ONET~2, HALFT~3, QUARTERT~4, ONE_EIGHTT~5, ONE_SIXTEENTH T~6, ONE_THIRTY_SEC ONDT~7 None
None
Paging
Interval Type
1~3
N/A
None
Paging
Interval Type
1~16
N/A
None
None
Interval Type
0~255
N/A
None
Broadcast of system information Interval Type
1~4
N/A
Broadcast of system information Enumeration Type
INTER_SUB_FRA ME(Inter), INTRA_AND_INTE R_SUB_FRAME(Int er And Intra)
INTER_SUB_FRA ME~0, INTRA_AND_INTE R_SUB_FRAME~1 None
None
Broadcast of system information Interval Type
0~98
N/A
RB
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Interval Type
0~29
N/A
None
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Broadcast of system information Interval Type
0~7
N/A
None
UL 64QAM
Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
None
Interval Type
0~255
N/A
Enumeration Type
DS1_DELTA_SHIF T(ds1), DS2_DELTA_SHIF T(ds2), DS3_DELTA_SHIF T(ds3)
DS1_DELTA_SHIF T~0, DS2_DELTA_SHIF T~1, DS3_DELTA_SHIF T~2 None
Physical Channel Management
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
Physical Channel Management
Interval Type
0~1000
N/A
None
Physical Channel Management
Interval Type
0~20
N/A
None
Physical Channel Management PUCCH Flexible Configuration
Interval Type
1~24
N/A
2RB
3GPP R8 Specifications Physical Channel Management
Interval Type
0~2047
N/A
None
None
Interval Type
0~255
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT String Type
3 characters
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT String Type
2~3 characters
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~4095
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~15
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~32767
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~65535
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT String Type
0~8 characters
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~127
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~4095
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~63
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NO(NO), YES(YES) NO~0, YES~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
IMSIS_ESN(IMSI_S and ESN), IMSI(IMSI), IMSIS_ESN~0, IMSI_ESN(IMSI IMSI~2, and ESN) IMSI_ESN~3
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NO(NO), YES(YES) NO~0, YES~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
0.125dB
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
0.125dB
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
0.125dB
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
0.125dB
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
0.125dB
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~15
N/A
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
80ms
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~255
N/A
100ms
None
0~255
N/A
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3~28 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3~8 characters
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~2047
N/A
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Inter-RAT ANR Enumeration Type
PERMIT_RMV_EN UM(Permit ANR Remove), FORBID_RMV_EN UM(Forbid ANR Remove)
PERMIT_RMV_EN UM~0, FORBID_RMV_EN UM~1 None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Inter-RAT ANR Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
0~99 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
0~99 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Inter-RAT ANR Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
0~255
Interval Type
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
2~3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~255
N/A
None
None
0~255
N/A
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
2~3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3~28 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3~8 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~50
N/A
None
None
0~255
N/A
None
Interval Type
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~2047
N/A
None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
-15~15
N/A
dB
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~15
N/A
None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~32
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
String Type
3 characters
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
String Type
2~3 characters
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~1048575
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~255
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
String Type
3 characters
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
String Type
2~3 characters
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~1048575
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~255
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~19
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~19
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
String Type
3 characters
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
String Type
2~3 characters
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~1048575
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~255
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
String Type
2~3 characters
N/A
None
None
Interval Type
0~1048575
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
0~255
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
String Type
2~3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
0~65535
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
1~65533,65535
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
2~3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
2~3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
2~3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
0~4095
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
Interval Type
0~65535
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier
String Type
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
2~3 characters
N/A
None
3~28 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3~8 characters
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~2047
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
2~3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~511
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 String Type
0~99 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 Inter-RAT ANR Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~4095
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~15
Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~2047
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~32767
N/A
None
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~65535
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT String Type
3 characters
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT String Type
2~3 characters
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT String Type
0~8 characters
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~511
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT String Type
0~99 characters
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Inter-RAT ANR Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
Interval Type
0~255
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
1~4095
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~15
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~2047
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~32767
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~65535
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
Enhanced CS Fallback to CDMA2000 1xRTT Inter-RAT ANR Enumeration Type
PERMIT_RMV_EN UM(Permit ANR Remove), FORBID_RMV_EN UM(Forbid ANR Remove)
PERMIT_RMV_EN UM~0, FORBID_RMV_EN UM~1 None
Enhanced CS Fallback to CDMA2000 1xRTT Inter-RAT ANR Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Enhanced CS Fallback to CDMA2000 1xRTT String Type
0~99 characters
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT String Type
0~99 characters
N/A
None
Enhanced CS Fallback to CDMA2000 1xRTT Inter-RAT ANR Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
0~255
Interval Type
N/A
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
0~7
N/A
None
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
-63~0
N/A
0.5dB
Cell Selection and Re-selection CS Fallback to CDMA2000 1xRTT Enhanced CS Fallback to CDMA2000 1xRTT Interval Type
-63~0
N/A
0.5dB
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
0~7
N/A
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-63~0
N/A
0.5dB
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and CDMA2000 Interval Type
-63~0
N/A
0.5dB
PS Inter-RAT Mobility between EUTRAN and GERAN String Type
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN String Type
2~3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~65535
N/A
None
SRVCC to GERAN CS Fallback with LAI to GERAN Interval Type
1~65533,65535
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to GERAN Flash CS Fallback to GERAN PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN CS Fallback to GERAN Service based interRAT handover to GERAN Distance based inter-RAT handover to GERAN Enumeration Type
GSM_dcs1800, GSM_pcs1900
GSM_dcs1800~0, GSM_pcs1900~1
None
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~1023
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~7
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~7
PS Inter-RAT Mobility between EUTRAN and GERAN Service based interRAT handover to GERAN Enumeration Type
DTM_AVAILABLE~ DTM_AVAILABLE, 0, DTM_NOT_AVAILA DTM_NOT_AVAILA BLE BLE~1 None
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN String Type
0~99 characters
N/A
SRVCC to GERAN Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
Inter-RAT ANR
Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN String Type
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN String Type
2~3 characters
N/A
None
SRVCC to GERAN Flash CS Fallback to GERAN CS Fallback with LAI to GERAN PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
1~65533,65535
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~65535
N/A
None
Enumeration Type
PERMIT_RMV_EN UM(Permit ANR Remove), FORBID_RMV_EN UM(Forbid ANR Remove)
PERMIT_RMV_EN UM~0, FORBID_RMV_EN UM~1 None
PS Inter-RAT Mobility between EUTRAN and GERAN Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN CS Fallback to GERAN Flash CS Fallback to GERAN Interval Type
0~32
N/A
Inter-RAT ANR
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Inter-RAT ANR
Enumeration Type
None
Automatic Neighbor Relation (ANR) Inter-RAT ANR String Type
0~99 characters
N/A
None
Automatic Neighbour Relation (ANR) Inter-RAT ANR String Type
0~99 characters
N/A
None
Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Enumeration Type
NO(NO), YES(YES) NO~0, YES~1
Inter-RAT ANR
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
Enumeration Type
None
None
Interval Type
0~1048575
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
Interval Type
0~255
N/A
None
0~31
N/A
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
PS Inter-RAT Mobility between EUTRAN and GERAN Enumeration Type
GSM, GPRS, EDGE
GSM~0, GPRS~1, EDGE~2
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and GERAN Interval Type
0~1023
N/A
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and GERAN Enumeration Type
GSM_dcs1800, GSM_pcs1900
GSM_dcs1800~0, GSM_pcs1900~1
None
Cell Selection and Reselection / Cell Selection and Reselection
Cell Selection and Reselection
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Interval Type
0~7
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Reselection
0~39
N/A
dBm
Interval Type
Cell Selection and Reselection
Interval Type
0~45
N/A
2dBm
Cell Selection and Reselection
Interval Type
0~31
N/A
2dB
Cell Selection and Reselection
Interval Type
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN CS Fallback to GERAN Flash CS Fallback to GERAN Interval Type
0~31
N/A
2dB
-15~15
N/A
dB
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and GERAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and GERAN SRVCC to GERAN CS Fallback to GERAN Flash CS Fallback to GERAN Interval Type
0~8
N/A
None
None
Inter-RAT ANR
Enumeration Type
NON_CONTINUOU S(NON_CONTINU OUS), NON_CONTINUOU CONTINUOUS(CO S~0, NTINUOUS) CONTINUOUS~1 None
Enumeration Type
NOT_ALLOWED(N OT_ALLOWED), ALLOWED(ALLOW NOT_ALLOWED~0 ED) , ALLOWED~1 None
Inter-RAT ANR
Interval Type
0~31
N/A
None
None
Interval Type
0~255
N/A
None
0~31
N/A
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and GERAN Broadcast of system information Interval Type
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and GERAN Broadcast of system information Interval Type
0~1023
N/A
None
None
Interval Type
0~255
N/A
None
Broadcast of system information Coverage Based Intra-frequency Handover Interval Type
0~503
N/A
None
Cell Selection and Re-selection Coverage Based Intra-frequency Handover
0~99 characters
N/A
None
String Type
Broadcast of system information Coverage Based Intra-frequency Handover Enumeration Type
n1(n1), n4(n4), n8(n8), n12(n12), n16(n16), n24(n24), n32(n32), n48(n48), n64(n64), n84(n84), n96(n96), n128(n128), n168(n168), n252(n252), n504(n504)
n1~0, n4~1, n8~2, n12~3, n16~4, n24~5, n32~6, n48~7, n64~8, n84~9, n96~10, n128~11, n168~12, n252~13, n504~14 None
None
Interval Type
0~255
N/A
None
Coverage Based Intra-frequency Handover
String Type
3 characters
N/A
None
Coverage Based Intra-frequency Handover
String Type
2~3 characters
N/A
None
None
Interval Type
0~1048575
N/A
None
Coverage Based Intra-frequency Handover
Interval Type
0~255
N/A
None
Coverage Based Intra-frequency Handover Mobility Management
Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
Automatic Neighbour Relation (ANR) Enumeration Type
PERMIT_RMV_EN UM(Permit ANR Remove), FORBID_RMV_EN UM(Forbid ANR Remove)
PERMIT_RMV_EN UM~0, FORBID_RMV_EN UM~1 None
Automatic Neighbour Relation (ANR) Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Coverage Based Intra-frequency Handover
Coverage Based Intra-frequency Handover
Coverage Based Intra-frequency Handover Automatic Neighbour Relation (ANR) String Type
0~99 characters
N/A
None
Coverage Based Intra-frequency Handover Automatic Neighbour Relation (ANR) String Type
0~99 characters
N/A
None
Coverage Based Intra-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Enumeration Type
LOW_PRIORITY(L ow Priority), LOW_PRIORITY~0 HIGH_PRIORITY(H , igh Priority) HIGH_PRIORITY~1 None
Physical Channel Management Static TDM eICIC
Interval Type
0~15
N/A
dB
Distance Based Inter-frequency Handover
Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
Interval Type
0~255
N/A
None
Coverage Based Inter-frequency Handover Cell Selection and Re-selection Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD
Interval Type
0~46589,54436~65 535 N/A
None
Coverage Based Inter-frequency Handover Cell Selection and Re-selection Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
None
Coverage Based Inter-frequency Handover Cell Selection and Re-selection Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD
Interval Type
18000~46589,5443 6~65535 N/A
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection
Cell Selection and Reselection
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Interval Type
0~7
N/A
None
Cell Selection and Re-selection
Cell Selection and Re-selection
Interval Type
0~7
N/A
s
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection
Cell Selection and Re-selection
Enumeration Type
0DOT25_ENUM(0. 25), 0DOT5_ENUM(0.5) , 0DOT75_ENUM(0. 75), 1DOT0_ENUM(1.0)
0DOT25_ENUM~0, 0DOT5_ENUM~1, 0DOT75_ENUM~2, 1DOT0_ENUM~3 None
Enumeration Type
0DOT25_ENUM(0. 25), 0DOT5_ENUM(0.5) , 0DOT75_ENUM(0. 75), 1DOT0_ENUM(1.0)
0DOT25_ENUM~0, 0DOT5_ENUM~1, 0DOT75_ENUM~2, 1DOT0_ENUM~3 None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Cell Selection and Re-selection
Enumeration Type
MBW6(1.4M), MBW15(3M), MBW25(5M), MBW50(10M), MBW75(15M), MBW100(20M)
MBW6~0, MBW15~1, MBW25~2, MBW50~3, MBW75~4, MBW100~5
Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
None
Cell Selection and Reselection
Interval Type
0~31
N/A
2dB
Cell Selection and Reselection
Interval Type
0~31
N/A
2dB
Cell Selection and Reselection
Cell Selection and Reselection
Interval Type
-70~-22
N/A
2dBm
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Reselection
Coverage Based Inter-frequency Handover Cell Selection and Re-selection Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Interval Type
-30~33
N/A
dBm
Enumeration Type
BitString00(00), BitString01(01), BitString10(10), BitString11(11)
BitString00~0, BitString01~1, BitString10~2, BitString11~3
None
Coverage Based Inter-frequency Handover Cell Selection and Re-selection Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Coverage Based Inter-frequency Handover
Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Enumeration Type
EventA3(EventA3), EventA3~0, EventA4(EventA4), EventA4~1, EventA5(EventA5) EventA5~2
None
Cell Selection and Reselection / Cell Selection and Reselection
Interval Type
0~31
N/A
dB
Cell Selection and Reselection / Cell Selection and Reselection
Cell Selection and Reselection / Cell Selection and Reselection
Interval Type
0~31
N/A
dB
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection
Interval Type
-34~-3
N/A
dB
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover
Interval Type
0~8
N/A
None
Intra-LTE Load Balancing
Enumeration Type
NOT_ALLOWED(N OT_ALLOWED), ALLOWED(ALLOW NOT_ALLOWED~0 ED) , ALLOWED~1 None
None
Enumeration Type
DISABLE(Disable), DISABLE~0, ENABLE(Enable) ENABLE~1
None
Intra-LTE Load Balancing
Interval Type
0~100
N/A
%
Intra-LTE Load Balancing
Interval Type
0~7
N/A
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Interval Type
0~8
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
N/A
None
Coverage Based Inter-frequency Handover
Interval Type
-20~20
N/A
dBm
Intra-LTE Load Balancing
Interval Type
-20~20
N/A
dBm
Multi-Band Compatibility Enhancement
Enumeration Type
Automatic Neighbour Relation (ANR) Enumeration Type
FALSE(False), TRUE(True)
FALSE~0, TRUE~1 None
NOT_ALLOWED(N OT_ALLOWED), ALLOWED(ALLOW NOT_ALLOWED~0 ED) , ALLOWED~1 None
Automatic Neighbour Relation (ANR) Interval Type
0~31
N/A
None
Automatic Neighbour Relation (ANR) Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
0~255
Interval Type
N/A
None
Cell Selection and Reselection Coverage Based Inter-frequency Handover
Interval Type
0~46589,54436~65 535 N/A
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Interval Type
0~503
N/A
None
Cell Selection and Re-selection Coverage Based Inter-frequency Handover
String Type
0~99 characters
N/A
None
Enumeration Type
n1(n1), n4(n4), n8(n8), n12(n12), n16(n16), n24(n24), n32(n32), n48(n48), n64(n64), n84(n84), n96(n96), n128(n128), n168(n168), n252(n252), n504(n504)
n1~0, n4~1, n8~2, n12~3, n16~4, n24~5, n32~6, n48~7, n64~8, n84~9, n96~10, n128~11, n168~12, n252~13, n504~14 None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
None
Interval Type
0~255
N/A
None
Coverage Based Inter-frequency Handover
String Type
3 characters
N/A
None
Coverage Based Inter-frequency Handover
String Type
2~3 characters
N/A
None
None
Interval Type
0~1048575
N/A
None
Coverage Based Inter-frequency Handover
Interval Type
0~255
N/A
None
Coverage Based Inter-frequency Distance Based Inter-frequency Handover Service Based Inter-frequency Handover
Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Enumeration Type
dB-24(-24dB), dB22(-22dB), dB-20(20dB), dB-18(18dB), dB-16(16dB), dB-14(14dB), dB-12(12dB), dB-10(10dB), dB-8(-8dB), dB-6(-6dB), dB-5(5dB), dB-4(-4dB), dB-3(-3dB), dB-2(2dB), dB-1(-1dB), dB0(0dB), dB1(1dB), dB2(2dB), dB3(3dB), dB4(4dB), dB5(5dB), dB6(6dB), dB8(8dB), dB10(10dB), dB12(12dB), dB14(14dB), dB16(16dB), dB18(18dB), dB20(20dB), dB22(22dB), dB24(24dB)
dB-24~0, dB-22~1, dB-20~2, dB-18~3, dB-16~4, dB-14~5, dB-12~6, dB-10~7, dB-8~8, dB-6~9, dB-5~10, dB-4~11, dB-3~12, dB-2~13, dB-1~14, dB0~15, dB1~16, dB2~17, dB3~18, dB4~19, dB5~20, dB6~21, dB8~22, dB10~23, dB12~24, dB14~25, dB16~26, dB18~27, dB20~28, dB22~29, dB24~30 dB
Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
Automatic Neighbour Relation (ANR) Cell Outage Detection and Compensation Enumeration Type
PERMIT_RMV_EN UM(Permit ANR Remove), FORBID_RMV_EN UM(Forbid ANR Remove)
PERMIT_RMV_EN UM~0, FORBID_RMV_EN UM~1 None
Cell Selection and Re-selection Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Cell Outage Detection and Compensation
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD
Interval Type
Automatic Neighbour Relation (ANR) Enumeration Type
0~32
N/A
None
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Coverage Based Inter-frequency Handover Automatic Neighbor Relation (ANR) String Type
0~99 characters
N/A
None
Coverage Based Inter-frequency Handover Automatic Neighbour Relation (ANR) String Type
0~99 characters
N/A
None
Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD
Enumeration Type
LOW_PRIORITY(L ow Priority), LOW_PRIORITY~0 HIGH_PRIORITY(H , igh Priority) HIGH_PRIORITY~1 None
Coverage Based Inter-frequency Handover Automatic Neighbour Relation (ANR) Enumeration Type
NO(NO), YES(YES) NO~0, YES~1
Coverage Based Inter-frequency Handover
NULL(NULL), SAME(SAME), BIG(BIG), SMALL(SMALL)
Enumeration Type
None
NULL~0, SAME~1, BIG~2, SMALL~3 None
Automatic Neighbour Relation (ANR) Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD Hybrid RAN Sharing
3 characters
String Type
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD Hybrid RAN Sharing
String Type
2~3 characters
N/A
None
None
Interval Type
0~1048575
N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover
Interval Type
0~255
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD Hybrid RAN Sharing
Interval Type
0~46589,54436~65 535 N/A
None
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover
NOT_CFG~0, CFG~1
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Distance Based Inter-frequency Handover Service Based Inter-frequency Handover Mobility between LTE TDD and LTE FDD Hybrid RAN Sharing
Interval Type
18000~46589,5443 6~65535 N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover Cell Selection and Reselection
Interval Type
0~503
N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover
Interval Type
0~65535
N/A
None
Coverage Based Intra-frequency Handover Coverage Based Inter-frequency Handover
String Type
0~99 characters
N/A
None
Multi-Band Compatibility Enhancement
MultiBand[]
0~2
N/A
None
None
Interval Type
1~64
N/A
None
Automatic Neighbour Relation (ANR) Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
0~255
Interval Type
N/A
None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 MOCN Flexible Priority Based Camping Enumeration Type
bc0~0, bc1~1, bc2~2, bc3~3, bc4~4, bc5~5, bc6~6, bc7~7, bc0, bc1, bc2, bc3, bc8~8, bc9~9, bc4, bc5, bc6, bc7, bc10~10, bc11~11, bc8, bc9, bc10, bc12~12, bc13~13, bc11, bc12, bc13, bc14~14, bc15~15, bc14, bc15, bc16, bc16~16, bc17~17, bc17, bc18, bc19, bc18~18, bc19~19, bc20, bc21 bc20~20, bc21~21 None
CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and CDMA2000 MOCN Flexible Priority Based Camping Interval Type
0~5
N/A
None
CS Fallback to CDMA2000 1xRTT S1-flex MOCN Flexible Priority Based Camping Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
CS Fallback to CDMA2000 1xRTT S1-flex MOCN Flexible Priority Based Camping Interval Type
0~7
N/A
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 MOCN Flexible Priority Based Camping Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
PS Inter-RAT Mobility between EUTRAN and CDMA2000 MOCN Flexible Priority Based Camping Interval Type
0~7
N/A
None
None
0~255
N/A
None
Interval Type
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~46589,54436~65 535 N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
String Type
2~3 characters
N/A
None
RAN Sharing with Common Carrier Cell Selection and Re-selection MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
RAN Sharing with Common Carrier Cell Selection and Re-selection MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~7
N/A
None
None
Interval Type
0~255
N/A
None
MOCN Flexible Priority Based Camping
Interval Type
0~46589,54436~65 535 N/A
None
MOCN Flexible Priority Based Camping
Interval Type
0~5
N/A
None
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
MOCN Flexible Priority Based Camping Cell Selection and Re-selection
MOCN Flexible Priority Based Camping Cell Selection and Re-selection
Interval Type
0~7
N/A
None
None
Interval Type
0~255
N/A
None
MOCN Flexible Priority Based Camping
Interval Type
0~31
N/A
None
MOCN Flexible Priority Based Camping
Interval Type
0~5
N/A
None
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
MOCN Flexible Priority Based Camping Cell Selection and Re-selection
MOCN Flexible Priority Based Camping Cell Selection and Re-selection
Interval Type
0~7
N/A
None
None
Interval Type
0~255
N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~31
N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
String Type
3 characters
N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing RAN Sharing with Common Carrier Cell Selection and Re-selection MOCN Flexible Priority Based Camping Hybrid RAN Sharing
String Type
2~3 characters
N/A
None
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
RAN Sharing with Common Carrier Cell Selection and Re-selection MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~7
N/A
None
None
Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
2~3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Flash CS Fallback to UTRAN Interval Type
0~4095
N/A
None
Flash CS Fallback to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
0~65535
N/A
PS Inter-RAT Mobility between EUTRAN and UTRAN Enumeration Type
PERMIT_HO_ENU M(Permit Ho), FORBID_HO_ENU M(Forbid Ho)
PERMIT_HO_ENU M~0, FORBID_HO_ENU M~1 None
Inter-RAT ANR
Enumeration Type
PERMIT_RMV_EN UM(Permit ANR Remove), FORBID_RMV_EN UM(Forbid ANR Remove)
PERMIT_RMV_EN UM~0, FORBID_RMV_EN UM~1 None
Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Inter-RAT ANR
None
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN E-UTRAN to UTRAN CS/PS steering Interval Type
0~32
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN E-UTRAN to UTRAN CS/PS steering Enumeration Type
LOW_PRIORITY(L ow Priority), LOW_PRIORITY~0 HIGH_PRIORITY(H , igh Priority) HIGH_PRIORITY~1 None
N/A
None
Intra-LTE Load Balancing Inter-RAT Load Sharing to UTRAN Multi-RAT Carrier Joint Intelligent Shutdown(eNodeB) Enumeration Type
NO(NO), YES(YES) NO~0, YES~1
None
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
0~99 characters
None
N/A
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
0~99 characters
N/A
None
Inter-RAT ANR
Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
Interval Type
0~1048575
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
String Type
0~32 characters
N/A
None
None
Enumeration Type
Normal, Overload, Congestion, Midload
Normal~0, Overload~1, Congestion~2, Midload~3
None
None
Interval Type
0~255
N/A
None
MOCN Flexible Priority Based Camping
Interval Type
0~16383
N/A
None
MOCN Flexible Priority Based Camping
Interval Type
0~5
N/A
None
MOCN Flexible Priority Based Camping Cell Selection and Re-selection
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
MOCN Flexible Priority Based Camping Cell Selection and Re-selection
Interval Type
0~7
N/A
None
None
Interval Type
0~255
N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~16383
N/A
None
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing
RAN Sharing with Common Carrier MOCN Flexible Priority Based Camping Hybrid RAN Sharing RAN Sharing with Common Carrier Cell Selection and Re-selection MOCN Flexible Priority Based Camping Hybrid RAN Sharing
String Type
3 characters
N/A
None
String Type
2~3 characters
N/A
None
Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
RAN Sharing with Common Carrier Cell Selection and Re-selection MOCN Flexible Priority Based Camping Hybrid RAN Sharing
Interval Type
0~7
N/A
None
None
Interval Type
0~255
N/A
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and UTRAN Broadcast of system information E-UTRAN to UTRAN CS/PS steering Interval Type
0~16383
N/A
Cell Selection and Re-selection E-UTRAN to UTRAN CS/PS steering
Enumeration Type
R99, HSDPA, HSUPA, HSPA
R99~0, HSDPA~1, HSUPA~2, HSPA~3 None
PS Inter-RAT Mobility between EUTRAN and UTRAN Inter-RAT ANR Enumeration Type
UTRAN_FDD, UTRAN_TDD
UTRAN_FDD~0, UTRAN_TDD~1
None
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and UTRAN E-UTRAN to UTRAN CS/PS steering Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Cell Selection and Re-selection PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
0~16383
N/A
None
Cell Selection and Reselection / Cell Selection and Reselection
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
Enumeration Type
Cell Selection and Re-selection Broadcast of system information S1-flex Interval Type
0~7
N/A
None
Cell Selection and Reselection
-50~33
N/A
dBm
Interval Type
PS Inter-RAT Mobility between EUTRAN and UTRAN SRVCC to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN Interval Type
-15~15
N/A
dB
Cell Selection and Reselection / Cell Selection and Reselection
-24~0
N/A
dB
Interval Type
Cell Selection and Reselection / Cell Selection and Reselection
Interval Type
-60~-13
N/A
2dBm
Cell Selection and Reselection
Interval Type
0~31
N/A
2dB
Cell Selection and Reselection
Interval Type
0~31
N/A
2dB
Cell Selection and Reselection / Cell Selection and Reselection
Interval Type
0~31
N/A
dB
Cell Selection and Reselection / Cell Selection and Reselection
Interval Type
0~31
N/A
dB
PS Inter-RAT Mobility between EUTRAN and UTRAN E-UTRAN to UTRAN CS/PS steering Enumeration Type
Priority_0(Priority 0), Priority_1(Priority 1), Priority_2(Priority 2), Priority_3(Priority 3), Priority_4(Priority 4), Priority_5(Priority 5), Priority_6(Priority 6), Priority_7(Priority 7), Priority_8(Priority 8), Priority_9(Priority 9), Priority_10(Priority 10), Priority_11(Priority 11), Priority_12(Priority 12), Priority_13(Priority 13), Priority_14(Priority 14), Priority_15(Priority 15), Priority_16(Priority 16)
Priority_0~0, Priority_1~1, Priority_2~2, Priority_3~3, Priority_4~4, Priority_5~5, Priority_6~6, Priority_7~7, Priority_8~8, Priority_9~9, Priority_10~10, Priority_11~11, Priority_12~12, Priority_13~13, Priority_14~14, Priority_15~15, Priority_16~16
None
E-UTRAN to UTRAN CS/PS Steering CS Fallback to UTRAN Flash CS Fallback to UTRAN CS Fallback Steering to UTRAN Enumeration Type
Priority_0(Priority 0), Priority_1(Priority 1), Priority_2(Priority 2), Priority_3(Priority 3), Priority_4(Priority 4), Priority_5(Priority 5), Priority_6(Priority 6), Priority_7(Priority 7), Priority_8(Priority 8), Priority_9(Priority 9), Priority_10(Priority 10), Priority_11(Priority 11), Priority_12(Priority 12), Priority_13(Priority 13), Priority_14(Priority 14), Priority_15(Priority 15), Priority_16(Priority 16)
Priority_0~0, Priority_1~1, Priority_2~2, Priority_3~3, Priority_4~4, Priority_5~5, Priority_6~6, Priority_7~7, Priority_8~8, Priority_9~9, Priority_10~10, Priority_11~11, Priority_12~12, Priority_13~13, Priority_14~14, Priority_15~15, Priority_16~16
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Cell Selection and Re-selection SRVCC to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN E-UTRAN to UTRAN CS/PS steering Interval Type
0~8
N/A
None
CS Fallback Steering to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN E-UTRAN to UTRAN CS/PS steering Enumeration Type
Priority_0(Priority 0), Priority_1(Priority 1), Priority_2(Priority 2), Priority_3(Priority 3), Priority_4(Priority 4), Priority_5(Priority 5), Priority_6(Priority 6), Priority_7(Priority 7), Priority_8(Priority 8), Priority_9(Priority 9), Priority_10(Priority 10), Priority_11(Priority 11), Priority_12(Priority 12), Priority_13(Priority 13), Priority_14(Priority 14), Priority_15(Priority 15), Priority_16(Priority 16)
Priority_0~0, Priority_1~1, Priority_2~2, Priority_3~3, Priority_4~4, Priority_5~5, Priority_6~6, Priority_7~7, Priority_8~8, Priority_9~9, Priority_10~10, Priority_11~11, Priority_12~12, Priority_13~13, Priority_14~14, Priority_15~15, Priority_16~16
None
None
Enumeration Type
NON_CONTINUOU S(NON_CONTINU OUS), NON_CONTINUOU CONTINUOUS(CO S~0, NTINUOUS) CONTINUOUS~1 None
Intra-LTE Load Balancing
Interval Type
0~7
N/A
None
Multi-Band Compatibility Enhancement
Inter-RAT ANR
Enumeration Type
FALSE(False), TRUE(True)
Enumeration Type
NOT_ALLOWED(N OT_ALLOWED), ALLOWED(ALLOW NOT_ALLOWED~0 ED) , ALLOWED~1 None
FALSE~0, TRUE~1 None
Inter-RAT ANR
Interval Type
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
0~31
N/A
None
3 characters
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
2~3 characters
N/A
None
Flash CS Fallback to UTRAN
0~4095
N/A
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
0~65535
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
0~16383
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and UTRAN Enumeration Type
0~16383
N/A
None
UTRAN_FDD, UTRAN_TDD
UTRAN_FDD~0, UTRAN_TDD~1
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Enumeration Type
NOT_CFG(Not configure), CFG(Configure)
NOT_CFG~0, CFG~1
None
PS Inter-RAT Mobility between EUTRAN and UTRAN CS Fallback to GERAN Flash CS Fallback to UTRAN CS Fallback to UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN E-UTRAN to UTRAN CS/PS steering Interval Type
0~255
N/A
None
PS Inter-RAT Mobility between EUTRAN and UTRAN Interval Type
0~511
N/A
None
SRVCC to UTRAN CS Fallback with LAI to UTRAN E-UTRAN to UTRAN CS/PS steering
1~65533,65535
N/A
None
Interval Type
PS Inter-RAT Mobility between EUTRAN and UTRAN String Type
0~99 characters
N/A
SRVCC to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN E-UTRAN to UTRAN CS/PS steering Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
None
Multi-Band Compatibility Enhancement
MultiBand[]
0~2
N/A
None
None
Interval Type
1~64
N/A
None
Inter-RAT ANR
Enumeration Type
AUTO_MODE(Auto Mode), MANUAL_MODE(M AUTO_MODE~0, anual Mode) MANUAL_MODE~1 None
None
Enumeration Type
NORMAL(Normal Mode), LBBP_LARGE_CA NORMAL~0, PACITY(Large LBBP_LARGE_CA Mode) PACITY~1 None
None
Enumeration Type
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
NORMAL(NORMAL ), LARGECAPABILIT NORMAL~0, Y(LARGECAPABILI LARGECAPABILIT TY) Y~1 None
0~46589,54436~65 535 N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
0~7
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
-140~-43
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
-40~-6
N/A
0.5dB
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
0~46589,54436~65 535 N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
0~46589,54436~65 535 N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
1~7
None
N/A
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
-31~66
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Interval Type
-35~62
N/A
dBm
Automatic Neighbour Relation (ANR) Interval Type
0~100
N/A
%
Automatic Neighbour Relation (ANR) Interval Type
0~100
N/A
%
Automatic Neighbour Relation (ANR) Interval Type
1~10000
N/A
None
Automatic Neighbour Relation (ANR) Interval Type
1~10080
N/A
Automatic Neighbour Relation (ANR) Inter-RAT ANR Enumeration Type
r1(1), r2(2), r4(4), r8(8), r16(16), r32(32), r64(64), Infinity(Infinity)
r1~0, r2~1, r4~2, r8~3, r16~4, r32~5, r64~6, Infinity~7 None
Automatic Neighbour Relation (ANR) Inter-RAT ANR Enumeration Type
120ms~0, 240ms~1, 480ms~2, 640ms~3, 1024ms~4, 2048ms~5, 120ms, 240ms, 5120ms~6, 480ms, 640ms, 10240ms~7, 1024ms, 2048ms, 1min~8, 6min~9, 5120ms, 10240ms, 12min~10, 1min, 6min, 12min, 30min~11, 30min, 60min 60min~12
min
None
Automatic Neighbour Relation (ANR) Inter-RAT ANR Interval Type
1~10080
N/A
min
Automatic Neighbour Relation (ANR) Interval Type
-130~-70
N/A
dBm
Automatic Neighbour Relation (ANR) Interval Type
1~200
N/A
None
Inter-RAT ANR
Interval Type
1~200
N/A
None
Automatic Neighbour Relation (ANR) Interval Type
1~10000
N/A
None
Inter-RAT ANR
1~10000
N/A
None
Interval Type
Automatic Neighbour Relation (ANR) Inter-RAT ANR Enumeration Type
FREE(FREE), CONTROLLED(CO FREE~0, NTROLLED) CONTROLLED~1
None
Automatic Neighbour Relation (ANR) Inter-RAT ANR Interval Type
1~50400
min
N/A
Automatic Neighbour Relation (ANR) Inter-RAT ANR Interval Type
1~10000
N/A
None
PCI Collision Detection & SelfOptimization
Enumeration Type
OFF(Off), ON(On)
PCI Collision Detection & SelfOptimization
Compound Type
00:00:00~23:59:59 N/A
OFF~0, ON~1
None
None
PCI Collision Detection & SelfOptimization
Compound Type
00:00:00~23:59:59 N/A
None
Inter-RAT ANR
Interval Type
-120~-25
dBm
N/A
Inter-RAT ANR
Interval Type
-110~-48
N/A
dBm
Inter-RAT ANR
Interval Type
-63~0
N/A
0.5dB
Inter-RAT ANR
Interval Type
-63~0
N/A
0.5dB
Automatic Neighbour Relation (ANR) Interval Type
0~100
N/A
%
Automatic Neighbour Relation (ANR) Interval Type
0~10000
N/A
None
Automatic Neighbour Relation (ANR) Enumeration Type
NCL_MODE(NCL Mode), NCL_NRT_MODE( NCL_MODE~0, NCL and NRT NCL_NRT_MODE~ Mode) 1 None
Automatic Neighbour Relation (ANR) Enumeration Type
BASED_NCL(BASE D_NCL), BASED_NCL~0, NOT_BASED_NCL( NOT_BASED_NCL NOT_BASED_NCL) ~1 None
Automatic Neighbour Relation (ANR) Enumeration Type
CA_UE_CAP(CA UE Capability), CA_UE_CARRIER_ NUM(CA UE Carrier Number), ANR_UE_CAP(AN R UE Capability)
CA_UE_CAP~0, CA_UE_CARRIER_ NUM~1, ANR_UE_CAP~2 None
Automatic Neighbour Relation (ANR), Inter-RAT ANR Bit Field Type
EUTRAN_DELRED UNDANCENCELL( EUTRAN_DELRED UNDANCENCELL), UTRAN_DELREDU NDANCENCELL(U TRAN_DELREDUN DANCENCELL), GERAN_DELREDU NDANCENCELL(G ERAN_DELREDUN DANCENCELL), UTRAN_DELERRO RNCELL(UTRAN_ DELERRORNCELL ), GERAN_DELERRO RNCELL(GERAN_ DELERRORNCELL )
EUTRAN_DELRED UNDANCENCELL~ 0, UTRAN_DELREDU NDANCENCELL~1, GERAN_DELREDU NDANCENCELL~2, UTRAN_DELERRO RNCELL~3, GERAN_DELERRO RNCELL~4 None
Inter-RAT ANR
Interval Type
0~10000
N/A
None
Inter-RAT ANR
Interval Type
0~10000
N/A
None
None
Interval Type
0~35
N/A
None
None
Enumeration Type
Andrew(Andrew), TongYu(TongYu), HaiTian(HaiTian), COMBA(COMBA), TTCOM(TTCOM), MOBI(MOBI), GUOXIN(GUOXIN), JIESAI(JIESAI), OtherManufacturer 1(OtherManufactur er1), OtherManufacturer 2(OtherManufactur er2), OtherManufacturer 3(OtherManufactur er3), HuaweiAgisson(Hu aweiAgisson), ShengLu(ShengLu) , HongXin(HongXin)
Remote Electrical Tilt Control
Interval Type
0
N/A
None
Remote Electrical Tilt Control
Interval Type
60~254
N/A
None
Andrew~0, TongYu~1, HaiTian~2, COMBA~3, TTCOM~4, MOBI~5, GUOXIN~6, JIESAI~7, OtherManufacturer 1~8, OtherManufacturer 2~9, OtherManufacturer 3~10, HuaweiAgisson~11, ShengLu~12, HongXin~13 None
Remote Electrical Tilt Control
Interval Type
0
N/A
None
Remote Electrical Tilt Control
String Type
0~128 characters
N/A
None
None
Interval Type
0~15
N/A
degree
None
Interval Type
30,65,90,360
N/A
degree
None
Interval Type
33~64
N/A
None
None
Enumeration Type
INTELLIGENT, DISTRIBUTED
INTELLIGENT~1, DISTRIBUTED~2
None
None
Interval Type
-90~90
N/A
degree
None
Enumeration Type
SINGLE, DUAL
SINGLE~1, DUAL~2
None
Remote Electrical Tilt Control
Interval Type
0~360
N/A
degree
None
Enumeration Type
FOURPORTS(Four Ports), EIGHTPORTS(Eigh FOURPORTS~0, t Ports) EIGHTPORTS~1
None
Remote Electrical Tilt Control
Interval Type
0~100
None
N/A
Remote Electrical Tilt Control
Interval Type
-180~180
N/A
degree
Remote Electrical Tilt Control
Interval Type
0~100
N/A
None
Remote Electrical Tilt Control
Interval Type
-180~180
N/A
degree
Remote Electrical Tilt Control
Interval Type
0~100
N/A
None
Remote Electrical Tilt Control
Interval Type
-180~180
N/A
degree
Remote Electrical Tilt Control
Interval Type
0~100
N/A
None
Remote Electrical Tilt Control
Interval Type
-180~180
N/A
degree
Remote Electrical Tilt Control
Interval Type
0~100
N/A
None
Remote Electrical Tilt Control
Interval Type
-180~180
N/A
degree
Remote Electrical Tilt Control
Interval Type
0~100
N/A
None
Remote Electrical Tilt Control
Interval Type
-180~180
N/A
degree
None
Interval Type
65535~429496729 5 N/A
None
Inter-RAT ANR
Interval Type
1~50400
N/A
min
Inter-RAT ANR
Interval Type
1~1000000
N/A
None
Inter-RAT ANR
Interval Type
0~100
N/A
%
Inter-RAT ANR
Interval Type
0~100
N/A
%
Inter-RAT ANR
Interval Type
0~100
N/A
%
Inter-RAT ANR
Enumeration Type
FREE(FREE), CONTROLLED(CO FREE~0, NTROLLED) CONTROLLED~1
None
Interval Type
0~23,255
N/A
None
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~35
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Enumeration Type
FDD(FDD), TDD_SAME_SA(Sa me Subframe Assignment in TDD), TDD_DIFF_SA(Diff FDD~0, erent Subframe TDD_SAME_SA~1, Assignment in TDD) TDD_DIFF_SA~2 None
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC Inter-Band Carrier Aggregation for Downlink 2CC Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 Carrier Aggregation for Downlink 2CC in 30MHz Carrier Aggregation for Downlink 2CC in 40MHz Multi-SA Carrier Aggregation for Downlink 2CC Enumeration Type
FDD(FDD), TDD(TDD)
FDD~0, TDD~1
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~35
N/A
None
None
0~255
N/A
None
Interval Type
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~1048575
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
0~7
N/A
None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-140~-43
N/A
dBm
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Interval Type
-40~-6
N/A
0.5dB
Broadcast of system information Enumeration Type
BOOLEAN_FALSE( False), BOOLEAN_TRUE( True)
Broadcast of system information Compound Type
2000-0101T00:00:00+00:00 ~2099-1231T23:59:59+00:00 N/A
None
Broadcast of system information Interval Type
1~365
N/A
day
Coordinated Scheduling based Power Control(Cloud BB)
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
BOOLEAN_FALSE ~0, BOOLEAN_TRUE~ 1 None
Coordinated Scheduling based Power Control(Cloud BB)
Coordinated Scheduling based Power Control(Cloud BB)
Enumeration Type
RSRP_DL(Downlin k RSRP), RSRP_UL(Uplink RSRP_DL~0, RSRP) RSRP_UL~1
Enumeration Type
STATIC_CONFIG(S tatic Config), DYNAMIC_PARTITI ON_CONFIG(Dyna mic Partition Config)
None
STATIC_CONFIG~ 0, DYNAMIC_PARTITI ON_CONFIG~1 None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
1~20
N/A
s
Coordinated Scheduling based Power Control(Cloud BB)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~100
N/A
%
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
2~10
N/A
ms
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
1~25
N/A
None
Coordinated Scheduling based Power Control(Cloud BB)
Interval Type
0~100
N/A
%
Steering to UTRAN CS Fallback Steering to GERAN Enhanced CS Fallback to CDMA2000 1xRTT PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Distance based inter-RAT handover to UTRAN Distance based inter-RAT handover to GERAN Mobility Management Coverage Based Inter-frequency Handover SRVCC to UTRAN Service-Request Based Interfrequency Handover Ultra-Flash CSFB Bit Field Type
CsfbAdaptiveBlindH oSwitch(CsfbAdapti veBlindHoSwitch), UtranCsfbSteeringS witch(UtranCsfbSte eringSwitch), GeranCsfbSteering Switch(GeranCsfbS teeringSwitch), CSFBLoadInfoSwit ch(CSFBLoadInfoS witch), Cdma1XrttEcsfbSwi tch(Cdma1XrttEcsf bSwitch), EmcBlindHoA1Swit ch(EmcBlindHoA1S witch), EmcInterFreqBlind HoSwitch(EmcInter FreqBlindHoSwitch) , EPlmnSwitch(EPlm nSwitch), ServiceReqInterFre qHoSwitch(Service ReqInterFreqHoSwi tch), VoipHoControlSwitc h(VoipHoControlSwi tch), UtranUltraFlashCsf bSwitch(UtranUltra FlashCsfbSwitch), GeranUltraFlashCsf bSwitch(GeranUltra FlashCsfbSwitch)
Cdma1xRttService HoSwitch~8, UlQualityInterRATH oSwitch~9, InterPlmnHoSwitch ~10, UtranFlashCsfbSwit ch~11, GeranFlashCsfbSwi tch~12, ServiceBasedInterF reqHoSwitch~13, UlQualityInterFreqH oSwitch~14, CsfbAdaptiveBlindH oSwitch~15, UtranCsfbSteeringS witch~16, GeranCsfbSteering Switch~17, CSFBLoadInfoSwit ch~18, Cdma1XrttEcsfbSwi tch~19, EmcBlindHoA1Swit ch~20, EmcInterFreqBlind HoSwitch~21, EPlmnSwitch~22, ServiceReqInterFre qHoSwitch~23, VoipHoControlSwitc h~24, UtranUltraFlashCsf bSwitch~25, GeranUltraFlashCsf bSwitch~26 None
SRVCC to UTRAN SRVCC to GERAN CS Fallback to UTRAN CS Fallback to GERAN PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Flash CS Fallback to UTRAN CS Fallback Steering to UTRAN Service based InterRAT handover to UTRAN Distance based Inter-RAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to GERAN Bit Field Type
pdOptimisedHoSwit ch), GeranNaccSwitch( GeranNaccSwitch), GeranCcoSwitch(G eranCcoSwitch), UtranSrvccSwitch(U tranSrvccSwitch), GeranSrvccSwitch( GeranSrvccSwitch), Cdma1xRttSrvccSw itch(Cdma1xRttSrvc cSwitch), UtranRedirectSwitc h(UtranRedirectSwit ch), GeranRedirectSwitc h(GeranRedirectSw itch), CdmaHrpdRedirect Switch(CdmaHrpdR edirectSwitch), Cdma1xRttRedirect Switch(Cdma1xRtt RedirectSwitch), BlindHoSwitch(Blin dHoSwitch), LcsSrvccSwitch(Lcs SrvccSwitch), AutoGapSwitch(Aut oGapSwitch), UeVoipOnHspaCap Switch(UeVoipOnH spaCapSwitch), UtranFddB1CapSwi tch(UtranFddB1Cap Switch)
h~1, GeranVoipCapSwitc h~2, Cdma1xRttVoipCap Switch~3, UtranPsHoSwitch~ 4, GeranPsHoSwitch~ 5, CdmaHrpdNonOtpi misedHoSwitch~6, CdmaHrpdOptimise dHoSwitch~7, GeranNaccSwitch~ 8, GeranCcoSwitch~9, UtranSrvccSwitch~ 10, GeranSrvccSwitch~ 11, Cdma1xRttSrvccSw itch~12, UtranRedirectSwitc h~13, GeranRedirectSwitc h~14, CdmaHrpdRedirect Switch~15, Cdma1xRttRedirect Switch~16, BlindHoSwitch~17, LcsSrvccSwitch~18, AutoGapSwitch~19, UeVoipOnHspaCap Switch~20, UtranFddB1CapSwi tch~21 None
Downlink Static Inter-Cell Interference Coordination Downlink Dynamic Inter-Cell Interference Coordination
Enumeration Type
DlIcicSwitch_OFF_ ENUM, DlIcicDynamicSwitc h_ON_ENUM, DlIcicStaticSwitch_ ON_ENUM, DlIcicReuse3Switch _ON_ENUM
DlIcicSwitch_OFF_ ENUM~0, DlIcicDynamicSwitc h_ON_ENUM~1, DlIcicStaticSwitch_ ON_ENUM~2, DlIcicReuse3Switch _ON_ENUM~3 None
Automatic Neighbour Relation (ANR) Inter-RAT ANR Bit Field Type
h(GeranFastAnrSwi tch), CdmaFastAnrSwitc h(CdmaFastAnrSwit ch), UtranAutoNrtDelete Switch(UtranAutoNr tDeleteSwitch), GeranAutoNrtDelet eSwitch(GeranAuto NrtDeleteSwitch), CdmaAutoNrtDelet eSwitch(CdmaAuto NrtDeleteSwitch), ExtendIntraRatAnrS witch(ExtendIntraR atAnrSwitch), CdmaEventAnrSwit ch(CdmaEventAnrS witch), MlbBasedEventAnr Switch(MlbBasedEv entAnrSwitch), IntraRatNoHoSetAn rSwitch(IntraRatNo HoSetAnrSwitch), IntraRatDoubleThd AnrSwitch(IntraRat DoubleThdAnrSwitc h), ServiceBasedEvent AnrSwitch(ServiceB asedEventAnrSwitc h), ServiceReqEventAn rSwitch(ServiceReq EventAnrSwitch)
IntraRatEventAnrS witch~0, IntraRatFastAnrSwit ch~1, IntraRatAnrAutoDel Switch~2, UtranEventAnrSwitc h~3, GeranEventAnrSwit ch~4, UtranFastAnrSwitch ~5, GeranFastAnrSwitc h~6, CdmaFastAnrSwitc h~7, UtranAutoNrtDelete Switch~8, GeranAutoNrtDelet eSwitch~9, CdmaAutoNrtDelet eSwitch~10, ExtendIntraRatAnrS witch~11, CdmaEventAnrSwit ch~12, MlbBasedEventAnr Switch~13, IntraRatNoHoSetAn rSwitch~14, IntraRatDoubleThd AnrSwitch~15, ServiceBasedEvent AnrSwitch~16, ServiceReqEventAn rSwitch~17 None
Admission Control Congestion Control Radio/transport resource preemption PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN PS Inter-RAT Mobility between EUTRAN and CDMA2000 Bit Field Type
LoadBasedSwitch, GeranFlashRedirect Switch, UranFlashRedirect Switch
LoadBasedSwitch~ 0, GeranFlashRedirect Switch~1, UranFlashRedirect Switch~2 None
Mobility Robust Optimization (MRO) Bit Field Type
IntraFreqMroSwitch (IntraFreqMroAlgoS witch), InterFreqMroSwitch (InterFreqMroAlgoS witch), UtranMroSwitch(Utr anMroSwitch), GeranMroSwitch(G eranMroSwitch), UEMroSwitch(UeMr oAlgoSwitch), IntraFreqReselOptS witch(IntraFreqRes elOptSwitch), UtranUnnecHoOptS witch(UtranUnnecH oOptSwitch), GeranUnnecHoOpt Switch(GeranUnnec HoOptSwitch), IntraRatCallbackSw tich(IntraRatCallbac kSwtich)
TCP Proxy Enhancer (TPE) TCP Proxy Enhancer (TPE)
TpeAlgoSwitch(Tpe AlgoSwitch) TpeAlgoSwitch~0
Bit Field Type
IntraFreqMroSwitch ~0, InterFreqMroSwitch ~1, UtranMroSwitch~2, GeranMroSwitch~3, UEMroSwitch~4, IntraFreqReselOptS witch~5, UtranUnnecHoOptS witch~6, GeranUnnecHoOpt Switch~7, IntraRatCallbackSw tich~8 None
None
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Uplink Static InterCell Interference Coordination Uplink Dynamic Inter-Cell Interference Coordination
Bit Field Type
UlIcicIntraSwitch(U plink Intra-eNB ICIC switch) UlIcicIntraSwitch~0 None
Enumeration Type
OFF(Off), STATIC(Static), DYNAMIC(Dynamic OFF~0, STATIC~1, ) DYNAMIC~2 None
LoCation Services(LCS)
Transport Differentiated Flow Control
Bit Field Type
OtdoaSwitch(OTDO A switch) OtdoaSwitch~0
Bit Field Type
UlUuFlowCtrlSwitch (UU flow control UlUuFlowCtrlSwitch switch) ~0 None
None
PCI Collision Detection & SelfOptimization
Symbol Power Saving
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Bit Field Type
SymbolShutdownS witch(Symbol SymbolShutdownS shutdown switch) witch~0 None
CS Fallback to GERAN Flash CS Fallback to UTRAN Flash CS Fallback to GERAN
Bit Field Type
UTRAN_RIM_SWIT CH(UTRAN RIM Switch), GERAN_RIM_SWI TCH(GERAN RIM Switch)
UTRAN_RIM_SWIT CH~0, GERAN_RIM_SWI TCH~1 None
Automatic Neighbour Relation (ANR) Inter-RAT ANR RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing Bit Field Type
NBSLTEPLMNRou ndSwitch(NBSLTEP LMNRoundSwitch), NBSLTERANSharin gSwitch(NBSLTER ANSharingSwitch), NBSUTRANRANSh aringSwitch(NBSUT RANRANSharingS witch), NBSGERANRANSh aringSwitch(NBSG ERANRANSharing Switch)
NBSLTEPLMNRou ndSwitch~0, NBSLTERANSharin gSwitch~1, NBSUTRANRANSh aringSwitch~2, NBSGERANRANSh aringSwitch~3 None
SRVCC Flexible Steering to UTRAN E-UTRAN to UTRAN CS/PS Steering SRVCC to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN CS Fallback Steering to UTRAN Bit Field Type
UtranFreqLayerMea sSwitch(UtranFreqL ayerMeasSwitch), UtranFreqLayerBlin dSwitch(UtranFreqL ayerBlindSwitch), UtranSrvccSteering Switch(UtranSrvccS teeringSwitch)
UtranFreqLayerMea sSwitch~0, UtranFreqLayerBlin dSwitch~1, UtranSrvccSteering Switch~2 None
CMAS Support
OFF(Off), ON(On)
OFF~0, ON~1
Enumeration Type
None
None
Radio/transport resource preemption
Enumeration Type
VQM_ALGO_SWIT CH_OFF(Disable), VQM_ALGO_SWIT CH_ON(Enable)
VQM_ALGO_SWIT CH_OFF~0, VQM_ALGO_SWIT CH_ON~1 None
Bit Field Type
IntraOpUeNumPree mptSwitch(IntraOp UeNumPreemptSwi tch), InterOpUeNumPree mptSwitch(InterOp UeNumPreemptSwi tch)
IntraOpUeNumPree mptSwitch~0, InterOpUeNumPree mptSwitch~1 None
SRVCC to UTRAN SRVCC Flexible Steering to UTRAN CS Fallback to UTRAN Flash CS Fallback to UTRAN CS Fallback with LAI to UTRAN CS Fallback Steering to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Service based interRAT Distance based Inter-RAT handover to UTRAN E-UTRAN to UTRAN CS/PS Steering Bit Field Type
UtranSepOpMobility Switch(UtranSepOp UtranSepOpMobility MobilitySwitch) Switch~0 None
UL CoMP based on Coordinated BBU Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Bit Field Type
UlJointReceptionOv erBBUsSwitch(UlJoi ntReceptionOverBB UsSwitch), FreqCfgCaOverBB UsSwitch(FreqCfgC aOverBBUsSwitch)
UlJointReceptionOv erBBUsSwitch~0, FreqCfgCaOverBB UsSwitch~1 None
LoCation Services(LCS)
Bit Field Type
LcsInterRatMeasSw itch(LcsInterRatMea LcsInterRatMeasSw sSwitch) itch~0 None
Coverage Based Inter-frequency Handover PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Bit Field Type
ReduceInvalidA1A2 RptSigSwitch(Redu ceInvalidA1A2RptSi gSwitch), MultiQciHoExecOpt Switch(MultiQciHoE xecOptSwitch), ReduceInvalidFreq PriHoSwitch(Reduc eInvalidFreqPriHoS witch)
Coverage Based Inter-frequency Handover Service Based Inter-frequency Handover
UECapRprtAbnorm alCtrlSwitch(UECap RprtAbnormalCtrlS UECapRprtAbnorm witch) alCtrlSwitch~0 None
Bit Field Type
ReduceInvalidA1A2 RptSigSwitch~0, MultiQciHoExecOpt Switch~1, ReduceInvalidFreq PriHoSwitch~2 None
None
Bit Field Type
GeranBlindNcellOpt Switch, UtranBlindNcellOpt Switch
Coordinated Scheduling based Power Control(Cloud BB)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
eCoordinator based RIM process optimization Flash CS Fallback to UTRAN PS Inter-RAT Mobility between EUTRAN and UTRAN Inter-RAT Load Sharing to UTRAN(based on UMTS cell load information) CS Fallback to UTRAN (based on UMTS cell load information) Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
None
OFF(Off), ON(On)
OFF~0, ON~1
None
Enumeration Type
GeranBlindNcellOpt Switch~0, UtranBlindNcellOpt Switch~1 None
Intra-Band Carrier Aggregation for Downlink 2CC in 20MHz Inter-Band Carrier Aggregation for Downlink 2CC in 20MHz Carrier Aggregation for Downlink 2CC in 40MHz Support of UE Category 6 CA for Downlink 2CC From Multiple Carriers Carrier Aggregation for 2CC based on Coordinated BBU Intra-band Carrier Aggregation for Downlink 2CC in 30MHz Bit Field Type
PdcchOverlapSrch SpcSwitch(PdcchO verlapSrchSpcSwitc h), CaCapbFiltSwitch( CaCapbFiltSwitch), PccAnchorSwitch(P ccAnchorSwitch), SccBlindCfgSwitch( SccBlindCfgSwitch) , FreqCfgSwitch(Freq CfgSwitch), SccA2RmvSwitch(S ccA2RmvSwitch), CaTrafficTriggerSwi tch(CaTrafficTrigger Switch), HoWithSccCfgSwitc h(HoWithSccCfgSw itch), SccModA6Switch(S ccModA6Switch), GbrAmbrJudgeSwit ch(GbrAmbrJudgeS witch)
PdcchOverlapSrch SpcSwitch~0, CaCapbFiltSwitch~ 1, PccAnchorSwitch~2 , SccBlindCfgSwitch ~3, FreqCfgSwitch~4, SccA2RmvSwitch~ 5, CaTrafficTriggerSwi tch~6, HoWithSccCfgSwitc h~7, SccModA6Switch~8 , GbrAmbrJudgeSwit ch~9 None
Intra-LTE Load Balancing
Bit Field Type
INTER_FREQ_IDL E_MLB_SWITCH(I INTER_FREQ_IDL NTER_FREQ_IDLE E_MLB_SWITCH~ _MLB_SWITCH) 0 None
Distance Based Inter-frequency Handover Service Based Inter-frequency Handover CS Fallback to UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Service based interRAT handover to UTRAN Service based interRAT handover to GERAN Distance based inter-RAT handover to UTRAN Distance based inter-RAT handover to GERAN Mobility Management Bit Field Type
BasedSriGapOptSw itch(BasedSriGapO BasedSriGapOptSw ptSwitch) itch~0 None
PS Inter-RAT Mobility between EUTRAN and UTRAN PS Inter-RAT Mobility between EUTRAN and GERAN Service based InterRAT handover to UTRAN Service based InterRAT handover to GERAN Distance based Inter-RAT handover to UTRAN Distance based Inter-RAT handover to GERAN E-UTRAN to UTRAN CS/PS Steering Bit Field Type
SPECSIGRETRAN SOPTSWITCH(SP ECSIGRETRANSO SPECSIGRETRAN PTSWITCH) SOPTSWITCH~0 None
Dynamic Scheduling
Bit Field Type
High Speed Mobility Enumeration Type
LOADNOTBALANC ESCHSWITCH(LO ADNOTBALANCES LOADNOTBALANC CHSWITCH) ESCHSWITCH~0 None
OFF(Off), ON(On)
OFF~0, ON~1
None
Intra-LTE User Number Load Balancing
Bit Field Type
ADAPTIVE_PROP ORTION(ADAPTIV ADAPTIVE_PROP E_PROPORTION) ORTION~0
None
Intra-LTE User Number Load Balancing
Interval Type
0~10080
N/A
min
Intra-LTE User Number Load Balancing
Interval Type
1~10000
N/A
None
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
1~100
N/A
%
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Enumeration Type
SHARING(Sharing), DEDICATE(Dedicat SHARING~0, e) DEDICATE~1
None
Interval Type
0~5
None
N/A
RAN Sharing with Common Carrier RAN Sharing with Dedicated Carrier Hybrid RAN Sharing
Interval Type
0~100
N/A
%
RAN Sharing with Common Carrier Hybrid RAN Sharing
Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
1~70000
N/A
min
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
0~10000
N/A
None
Mobility Robust Optimization(MRO) Interval Type
1~60
N/A
s
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
-140~-44
N/A
dBm
Mobility Robust Optimization(MRO) Interval Type
-140~-44
N/A
dBm
Mobility Robust Optimization(MRO) Interval Type
1~7
N/A
None
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Enumeration Type
FREE(FREE), CONTROLLED(CO FREE~0, NTROLLED) CONTROLLED~1
None
Mobility Robust Optimization(MRO) Interval Type
0~100
%
N/A
Mobility Robust Optimization(MRO) Interval Type
-140~-44
N/A
dBm
Mobility Robust Optimization(MRO) Interval Type
-141~-43
N/A
dBm
Mobility Robust Optimization(MRO) Interval Type
0~10000
N/A
None
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
Mobility Robust Optimization(MRO) Interval Type
0~100
N/A
%
None
Interval Type
0~9
N/A
None
None
Interval Type
0~100
N/A
%
None
Interval Type
0~100
N/A
%
None
Interval Type
0~50000
N/A
ms
None
Interval Type
0~50000
N/A
ms
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
TCP Proxy Enhancer(TPE)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
TCP Proxy Enhancer(TPE)
Interval Type
0~4294967295
N/A
bit/s
TCP Proxy Enhancer(TPE)
Interval Type
1~255
N/A
ms
TCP Proxy Enhancer(TPE)
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
TCP Proxy Enhancer(TPE)
Interval Type
1~1460
N/A
byte
Basic uplinkdownlink subframe configuration uplink-downlink subframe configuration type1&2 uplink-downlink special subframe configuration type 7 Optional uplinkdownlink subframe configuration uplink-downlink subframe configuration type 0 uplink-downlink special subframe configuration type 4 uplink-downlink special subframe configuration type 5 Interval Type
0~261120,275943~ 307200 N/A
Ts
Radio Bearer Management
OFF(Off), ON(On)
None
Enumeration Type
OFF~0, ON~1
None
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
TCP Proxy Enhancer(TPE)
Interval Type
0~20
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
TCP Proxy Enhancer(TPE)
Interval Type
0~65535
N/A
None
None
Interval Type
1~255
N/A
ms
License Management
Interval Type
0~65535
N/A
min
License Management
Interval Type
50~100
N/A
%
License Management
Interval Type
1~65535
N/A
min
License Management
Interval Type
49~99
N/A
%
None
Bit Field Type
arameter0_bit20), RsvdSwPara0_bit2 1(ReservedSwitchP arameter0_bit21), RsvdSwPara0_bit2 2(ReservedSwitchP arameter0_bit22), RsvdSwPara0_bit2 3(ReservedSwitchP arameter0_bit23), RsvdSwPara0_bit2 4(ReservedSwitchP arameter0_bit24), RsvdSwPara0_bit2 5(ReservedSwitchP arameter0_bit25), RsvdSwPara0_bit2 6(ReservedSwitchP arameter0_bit26), RsvdSwPara0_bit2 7(ReservedSwitchP arameter0_bit27), RsvdSwPara0_bit2 8(ReservedSwitchP arameter0_bit28), RsvdSwPara0_bit2 9(ReservedSwitchP arameter0_bit29), RsvdSwPara0_bit3 0(ReservedSwitchP arameter0_bit30), RsvdSwPara0_bit3 1(ReservedSwitchP arameter0_bit31), RsvdSwPara0_bit3 2(ReservedSwitchP arameter0_bit32)
4~13, RsvdSwPara0_bit1 5~14, RsvdSwPara0_bit1 6~15, RsvdSwPara0_bit1 7~16, RsvdSwPara0_bit1 8~17, RsvdSwPara0_bit1 9~18, RsvdSwPara0_bit2 0~19, RsvdSwPara0_bit2 1~20, RsvdSwPara0_bit2 2~21, RsvdSwPara0_bit2 3~22, RsvdSwPara0_bit2 4~23, RsvdSwPara0_bit2 5~24, RsvdSwPara0_bit2 6~25, RsvdSwPara0_bit2 7~26, RsvdSwPara0_bit2 8~27, RsvdSwPara0_bit2 9~28, RsvdSwPara0_bit3 0~29, RsvdSwPara0_bit3 1~30, RsvdSwPara0_bit3 2~31 None
None
Bit Field Type
arameter1_bit20), RsvdSwPara1_bit2 1(ReservedSwitchP arameter1_bit21), RsvdSwPara1_bit2 2(ReservedSwitchP arameter1_bit22), RsvdSwPara1_bit2 3(ReservedSwitchP arameter1_bit23), RsvdSwPara1_bit2 4(ReservedSwitchP arameter1_bit24), RsvdSwPara1_bit2 5(ReservedSwitchP arameter1_bit25), RsvdSwPara1_bit2 6(ReservedSwitchP arameter1_bit26), RsvdSwPara1_bit2 7(ReservedSwitchP arameter1_bit27), RsvdSwPara1_bit2 8(ReservedSwitchP arameter1_bit28), RsvdSwPara1_bit2 9(ReservedSwitchP arameter1_bit29), RsvdSwPara1_bit3 0(ReservedSwitchP arameter1_bit30), RsvdSwPara1_bit3 1(ReservedSwitchP arameter1_bit31), RsvdSwPara1_bit3 2(ReservedSwitchP arameter1_bit32)
4~13, RsvdSwPara1_bit1 5~14, RsvdSwPara1_bit1 6~15, RsvdSwPara1_bit1 7~16, RsvdSwPara1_bit1 8~17, RsvdSwPara1_bit1 9~18, RsvdSwPara1_bit2 0~19, RsvdSwPara1_bit2 1~20, RsvdSwPara1_bit2 2~21, RsvdSwPara1_bit2 3~22, RsvdSwPara1_bit2 4~23, RsvdSwPara1_bit2 5~24, RsvdSwPara1_bit2 6~25, RsvdSwPara1_bit2 7~26, RsvdSwPara1_bit2 8~27, RsvdSwPara1_bit2 9~28, RsvdSwPara1_bit3 0~29, RsvdSwPara1_bit3 1~30, RsvdSwPara1_bit3 2~31 None
None
Bit Field Type
arameter2_bit20), RsvdSwPara2_bit2 1(ReservedSwitchP arameter2_bit21), RsvdSwPara2_bit2 2(ReservedSwitchP arameter2_bit22), RsvdSwPara2_bit2 3(ReservedSwitchP arameter2_bit23), RsvdSwPara2_bit2 4(ReservedSwitchP arameter2_bit24), RsvdSwPara2_bit2 5(ReservedSwitchP arameter2_bit25), RsvdSwPara2_bit2 6(ReservedSwitchP arameter2_bit26), RsvdSwPara2_bit2 7(ReservedSwitchP arameter2_bit27), RsvdSwPara2_bit2 8(ReservedSwitchP arameter2_bit28), RsvdSwPara2_bit2 9(ReservedSwitchP arameter2_bit29), RsvdSwPara2_bit3 0(ReservedSwitchP arameter2_bit30), RsvdSwPara2_bit3 1(ReservedSwitchP arameter2_bit31), RsvdSwPara2_bit3 2(ReservedSwitchP arameter2_bit32)
None
Interval Type
0~4294967295
4~13, RsvdSwPara2_bit1 5~14, RsvdSwPara2_bit1 6~15, RsvdSwPara2_bit1 7~16, RsvdSwPara2_bit1 8~17, RsvdSwPara2_bit1 9~18, RsvdSwPara2_bit2 0~19, RsvdSwPara2_bit2 1~20, RsvdSwPara2_bit2 2~21, RsvdSwPara2_bit2 3~22, RsvdSwPara2_bit2 4~23, RsvdSwPara2_bit2 5~24, RsvdSwPara2_bit2 6~25, RsvdSwPara2_bit2 7~26, RsvdSwPara2_bit2 8~27, RsvdSwPara2_bit2 9~28, RsvdSwPara2_bit3 0~29, RsvdSwPara2_bit3 1~30, RsvdSwPara2_bit3 2~31 None
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~4294967295
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~65535
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
None
Interval Type
0~255
N/A
None
Adaptive Power Consumption
Enumeration Type
OFF(Off), ON(On)
OFF~0, ON~1
None
Adaptive Power Consumption
Compound Type
22:00:00~05:00:00 N/A
None
Adaptive Power Consumption
Compound Type
23:00:00~06:00:00 N/A
None
None
Enumeration Type
NORMAL(Normal), POWER_OFF(RF Module Regular NORMAL~0, Time Sleep Mode) POWER_OFF~1
None
Interval Type
1~20
N/A
None
s
None
Interval Type
50~100
N/A
%
Actual Value Range
Default Value
Recommended Value
Initial Value Setting Source
Impact
0~5
None
None
Radio Planning (Internal planning)
CnOperatorExtende dQci
10~254
None
None
CnOperatorExtende Engineering Design dQci
0~9
0
None
CnOperatorExtende Engineering Design dQci
0~9
0
None
CnOperatorExtende Engineering Design dQci
0~5
None
None
Engineering Design CnOperatorHoCfg
EUTRAN_TDD, EUTRAN_FDD, EUTRAN
EUTRAN
EUTRAN
Default/Recommen ded Value CnOperatorHoCfg
EUTRAN_TDD, EUTRAN_FDD, EUTRAN, NULL
NULL
NULL
Default/Recommen ded Value CnOperatorHoCfg
-100,-20~20
0
0
Default/Recommen ded Value CnOperatorHoCfg
-100,-20~20
0
0
Default/Recommen ded Value CnOperatorHoCfg
-100,-20~20
0
0
Default/Recommen ded Value CnOperatorHoCfg
-100,-20~20
0
0
Default/Recommen ded Value CnOperatorHoCfg
0~5
None
None
Radio Planning (Internal planning)
CnOperatorSpidCfg
1~256
None
None
Engineering Design CnOperatorSpidCfg
NOT_CFG, CFG
NOT_CFG(NOT_C FG) None
Radio Planning (Internal planning)
CnOperatorSpidCfg
0~255
0
None
Radio Planning (Internal planning)
CnOperatorSpidCfg
0~5
None
None
Radio Planning (Internal planning)
CnOperatorStandar dQci
QCI1, QCI2, QCI3, QCI4, QCI5, QCI6, QCI7, QCI8, QCI9 None
None
CnOperatorStandar Engineering Design dQci
0~9
0
None
CnOperatorStandar Engineering Design dQci
0~9
0
None
CnOperatorStandar Engineering Design dQci
SERVICE_HO_QCI _BEAR_ALLOWED , SERVICE_HO_QCI SERVICE_HO_QCI _BEAR_NOT_ALL _BEAR_ALLOWED SERVICE_HO_QCI CnOperatorStandar OWED (QCI Bear Allowed) _BEAR_ALLOWED Engineering Design dQci
0~5
None
None
CSFallBackBlindHo Engineering Design Cfg
UTRAN, GERAN, CDMA2000
UTRAN
UTRAN
Default/Recommen CSFallBackBlindHo ded Value Cfg
UTRAN, GERAN, CDMA2000, NULL
GERAN
GERAN
Default/Recommen CSFallBackBlindHo ded Value Cfg
UTRAN, GERAN, CDMA2000, NULL
CDMA2000
CDMA2000
Default/Recommen CSFallBackBlindHo ded Value Cfg
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen CSFallBackBlindHo ded Value Cfg
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen CSFallBackBlindHo ded Value Cfg
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen CSFallBackBlindHo ded Value Cfg
UTRAN, GERAN, CDMA2000
UTRAN
UTRAN
Default/Recommen CSFallBackBlindHo ded Value Cfg
UTRAN, GERAN, CDMA2000, NULL
GERAN
GERAN
Default/Recommen CSFallBackBlindHo ded Value Cfg
UTRAN, GERAN, CDMA2000, NULL
CDMA2000
REDIRECTION, CCO_HO, PS_HO
REDIRECTION:On, REDIRECTION:On, CCO_HO:On, CCO_HO:On,PS_H Default/Recommen CSFallBackPolicyCf PS_HO:On O:On ded Value g
REDIRECTION, CCO_HO, PS_HO
REDIRECTION:On, REDIRECTION:On, CCO_HO:On, CCO_HO:On,PS_H Default/Recommen CSFallBackPolicyCf PS_HO:On O:On ded Value g
CDMA2000
Default/Recommen CSFallBackBlindHo ded Value Cfg
OFF, ON
OFF(Off)
OFF
CSFallBackPolicyCf Engineering Design g
1~15
2
2
CSFallBackPolicyCf Engineering Design g
000~999
00~99,000~999
None
None
None
Radio Planning (Negotiation with the peer)
EutranVoipHoBlkLis t
None
Radio Planning (Negotiation with the peer)
EutranVoipHoBlkLis t
0~65535
None
None
Radio Planning (Negotiation with the peer)
0~5
None
None
Radio Planning (Internal planning)
InterPlmnHoList
None
Radio Planning (Negotiation with the peer)
InterPlmnHoList
000~999
None
EutranVoipHoBlkLis t
00~99,000~999
None
None
Radio Planning (Negotiation with the peer)
0~255
None
None
RatFreqPriorityGrou Engineering Design p
EUTRAN, UTRAN, GERAN, CDMA20001XRTT, CDMA2000HRPD None
None
Default/Recommen RatFreqPriorityGrou ded Value p
InterPlmnHoList
0~46589,54436~65 535 None
None
Radio Planning (Internal planning)
RatFreqPriorityGrou p
0~7
0
None
Radio Planning (Internal planning)
RatFreqPriorityGrou p
GSM_dcs1800, GSM_pcs1900
GSM_dcs1800
None
RatFreqPriorityGrou Engineering Design p
0~5
None
None
Radio Planning (Internal planning)
ServiceIfDlEarfcnGr p
0~9
None
None
ServiceIfDlEarfcnGr Engineering Design p
0~7
None
None
Radio Planning (Internal planning)
0~46589,54436~65 535 0
None
Default/Recommen ServiceIfDlEarfcnGr ded Value p
0~5
None
Radio Planning (Internal planning)
None
ServiceIfDlEarfcnGr p
ServiceIfHoCfgGrou p
0~9
None
None
ServiceIfHoCfgGrou Engineering Design p
NO_HO, PERMIT_HO
NO_HO
NO_HO
Default/Recommen ServiceIfHoCfgGrou ded Value p
0
Radio Planning (Internal planning)
0~46589,54436~65 535 0
ServiceIfHoCfgGrou p
10~20000
3000
3000
N/A
ServiceIfHoCfgGrou p
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms(640ms)
640ms
ServiceIfHoCfgGrou Engineering Design p
0~5
None
None
Radio Planning (Internal planning)
ServiceIrHoCfgGro up
0~9
None
None
ServiceIrHoCfgGro Engineering Design up
NO_HO, PERMIT_HO, MUST_HO
NO_HO
NO_HO
Default/Recommen ServiceIrHoCfgGro ded Value up
SERVIC_IR_MEAS _NO_ORDER, SERVICE_IR_MEA SERVIC_IR_MEAS SERVIC_IR_MEAS ServiceIrHoCfgGro S_ORDER _NO_ORDER _NO_ORDER Engineering Design up
1~256
None
None
Engineering Design SpidCfg
FALSE, TRUE
FALSE(FALSE)
None
Default/Recommen ded Value SpidCfg
NOT_CFG, CFG
NOT_CFG(NOT_C FG) None
Radio Planning (Internal planning)
SpidCfg
0~255
0
Radio Planning (Internal planning)
SpidCfg
None
FALSE, TRUE
TRUE(TRUE)
None
Default/Recommen ded Value SpidCfg
FALSE, TRUE
TRUE(TRUE)
None
Default/Recommen ded Value SpidCfg
FALSE, TRUE
TRUE(TRUE)
None
Default/Recommen ded Value SpidCfg
FALSE, TRUE
000~999
FALSE(FALSE)
None
None
Default/Recommen ded Value SpidCfg
None
Radio Planning (Negotiation with the peer)
UtranNetworkCapCf g
00~99,000~999
None
0~4095,429496729 5 None
None
Radio Planning (Negotiation with the peer)
UtranNetworkCapCf g
None
Radio Planning (Negotiation with the peer)
UtranNetworkCapCf g
PsHoCapCfg, SiByRimCapCfg, VoipCapCfg, UltraFlashCsfbCap Cfg
PsHoCapCfg:off, SiByRimCapCfg:off, VoipCapCfg:on, UltraFlashCsfbCap Cfg:off
PsHoCapCfg:off, SiByRimCapCfg:off, VoipCapCfg:on, UltraFlashCsfbCap Radio Planning Cfg:off (Internal planning)
0~5
None
None
Radio Planning (Internal planning)
eNBCnOpQciRsvd Para
1~9
None
None
Radio Planning (Internal planning)
eNBCnOpQciRsvd Para
UtranNetworkCapCf g
4, RsvdSwPara0_bit1 5, RsvdSwPara0_bit1 6, RsvdSwPara0_bit1 7, RsvdSwPara0_bit1 8, RsvdSwPara0_bit1 9, RsvdSwPara0_bit2 0, RsvdSwPara0_bit2 1, RsvdSwPara0_bit2 2, RsvdSwPara0_bit2 3, RsvdSwPara0_bit2 4, RsvdSwPara0_bit2 5, RsvdSwPara0_bit2 6, RsvdSwPara0_bit2 7, RsvdSwPara0_bit2 8, RsvdSwPara0_bit2 9, RsvdSwPara0_bit3 0, RsvdSwPara0_bit3 1, RsvdSwPara0_bit3 2
4:Off, RsvdSwPara0_bit1 5:Off, RsvdSwPara0_bit1 6:Off, RsvdSwPara0_bit1 7:Off, RsvdSwPara0_bit1 8:Off, RsvdSwPara0_bit1 9:Off, RsvdSwPara0_bit2 0:Off, RsvdSwPara0_bit2 1:Off, RsvdSwPara0_bit2 2:Off, RsvdSwPara0_bit2 3:Off, RsvdSwPara0_bit2 4:Off, RsvdSwPara0_bit2 5:Off, RsvdSwPara0_bit2 6:Off, RsvdSwPara0_bit2 7:Off, RsvdSwPara0_bit2 8:Off, RsvdSwPara0_bit2 9:Off, RsvdSwPara0_bit3 0:Off, RsvdSwPara0_bit3 1:Off, RsvdSwPara0_bit3 2:Off None
eNBCnOpQciRsvd Engineering Design Para
4, RsvdSwPara1_bit1 5, RsvdSwPara1_bit1 6, RsvdSwPara1_bit1 7, RsvdSwPara1_bit1 8, RsvdSwPara1_bit1 9, RsvdSwPara1_bit2 0, RsvdSwPara1_bit2 1, RsvdSwPara1_bit2 2, RsvdSwPara1_bit2 3, RsvdSwPara1_bit2 4, RsvdSwPara1_bit2 5, RsvdSwPara1_bit2 6, RsvdSwPara1_bit2 7, RsvdSwPara1_bit2 8, RsvdSwPara1_bit2 9, RsvdSwPara1_bit3 0, RsvdSwPara1_bit3 1, RsvdSwPara1_bit3 2
4:Off, RsvdSwPara1_bit1 5:Off, RsvdSwPara1_bit1 6:Off, RsvdSwPara1_bit1 7:Off, RsvdSwPara1_bit1 8:Off, RsvdSwPara1_bit1 9:Off, RsvdSwPara1_bit2 0:Off, RsvdSwPara1_bit2 1:Off, RsvdSwPara1_bit2 2:Off, RsvdSwPara1_bit2 3:Off, RsvdSwPara1_bit2 4:Off, RsvdSwPara1_bit2 5:Off, RsvdSwPara1_bit2 6:Off, RsvdSwPara1_bit2 7:Off, RsvdSwPara1_bit2 8:Off, RsvdSwPara1_bit2 9:Off, RsvdSwPara1_bit3 0:Off, RsvdSwPara1_bit3 1:Off, RsvdSwPara1_bit3 2:Off None
eNBCnOpQciRsvd Engineering Design Para
4, RsvdSwPara2_bit1 5, RsvdSwPara2_bit1 6, RsvdSwPara2_bit1 7, RsvdSwPara2_bit1 8, RsvdSwPara2_bit1 9, RsvdSwPara2_bit2 0, RsvdSwPara2_bit2 1, RsvdSwPara2_bit2 2, RsvdSwPara2_bit2 3, RsvdSwPara2_bit2 4, RsvdSwPara2_bit2 5, RsvdSwPara2_bit2 6, RsvdSwPara2_bit2 7, RsvdSwPara2_bit2 8, RsvdSwPara2_bit2 9, RsvdSwPara2_bit3 0, RsvdSwPara2_bit3 1, RsvdSwPara2_bit3 2
4:On, RsvdSwPara2_bit1 5:On, RsvdSwPara2_bit1 6:On, RsvdSwPara2_bit1 7:On, RsvdSwPara2_bit1 8:On, RsvdSwPara2_bit1 9:On, RsvdSwPara2_bit2 0:On, RsvdSwPara2_bit2 1:On, RsvdSwPara2_bit2 2:On, RsvdSwPara2_bit2 3:On, RsvdSwPara2_bit2 4:On, RsvdSwPara2_bit2 5:On, RsvdSwPara2_bit2 6:On, RsvdSwPara2_bit2 7:On, RsvdSwPara2_bit2 8:On, RsvdSwPara2_bit2 9:On, RsvdSwPara2_bit3 0:On, RsvdSwPara2_bit3 1:On, RsvdSwPara2_bit3 2:On None
eNBCnOpQciRsvd Engineering Design Para
0~4294967295
0
eNBCnOpQciRsvd Engineering Design Para
None
0~4294967295
0
None
eNBCnOpQciRsvd Engineering Design Para
0~4294967295
0
None
eNBCnOpQciRsvd Engineering Design Para
0~4294967295
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~65535
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
0~255
0
None
eNBCnOpQciRsvd Engineering Design Para
1~64 characters
None
None
Radio Planning (Internal planning)
eNodeBFunction
1~255
1
None
N/A
eNodeBFunction
0~1048575
0
None
Radio Planning (Internal planning)
eNodeBFunction
0~256 characters
NULL(empty string) None
Engineering Design eNodeBFunction
0~64 characters
NULL(empty string) None
N/A
0~128 characters
NULL(empty string) None
Default/Recommen ded Value eNodeBFunction
eNodeBFunction
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
256ms
256ms(256ms)
Default/Recommen ded Value ANRMeasureParam
0~15
2
2
Default/Recommen ded Value ANRMeasureParam
-15~15
0
0
Default/Recommen ded Value ANRMeasureParam
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
512ms
512ms(512ms)
Default/Recommen ded Value ANRMeasureParam
0~15
2
2
Default/Recommen ded Value ANRMeasureParam
-141~-43
-106
-106
Default/Recommen ded Value ANRMeasureParam
0,10~600
0
0
Default/Recommen ded Value CounterCheckPara
0,128~4294967295 0
0
Default/Recommen ded Value CounterCheckPara
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design CounterCheckPara
NULL, Snow3G, AES, ZUC
AES(AES Algorithm)
AES(AES Algorithm)
Engineering Design ENodeBCipherCap
NULL, Snow3G, AES, ZUC
Snow3G(SNOW 3G Snow3G(SNOW 3G Algorithm) Algorithm) Engineering Design ENodeBCipherCap
NULL, Snow3G, AES, ZUC
ZUC(ZUC Algorithm)
ZUC(ZUC Algorithm)
Engineering Design ENodeBCipherCap
NULL, Snow3G, AES, ZUC
NULL(NULL Algorithm)
NULL(NULL Algorithm)
Engineering Design ENodeBCipherCap
1~200
20
20
Default/Recommen ENodeBConnState ded Value Timer
1~200
20
20
Default/Recommen ENodeBConnState ded Value Timer
1~200
35
35
Default/Recommen ENodeBConnState ded Value Timer
1~65535
5000
5000
Default/Recommen ENodeBConnState ded Value Timer
1~65535
5000
5000
Default/Recommen ENodeBConnState ded Value Timer
1~65535
10000
10000
Default/Recommen ENodeBConnState ded Value Timer
1~65535
8000
8000
Default/Recommen ENodeBConnState ded Value Timer
1~65535
5000
5000
Default/Recommen ENodeBConnState ded Value Timer
1~65535
5000
5000
Default/Recommen ENodeBConnState ded Value Timer
3~15
15
15
Default/Recommen ENodeBConnState ded Value Timer
1~200
35
35
Default/Recommen ENodeBConnState ded Value Timer
1~200
35
35
Default/Recommen ENodeBConnState ded Value Timer
0~1000
50
50
Default/Recommen ENodeBConnState ded Value Timer
0~1000
35
35
Default/Recommen ENodeBConnState ded Value Timer
NULL, Snow3G, AES, ZUC
AES(AES Algorithm)
AES(AES Algorithm)
ENodeBIntegrityCa Engineering Design p
NULL, Snow3G, AES, ZUC
Snow3G(SNOW 3G Snow3G(SNOW 3G ENodeBIntegrityCa Algorithm) Algorithm) Engineering Design p
NULL, Snow3G, AES, ZUC
ZUC(ZUC Algorithm)
ZUC(ZUC Algorithm)
ENodeBIntegrityCa Engineering Design p
Disable, Enable
Enable(Enable NULL Algorithm)
Enable(Enable NULL Algorithm)
ENodeBIntegrityCa Engineering Design p
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design PdcpRohcPara
U_MODE, O_MODE, R_MODE
O_MODE(Bidirectional Optimistic Mode)
O_MODE(Bidirectional Optimistic Mode)
Engineering Design PdcpRohcPara
Profile0x0001, Profile0x0002, Profile0x0003, Profile0x0004
Profile0x0001:on, Profile0x0002:on, Profile0x0003:on, Profile0x0004:on
Profile0x0001: On, Profile0x0002: On, Profile0x0003: On, Profile0x0004: On
Engineering Design PdcpRohcPara
1~16
4
4
Default/Recommen ded Value RrcConnStateTimer
min5, min10, min20, min30, min60, min120, min180
min10(10)
min10(10)
Default/Recommen ded Value RrcConnStateTimer
ms50, ms100, ms150, ms200, ms500, ms1000, ms2000
ms500(500)
ms500(500)
Default/Recommen ded Value RrcConnStateTimer
ms100, ms200, ms500, ms1000, ms2000, ms4000, ms8000
ms8000(8000)
ms8000(8000)
Default/Recommen ded Value RrcConnStateTimer
min5, min10, min20, min30, min60, min120, min180
min120(120)
min120(120)
Default/Recommen ded Value RrcConnStateTimer
0~3600
20
20
Default/Recommen ded Value RrcConnStateTimer
0~3600
180
180
Default/Recommen ded Value RrcConnStateTimer
0~5
2
2
Default/Recommen ded Value RrcConnStateTimer
10~3600
200
200
Default/Recommen ded Value RrcConnStateTimer
5~3600
20
20
Default/Recommen ded Value RrcConnStateTimer
0~255
None
None
N/A
IPv4, IPv6
IPv4(IPv4 Address) None
TceIpMapping
Transport Planning(Negotiatio n with the peer) TceIpMapping
Valid IP address
0.0.0.0
None
Transport Planning(Negotiatio n with the peer) TceIpMapping
Valid IP address
0:0:0:0:0:0:0:0
None
Transport Planning(Negotiatio n with the peer) TceIpMapping
000~999
None
None
Radio Planning (Internal planning)
X2AutoSetupOpera tor
00~99,000~999
None
None
Radio Planning (Internal planning)
X2AutoSetupOpera tor
0~255
None
None
Engineering Design CaMgtCfg
-140~-43
-109
-109
Default/Recommen ded Value CaMgtCfg
-140~-43
-105
-105
Default/Recommen ded Value CaMgtCfg
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen ded Value CaMgtCfg
0~30
9
9
Default/Recommen ded Value CaMgtCfg
1~10
3
3
Default/Recommen ded Value CaMgtCfg
0~300
50
50
Default/Recommen ded Value CaMgtCfg
10~1000
100
100
Default/Recommen ded Value CaMgtCfg
-15~15
2
2
Default/Recommen ded Value CaMgtCfg
1~65535
15
15
Default/Recommen ded Value CaMgtCfg
r1, r2, r4, r8, r16, r32, r64, Infinity
r8(8)
R8
Default/Recommen ded Value CaMgtCfg
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 10240ms
10240ms
Default/Recommen ded Value CaMgtCfg
0~15
0
5
Default/Recommen ded Value CaMgtCfg
5~60
60
None
Default/Recommen ded Value CaMgtCfg
0~255
None
None
Engineering Design CellBfMimoParaCfg
NO_ADAPTIVE, TxD_BF_ADAPTIV E, MIMO_BF_ADAPTI MIMO_BF_ADAPTI MIMO_BF_ADAPTI VE(MIMO_BF_ADA VE(MIMO_BF_ADA VE PTIVE) PTIVE) Engineering Design CellBfMimoParaCfg
TM2, TM3, TM7, TM8, TM4, TM9w/oPMI, TM9wPMI
TM3(TM3)
TM3(TM3)
Engineering Design CellBfMimoParaCfg
OFF, ON
OFF(Off)
OFF
Engineering Design CellBfMimoParaCfg
0~255
None
None
Radio Planning (Internal planning)
CellDlCompAlgo
-15~15
-12
-12
Default/Recommen ded Value CellDlCompAlgo
0~255
None
None
Radio Planning (Internal planning)
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen ded Value CellDlpcPdschPa
CellDlpcPdschPa
DB_6_P_A, DB_4DOT77_P_A, DB_3_P_A, DB_1DOT77_P_A, DB0_P_A, DB1_P_A, DB2_P_A, DB3_P_A DB_3_P_A(-3 dB)
Dual-antenna or four-antenna: DB_3_P_A(-3 dB) Single-antenna: DB0_P_A(0 dB)
Default/Recommen ded Value CellDlpcPdschPa
0~255
None
Radio Planning (Internal planning)
None
CellDrxPara
0~1000
1000
1000
Default/Recommen ded Value CellDrxPara
1~1000
1000
1000
Default/Recommen ded Value CellDrxPara
0~1999
300
300
Default/Recommen ded Value CellDrxPara
1~2000
800
800
Default/Recommen ded Value CellDrxPara
0~1999
300
300
Default/Recommen ded Value CellDrxPara
1~2000
800
800
Default/Recommen ded Value CellDrxPara
40~6000
30
30
Default/Recommen ded Value CellDrxPara
OFF, ON
OFF(Off)
None
Default/Recommen ded Value CellDrxPara
40~6000
50
None
Default/Recommen ded Value CellDrxPara
0~1999
800
None
Default/Recommen ded Value CellDrxPara
0~1999
900
None
Default/Recommen ded Value CellDrxPara
SF10, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF1280(1280 SF2048, SF2560 subframes)
SF1280(1280 subframes)
Engineering Design CellDrxPara
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design CellDrxPara
PSF1, PSF2, PSF3, PSF4, PSF5, PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF5(5 PDCCH PSF100, PSF200 subframes)
PSF5(5 PDCCH subframes)
Engineering Design CellDrxPara
PSF200, PSF300, PSF500, PSF750, PSF1280, PSF200(200 PSF200(200 PSF1920, PSF2560 PDCCH subframes) PDCCH subframes) Engineering Design CellDrxPara
DEFAULT, QCIPRIORITY
DEFAULT(Default)
DEFAULT(Default)
Default/Recommen ded Value CellDrxPara
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen ded Value CellDrxPara
0~255
None
None
Engineering Design CellHoParaCfg
-140~-43
-121
-121
Engineering Design CellHoParaCfg
-20~-3
-28
-28
Default/Recommen ded Value CellHoParaCfg
0~255
None
None
Engineering Design CellMimoParaCfg
NO_ADAPTIVE, OL_ADAPTIVE, CL_ADAPTIVE, OC_ADAPTIVE
OL_ADAPTIVE(OL OL_ADAPTIVE(OL _ADAPTIVE) _ADAPTIVE) Engineering Design CellMimoParaCfg
TM2, TM3, TM4, TM6
TM3(TM3)
TM3(TM3)
Engineering Design CellMimoParaCfg
TM2, ADAPTIVE
ADAPTIVE(ADAPTI ADAPTIVE(ADAPTI VE) VE) Engineering Design CellMimoParaCfg
0~255
None
None
Engineering Design CellMlbHo
RESELBASED, MLBPRIOBASED
RESELBASED(RE SELPRIOBASED) None
N/A
CellMlbHo
PROTECTTIMERM ODE, SPECEVENTA1A2 MODE
PROTECTTIMERM ODE:Off, SPECEVENTA1A2 MODE:Off None
N/A
CellMlbHo
0~3600
0
None
N/A
CellMlbHo
-140~-43
-105
None
N/A
CellMlbHo
-20~-3
-20
None
N/A
CellMlbHo
-140~-43
-109
None
N/A
CellMlbHo
-20~-3
-24
None
N/A
CellMlbHo
0~255
None
None
Radio Planning (Internal planning)
CellPreallocGroup
0~9
None
None
Engineering Design CellPreallocGroup
OFF, ON
ON(On)
ON(On)
Engineering Design CellPreallocGroup
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design CellPreallocGroup
1~40
5
5
Engineering Design CellPreallocGroup
45~1500
80
80
Engineering Design CellPreallocGroup
0~2000
0
0
Engineering Design CellPreallocGroup
0~255
None
None
Radio Planning (Internal planning)
CellUlCompAlgo
-15~15
-20
-20
Default/Recommen ded Value CellUlCompAlgo
0~255
None
None
Radio Planning (Internal planning)
UU_DISABLE, UU_ENABLE
UU_DISABLE(Disa UU_DISABLE(Disa Default/Recommen ble) ble) ded Value CellUlpcDedic
CellUlpcDedic
-10.5,-9,-7.5,-6,4.5,-3,1.5,0,1.5,3,4.5,6,7.5 ,9,10.5,12 -30
-30
Default/Recommen ded Value CellUlpcDedic
-3~12
-30
Default/Recommen ded Value CellUlpcDedic
-30
UU_FC0_FILTER_ COEFF, UU_FC1_FILTER_ COEFF, UU_FC2_FILTER_ COEFF, UU_FC3_FILTER_ COEFF, UU_FC4_FILTER_ COEFF, UU_FC5_FILTER_ COEFF, UU_FC6_FILTER_ COEFF, UU_FC7_FILTER_ COEFF, UU_FC8_FILTER_ COEFF, UU_FC9_FILTER_ COEFF, UU_FC11_FILTER_ COEFF, UU_FC13_FILTER_ COEFF, UU_FC15_FILTER_ COEFF, UU_FC17_FILTER_ COEFF, UU_FC6_FILTER_ UU_FC6_FILTER_ UU_FC19_FILTER_ COEFF(UU_FC6_F COEFF(UU_FC6_F Default/Recommen COEFF ILTER_COEFF) ILTER_COEFF) ded Value CellUlpcDedic
0~255
None
EUTRAN:Off, EUTRAN, GERAN, GERAN:Off, UTRAN UTRAN:Off
None
Engineering Design DistBasedHO
EUTRAN:Off,GERA N:Off,UTRAN:Off Engineering Design DistBasedHO
100~100000
10
10
Engineering Design DistBasedHO
0~255
None
None
Radio Planning (Internal planning)
0~9
None
None
Engineering Design DrxParaGroup
DrxParaGroup
OFF, ON
OFF(Off)
QCI 1 and QCI 5: ON(On) QCI 2 and QCI 3: OFF(Off) QCI 4 and QCI 7: ON(On) QCI 6, QCI 8, and QCI 9: ON(On)
Engineering Design DrxParaGroup
PSF1, PSF2, PSF3, PSF4, PSF5, PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF2(2 PDCCH PSF100, PSF200 subframes)
subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 1: PSF8(8 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 2: PSF10(10 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 3: PSF10(10 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 4: PSF10(10 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 5: PSF10(10 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 6: PSF8(8 PDCCH subframes)
Engineering Design DrxParaGroup
PSF1, PSF2, PSF3, PSF4, PSF5, PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF100, PSF200, PSF300, PSF500, PSF750, PSF1280, PSF80(80 PDCCH PSF1920, PSF2560 subframes)
subframes) QCI 1 and QCI 5 for TDD in subframe configuration 2: PSF5(5 PDCCH subframes) QCI 1 and QCI 5 for TDD in subframe configuration 3: PSF6(6 PDCCH subframes) QCI 1 and QCI 5 for TDD in subframe configuration 4: PSF8(8 PDCCH subframes) QCI 1 and QCI 5 for TDD in subframe configuration 5: PSF10(10 PDCCH subframes) QCI 1 and QCI 5 for TDD in subframe configuration 6: PSF3(3 PDCCH subframes) QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: PSF20(20 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: PSF100(100 PDCCH subframes) Engineering Design DrxParaGroup
PSF1, PSF2, PSF4, PSF6, PSF8, PSF16, PSF24, PSF8(8 PDCCH PSF33 subframes)
QCI 1 and QCI 5 for FDD: PSF8(8 PDCCH subframes) QCI 4 and QCI 7 for FDD: PSF8(8 PDCCH subframes) QCI 6, QCI 8, and QCI 9 for FDD: PSF8(8 PDCCH subframes) Engineering Design DrxParaGroup
SF10, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF40(40 SF2048, SF2560 subframes)
UU_DISABLE, UU_ENABLE
preferentially considered: QCI 1 and QCI 5 for TDD in subframe configuration 0 to 6: SF20(20 subframes) QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: SF40(40 subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: SF40(40 subframes) TDD with energy saving preferentially considered: QCI 1 and QCI 5 for TDD in subframe configuration 0 to 6: SF20(20 subframes) QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: SF80(80 subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: SF320(320 subframes) Engineering Design DrxParaGroup
QCI 1 and QCI 5: UU_DISABLE(Disa ble) QCI 2 and QCI 3: UU_DISABLE(Disa ble) QCI 4 and QCI 7: UU_ENABLE(Enabl e) QCI 6, QCI 8, and QCI 9: UU_ENABLE(Enabl UU_ENABLE(Enabl e) e) Engineering Design DrxParaGroup
SF2, SF5, SF8, SF10, SF16, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF20(20 SF640 subframes)
saving preferentially considered: QCI 4 and QCI 7: SF20(20 subframes) QCI 6, QCI 8, and QCI 9: SF80(80 subframes) TDD with performance preferentially considered: QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: SF20(20 subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: SF20(20 subframes) TDD with energy saving preferentially considered: QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: SF20(20 subframes) QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: SF80(80 subframes) Engineering Design DrxParaGroup
1~16
1
performance preferentially considered: QCI 4 and QCI 7: 1 QCI 6, QCI 8, and QCI 9: 1 FDD with energy saving preferentially considered: QCI 4 and QCI 7: 1 QCI 6, QCI 8, and QCI 9: 1 TDD with performance preferentially considered: QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: 1 QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: 1 TDD with energy saving preferentially considered: QCI 4 and QCI 7 for TDD in subframe configuration 0 to 6: 1 QCI 6, QCI 8, and QCI 9 for TDD in subframe configuration 0 to 6: 1 Engineering Design DrxParaGroup
0~255
None
None
Radio Planning (Internal planning)
GeranInterfArfcn
0~1023
None
None
Radio Planning (Internal planning)
GSM_dcs1800, GSM_pcs1900
GSM_dcs1800
None
Engineering Design GeranInterfArfcn
0~255
None
None
InterRatHoCommGr Engineering Design oup
GeranInterfArfcn
0~9
None
None
InterRatHoCommGr Engineering Design oup
0~15
2
2
Default/Recommen InterRatHoCommGr ded Value oup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms
Default/Recommen InterRatHoCommGr ded Value oup
-141~-43
-111
-111
Default/Recommen InterRatHoCommGr ded Value oup
-20~-3
-20
-20
Default/Recommen InterRatHoCommGr ded Value oup
-141~-43
-115
-115
Default/Recommen InterRatHoCommGr ded Value oup
-20~-3
-24
-24
Default/Recommen InterRatHoCommGr ded Value oup
0~15
6
6
Default/Recommen InterRatHoCommGr ded Value oup
0~255
None
None
InterRatHoCdma1x Engineering Design RttGroup
0~9
None
None
InterRatHoCdma1x Engineering Design RttGroup
0~15
2
2
Default/Recommen InterRatHoCdma1x ded Value RttGroup
-31.5~0
-28
-28
Default/Recommen InterRatHoCdma1x ded Value RttGroup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms
Default/Recommen InterRatHoCdma1x ded Value RttGroup
-31.5~0
-24
-24
Default/Recommen InterRatHoCdma1x ded Value RttGroup
0~255
None
None
RlfTimerConstGrou Engineering Design p
0~9
None
None
RlfTimerConstGrou Engineering Design p
MS100_T301, MS200_T301, MS300_T301, MS400_T301, MS600_T301, MS1000_T301, MS1500_T301, MS2000_T301
MS200_T301(200m MS200_T301(200m Default/Recommen RlfTimerConstGrou s) s) ded Value p
MS0_T310, MS50_T310, MS100_T310, MS200_T310, MS500_T310, MS1000_T310, MS2000_T310
QCI 1: MS200_T310(200m s) QCI 2: MS1000_T310(100 0ms) QCI 3: MS1000_T310(100 0ms) QCI 4: MS1000_T310(100 0ms) QCI 5: MS1000_T310(100 0ms) QCI 6: MS1000_T310(100 0ms) QCI 7: MS1000_T310(100 0ms) QCI 8: MS1000_T310(100 0ms) QCI 9: MS1000_T310(100 MS1000_T310(100 Default/Recommen RlfTimerConstGrou 0ms) 0ms) ded Value p
MS1000_T311, MS3000_T311, MS5000_T311, MS10000_T311, MS15000_T311, MS20000_T311, MS30000_T311
MS10000_T311(10 MS10000_T311(10 Default/Recommen RlfTimerConstGrou 000ms) 000ms) ded Value p
n1, n2, n3, n4, n6, n8, n10, n20
n10(10)
QCI 1: n6(6) QCI 2: n10(10) QCI 3: n10(10) QCI 4: n10(10) QCI 5: n10(10) QCI 6: n10(10) QCI 7: n10(10) QCI 8: n10(10) QCI 9: n10(10)
Default/Recommen RlfTimerConstGrou ded Value p
n1, n2, n3, n4, n5, n6, n8, n10
n1(1)
QCI 1: n5(5) QCI 2: n1(1) QCI 3: n1(1) QCI 4: n1(1) QCI 5: n1(1) QCI 6: n1(1) QCI 7: n1(1) QCI 8: n1(1) QCI 9: n1(1)
10~254
None
None
Engineering Design CellExtendedQci
0~255
None
None
Engineering Design CellExtendedQci
0~9
0
None
Default/Recommen ded Value CellExtendedQci
0~9
0
None
Default/Recommen ded Value CellExtendedQci
Default/Recommen RlfTimerConstGrou ded Value p
0~9
0
None
Default/Recommen ded Value CellExtendedQci
0~9
0
None
Default/Recommen ded Value CellExtendedQci
0~9
0
None
Default/Recommen ded Value CellExtendedQci
0~9
0
None
Default/Recommen ded Value CellExtendedQci
0~9
0
None
Engineering Design CellExtendedQci
0~9
0
None
Engineering Design CellExtendedQci
NOT_CFG, CFG
NOT_CFG(NOT_C FG) None
Engineering Design CellExtendedQci
0~9
0
None
Engineering Design CellExtendedQci
30000
QCI(1, 5): 10000 QCI(2, 3, 4, 6, 7, 8, 9): 30000 Engineering Design CellExtendedQci
0~65000
None
None
Radio Planning (Internal planning)
QCI1, QCI2, QCI3, QCI4, QCI5, QCI6, QCI7, QCI8, QCI9 None
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~255
CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
0~9
0
None
Engineering Design CellStandardQci
ms5, ms10, ms20, ms40, ms80
ms10(SRI 10ms)
None
Engineering Design CellStandardQci
NOT_CFG, CFG
NOT_CFG(NOT_C FG) None
Engineering Design CellStandardQci
0~9
0
Engineering Design CellStandardQci
None
0~65000
30000
QCI(1, 5): 10000 QQCI(2, 3, 4, 6, 7, 8, 9): 30000
1~9
9
None
Engineering Design CellStandardQci
Engineering Design CellStandardQci
0~9,255
255
None
N/A
0~9,255
255
None
Engineering Design CellStandardQci
9
QCI 1:2, QCI 2:4, QCI 3:3, QCI 4:5, QCI 5:1, QCI 6:6,QCI 7:7, QCI 8:8, QCI 9:9
Engineering Design CellStandardQci
1~9
CellStandardQci
0~255
None
None
InterRatHoCdmaHr Engineering Design pdGroup
0~9
None
None
InterRatHoCdmaHr Engineering Design pdGroup
0~15
2
2
Default/Recommen InterRatHoCdmaHr ded Value pdGroup
-31.5~0
-14
-14
Default/Recommen InterRatHoCdmaHr ded Value pdGroup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms
Default/Recommen InterRatHoCdmaHr ded Value pdGroup
-31.5~0
-10
-10
Default/Recommen InterRatHoCdmaHr ded Value pdGroup
-140~-43
-113
-113
Default/Recommen InterRatHoCdmaHr ded Value pdGroup
-20~-3
-14
-14
Default/Recommen InterRatHoCdmaHr ded Value pdGroup
0~255
None
None
InterRatHoGeranGr Engineering Design oup
0~9
None
None
InterRatHoGeranGr Engineering Design oup
0~15
2
2
Default/Recommen InterRatHoGeranGr ded Value oup
-110~-48
-100
-100
Default/Recommen InterRatHoGeranGr ded Value oup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms(640ms)
Default/Recommen InterRatHoGeranGr ded Value oup
-110~-48
-98
-98
Default/Recommen InterRatHoGeranGr ded Value oup
0~255
None
None
InterRatHoUtranGro Engineering Design up
0~9
None
None
InterRatHoUtranGro Engineering Design up
-24~0
-24
-24
Default/Recommen InterRatHoUtranGro ded Value up
-120~-25
-103
-103
Default/Recommen InterRatHoUtranGro ded Value up
0~15
0
0
Default/Recommen InterRatHoUtranGro ded Value up
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
320ms
320ms(320ms)
Default/Recommen InterRatHoUtranGro ded Value up
-24~0
-18
-18
Default/Recommen InterRatHoUtranGro ded Value up
-120~-25
-101
-101
Default/Recommen InterRatHoUtranGro ded Value up
0~255
None
None
Engineering Design CaGroupSCellCfg
0~1048575
None
None
Default/Recommen ded Value CaGroupSCellCfg
0~255
None
None
Default/Recommen ded Value CaGroupSCellCfg
FALSE, TRUE
FALSE(FALSE)
None
Default/Recommen ded Value CaGroupSCellCfg
0~7
1
None
Default/Recommen ded Value CaGroupSCellCfg
-35~62
0
None
Default/Recommen ded Value CaGroupSCellCfg
-31~66
0
None
Default/Recommen ded Value CaGroupSCellCfg
0~255
None
None
Engineering Design CellMcPara
-15~15
-13
-13
Default/Recommen ded Value CellMcPara
0~15
4
4
Default/Recommen ded Value CellMcPara
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms
Default/Recommen ded Value CellMcPara
1~8
8
8
Default/Recommen ded Value CellMcPara
r1, r2, r4, r8, r16, r32, r64, Infinity
Infinity(Infinity)
Infinity(Infinity)
Default/Recommen ded Value CellMcPara
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 5120ms
5120ms
Default/Recommen ded Value CellMcPara
SAME_AS_TRIG_ QUAN, BOTH
BOTH
BOTH
Default/Recommen ded Value CellMcPara
RSRP, RSRQ
RSRP
RSRP
Default/Recommen ded Value CellMcPara
-15~15
-13
-13
Default/Recommen ded Value CellMcPara
0~255
None
None
Engineering Design InterFreqHoGroup
0~9
None
None
Engineering Design InterFreqHoGroup
0~15
2
2
Default/Recommen ded Value InterFreqHoGroup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-105
-105
Default/Recommen ded Value InterFreqHoGroup
-20~-3
-20
-20
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-109
-109
Default/Recommen ded Value InterFreqHoGroup
-20~-3
-24
-24
Default/Recommen ded Value InterFreqHoGroup
0~15
2
2
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-105
-105
Default/Recommen ded Value InterFreqHoGroup
-20~-3
-20
-20
Default/Recommen ded Value InterFreqHoGroup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
640ms
640ms
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-103
-103
Default/Recommen ded Value InterFreqHoGroup
-20~-3
-18
-18
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-85
-85
Default/Recommen ded Value InterFreqHoGroup
-20~-3
-16
-16
Default/Recommen ded Value InterFreqHoGroup
-15~15
2
2
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-95
-95
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-99
-99
Default/Recommen ded Value InterFreqHoGroup
-140~-43
-87
-87
Default/Recommen ded Value InterFreqHoGroup
-20~-3
-20
-20
Default/Recommen ded Value InterFreqHoGroup
-141~-43
-90
-90
N/A
InterFreqHoGroup
0~255
None
None
Engineering Design IntraFreqHoGroup
0~9
None
None
Engineering Design IntraFreqHoGroup
0~15
2
2
Default/Recommen ded Value IntraFreqHoGroup
-15~15
2
2
Default/Recommen ded Value IntraFreqHoGroup
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
320ms
320ms
Default/Recommen ded Value IntraFreqHoGroup
0~255
None
None
1~9 4, RsvdSwPara0_bit1 5, RsvdSwPara0_bit1 6, RsvdSwPara0_bit1 7, RsvdSwPara0_bit1 8, RsvdSwPara0_bit1 9, RsvdSwPara0_bit2 0, RsvdSwPara0_bit2 1, RsvdSwPara0_bit2 2, RsvdSwPara0_bit2 3, RsvdSwPara0_bit2 4, RsvdSwPara0_bit2 5, RsvdSwPara0_bit2 6, RsvdSwPara0_bit2 7, RsvdSwPara0_bit2 8, RsvdSwPara0_bit2 9, RsvdSwPara0_bit3 0, RsvdSwPara0_bit3 1, RsvdSwPara0_bit3 2
None None 4:Off, RsvdSwPara0_bit1 5:Off, RsvdSwPara0_bit1 6:Off, RsvdSwPara0_bit1 7:Off, RsvdSwPara0_bit1 8:Off, RsvdSwPara0_bit1 9:Off, RsvdSwPara0_bit2 0:Off, RsvdSwPara0_bit2 1:Off, RsvdSwPara0_bit2 2:Off, RsvdSwPara0_bit2 3:Off, RsvdSwPara0_bit2 4:Off, RsvdSwPara0_bit2 5:Off, RsvdSwPara0_bit2 6:Off, RsvdSwPara0_bit2 7:Off, RsvdSwPara0_bit2 8:Off, RsvdSwPara0_bit2 9:Off, RsvdSwPara0_bit3 0:Off, RsvdSwPara0_bit3 1:Off, RsvdSwPara0_bit3 2:Off None
Radio Planning (Internal planning)
eNBCellQciRsvdPa ra
Radio Planning (Internal planning)
eNBCellQciRsvdPa ra
eNBCellQciRsvdPa Engineering Design ra
4, RsvdSwPara1_bit1 5, RsvdSwPara1_bit1 6, RsvdSwPara1_bit1 7, RsvdSwPara1_bit1 8, RsvdSwPara1_bit1 9, RsvdSwPara1_bit2 0, RsvdSwPara1_bit2 1, RsvdSwPara1_bit2 2, RsvdSwPara1_bit2 3, RsvdSwPara1_bit2 4, RsvdSwPara1_bit2 5, RsvdSwPara1_bit2 6, RsvdSwPara1_bit2 7, RsvdSwPara1_bit2 8, RsvdSwPara1_bit2 9, RsvdSwPara1_bit3 0, RsvdSwPara1_bit3 1, RsvdSwPara1_bit3 2
4:Off, RsvdSwPara1_bit1 5:Off, RsvdSwPara1_bit1 6:Off, RsvdSwPara1_bit1 7:Off, RsvdSwPara1_bit1 8:Off, RsvdSwPara1_bit1 9:Off, RsvdSwPara1_bit2 0:Off, RsvdSwPara1_bit2 1:Off, RsvdSwPara1_bit2 2:Off, RsvdSwPara1_bit2 3:Off, RsvdSwPara1_bit2 4:Off, RsvdSwPara1_bit2 5:Off, RsvdSwPara1_bit2 6:Off, RsvdSwPara1_bit2 7:Off, RsvdSwPara1_bit2 8:Off, RsvdSwPara1_bit2 9:Off, RsvdSwPara1_bit3 0:Off, RsvdSwPara1_bit3 1:Off, RsvdSwPara1_bit3 2:Off None
eNBCellQciRsvdPa Engineering Design ra
4, RsvdSwPara2_bit1 5, RsvdSwPara2_bit1 6, RsvdSwPara2_bit1 7, RsvdSwPara2_bit1 8, RsvdSwPara2_bit1 9, RsvdSwPara2_bit2 0, RsvdSwPara2_bit2 1, RsvdSwPara2_bit2 2, RsvdSwPara2_bit2 3, RsvdSwPara2_bit2 4, RsvdSwPara2_bit2 5, RsvdSwPara2_bit2 6, RsvdSwPara2_bit2 7, RsvdSwPara2_bit2 8, RsvdSwPara2_bit2 9, RsvdSwPara2_bit3 0, RsvdSwPara2_bit3 1, RsvdSwPara2_bit3 2
4:On, RsvdSwPara2_bit1 5:On, RsvdSwPara2_bit1 6:On, RsvdSwPara2_bit1 7:On, RsvdSwPara2_bit1 8:On, RsvdSwPara2_bit1 9:On, RsvdSwPara2_bit2 0:On, RsvdSwPara2_bit2 1:On, RsvdSwPara2_bit2 2:On, RsvdSwPara2_bit2 3:On, RsvdSwPara2_bit2 4:On, RsvdSwPara2_bit2 5:On, RsvdSwPara2_bit2 6:On, RsvdSwPara2_bit2 7:On, RsvdSwPara2_bit2 8:On, RsvdSwPara2_bit2 9:On, RsvdSwPara2_bit3 0:On, RsvdSwPara2_bit3 1:On, RsvdSwPara2_bit3 2:On None
eNBCellQciRsvdPa Engineering Design ra
0~4294967295
0
eNBCellQciRsvdPa Engineering Design ra
None
0~4294967295
0
None
eNBCellQciRsvdPa Engineering Design ra
0~4294967295
0
None
eNBCellQciRsvdPa Engineering Design ra
0~4294967295
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~65535
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~255
0
None
eNBCellQciRsvdPa Engineering Design ra
0~5
None
None
Radio Planning (Internal planning)
1~32 characters
None
None
Engineering Design CnOperator
CnOperator
CNOPERATOR_PR IMARY, CNOPERATOR_SE CONDARY None
None
Radio Planning (Internal planning)
CnOperator
000~999
None
None
Radio Planning (Internal planning)
CnOperator
00~99,000~999
None
None
Radio Planning (Internal planning)
CnOperator
0~65535
None
None
Radio Planning (Internal planning)
CnOperatorIpPath
0~5
None
None
Radio Planning (Internal planning)
CnOperatorIpPath
0~65535
None
None
Radio Planning (Internal planning)
CnOperatorTa
0~5
None
None
Radio Planning (Internal planning)
CnOperatorTa
0~65535
None
None
Radio Planning (Internal planning)
CnOperatorTa
0~5
None
None
Radio Planning (Internal planning)
CnOpSharingGroup
0~5
None
None
Radio Planning (Internal planning)
CnOpSharingGroup
0~5
None
None
Radio Planning (Internal planning)
CnOpSharingGroup
0~5
None
None
Radio Planning (Internal planning)
CnOpSharingGroup
0~5
None
None
Radio Planning (Internal planning)
Emc
OFF, ON
OFF(Off)
None
Engineering Design Emc
OFF, ON
OFF(Off)
None
Engineering Design Emc
1~15
1
1
Engineering Design Emc
1~15
1
1
Engineering Design Emc
ALL_OUTPUT, ABNORMAL_NOR MAL_SAMPLE, ABNORMAL_ALL_ NORMAL_SAMPLE
ABNORMAL_ALL_ NORMAL_SAMPLE (Abnormal All Normal Sample) None
eNodeBChrOutput Engineering Design Ctrl
0~100
90
None
eNodeBChrOutput Engineering Design Ctrl
0~65535
4000
None
eNodeBChrOutput Engineering Design Ctrl
INDEPENDENT, SHARED_FREQ, SEPARATED_FRE INDEPENDENT(Ind Q, ependent Operator HYBRID_SHARED Mode) None
Radio Planning (Internal planning)
OFF, ON
Engineering Design GlobalProcSwitch
ON(On)
ON(On)
ENodeBSharingMo de
X2_OVER_OSS, X2_OVER_S1
X2_OVER_OSS(X2 SonLink is set up over OSS) None
Engineering Design GlobalProcSwitch
OFF, ON
ON(On)
Engineering Design GlobalProcSwitch
ON(On)
LCG_PROFILE_0, LCG_PROFILE_1
LCG_PROFILE_0
LCG_PROFILE_0
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design GlobalProcSwitch
OFF, ON
OFF, ON
ON(On)
ON(On)
Engineering Design GlobalProcSwitch
OFF(Off)
The value OFF(Off) is recommended if the eNodeB configuration data on a network is to be modified by using the interlocking modification function on the CME. The value ON(On) is recommended if the eNodeB configuration data on a network is to be modified by using the automatic eNodeB configuration update over the X2 interface. Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF(Off)
SELECTED_PLMNI D, SELECTED_PLMNI PRIMARY_PLMNID D None
Engineering Design GlobalProcSwitch
Engineering Design GlobalProcSwitch
NULL, BASED_ON_RIM, BASED_ON_ECO
NULL
None
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design GlobalProcSwitch
0~6000
0
If the function of RRC connection reestablishment protection is used, you are advised to set this parameter to 20.
Engineering Design GlobalProcSwitch
0~50400
0
The recommended value is 0 if the X2 automatic removal function is not required. The recommended value is 10080 if the X2 automatic removal function is required. Engineering Design GlobalProcSwitch
PrivateCoding, StandardCoding
PrivateCoding
None
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
None
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
None
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design GlobalProcSwitch
RrcSetupOptSwitch , IucsRrcRecfgMcCo mbSwitch, RcrpRrcRecfgMcCo mbSwitch, RrcRecfgMcOptSwi tch, IdleCsfbRedirectOp tSwitch
RrcSetupOptSwitch :off, IucsRrcRecfgMcCo mbSwitch:off, RcrpRrcRecfgMcCo mbSwitch:off, RrcRecfgMcOptSwi tch:off, IdleCsfbRedirectOp tSwitch:off
RrcSetupOptSwitch : on, IucsRrcRecfgMcCo mbSwitch: on, RcrpRrcRecfgMcCo mbSwitch: on, RrcRecfgMcOptSwi tch: on, IdleCsfbRedirectOp tSwitch: on Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF(Off)
ACTIVE_CELL, CONFIGURED_CE ACTIVE_CELL(Acti LL ve Cell) ACTIVE_CELL
Engineering Design GlobalProcSwitch
Engineering Design GlobalProcSwitch
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design GlobalProcSwitch
r1, r2, r3, r4, r5, Infinity
Infinity(Infinity)
Infinity(Infinity)
Default/Recommen ded Value GlobalProcSwitch
OFF, ON
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design GlobalProcSwitch
OFF(Off)
In the scenario where the TimeAlignmentTime r parameter is set to INFINITY and the duration of a UE being lost must be short, the parameter value ON is recommended. In other scenarios, the parameter value OFF is Default/Recommen recommended. ded Value GlobalProcSwitch
v32, v64, v128, v256
v32(v32)
None
Radio Planning (Internal planning)
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design GlobalProcSwitch
GlobalProcSwitch
RimUtranSwitch, EcoSwitch
RimUtranSwitch:off, EcoSwitch:off None
Engineering Design GlobalProcSwitch
SupportS1UeCapM SupportS1UeCapM SupportS1UeCapM atchMsg atchMsg:off atchMsg:off Engineering Design GlobalProcSwitch
OFF, ON
ON(On)
ON(On)
Engineering Design GlobalProcSwitch
OFF, ON
ON(On)
OFF
Default/Recommen ded Value GlobalProcSwitch
MMESELECTALGO MMESELECTALGO SWITCHFORGUU SWITCHFORGUU E E:off None
Default/Recommen ded Value GlobalProcSwitch
OFF, ON
Default/Recommen ded Value GlobalProcSwitch
OFF(Off)
OFF
CaGapMeasPriOffS witch, CaHoReqWithR9C onfigSwitch
CaGapMeasPriOffS witch:off, CaHoReqWithR9C onfigSwitch:off
CaGapMeasPriOffS witch: off, CaHoReqWithR9C onfigSwitch: off Engineering Design GlobalProcSwitch
BASED_TNL, BASED_X2INTERF BASED_TNL(Base ACE d on TNL) None
Default/Recommen ded Value GlobalProcSwitch
BASED_ON_X2FA ULT, BASED_ON_X2US AGE_WITH_NEGO , BASED_ON_X2US AGE_WITHOUT_N EGO
BASED_ON_X2FA ULT:off, BASED_ON_X2US AGE_WITH_NEGO :off, BASED_ON_X2US AGE_WITHOUT_N EGO:off None
Default/Recommen ded Value GlobalProcSwitch
1~50400
10080
None
Default/Recommen ded Value GlobalProcSwitch
1~50400
10080
None
Default/Recommen ded Value GlobalProcSwitch
0~10000
0
None
Default/Recommen ded Value GlobalProcSwitch
0~10000
0
None
Default/Recommen ded Value GlobalProcSwitch
MAX_SYNC_USER _1200, MAX_SYNC_USER _1800, MAX_SYNC_USER _2400, MAX_SYNC_USER _3000, MAX_SYNC_USER MAX_SYNC_USER _1200(MAX_SYNC MAX_SYNC_USER Radio Planning _3600 _USER_1200) _1200 (Internal planning)
0~5
None
None
Radio Planning (Internal planning)
GlobalProcSwitch
LicenseSharingPoli cy
1~100
None
None
LicenseSharingPoli Engineering Design cy
0~100
0
None
LicenseSharingPoli Engineering Design cy
0~255
None
None
Engineering Design MBMSPara
10240~593920
58
58
Engineering Design MBMSPara
MBMS_RSVD_CEL L, MBMS_NON_RSV D_CELL None
None
Engineering Design MBMSPara
0~255
None
Engineering Design MBMSPara
None
0~9
None
None
N/A
MlbQciGroup
0~50000
0
None
N/A
MlbQciGroup
0~50000
0
None
N/A
MlbQciGroup
1~300
1
None
Engineering Design S1ReestTimer
1~300
300
None
Engineering Design S1ReestTimer
0~5 4, RsvdSwPara0_bit1 5, RsvdSwPara0_bit1 6, RsvdSwPara0_bit1 7, RsvdSwPara0_bit1 8, RsvdSwPara0_bit1 9, RsvdSwPara0_bit2 0, RsvdSwPara0_bit2 1, RsvdSwPara0_bit2 2, RsvdSwPara0_bit2 3, RsvdSwPara0_bit2 4, RsvdSwPara0_bit2 5, RsvdSwPara0_bit2 6, RsvdSwPara0_bit2 7, RsvdSwPara0_bit2 8, RsvdSwPara0_bit2 9, RsvdSwPara0_bit3 0, RsvdSwPara0_bit3 1, RsvdSwPara0_bit3 2
None None 4:Off, RsvdSwPara0_bit1 5:Off, RsvdSwPara0_bit1 6:Off, RsvdSwPara0_bit1 7:Off, RsvdSwPara0_bit1 8:Off, RsvdSwPara0_bit1 9:Off, RsvdSwPara0_bit2 0:Off, RsvdSwPara0_bit2 1:Off, RsvdSwPara0_bit2 2:Off, RsvdSwPara0_bit2 3:Off, RsvdSwPara0_bit2 4:Off, RsvdSwPara0_bit2 5:Off, RsvdSwPara0_bit2 6:Off, RsvdSwPara0_bit2 7:Off, RsvdSwPara0_bit2 8:Off, RsvdSwPara0_bit2 9:Off, RsvdSwPara0_bit3 0:Off, RsvdSwPara0_bit3 1:Off, RsvdSwPara0_bit3 2:Off None
Radio Planning (Internal planning)
eNBCnOpRsvdPara
Engineering Design eNBCnOpRsvdPara
4, RsvdSwPara1_bit1 5, RsvdSwPara1_bit1 6, RsvdSwPara1_bit1 7, RsvdSwPara1_bit1 8, RsvdSwPara1_bit1 9, RsvdSwPara1_bit2 0, RsvdSwPara1_bit2 1, RsvdSwPara1_bit2 2, RsvdSwPara1_bit2 3, RsvdSwPara1_bit2 4, RsvdSwPara1_bit2 5, RsvdSwPara1_bit2 6, RsvdSwPara1_bit2 7, RsvdSwPara1_bit2 8, RsvdSwPara1_bit2 9, RsvdSwPara1_bit3 0, RsvdSwPara1_bit3 1, RsvdSwPara1_bit3 2
4:Off, RsvdSwPara1_bit1 5:Off, RsvdSwPara1_bit1 6:Off, RsvdSwPara1_bit1 7:Off, RsvdSwPara1_bit1 8:Off, RsvdSwPara1_bit1 9:Off, RsvdSwPara1_bit2 0:Off, RsvdSwPara1_bit2 1:Off, RsvdSwPara1_bit2 2:Off, RsvdSwPara1_bit2 3:Off, RsvdSwPara1_bit2 4:Off, RsvdSwPara1_bit2 5:Off, RsvdSwPara1_bit2 6:Off, RsvdSwPara1_bit2 7:Off, RsvdSwPara1_bit2 8:Off, RsvdSwPara1_bit2 9:Off, RsvdSwPara1_bit3 0:Off, RsvdSwPara1_bit3 1:Off, RsvdSwPara1_bit3 2:Off None
Engineering Design eNBCnOpRsvdPara
4, RsvdSwPara2_bit1 5, RsvdSwPara2_bit1 6, RsvdSwPara2_bit1 7, RsvdSwPara2_bit1 8, RsvdSwPara2_bit1 9, RsvdSwPara2_bit2 0, RsvdSwPara2_bit2 1, RsvdSwPara2_bit2 2, RsvdSwPara2_bit2 3, RsvdSwPara2_bit2 4, RsvdSwPara2_bit2 5, RsvdSwPara2_bit2 6, RsvdSwPara2_bit2 7, RsvdSwPara2_bit2 8, RsvdSwPara2_bit2 9, RsvdSwPara2_bit3 0, RsvdSwPara2_bit3 1, RsvdSwPara2_bit3 2
4:On, RsvdSwPara2_bit1 5:On, RsvdSwPara2_bit1 6:On, RsvdSwPara2_bit1 7:On, RsvdSwPara2_bit1 8:On, RsvdSwPara2_bit1 9:On, RsvdSwPara2_bit2 0:On, RsvdSwPara2_bit2 1:On, RsvdSwPara2_bit2 2:On, RsvdSwPara2_bit2 3:On, RsvdSwPara2_bit2 4:On, RsvdSwPara2_bit2 5:On, RsvdSwPara2_bit2 6:On, RsvdSwPara2_bit2 7:On, RsvdSwPara2_bit2 8:On, RsvdSwPara2_bit2 9:On, RsvdSwPara2_bit3 0:On, RsvdSwPara2_bit3 1:On, RsvdSwPara2_bit3 2:On None
Engineering Design eNBCnOpRsvdPara
0~4294967295
0
Engineering Design eNBCnOpRsvdPara
None
0~4294967295
0
None
Engineering Design eNBCnOpRsvdPara
0~4294967295
0
None
Engineering Design eNBCnOpRsvdPara
0~4294967295
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~65535
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~255
0
None
Engineering Design eNBCnOpRsvdPara
0~19
None
None
Radio Planning (Internal planning)
ChrOutputMode
0~4294967295
None
None
Radio Planning (Internal planning)
ChrOutputMode
Level_1_Output, Level_2_Output
None
None
Radio Planning (Internal planning)
ChrOutputMode
SamplingEnable, SamplingUnable
None
None
Radio Planning (Internal planning)
ChrOutputMode
None
Radio Planning (Internal planning)
ECO
CP_CFG, UP_CFG, CP_UP_CFG(CPU CP_UP_CFG P Config) None
Radio Planning (Internal planning)
ECO
0~65535
None
None
Radio Planning (Internal planning)
ECO
0~65535
None
None
Radio Planning (Internal planning)
ECO
0~256 characters
NULL(empty string) None
Engineering Design ECO
0~191
None
None
N/A
ECO
Normal, Abnormal, Blocked
None
None
N/A
ECO
0~65535
None
None
Radio Planning (Internal planning)
eNodeBPath
S1, X2
None
None
Radio Planning (Internal planning)
eNodeBPath
0
None
0~31
None
None
Radio Planning (Internal planning)
eNodeBPath
16~143
None
None
Radio Planning (Internal planning)
eNodeBPath
0
None
None
Radio Planning (Internal planning)
M1
0~65535
None
None
N/A
M1
0~256
NULL(empty string) None
Radio Planning (Internal planning)
M1
0
None
None
Radio Planning (Internal planning)
M2
0~65535
None
None
N/A
M2
0~256 characters
NULL(empty string) None
Radio Planning (Internal planning)
M2
0~191
None
Radio Planning (Internal planning)
M2
None
Normal, Abnormal, Blocked
None
None
N/A
M2
Normal, Abnormal
None
None
N/A
M2
0~65535
None
None
N/A
M2
0~150
None
None
N/A
M2
0~20
None
None
N/A
M2
Null, LowerLinkFault, SetupFail, CfgErr, CellNotAvailable, NoLicense, Undefine
None
None
N/A
M2
0~560 characters
None
None
N/A
M2
0~31
None
None
Radio Planning (Internal planning)
S1
0~5
None
None
Radio Planning (Internal planning)
S1
0~65535
None
None
Radio Planning (Internal planning)
S1
0~65535
None
None
Radio Planning (Internal planning)
S1
Release_R8, Release_R9, Release_R10
Release_R8(Releas e 8) None
Radio Planning (Negotiation with the peer)
S1
0~256 characters
NULL(empty string) None
Engineering Design S1
CP_CFG, UP_CFG, CP_UP_CFG(CPU CP_UP_CFG P Config) None
Radio Planning (Internal planning)
S1
0~255
0~5,255
255
None
Radio Planning (Internal planning)
S1
255
If the eNodeB works in hybrid RAN sharing mode, the recommended value is ranging from 0 to 5; otherwise, set this parameter to the Radio Planning invalid value 255. (Internal planning)
S1
0~31
None
None
N/A
S1
Normal, Abnormal
None
None
N/A
S1
FALSE, TRUE
None
None
N/A
S1
0~191
None
None
N/A
S1
Normal, Abnormal, Blocked
None
None
N/A
S1
0~31
None
None
Radio Planning (Internal planning)
S1Interface
0~191
None
None
Radio Planning (Internal planning)
S1Interface
Radio Planning (Internal planning)
S1Interface
Release_R8(Releas e 8) None
Radio Planning (Negotiation with the peer)
S1Interface
FALSE(FALSE)
Radio Planning (Internal planning)
S1Interface
0~5
None
Release_R8, Release_R9, Release_R10
FALSE, TRUE
None
None
MANUAL_MODE, AUTO_MODE
MANUAL_MODE
None
Engineering Design S1Interface
MANUAL_CREATE MANUAL_CREATE , AUTO_CREATE (Manual Created) None
N/A
S1Interface
0~255
Radio Planning (Internal planning)
S1Interface
255
None
0~5,255
255
If the eNodeB works in hybrid RAN sharing mode, the recommended value is ranging from 0 to 5; otherwise, set this parameter to the Radio Planning invalid value 255. (Internal planning)
Normal, Abnormal
None
None
N/A
S1Interface
Normal, Abnormal, Blocked
None
None
N/A
S1Interface
FALSE, TRUE, NULL
None
None
N/A
S1Interface
0~3600
None
None
N/A
S1Interface
S1Interface
0~150 characters
None
None
N/A
S1Interface
0~224 characters
None
None
N/A
S1Interface
0~300 characters
NULL(empty string) None
N/A
S1Interface
0~255
None
None
N/A
S1Interface
NULL, LowerLinkFault, MmecImpact, SetupFail, CfgErr, LicRestrict, PlmnDiff, TacNotCfg, Undefine
None
None
N/A
S1Interface
S1AP, X2AP, RRC
None
None
Radio Planning (Internal planning)
AblMsg
None
None
Radio Planning (Internal planning)
AblMsg
DISCARD, MODIFY None
None
Radio Planning (Internal planning)
AblMsg
ZERO, ONE, TWO, THREE None
None
Radio Planning (Internal planning)
AblMsg
0~65535
0~268435455
0
None
Radio Planning (Internal planning)
AblMsg
1~800
1
None
Radio Planning (Internal planning)
AblMsg
0~100 characters
0
None
Radio Planning (Internal planning)
AblMsg
0~268435455
0
None
Radio Planning (Internal planning)
AblMsg
1~800
1
None
Radio Planning (Internal planning)
AblMsg
0~100 characters
0
None
Radio Planning (Internal planning)
AblMsg
0~268435455
0
None
Radio Planning (Internal planning)
AblMsg
1~800
1
None
Radio Planning (Internal planning)
AblMsg
0~100 characters
0
None
Radio Planning (Internal planning)
AblMsg
ZERO, ONE, TWO, THREE ZERO
None
Radio Planning (Internal planning)
AblMsg
0~268435455
None
Radio Planning (Internal planning)
AblMsg
0
1~800
1
None
Radio Planning (Internal planning)
AblMsg
0~100 characters
0
None
Radio Planning (Internal planning)
AblMsg
0~268435455
0
None
Radio Planning (Internal planning)
AblMsg
1~800
1
None
Radio Planning (Internal planning)
AblMsg
0~100 characters
0
None
Radio Planning (Internal planning)
AblMsg
0~268435455
0
None
Radio Planning (Internal planning)
AblMsg
1~800
1
None
Radio Planning (Internal planning)
AblMsg
0~100 characters
0
None
Radio Planning (Internal planning)
AblMsg
0~4294967295
None
None
Radio Planning (Internal planning)
eNodeBFddBbRes
0~7
0
None
Radio Planning (Internal planning)
eNodeBFddBbRes
0~1
0
None
Radio Planning (Internal planning)
eNodeBFddBbRes
0~5
None
None
Radio Planning (Internal planning)
eNodeBFddBbRes
LTE_FDD_ONLY, TWOMODE_NOR MAL, THREEMODE_NO LTE_FDD_ONLY(L RMAL TE FDD Only) None
Radio Planning (Internal planning)
eNodeBFddBbRes
BLOCKED, UNBLOCKED
UNBLOCKED(Unbl ocked) None
Radio Planning (Internal planning)
eNodeBFddBbRes
ENABLED, DISABLED
None
Radio Planning (Internal planning)
eNodeBFddBbRes
None
0~4294967295
None
None
Radio Planning (Internal planning)
eNodeBTddBbRes
0~7
0
None
Radio Planning (Internal planning)
eNodeBTddBbRes
0~1
0
None
Radio Planning (Internal planning)
eNodeBTddBbRes
0~5
None
None
Radio Planning (Internal planning)
eNodeBTddBbRes
LTE_TDD_ONLY, TWOMODE_NOR MAL, THREEMODE_NO LTE_TDD_ONLY(L RMAL TE TDD Only) None
Radio Planning (Internal planning)
eNodeBTddBbRes
BLOCKED, UNBLOCKED
UNBLOCKED(Unbl ocked) None
Radio Planning (Internal planning)
eNodeBTddBbRes
ENABLED, DISABLED
None
None
Radio Planning (Internal planning)
eNodeBTddBbRes
0~31
None
None
Radio Planning (Internal planning)
MmeFeatureCfg
DISABLE, ENABLE DISABLE(disable)
None
Engineering Design MmeFeatureCfg
0~11
None
None
Radio Planning (Internal planning)
X2
0~5
None
None
Radio Planning (Internal planning)
X2
0~65535
None
None
Radio Planning (Internal planning)
X2
Radio Planning (Internal planning)
X2
Release_R10(Rele ase 10) None
Radio Planning (Negotiation with the peer)
X2
NULL(empty string) None
Equipment Planning
X2
Radio Planning (Internal planning)
X2
If the eNodeB works in hybrid RAN sharing mode, the recommended value is ranging from 0 to 5; otherwise, set this parameter to the Radio Planning invalid value 255. (Internal planning)
X2
0~65535
None
Release_R8, Release_R9, Release_R10
0~256 characters
None
CP_CFG, UP_CFG, CP_UP_CFG(CPU CP_UP_CFG P Config) None
0~5,255
255
Normal, Abnormal, Blocked
None
None
N/A
X2
16~143
None
None
N/A
X2
Normal, Abnormal
None
None
N/A
X2
0~191
None
None
N/A
X2
000~999
None
None
Engineering Design X2BlackWhiteList
00~99,000~999
None
None
Engineering Design X2BlackWhiteList
0~1048575
None
None
Engineering Design X2BlackWhiteList
X2_BLACK_LIST_T YPE, X2_BLACK_LIST_T X2_WHITE_LIST_T YPE(X2 Black List YPE Type) None
Radio Planning (Internal planning)
X2BlackWhiteList
16~143
None
None
Radio Planning (Internal planning)
X2Interface
0~191
None
None
Radio Planning (Internal planning)
X2Interface
0~5
None
None
Radio Planning (Internal planning)
X2Interface
Release_R8, Release_R9, Release_R10
Release_R10(Rele ase 10) None
Radio Planning (Internal planning)
X2Interface
FORBID_AUTO_R MV, FORBID_AUTO_R FORBID_AUTO_R PERMIT_AUTO_R MV(Forbid Auto MV(Forbid Auto Radio Planning MV Remove) Remove) (Internal planning)
MANUAL_MODE, AUTO_MODE
MANUAL_MODE
None
X2Interface
Engineering Design X2Interface
MANUAL_CREATE MANUAL_CREATE , AUTO_CREATE (Manual Created) None
0~5,255
255
N/A
If the eNodeB works in hybrid RAN sharing mode, the recommended value is ranging from 0 to 5; otherwise, set this parameter to the Radio Planning invalid value 255. (Internal planning)
X2Interface
X2Interface
0~50 characters
None
None
N/A
X2Interface
0~50 characters
None
None
N/A
X2Interface
Normal, Abnormal
None
None
N/A
X2Interface
SCTP_LINK_FAUL T, SETUP_FAILURE_ OCCUR, PEERIN_BLACK_L IST, STATE_NORMAL, SETUP_ONLY_ON E_LINK_ALLOWED None
None
N/A
X2Interface
OFF, ON
OFF(Off)
OFF(Off)
Engineering Design Drx
OFF, ON
ON(On)
ON(On)
Default/Recommen ded Value Drx
SF10, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF10(10 SF2048, SF2560 subframes)
SF10(10 subframes)
Default/Recommen ded Value Drx
PSF1, PSF2, PSF3, PSF4, PSF5, PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF5(5 PDCCH PSF100, PSF200 subframes)
PSF5(5 PDCCH subframes) for FDD PSF2(2 PDCCH subframes) for TDD in subframe configuration 0 PSF2(2 PDCCH subframes) for TDD in subframe configuration 1 PSF3(3 PDCCH subframes) for TDD in subframe configuration 2 PSF2(2 PDCCH subframes) for TDD in subframe configuration 3 PSF3(3 PDCCH subframes) for TDD in subframe configuration 4 PSF3(3 PDCCH subframes) for TDD in subframe configuration 5 PSF2(2 PDCCH subframes) for TDD in subframe Default/Recommen configuration 6 ded Value Drx
PSF1, PSF2, PSF3, PSF4, PSF5, PSF6, PSF8, PSF10, PSF20, PSF30, PSF40, PSF50, PSF60, PSF80, PSF100, PSF200, PSF300, PSF500, PSF750, PSF1280, PSF10(10 PDCCH PSF1920, PSF2560 subframes)
UU_DISABLE, UU_ENABLE
PSF10(10 PDCCH subframes) for FDD PSF3(3 PDCCH subframes) for TDD in subframe configuration 0 PSF3(3 PDCCH subframes) for TDD in subframe configuration 1 PSF4(4 PDCCH subframes) for TDD in subframe configuration 2 PSF3(3 PDCCH subframes) for TDD in subframe configuration 3 PSF4(4 PDCCH subframes) for TDD in subframe configuration 4 PSF4(4 PDCCH subframes) for TDD in subframe configuration 5 PSF3(3 PDCCH subframes) for TDD in subframe Default/Recommen configuration 6 ded Value Drx
UU_DISABLE(Disa UU_DISABLE(Disa Default/Recommen ble) ble) ded Value Drx
SF2, SF5, SF8, SF10, SF16, SF20, SF32, SF40, SF64, SF80, SF128, SF160, SF256, SF320, SF512, SF10(10 SF640 subframes)
SF10(10 subframes)
Default/Recommen ded Value Drx
1~16
1
1
Default/Recommen ded Value Drx
SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF2048, SF2560
SF320(320 subframes)
SF320(320 subframes)
Default/Recommen ded Value Drx
SF128, SF160, SF256, SF320, SF512, SF640, SF1024, SF1280, SF2048, SF2560
SF1280(1280 subframes)
LTE->UTRAN: SF1280(1280 subframes) LTE->GERAN: SF2560(2560 subframes) LTE->CDMA2000 1xRTT: SF1280(1280 subframes) LTE->CDMA2000 HRPD: SF1280(1280 subframes)
10~254
None
None
Default/Recommen ded Value Drx
Engineering Design ExtendedQci
IMS signaling: IMSSignalling(IMS Signalling) Low-delay service: LowDelay(Low Delay) TCP service or nonreal-time streaming service: IMSSignalling, TCPorBuffStreamin TCPorBuffStreamin LowDelay, g(TCP Based or g(TCP Based or TCPorBuffStreamin Buffered Buffered g Streaming) Streaming) Engineering Design ExtendedQci
0.001~1, step:0.001 700
IMS signaling: 1000 Low-delay services: 900 TCP-based and buffered streaming services: 700 Engineering Design ExtendedQci
0.001~1, step:0.001 700
IMS signaling: 1000 Low-delay services: 900 TCP-based and buffered streaming services: 700 Engineering Design ExtendedQci
MinGbrRate_0_KB, MinGbrRate_1_KB, MinGbrRate_2_KB, MinGbrRate_4_KB, MinGbrRate_8_KB, MinGbrRate_16_K B, MinGbrRate_32_K B, MinGbrRate_64_K B, MinGbrRate_128_K B, MinGbrRate_256_K B, MinGbrRate_512_K MinGbrRate_1_KB( MinGbrRate_1_KB( B 1kB/s) 1kB/s) Engineering Design ExtendedQci
MinGbrRate_0_KB, MinGbrRate_1_KB, MinGbrRate_2_KB, MinGbrRate_4_KB, MinGbrRate_8_KB, MinGbrRate_16_K B, MinGbrRate_32_K B, MinGbrRate_64_K B, MinGbrRate_128_K B, MinGbrRate_256_K B, MinGbrRate_512_K MinGbrRate_1_KB( MinGbrRate_1_KB( B 1kB/s) 1kB/s) Engineering Design ExtendedQci
0~1, step:0.1
10
10
Engineering Design ExtendedQci
0~39
0
None
Engineering Design ExtendedQci
PBR_0_KBps, PBR_8_KBps, PBR_16_KBps, PBR_32_KBps, PBR_64_KBps, PBR_128_KBps, PBR_256_KBps, PBR_INFINITY
PBR_8_KBps(8kB/ PBR_8_KBps(8kB/ s) s) Engineering Design ExtendedQci
9~16
11
11
Engineering Design ExtendedQci
0~39
5
None
Engineering Design ExtendedQci
PAID_USER, FREE_USER
PAID_USER(Paid User)
PAID_USER(Paid User)
Engineering Design ExtendedQci
FLOW_CTRL, FLOW_CTRL(Flow NON_FLOW_CTRL Control) None
Engineering Design ExtendedQci
0~39
InterRatPolicyCfgGr Engineering Design oup
None
None
PS_HO, SRVCC, REDIRECTION
PS_HO:On, SRVCC:Off, REDIRECTION:Off None
Default/Recommen InterRatPolicyCfgGr ded Value oup
SRVCC
SRVCC:On
Default/Recommen InterRatPolicyCfgGr ded Value oup
None
PS_HO, NACC_HO, CCO_HO, SRVCC, REDIRECTION
PS_HO:On, NACC_HO:Off, CCO_HO:Off, SRVCC:Off, REDIRECTION:Off None
Default/Recommen InterRatPolicyCfgGr ded Value oup
SRVCC
SRVCC:On
Default/Recommen InterRatPolicyCfgGr ded Value oup
None
OPT_HO, NON_OPT_HO
OPT_HO:On, NON_OPT_HO:On None
Default/Recommen InterRatPolicyCfgGr ded Value oup
PERMIT_HO_ENU M, FORBID_HO_ENU PERMIT_HO_ENU M M(Permit Ho) None
Default/Recommen InterRatPolicyCfgGr ded Value oup
PERMIT_FAST_AN R_MEAS_ENUM, FORBID_FAST_AN PERMIT_FAST_AN R_MEAS_ENUM R_MEAS_ENUM None
Default/Recommen InterRatPolicyCfgGr ded Value oup
0~15
12
None
Default/Recommen ded Value PuschParam
0~15
5
None
Default/Recommen ded Value PuschParam
0~15
9
None
Default/Recommen ded Value PuschParam
0~39
None
None
Engineering Design RlcPdcpParaGroup
DiscardTimer_50, DiscardTimer_100, DiscardTimer_150, DiscardTimer_300, DiscardTimer_500, DiscardTimer_750, DiscardTimer_1500 , DiscardTimer_Infinit y
QCI 1: DiscardTimer_100( 100 ms) QCI 2: DiscardTimer_150( 150 ms) QCI 3: DiscardTimer_50(5 0 ms) QCI 4: DiscardTimer_300( 300 ms) QCI 5: DiscardTimer_150( 150 ms) QCI 6: DiscardTimer_Infinit y(infinity) QCI 7: DiscardTimer_150( 150 ms) QCI 8: DiscardTimer_Infinit y(infinity) QCI 9: DiscardTimer_Infinit DiscardTimer_Infinit Default/Recommen y(infinity) y(infinity) ded Value RlcPdcpParaGroup
RlcMode_AM, RlcMode_UM
QCI 1: RlcMode_UM(Unacknowledge Mode) QCI 2: RlcMode_UM(Unacknowledge Mode) QCI 3: RlcMode_UM(Unacknowledge Mode) QCI 4: RlcMode_AM(Ackn owledge Mode) QCI 5: RlcMode_AM(Ackn owledge Mode) QCI 6: RlcMode_AM(Ackn owledge Mode) QCI 7: RlcMode_UM(Unacknowledge Mode) QCI 8: RlcMode_AM(Ackn owledge Mode) QCI 9: RlcMode_AM(Ackn RlcMode_AM(Ackn Default/Recommen owledge Mode) owledge Mode) ded Value RlcPdcpParaGroup
Maxretx_Threshold _t1, Maxretx_Threshold _t2, Maxretx_Threshold _t3, Maxretx_Threshold _t4, Maxretx_Threshold _t6, Maxretx_Threshold _t8, Maxretx_Threshold _t16, Maxretx_Threshold Maxretx_Threshold Maxretx_Threshold Default/Recommen _t32 _t32(32) _t32(32) ded Value RlcPdcpParaGroup
Maxretx_Threshold _t1, Maxretx_Threshold _t2, Maxretx_Threshold _t3, Maxretx_Threshold _t4, Maxretx_Threshold _t6, Maxretx_Threshold _t8, Maxretx_Threshold _t16, Maxretx_Threshold Maxretx_Threshold Maxretx_Threshold Default/Recommen _t32 _t32(32) _t32(32) ded Value RlcPdcpParaGroup
PollByte_kb25, PollByte_kb50, PollByte_kb75, PollByte_kb100, PollByte_kb125, PollByte_kb250, PollByte_kb375, PollByte_kb500, PollByte_kb750, PollByte_kb1000, PollByte_kb1250, PollByte_kb1500, PollByte_kb2000, PollByte_kb3000, PollByte_infinity
PollByte_kb25(25 kBytes)
QCI4: PollByte_kb25(25 kBytes) QCI5: PollByte_infinity(infi nite kBytes) QCI6: PollByte_kb25(25 kBytes) QCI8: PollByte_kb25(25 kBytes) QCI9: PollByte_kb25(25 Default/Recommen kBytes) ded Value RlcPdcpParaGroup
PollByte_kb25, PollByte_kb50, PollByte_kb75, PollByte_kb100, PollByte_kb125, PollByte_kb250, PollByte_kb375, PollByte_kb500, PollByte_kb750, PollByte_kb1000, PollByte_kb1250, PollByte_kb1500, PollByte_kb2000, PollByte_kb3000, PollByte_infinity
PollByte_kb25(25 kBytes)
QCI4: PollByte_kb25(25 kBytes) QCI5: PollByte_infinity(infi nite kBytes) QCI6: PollByte_kb25(25 kBytes) QCI8: PollByte_kb25(25 kBytes) QCI9: PollByte_kb25(25 Default/Recommen kBytes) ded Value RlcPdcpParaGroup
PollPdu_p4, PollPdu_p8, PollPdu_p16, PollPdu_p32, PollPdu_p64, PollPdu_p128, PollPdu_p256, PollPdu_Infinity
PollPdu_p32(32 PDUs)
QCI 4: PollPdu_p32(32 PDUs) QCI 5: PollPdu_Infinity(infi nite PDUs) QCI 6: PollPdu_p32(32 PDUs) QCI 8: PollPdu_p32(32 PDUs) QCI 9: PollPdu_p32(32 Default/Recommen PDUs) ded Value RlcPdcpParaGroup
PollPdu_p4, PollPdu_p8, PollPdu_p16, PollPdu_p32, PollPdu_p64, PollPdu_p128, PollPdu_p256, PollPdu_Infinity
PollPdu_p32(32 PDUs)
QCI 4: PollPdu_p32(32 PDUs) QCI 5: PollPdu_Infinity(infi nite PDUs) QCI 6: PollPdu_p32(32 PDUs) QCI 8: PollPdu_p32(32 PDUs) QCI 9: PollPdu_p32(32 Default/Recommen PDUs) ded Value RlcPdcpParaGroup
Tpollretrans_m95, Tpollretrans_m100, Tpollretrans_m105, Tpollretrans_m110, Tpollretrans_m115, Tpollretrans_m120, Tpollretrans_m125, Tpollretrans_m130, Tpollretrans_m135, Tpollretrans_m140, Tpollretrans_m145, Tpollretrans_m150, Tpollretrans_m155, Tpollretrans_m160, Tpollretrans_m165, Tpollretrans_m170, Tpollretrans_m175, Tpollretrans_m180, Tpollretrans_m185, Tpollretrans_m190, Tpollretrans_m195, Tpollretrans_m200, Tpollretrans_m205, Tpollretrans_m210, Tpollretrans_m215, Tpollretrans_m220, Tpollretrans_m225, Tpollretrans_m230, Tpollretrans_m235, Tpollretrans_m240, Tpollretrans_m245, Tpollretrans_m250, Tpollretrans_m300, Tpollretrans_m350, Tpollretrans_m400, Tpollretrans_m450, Tpollretrans_m40(4 Tpollretrans_m40(4 Default/Recommen Tpollretrans_m500 0ms) 0ms) ded Value RlcPdcpParaGroup
Tpollretrans_m95, Tpollretrans_m100, Tpollretrans_m105, Tpollretrans_m110, Tpollretrans_m115, Tpollretrans_m120, Tpollretrans_m125, Tpollretrans_m130, Tpollretrans_m135, Tpollretrans_m140, Tpollretrans_m145, Tpollretrans_m150, Tpollretrans_m155, Tpollretrans_m160, Tpollretrans_m165, Tpollretrans_m170, Tpollretrans_m175, Tpollretrans_m180, Tpollretrans_m185, Tpollretrans_m190, Tpollretrans_m195, Tpollretrans_m200, Tpollretrans_m205, Tpollretrans_m210, Tpollretrans_m215, Tpollretrans_m220, Tpollretrans_m225, Tpollretrans_m230, Tpollretrans_m235, Tpollretrans_m240, Tpollretrans_m245, Tpollretrans_m250, Tpollretrans_m300, Tpollretrans_m350, Tpollretrans_m400, Tpollretrans_m450, Tpollretrans_m50(5 Tpollretrans_m50(5 Default/Recommen Tpollretrans_m500 0ms) 0ms) ded Value RlcPdcpParaGroup
Tstatprohibit_m95, Tstatprohibit_m100, Tstatprohibit_m105, Tstatprohibit_m110, Tstatprohibit_m115, Tstatprohibit_m120, Tstatprohibit_m125, Tstatprohibit_m130, Tstatprohibit_m135, Tstatprohibit_m140, Tstatprohibit_m145, Tstatprohibit_m150, Tstatprohibit_m155, Tstatprohibit_m160, Tstatprohibit_m165, Tstatprohibit_m170, Tstatprohibit_m175, Tstatprohibit_m180, Tstatprohibit_m185, Tstatprohibit_m190, Tstatprohibit_m195, Tstatprohibit_m200, Tstatprohibit_m205, QCI 4: Tstatprohibit_m210, Tstatprohibit_m50(5 Tstatprohibit_m215, 0ms) Tstatprohibit_m220, QCI 5: Tstatprohibit_m225, Tstatprohibit_m0(0 Tstatprohibit_m230, ms) Tstatprohibit_m235, QCI 6: Tstatprohibit_m240, Tstatprohibit_m50(5 Tstatprohibit_m245, 0ms) Tstatprohibit_m250, QCI 8: Tstatprohibit_m300, Tstatprohibit_m50(5 Tstatprohibit_m350, 0ms) Tstatprohibit_m400, QCI 9: Tstatprohibit_m450, Tstatprohibit_m50(5 Tstatprohibit_m50(5 Default/Recommen Tstatprohibit_m500 0ms) 0ms) ded Value RlcPdcpParaGroup
Tstatprohibit_m95, Tstatprohibit_m100, Tstatprohibit_m105, Tstatprohibit_m110, Tstatprohibit_m115, Tstatprohibit_m120, Tstatprohibit_m125, Tstatprohibit_m130, Tstatprohibit_m135, Tstatprohibit_m140, Tstatprohibit_m145, Tstatprohibit_m150, Tstatprohibit_m155, Tstatprohibit_m160, Tstatprohibit_m165, Tstatprohibit_m170, Tstatprohibit_m175, Tstatprohibit_m180, Tstatprohibit_m185, Tstatprohibit_m190, Tstatprohibit_m195, Tstatprohibit_m200, Tstatprohibit_m205, QCI 4: Tstatprohibit_m210, Tstatprohibit_m40(4 Tstatprohibit_m215, 0ms) Tstatprohibit_m220, QCI 5: Tstatprohibit_m225, Tstatprohibit_m0(0 Tstatprohibit_m230, ms) Tstatprohibit_m235, QCI 6: Tstatprohibit_m240, Tstatprohibit_m40(4 Tstatprohibit_m245, 0ms) Tstatprohibit_m250, QCI 8: Tstatprohibit_m300, Tstatprohibit_m40(4 Tstatprohibit_m350, 0ms) Tstatprohibit_m400, QCI 9: Tstatprohibit_m450, Tstatprohibit_m40(4 Tstatprohibit_m40(4 Default/Recommen Tstatprohibit_m500 0ms) 0ms) ded Value RlcPdcpParaGroup
Treordering_m0, Treordering_m5, Treordering_m10, Treordering_m15, Treordering_m20, Treordering_m25, Treordering_m30, Treordering_m35, Treordering_m40, Treordering_m45, Treordering_m50, Treordering_m55, Treordering_m60, Treordering_m65, Treordering_m70, Treordering_m75, Treordering_m80, Treordering_m85, Treordering_m90, Treordering_m95, Treordering_m100, Treordering_m110, Treordering_m120, Treordering_m130, Treordering_m140, Treordering_m150, Treordering_m160, Treordering_m170, Treordering_m180, Treordering_m190, Treordering_m50(5 Treordering_m50(5 Default/Recommen Treordering_m200 0ms) 0ms) ded Value RlcPdcpParaGroup
Treordering_m0, Treordering_m5, Treordering_m10, Treordering_m15, Treordering_m20, Treordering_m25, Treordering_m30, Treordering_m35, Treordering_m40, Treordering_m45, Treordering_m50, Treordering_m55, Treordering_m60, Treordering_m65, Treordering_m70, Treordering_m75, Treordering_m80, Treordering_m85, Treordering_m90, Treordering_m95, Treordering_m100, Treordering_m110, Treordering_m120, Treordering_m130, Treordering_m140, Treordering_m150, Treordering_m160, Treordering_m170, Treordering_m180, Treordering_m190, Treordering_m40(4 Treordering_m40(4 Default/Recommen Treordering_m200 0ms) 0ms) ded Value RlcPdcpParaGroup
QCI 1: PdcpSnsize_7bits(7 bits) QCI 2: PdcpSnsize_12bits( 12 bits) QCI 3: PdcpSnsize_12bits( 12 bits) QCI 7: PdcpSnsize_7bits, PdcpSnsize_12bits( PdcpSnsize_12bits( Default/Recommen PdcpSnsize_12bits 12 bits) 12 bits) ded Value RlcPdcpParaGroup
RlcSnSize_size5, RlcSnSize_size10
QCI 1: RlcSnSize_size5(5b its) QCI 2: RlcSnSize_size10(1 0bits) QCI 3: RlcSnSize_size10(1 0bits) QCI 7: RlcSnSize_size10(1 RlcSnSize_size10(1 Default/Recommen 0bits) 0bits) ded Value RlcPdcpParaGroup
RlcSnSize_size5, RlcSnSize_size10
QCI 1: RlcSnSize_size5(5b its) QCI 2: RlcSnSize_size10(1 0bits) QCI 3: RlcSnSize_size10(1 0bits) QCI 7: RlcSnSize_size10(1 RlcSnSize_size10(1 Default/Recommen 0bits) 0bits) ded Value RlcPdcpParaGroup
Treordering_m0, Treordering_m5, Treordering_m10, Treordering_m15, Treordering_m20, Treordering_m25, Treordering_m30, Treordering_m35, Treordering_m40, Treordering_m45, Treordering_m50, Treordering_m55, Treordering_m60, Treordering_m65, Treordering_m70, Treordering_m75, Treordering_m80, Treordering_m85, Treordering_m90, Treordering_m95, QCI 1: Treordering_m100, Treordering_m50(5 Treordering_m110, 0ms) Treordering_m120, QCI 2: Treordering_m130, Treordering_m50(5 Treordering_m140, 0ms) Treordering_m150, QCI 3: Treordering_m160, Treordering_m15(1 Treordering_m170, 5ms) Treordering_m180, QCI 7: Treordering_m190, Treordering_m50(5 Treordering_m50(5 Default/Recommen Treordering_m200 0ms) 0ms) ded Value RlcPdcpParaGroup
Treordering_m0, Treordering_m5, Treordering_m10, Treordering_m15, Treordering_m20, Treordering_m25, Treordering_m30, Treordering_m35, Treordering_m40, Treordering_m45, Treordering_m50, Treordering_m55, Treordering_m60, Treordering_m65, Treordering_m70, Treordering_m75, Treordering_m80, Treordering_m85, Treordering_m90, Treordering_m95, QCI 1: Treordering_m100, Treordering_m40(4 Treordering_m110, 0ms) Treordering_m120, QCI 2: Treordering_m130, Treordering_m40(4 Treordering_m140, 0ms) Treordering_m150, QCI 3: Treordering_m160, Treordering_m10(1 Treordering_m170, 0ms) Treordering_m180, QCI 7: Treordering_m190, Treordering_m40(4 Treordering_m40(4 Default/Recommen Treordering_m200 0ms) 0ms) ded Value RlcPdcpParaGroup
FALSE, TRUE
TRUE(TRUE)
TRUE(TRUE)
Default/Recommen ded Value RlcPdcpParaGroup
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen ded Value RlcPdcpParaGroup
m5, m10, m15, m20, m25, m30, m35, m40, m45, m50, m55, m60, m65, m70, m75, m80, m85, m90, m95, m100, m105, m110, m115, m120, m125, m130, m135, m140, m145, m150, m155, m160, m165, m170, m175, m180, m185, m190, m195, m200, m205, m210, m215, m220, m225, m230, m235, m240, m245, m250, m300, m350, m400, m450, m500 m200(200ms)
m200(200ms)
Default/Recommen ded Value RlcPdcpParaGroup
m0, m5, m10, m15, m20, m25, m30, m35, m40, m45, m50, m55, m60, m65, m70, m75, m80, m85, m90, m95, m100, m105, m110, m115, m120, m125, m130, m135, m140, m145, m150, m155, m160, m165, m170, m175, m180, m185, m190, m195, m200, m205, m210, m215, m220, m225, m230, m235, m240, m245, m250, m300, m350, m400, m450, m500 m200(200ms)
m200(200ms)
Default/Recommen ded Value RlcPdcpParaGroup
m5, m10, m15, m20, m25, m30, m35, m40, m45, m50, m55, m60, m65, m70, m75, m80, m85, m90, m95, m100, m105, m110, m115, m120, m125, m130, m135, m140, m145, m150, m155, m160, m165, m170, m175, m180, m185, m190, m195, m200, m205, m210, m215, m220, m225, m230, m235, m240, m245, m250, m300, m350, m400, m450, m500 m200(200ms)
m200(200ms)
Default/Recommen ded Value RlcPdcpParaGroup
m0, m5, m10, m15, m20, m25, m30, m35, m40, m45, m50, m55, m60, m65, m70, m75, m80, m85, m90, m95, m100, m105, m110, m115, m120, m125, m130, m135, m140, m145, m150, m155, m160, m165, m170, m175, m180, m185, m190, m195, m200, m205, m210, m215, m220, m225, m230, m235, m240, m245, m250, m300, m350, m400, m450, m500 m200(200ms)
m200(200ms)
Default/Recommen ded Value RlcPdcpParaGroup
QCI1, QCI2, QCI3, QCI4, QCI5, QCI6, QCI7, QCI8, QCI9 None
None
Engineering Design StandardQci
0.001~1, step:0.001 700
QCI6: 1000 QCI7: 900 QCI8: 800 QCI9: 700
Engineering Design StandardQci
0.001~1, step:0.001 700
QCI6: 1000 QCI7: 900 QCI8: 800 QCI9: 700
Engineering Design StandardQci
MinGbrRate_0_KB, MinGbrRate_1_KB, MinGbrRate_2_KB, MinGbrRate_4_KB, MinGbrRate_8_KB, MinGbrRate_16_K B, MinGbrRate_32_K B, MinGbrRate_64_K B, MinGbrRate_128_K B, MinGbrRate_256_K B, MinGbrRate_512_K MinGbrRate_1_KB( MinGbrRate_1_KB( B 1kB/s) 1kB/s) Engineering Design StandardQci
MinGbrRate_0_KB, MinGbrRate_1_KB, MinGbrRate_2_KB, MinGbrRate_4_KB, MinGbrRate_8_KB, MinGbrRate_16_K B, MinGbrRate_32_K B, MinGbrRate_64_K B, MinGbrRate_128_K B, MinGbrRate_256_K B, MinGbrRate_512_K MinGbrRate_1_KB( MinGbrRate_1_KB( B 1kB/s) 1kB/s) Engineering Design StandardQci
0~1, step:0.1
10
10
Engineering Design StandardQci
0~39
0
None
Engineering Design StandardQci
0~39
0
None
Engineering Design StandardQci
PBR_0_KBps, PBR_8_KBps, PBR_16_KBps, PBR_32_KBps, PBR_64_KBps, PBR_128_KBps, PBR_256_KBps, PBR_INFINITY
PBR_8_KBps(8kB/ PBR_8_KBps(8kB/ s) s) Engineering Design StandardQci
9~16
11
QCI6: 9 QCI7: 10 QCI8: 11 QCI9: 12
FLOW_CTRL, FLOW_CTRL(Flow NON_FLOW_CTRL Control) None
Engineering Design StandardQci
Engineering Design StandardQci
1~9 4, RsvdSwPara0_bit1 5, RsvdSwPara0_bit1 6, RsvdSwPara0_bit1 7, RsvdSwPara0_bit1 8, RsvdSwPara0_bit1 9, RsvdSwPara0_bit2 0, RsvdSwPara0_bit2 1, RsvdSwPara0_bit2 2, RsvdSwPara0_bit2 3, RsvdSwPara0_bit2 4, RsvdSwPara0_bit2 5, RsvdSwPara0_bit2 6, RsvdSwPara0_bit2 7, RsvdSwPara0_bit2 8, RsvdSwPara0_bit2 9, RsvdSwPara0_bit3 0, RsvdSwPara0_bit3 1, RsvdSwPara0_bit3 2
None None 4:Off, RsvdSwPara0_bit1 5:Off, RsvdSwPara0_bit1 6:Off, RsvdSwPara0_bit1 7:Off, RsvdSwPara0_bit1 8:Off, RsvdSwPara0_bit1 9:Off, RsvdSwPara0_bit2 0:Off, RsvdSwPara0_bit2 1:Off, RsvdSwPara0_bit2 2:Off, RsvdSwPara0_bit2 3:Off, RsvdSwPara0_bit2 4:Off, RsvdSwPara0_bit2 5:Off, RsvdSwPara0_bit2 6:Off, RsvdSwPara0_bit2 7:Off, RsvdSwPara0_bit2 8:Off, RsvdSwPara0_bit2 9:Off, RsvdSwPara0_bit3 0:Off, RsvdSwPara0_bit3 1:Off, RsvdSwPara0_bit3 2:Off None
Radio Planning (Internal planning)
eNBQciRsvdPara
Engineering Design eNBQciRsvdPara
4, RsvdSwPara1_bit1 5, RsvdSwPara1_bit1 6, RsvdSwPara1_bit1 7, RsvdSwPara1_bit1 8, RsvdSwPara1_bit1 9, RsvdSwPara1_bit2 0, RsvdSwPara1_bit2 1, RsvdSwPara1_bit2 2, RsvdSwPara1_bit2 3, RsvdSwPara1_bit2 4, RsvdSwPara1_bit2 5, RsvdSwPara1_bit2 6, RsvdSwPara1_bit2 7, RsvdSwPara1_bit2 8, RsvdSwPara1_bit2 9, RsvdSwPara1_bit3 0, RsvdSwPara1_bit3 1, RsvdSwPara1_bit3 2
4:Off, RsvdSwPara1_bit1 5:Off, RsvdSwPara1_bit1 6:Off, RsvdSwPara1_bit1 7:Off, RsvdSwPara1_bit1 8:Off, RsvdSwPara1_bit1 9:Off, RsvdSwPara1_bit2 0:Off, RsvdSwPara1_bit2 1:Off, RsvdSwPara1_bit2 2:Off, RsvdSwPara1_bit2 3:Off, RsvdSwPara1_bit2 4:Off, RsvdSwPara1_bit2 5:Off, RsvdSwPara1_bit2 6:Off, RsvdSwPara1_bit2 7:Off, RsvdSwPara1_bit2 8:Off, RsvdSwPara1_bit2 9:Off, RsvdSwPara1_bit3 0:Off, RsvdSwPara1_bit3 1:Off, RsvdSwPara1_bit3 2:Off None
Engineering Design eNBQciRsvdPara
4, RsvdSwPara2_bit1 5, RsvdSwPara2_bit1 6, RsvdSwPara2_bit1 7, RsvdSwPara2_bit1 8, RsvdSwPara2_bit1 9, RsvdSwPara2_bit2 0, RsvdSwPara2_bit2 1, RsvdSwPara2_bit2 2, RsvdSwPara2_bit2 3, RsvdSwPara2_bit2 4, RsvdSwPara2_bit2 5, RsvdSwPara2_bit2 6, RsvdSwPara2_bit2 7, RsvdSwPara2_bit2 8, RsvdSwPara2_bit2 9, RsvdSwPara2_bit3 0, RsvdSwPara2_bit3 1, RsvdSwPara2_bit3 2
4:On, RsvdSwPara2_bit1 5:On, RsvdSwPara2_bit1 6:On, RsvdSwPara2_bit1 7:On, RsvdSwPara2_bit1 8:On, RsvdSwPara2_bit1 9:On, RsvdSwPara2_bit2 0:On, RsvdSwPara2_bit2 1:On, RsvdSwPara2_bit2 2:On, RsvdSwPara2_bit2 3:On, RsvdSwPara2_bit2 4:On, RsvdSwPara2_bit2 5:On, RsvdSwPara2_bit2 6:On, RsvdSwPara2_bit2 7:On, RsvdSwPara2_bit2 8:On, RsvdSwPara2_bit2 9:On, RsvdSwPara2_bit3 0:On, RsvdSwPara2_bit3 1:On, RsvdSwPara2_bit3 2:On None
Engineering Design eNBQciRsvdPara
0~4294967295
0
Engineering Design eNBQciRsvdPara
None
0~4294967295
0
None
Engineering Design eNBQciRsvdPara
0~4294967295
0
None
Engineering Design eNBQciRsvdPara
0~4294967295
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~65535
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
0~255
0
None
Engineering Design eNBQciRsvdPara
CLASS_0, CLASS_1, CLASS_2
CLASS_1(CLASS_ CLASS_1(CLASS_ Default/Recommen 1) 1) ded Value AlgoDefaultPara
NO_ADAPTIVE, TxD_BF_ADAPTIV E, MIMO_BF_ADAPTI MIMO_BF_ADAPTI MIMO_BF_ADAPTI VE(MIMO_BF_ADA VE(MIMO_BF_ADA BfMimoAdaptivePar VE PTIVE) PTIVE) Engineering Design aCfg
TM2, TM3, TM7, TM8, TM4, TM9w/oPMI, TM9wPMI
TM3(TM3)
TM3(TM3)
BfMimoAdaptivePar Engineering Design aCfg
OFF, ON
ON(On)
ms2, ms5, ms10, ms20, ms32, ms40, ms64, ms80, ms128, ms160 ms40(40ms)
ON(On)
Engineering Design CqiAdaptiveCfg
ms40(40ms)
Engineering Design CqiAdaptiveCfg
OFF, ON
ON(On)
ON(On)
Engineering Design CqiAdaptiveCfg
OFF, ON
ON(On)
ON(On)
Default/Recommen ded Value CqiAdaptiveCfg
OFF, ON
OFF(Off)
OFF
Engineering Design CqiAdaptiveCfg
NO_ADAPTIVE, OL_ADAPTIVE, CL_ADAPTIVE, OC_ADAPTIVE
OL_ADAPTIVE(OL OL_ADAPTIVE(OL MimoAdaptivePara _ADAPTIVE) _ADAPTIVE) Engineering Design Cfg
TM2, TM3, TM4, TM6
TM3(TM3)
TM3(TM3)
MimoAdaptivePara Engineering Design Cfg
TM2, ADAPTIVE
ADAPTIVE(ADAPTI ADAPTIVE(ADAPTI MimoAdaptivePara VE) VE) Engineering Design Cfg
OFF, ON
ON(On)
ON(On)
Engineering Design SrsAdaptiveCfg
ms5, ms10, ms20, ms40
ms40(40ms)
QCI1, QCI2, QCI3, QCI4, QCI5, QCI6, QCI7, QCI8, QCI9 None
ms40(40ms)
Engineering Design SrsAdaptiveCfg
None
Engineering Design TypDrbBsr
TPeriodBSRTimer_ sf5, TPeriodBSRTimer_ sf10, TPeriodBSRTimer_ sf16, TPeriodBSRTimer_ sf20, TPeriodBSRTimer_ sf32, TPeriodBSRTimer_ sf40, TPeriodBSRTimer_ sf64, TPeriodBSRTimer_ sf80, TPeriodBSRTimer_ sf128, TPeriodBSRTimer_ sf160, TPeriodBSRTimer_ sf320, TPeriodBSRTimer_ sf640, TPeriodBSRTimer_ sf1280, TPeriodBSRTimer_ sf2560, TPeriodBSRTimer_i TPeriodBSRTimer_ nfinity sf10(10 subframes) None
Default/Recommen ded Value TypDrbBsr
sf320, sf640, sf1280, sf2560, sf5120, sf10240
Default/Recommen ded Value TypDrbBsr
sf320(sf320)
None
GAP_PATTERN_T YPE_1, GAP_PATTERN_T GAP_PATTERN_T GAP_PATTERN_T Default/Recommen YPE_2 YPE_1 YPE_1 ded Value HoMeasComm
FC0, FC1, FC2, FC3, FC4, FC5, FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 FC6
FC6
Default/Recommen ded Value HoMeasComm
FC0, FC1, FC2, FC3, FC4, FC5, FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 FC6
FC6
Default/Recommen ded Value HoMeasComm
FC0, FC1, FC2, FC3, FC4, FC5, FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 FC6
FC6
Default/Recommen ded Value HoMeasComm
NOT_CFG, CFG
NOT_CFG
NOT_CFG
Default/Recommen ded Value HoMeasComm
-141~-43
-44
-44
Default/Recommen ded Value HoMeasComm
NOT_CFG, CFG
NOT_CFG
NOT_CFG
Default/Recommen ded Value HoMeasComm
T_CRMAX_30S, T_CRMAX_60S, T_CRMAX_120S, T_CRMAX_180S, T_CRMAX_240S
T_CRMAX_60S(60 T_CRMAX_60S(60 Default/Recommen s) s) ded Value HoMeasComm
T_CRMAXHYST_3 0S, T_CRMAXHYST_6 0S, T_CRMAXHYST_1 20S, T_CRMAXHYST_1 80S, T_CRMAXHYST_2 T_CRMAXHYST_6 T_CRMAXHYST_6 Default/Recommen 40S 0S(60s) 0S(60s) ded Value HoMeasComm
1~16
4
4
Default/Recommen ded Value HoMeasComm
1~16
8
8
Default/Recommen ded Value HoMeasComm
TTT_SF_MEDIUM_ 0DOT25, TTT_SF_MEDIUM_ 0DOT50, TTT_SF_MEDIUM_ 0DOT75, TTT_SF_MEDIUM_ TTT_SF_MEDIUM_ TTT_SF_MEDIUM_ Default/Recommen LDOT0 LDOT0(1) LDOT0(1) ded Value HoMeasComm
TTT_SF_HIGH_0D OT25, TTT_SF_HIGH_0D OT50, TTT_SF_HIGH_0D OT75, TTT_SF_HIGH_LD TTT_SF_HIGH_0D TTT_SF_HIGH_0D Default/Recommen OT0 OT75(0.75) OT75(0.75) ded Value HoMeasComm
FC0, FC1, FC2, FC3, FC4, FC5, FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 FC6
FC6
Default/Recommen ded Value HoMeasComm
FC0, FC1, FC2, FC3, FC4, FC5, FC6, FC7, FC8, FC9, FC11, FC13, FC15, FC17, FC19 FC6
FC6
Default/Recommen ded Value HoMeasComm
0~600
0
Default/Recommen ded Value HoMeasComm
0
1~8
4
4
Default/Recommen ded Value InterRatHoComm
r1, r2, r4, r8, r16, r32, r64, Infinity
Infinity(Infinity)
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 480ms
infinity(Infinity)
Default/Recommen ded Value InterRatHoComm
480ms
Default/Recommen ded Value InterRatHoComm
RSCP, ECN0, BOTH
ECN0
Default/Recommen ded Value InterRatHoComm
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 480ms
480ms
Default/Recommen ded Value InterRatHoComm
PILOT_STRENGT H, PILOT_PN_PHASE PILOT_STRENGT _AND_STRENGTH H
PILOT_STRENGT H
Default/Recommen ded Value InterRatHoComm
ECN0
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 480ms
480ms
Default/Recommen ded Value InterRatHoComm
PILOT_STRENGT H
PILOT_STRENGT H
Default/Recommen ded Value InterRatHoComm
480ms
Engineering Design InterRatHoComm
PILOT_STRENGT H
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 480ms
RSRP, RSRQ, BOTH
RSRP
RSRP
Default/Recommen ded Value InterRatHoComm
EventB1, EventB2
EventB1(EventB1)
EventB1(EventB1)
Default/Recommen ded Value InterRatHoComm
1~65535
1000
1000
Default/Recommen ded Value InterRatHoComm
1~6
1
1
Default/Recommen ded Value InterRatHoComm
BY_PRIORITY, BY_SELECT_RATI O BY_PRIORITY
BY_PRIORITY
Default/Recommen ded Value InterRatHoComm
BY_PRIORITY, BY_SELECT_RATI O BY_PRIORITY
BY_PRIORITY
Default/Recommen ded Value InterRatHoComm
NONE, REDIRECTION
NONE
NONE
Default/Recommen ded Value InterRatHoComm
PERIOD, EVENT
EVENT
EVENT
Default/Recommen ded Value InterRatHoComm
FIXED
Default/Recommen ded Value InterRatHoComm
FIXED, BY_MEAS_RESUL T FIXED
1~16
8
8
Default/Recommen ded Value InterRatHoComm
1~32
8
8
Default/Recommen ded Value InterRatHoComm
0~32
0
0
Default/Recommen ded Value InterRatHoComm
0~16
0
0
Default/Recommen ded Value InterRatHoComm
BY_RATIO, BY_MEAS_RESUL BY_MEAS_RESUL T(BY_MEAS_RES BY_MEAS_RESUL Default/Recommen T ULT) T ded Value InterRatHoComm
1~8
4
4
Default/Recommen ded Value IntraRatHoComm
r1, r2, r4, r8, r16, r32, r64, Infinity
Infinity(Infinity)
infinity(Infinity)
Default/Recommen ded Value IntraRatHoComm
RSRP, RSRQ
RSRP
RSRP
Default/Recommen ded Value IntraRatHoComm
SAME_AS_TRIG_ QUAN, BOTH
SAME_AS_TRIG_ QUAN(Same as Trig Quan)
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 240ms
SAME_AS_TRIG_ QUAN(Same as Trig Quan)
Default/Recommen ded Value IntraRatHoComm
240ms
Default/Recommen ded Value IntraRatHoComm
SAME_AS_TRIG_ QUAN, BOTH
SAME_AS_TRIG_ QUAN(Same as Trig Quan)
120ms, 240ms, 480ms, 640ms, 1024ms, 2048ms, 5120ms, 10240ms, 1min, 6min, 12min, 30min, 60min 240ms
SAME_AS_TRIG_ QUAN(Same as Trig Quan)
Default/Recommen ded Value IntraRatHoComm
240ms
Default/Recommen ded Value IntraRatHoComm
RSRP, RSRQ, BOTH
RSRP
RSRP
Default/Recommen ded Value IntraRatHoComm
RSRP, RSRQ, BOTH
RSRP
RSRP
Default/Recommen ded Value IntraRatHoComm
RSRP, RSRQ, BOTH
RSRP
RSRP
Default/Recommen ded Value IntraRatHoComm
0~5000
40
None
Default/Recommen ded Value IntraRatHoComm
0~255
None
None
Radio Planning (Internal planning)
CSFallBackHo
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
40ms
40ms
Radio Planning (Internal planning)
CSFallBackHo
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
40ms
40ms
Radio Planning (Internal planning)
CSFallBackHo
0ms, 40ms, 64ms, 80ms, 100ms, 128ms, 160ms, 256ms, 320ms, 480ms, 512ms, 640ms, 1024ms, 1280ms, 2560ms, 5120ms
40ms
40ms
Radio Planning (Internal planning)
CSFallBackHo
-120~-25
-106
-106
Radio Planning (Internal planning)
CSFallBackHo
-24~0
-24
-24
Radio Planning (Internal planning)
CSFallBackHo
-110~-48
-103
-103
Radio Planning (Internal planning)
CSFallBackHo
-31.5~0
-34
-34
Default/Recommen ded Value CSFallBackHo
-141~-43
-80
-80
Default/Recommen ded Value CSFallBackHo
1~10
4
4
Radio Planning (Internal planning)
CSFallBackHo
0~255
None
None
Radio Planning (Internal planning)
CellAcBar
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( BOOLEAN_TRUE False) False) Engineering Design CellAcBar
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellAcBar
P00, P05, P10, P15, P20, P25, P30, P40, P50, P60, P70, P75, P80, P85, P90, P95 P95(95%)
P95(95%)
Default/Recommen ded Value CellAcBar
ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN G_TIME_S8, ACCESS_BARRIN G_TIME_S16, ACCESS_BARRIN G_TIME_S32, ACCESS_BARRIN G_TIME_S64, ACCESS_BARRIN G_TIME_S128, ACCESS_BARRIN G_TIME_S256, ACCESS_BARRIN ACCESS_BARRIN ACCESS_BARRIN Default/Recommen G_TIME_S512 G_TIME_S4(4s) G_TIME_S4(4s) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellAcBar
P00, P05, P10, P15, P20, P25, P30, P40, P50, P60, P70, P75, P80, P85, P90, P95 P95(95%)
P95(95%)
Default/Recommen ded Value CellAcBar
ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN G_TIME_S8, ACCESS_BARRIN G_TIME_S16, ACCESS_BARRIN G_TIME_S32, ACCESS_BARRIN G_TIME_S64, ACCESS_BARRIN G_TIME_S128, ACCESS_BARRIN G_TIME_S256, ACCESS_BARRIN ACCESS_BARRIN ACCESS_BARRIN Default/Recommen G_TIME_S512 G_TIME_S4(4s) G_TIME_S4(4s) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen BOOLEAN_TRUE False) False) ded Value CellAcBar
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellAcBar
P00, P05, P10, P15, P20, P25, P30, P40, P50, P60, P70, P75, P80, P85, P90, P95 P95(95%)
P95(95%)
Default/Recommen ded Value CellAcBar
ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN G_TIME_S8, ACCESS_BARRIN G_TIME_S16, ACCESS_BARRIN G_TIME_S32, ACCESS_BARRIN G_TIME_S64, ACCESS_BARRIN G_TIME_S128, ACCESS_BARRIN G_TIME_S256, ACCESS_BARRIN ACCESS_BARRIN ACCESS_BARRIN Default/Recommen G_TIME_S512 G_TIME_S4(4s) G_TIME_S4(4s) ded Value CellAcBar
AC11BARSTATE, AC12BARSTATE, AC13BARSTATE, AC14BARSTATE, AC15BARSTATE
AC11BARSTATE:P ermit, AC12BARSTATE:P ermit, AC13BARSTATE:P ermit, AC14BARSTATE:P ermit, AC15BARSTATE:P ermit
AC11BARSTATE:P ermit, AC12BARSTATE:P ermit, AC13BARSTATE:P ermit, AC14BARSTATE:P ermit, AC15BARSTATE:P Default/Recommen ermit ded Value CellAcBar
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellAcBar
P00, P05, P10, P15, P20, P25, P30, P40, P50, P60, P70, P75, P80, P85, P90, P95 P95(95%)
P95(95%)
Default/Recommen ded Value CellAcBar
ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN G_TIME_S8, ACCESS_BARRIN G_TIME_S16, ACCESS_BARRIN G_TIME_S32, ACCESS_BARRIN G_TIME_S64, ACCESS_BARRIN G_TIME_S128, ACCESS_BARRIN G_TIME_S256, ACCESS_BARRIN ACCESS_BARRIN ACCESS_BARRIN Default/Recommen G_TIME_S512 G_TIME_S4(4s) G_TIME_S4(4s) ded Value CellAcBar
AC11BARSTATE, AC12BARSTATE, AC13BARSTATE, AC14BARSTATE, AC15BARSTATE
AC11BARSTATE:P ermit, AC12BARSTATE:P ermit, AC13BARSTATE:P ermit, AC14BARSTATE:P ermit, AC15BARSTATE:P ermit
AC11BARSTATE:P ermit, AC12BARSTATE:P ermit, AC13BARSTATE:P ermit, AC14BARSTATE:P ermit, AC15BARSTATE:P Default/Recommen ermit ded Value CellAcBar
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellAcBar
P00, P05, P10, P15, P20, P25, P30, P40, P50, P60, P70, P75, P80, P85, P90, P95 P95(95%)
P95(95%)
Default/Recommen ded Value CellAcBar
ACCESS_BARRIN G_TIME_S4, ACCESS_BARRIN G_TIME_S8, ACCESS_BARRIN G_TIME_S16, ACCESS_BARRIN G_TIME_S32, ACCESS_BARRIN G_TIME_S64, ACCESS_BARRIN G_TIME_S128, ACCESS_BARRIN G_TIME_S256, ACCESS_BARRIN ACCESS_BARRIN ACCESS_BARRIN Default/Recommen G_TIME_S512 G_TIME_S4(4s) G_TIME_S4(4s) ded Value CellAcBar
AC11BARSTATE, AC12BARSTATE, AC13BARSTATE, AC14BARSTATE, AC15BARSTATE
AC11BARSTATE:P ermit, AC12BARSTATE:P ermit, AC13BARSTATE:P ermit, AC14BARSTATE:P ermit, AC15BARSTATE:P ermit
AC11BARSTATE:P ermit, AC12BARSTATE:P ermit, AC13BARSTATE:P ermit, AC14BARSTATE:P ermit, AC15BARSTATE:P Default/Recommen ermit ded Value CellAcBar
0~255
None
None
Radio Planning (Internal planning)
CellAccess
CELL_BARRED, CELL_NOT_BARR CELL_NOT_BARR CELL_NOT_BARR Default/Recommen ED ED(Not Barred) ED(Not Barred) ded Value CellAccess
CELL_RESERVED, CELL_NOT_RESE CELL_NOT_RESE CELL_NOT_RESE RVED(Not RVED(Not Default/Recommen RVED Reserved) Reserved) ded Value CellAccess
ALLOWED, NOT_ALLOWED
ALLOWED
ALLOWED
Default/Recommen ded Value CellAccess
NORMAL_MODE, RR_MODE
NORMAL_MODE(N NORMAL_MODE(N Default/Recommen ormal mode) ormal mode) ded Value CellAccess
1~720
1
1
2000-0101T00:00:00+00:00 ~2099-122000-0131T23:59:59+00:00 01T00:00:00+00:00 None
Default/Recommen ded Value CellAccess
Default/Recommen ded Value CellAccess
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Default/Recommen ded Value CellAccess
1~1000
100
100
Default/Recommen ded Value CellAccess
0~255
None
None
Radio Planning (Internal planning)
CellOp
0~65535
None
None
Radio Planning (Internal planning)
CellOp
CELL_RESERVED _FOR_OP, CELL_NOT_RESE CELL_NOT_RESE CELL_NOT_RESE RVED_FOR_OP(N RVED_FOR_OP(N Default/Recommen RVED_FOR_OP ot Reserved) ot Reserved) ded Value CellOp
1~100
16
16
Default/Recommen ded Value CellOp
1~100
16
16
Default/Recommen ded Value CellOp
CELL_MME_CFG_ NUM_0, CELL_MME_CFG_ NUM_1, CELL_MME_CFG_ NUM_2, CELL_MME_CFG_ NUM_3, CELL_MME_CFG_ CELL_MME_CFG_ NUM_4 NUM_0(0) None
Radio Planning (Internal planning)
CellOp
0~65535
0
None
Radio Planning (Internal planning)
CellOp
0~255
0
None
Radio Planning (Internal planning)
CellOp
0~65535
0
None
Radio Planning (Internal planning)
CellOp
0~255
0
None
Radio Planning (Internal planning)
CellOp
0~65535
0
None
Radio Planning (Internal planning)
CellOp
0~255
0
None
Radio Planning (Internal planning)
CellOp
0~65535
0
None
Radio Planning (Internal planning)
CellOp
0~255
0
None
Radio Planning (Internal planning)
1~100
16
16
Default/Recommen ded Value CellOp
0~5
None
None
N/A
CellOp
CellOp
None
Radio Planning (Internal planning)
0~255
None
DB0_Q_HYST, DB1_Q_HYST, DB2_Q_HYST, DB3_Q_HYST, DB4_Q_HYST, DB5_Q_HYST, DB6_Q_HYST, DB8_Q_HYST, DB10_Q_HYST, DB12_Q_HYST, DB14_Q_HYST, DB16_Q_HYST, DB18_Q_HYST, DB20_Q_HYST, DB22_Q_HYST, DB24_Q_HYST
Default/Recommen DB4_Q_HYST(4dB) DB4_Q_HYST(4dB) ded Value CellResel
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellResel
Engineering Design CellResel
S30_T_EVALULATI ON, S60_T_EVALULATI ON, S120_T_EVALULA TION, S180_T_EVALULA TION, S240_T_EVALULA S60_T_EVALULATI S60_T_EVALULATI Default/Recommen TION ON(60s) ON(60s) ded Value CellResel
S30_T_HYST_NO RMAL, S60_T_HYST_NO RMAL, S120_T_HYST_NO RMAL, S180_T_HYST_NO RMAL, S240_T_HYST_NO S30_T_HYST_NO RMAL RMAL(30s)
S30_T_HYST_NO RMAL(30s)
Default/Recommen ded Value CellResel
1~16
4
4
Default/Recommen ded Value CellResel
1~16
8
8
Default/Recommen ded Value CellResel
DB_6_Q_HYST_SF _MEDIUM, DB_4_Q_HYST_SF _MEDIUM, DB_2_Q_HYST_SF _MEDIUM, DB0_Q_HYST_SF_ DB0_Q_HYST_SF_ DB0_Q_HYST_SF_ Default/Recommen MEDIUM MEDIUM(0dB) MEDIUM(0dB) ded Value CellResel
DB_6_Q_HYST_SF _HIGH, DB_4_Q_HYST_SF _HIGH, DB_2_Q_HYST_SF _HIGH, DB0_Q_HYST_SF_ DB0_Q_HYST_SF_ DB0_Q_HYST_SF_ Default/Recommen HIGH HIGH(0dB) HIGH(0dB) ded Value CellResel
NOT_CFG, CFG
CFG(Configure)
CFG(Configure)
Engineering Design CellResel
0~62
9
9
Default/Recommen ded Value CellResel
0~62
7
7
Default/Recommen ded Value CellResel
0~7
7
7
Default/Recommen ded Value CellResel
-140~-44
-64
-64
Default/Recommen ded Value CellResel
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellResel
-30~33
23
23
Default/Recommen ded Value CellResel
NOT_CFG, CFG
CFG(Configure)
CFG(Configure)
Engineering Design CellResel
0~62
29
29
Default/Recommen ded Value CellResel
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellResel
MBW6, MBW15, MBW25, MBW50, MBW75, MBW100
MBW6(1.4M)
MBW6(1.4M)
Radio Planning (Internal planning)
0~7
1
1
Default/Recommen ded Value CellResel
NOT_CFG, CFG
CFG(Configure)
CFG(Configure)
Engineering Design CellResel
CellResel
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_1DO T_RESEL_SF_1DO Default/Recommen T0 T0(1.0) T0(1.0) ded Value CellResel
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_0DO T_RESEL_SF_0DO Default/Recommen T0 T75(0.75) T75(0.75) ded Value CellResel
BitString00, BitString01, BitString10, BitString11
BitString01(01)
BitString01(01)
Default/Recommen ded Value CellResel
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( BOOLEAN_TRUE False) False) Engineering Design CellResel
0~31
5
5
Default/Recommen ded Value CellResel
0~31
4
4
Default/Recommen ded Value CellResel
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellResel
0~31
0
0
Default/Recommen ded Value CellResel
NOT_CFG, CFG
CFG(Configure)
CFG(Configure)
Engineering Design CellResel
-34~-3
-18
-18
Default/Recommen ded Value CellResel
0~255
None
None
Radio Planning (Internal planning)
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
CellReselCdma200 0
BOOLEAN_FALSE, BOOLEAN_TRUE( BOOLEAN_TRUE( CellReselCdma200 BOOLEAN_TRUE True) True) Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
0~15
8
8
CellReselCdma200 Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
0~7
1
1
CellReselCdma200 Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_0DO T_RESEL_SF_0DO Default/Recommen CellReselCdma200 T0 T75(0.75) T75(0.75) ded Value 0
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_1DO T_RESEL_SF_1DO Default/Recommen CellReselCdma200 T0 T0(1.0) T0(1.0) ded Value 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
0~7
1
1
CellReselCdma200 Engineering Design 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
CellReselCdma200 Engineering Design 0
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_1DO T_RESEL_SF_1DO Default/Recommen CellReselCdma200 T0 T0(1.0) T0(1.0) ded Value 0
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_0DO T_RESEL_SF_0DO Default/Recommen CellReselCdma200 T0 T75(0.75) T75(0.75) ded Value 0
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Default/Recommen CellReselCdma200 ded Value 0
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( Default/Recommen CellReselCdma200 BOOLEAN_TRUE False) False) ded Value 0
0~255
None
None
Radio Planning (Internal planning)
0~7
1
1
Default/Recommen ded Value CellReselGeran
CellReselGeran
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellReselGeran
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_1DO T_RESEL_SF_1DO Default/Recommen T0 T0(1.0) T0(1.0) ded Value CellReselGeran
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_0DO T_RESEL_SF_0DO Default/Recommen T0 T75(0.75) T75(0.75) ded Value CellReselGeran
0~255
None
None
Radio Planning (Internal planning)
CellReselUtran
0~7
1
1
Default/Recommen ded Value CellReselUtran
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Engineering Design CellReselUtran
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_1DO T_RESEL_SF_1DO Default/Recommen T0 T0(1.0) T0(1.0) ded Value CellReselUtran
T_RESEL_SF_0DO T25, T_RESEL_SF_0DO T5, T_RESEL_SF_0DO T75, T_RESEL_SF_1DO T_RESEL_SF_0DO T_RESEL_SF_0DO Default/Recommen T0 T75(0.75) T75(0.75) ded Value CellReselUtran
0~255
None
None
Radio Planning (Internal planning)
-140~-44
-64
-64
Default/Recommen ded Value CellSel
CellSel
0~16
0
0
Default/Recommen ded Value CellSel
-34~-3
-18
-18
Default/Recommen ded Value CellSel
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Default/Recommen ded Value CellSel
1~8
1
None
Engineering Design CellSel
0~255
None
None
Radio Planning (Internal planning)
CellSiMap
BOOLEAN_FALSE, BOOLEAN_TRUE( BOOLEAN_TRUE( BOOLEAN_TRUE True) True) Engineering Design CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF16(16 radio frames)
RF16(16 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF16(16 radio frames)
RF16(16 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF32(32 radio frames)
RF32(32 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF32(32 radio frames)
RF32(32 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF64(64 radio frames)
RF64(64 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF64(64 radio frames)
RF64(64 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF64(64 radio frames)
RF64(64 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF16(16 radio frames)
RF16(16 radio frames)
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF32(32 radio frames)
RF32(32 radio frames)
Default/Recommen ded Value CellSiMap
1~300
6
MERGE, DISCARD DISCARD
6
Default/Recommen ded Value CellSiMap
DISCARD
Default/Recommen ded Value CellSiMap
MERGE, DISCARD DISCARD
DISCARD
Default/Recommen ded Value CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF32(32 radio frames)
Default/Recommen ded Value CellSiMap
RF32(32 radio frames)
0.027~1, step:0.001 27
If the bandwidth is 1.4 MHz, set this parameter to 83. If the bandwidth is 3 MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz, set this parameter to 27. In peak rate tests, when four transmit antennas and 20 MHz bandwidth are configured, the recommended value is 54. Engineering Design CellSiMap
RF8, RF16, RF32, RF64, RF128, RF256, RF512
RF32(32 radio frames)
RF32(32 radio frames)
Default/Recommen ded Value CellSiMap
0~255
None
None
Radio Planning (Internal planning)
CellUlpcComm
AL0, AL04, AL05, AL06, AL07, AL08, AL09, AL1
AL07(0.7)
AL07(0.7)
Default/Recommen ded Value CellUlpcComm
-127~-96
-105
-105
Default/Recommen ded Value CellUlpcComm
-126~24
-67
-67
Default/Recommen ded Value CellUlpcComm
DELTAF_2, DELTAF0, DELTAF2
DELTAF0(0dB)
DELTAF0(0dB)
Default/Recommen ded Value CellUlpcComm
DELTAF1, DELTAF3, DELTAF5
DELTAF3(3dB)
DELTAF3(3dB)
Default/Recommen ded Value CellUlpcComm
DELTAF_2, DELTAF0, DELTAF1, DELTAF2
DELTAF1(1dB)
DELTAF1(1dB)
Default/Recommen ded Value CellUlpcComm
DELTAF_2, DELTAF0, DELTAF2
DELTAF2(2dB)
DELTAF2(2dB)
Default/Recommen ded Value CellUlpcComm
DELTAF_2, DELTAF0, DELTAF2
DELTAF2(2dB)
DELTAF2(2dB)
Default/Recommen ded Value CellUlpcComm
-2~12
4
4
Default/Recommen ded Value CellUlpcComm
0~255
None
None
Radio Planning (Internal planning)
eNBCellOpRsvdPar a
0~65535
None
None
Radio Planning (Internal planning)
eNBCellOpRsvdPar a
4, RsvdSwPara0_bit1 5, RsvdSwPara0_bit1 6, RsvdSwPara0_bit1 7, RsvdSwPara0_bit1 8, RsvdSwPara0_bit1 9, RsvdSwPara0_bit2 0, RsvdSwPara0_bit2 1, RsvdSwPara0_bit2 2, RsvdSwPara0_bit2 3, RsvdSwPara0_bit2 4, RsvdSwPara0_bit2 5, RsvdSwPara0_bit2 6, RsvdSwPara0_bit2 7, RsvdSwPara0_bit2 8, RsvdSwPara0_bit2 9, RsvdSwPara0_bit3 0, RsvdSwPara0_bit3 1, RsvdSwPara0_bit3 2
4:Off, RsvdSwPara0_bit1 5:Off, RsvdSwPara0_bit1 6:Off, RsvdSwPara0_bit1 7:Off, RsvdSwPara0_bit1 8:Off, RsvdSwPara0_bit1 9:Off, RsvdSwPara0_bit2 0:Off, RsvdSwPara0_bit2 1:Off, RsvdSwPara0_bit2 2:Off, RsvdSwPara0_bit2 3:Off, RsvdSwPara0_bit2 4:Off, RsvdSwPara0_bit2 5:Off, RsvdSwPara0_bit2 6:Off, RsvdSwPara0_bit2 7:Off, RsvdSwPara0_bit2 8:Off, RsvdSwPara0_bit2 9:Off, RsvdSwPara0_bit3 0:Off, RsvdSwPara0_bit3 1:Off, RsvdSwPara0_bit3 2:Off None
Default/Recommen eNBCellOpRsvdPar ded Value a
4, RsvdSwPara1_bit1 5, RsvdSwPara1_bit1 6, RsvdSwPara1_bit1 7, RsvdSwPara1_bit1 8, RsvdSwPara1_bit1 9, RsvdSwPara1_bit2 0, RsvdSwPara1_bit2 1, RsvdSwPara1_bit2 2, RsvdSwPara1_bit2 3, RsvdSwPara1_bit2 4, RsvdSwPara1_bit2 5, RsvdSwPara1_bit2 6, RsvdSwPara1_bit2 7, RsvdSwPara1_bit2 8, RsvdSwPara1_bit2 9, RsvdSwPara1_bit3 0, RsvdSwPara1_bit3 1, RsvdSwPara1_bit3 2
4:Off, RsvdSwPara1_bit1 5:Off, RsvdSwPara1_bit1 6:Off, RsvdSwPara1_bit1 7:Off, RsvdSwPara1_bit1 8:Off, RsvdSwPara1_bit1 9:Off, RsvdSwPara1_bit2 0:Off, RsvdSwPara1_bit2 1:Off, RsvdSwPara1_bit2 2:Off, RsvdSwPara1_bit2 3:Off, RsvdSwPara1_bit2 4:Off, RsvdSwPara1_bit2 5:Off, RsvdSwPara1_bit2 6:Off, RsvdSwPara1_bit2 7:Off, RsvdSwPara1_bit2 8:Off, RsvdSwPara1_bit2 9:Off, RsvdSwPara1_bit3 0:Off, RsvdSwPara1_bit3 1:Off, RsvdSwPara1_bit3 2:Off None
Default/Recommen eNBCellOpRsvdPar ded Value a
4, RsvdSwPara2_bit1 5, RsvdSwPara2_bit1 6, RsvdSwPara2_bit1 7, RsvdSwPara2_bit1 8, RsvdSwPara2_bit1 9, RsvdSwPara2_bit2 0, RsvdSwPara2_bit2 1, RsvdSwPara2_bit2 2, RsvdSwPara2_bit2 3, RsvdSwPara2_bit2 4, RsvdSwPara2_bit2 5, RsvdSwPara2_bit2 6, RsvdSwPara2_bit2 7, RsvdSwPara2_bit2 8, RsvdSwPara2_bit2 9, RsvdSwPara2_bit3 0, RsvdSwPara2_bit3 1, RsvdSwPara2_bit3 2
4:On, RsvdSwPara2_bit1 5:On, RsvdSwPara2_bit1 6:On, RsvdSwPara2_bit1 7:On, RsvdSwPara2_bit1 8:On, RsvdSwPara2_bit1 9:On, RsvdSwPara2_bit2 0:On, RsvdSwPara2_bit2 1:On, RsvdSwPara2_bit2 2:On, RsvdSwPara2_bit2 3:On, RsvdSwPara2_bit2 4:On, RsvdSwPara2_bit2 5:On, RsvdSwPara2_bit2 6:On, RsvdSwPara2_bit2 7:On, RsvdSwPara2_bit2 8:On, RsvdSwPara2_bit2 9:On, RsvdSwPara2_bit3 0:On, RsvdSwPara2_bit3 1:On, RsvdSwPara2_bit3 2:On None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~4294967295
0
Default/Recommen eNBCellOpRsvdPar ded Value a
None
0~4294967295
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~4294967295
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~4294967295
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~65535
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
0
None
Default/Recommen eNBCellOpRsvdPar ded Value a
0~255
None
None
Radio Planning (Internal planning)
EuCellPriBBEqm
0~23
None
None
Radio Planning (Internal planning)
EuCellPriBBEqm
0~255
None
None
Radio Planning (Internal planning)
eUCellSectorEqm
0~65535
None
None
Radio Planning (Internal planning)
eUCellSectorEqm
-60~50,32767
32767
None
Radio Planning (Internal planning)
eUCellSectorEqm
0~23,255
255
None
Default/Recommen ded Value eUCellSectorEqm
0~62
None
None
N/A
eUCellSectorEqm
60~254
None
None
N/A
eUCellSectorEqm
0~8
None
None
N/A
eUCellSectorEqm
0~214748364.7
None
None
N/A
eUCellSectorEqm
0~8
None
None
N/A
eUCellSectorEqm
0~6
0
None
Default/Recommen ded Value eUCellSectorEqm
NO_COMPRESSIO N, NORMAL_COMPR ESSION, ENHANCED_COM PRESSION, NULL NULL(Invalid)
None
Default/Recommen ded Value eUCellSectorEqm
0~255
None
Radio Planning (Internal planning)
None
EuSectorEqmGrou p
0~35
None
None
Radio Planning (Internal planning)
EuSectorEqmGrou p
0~16
None
None
Radio Planning (Internal planning)
EuSectorEqmGrou p
0~65535
None
None
Radio Planning (Internal planning)
EuSectorEqmGrou p
0~23,255
255
None
Radio Planning (Internal planning)
EuSectorEqmGrou p
-60~50,32767
32767
None
Radio Planning (Internal planning)
EuSectorEqmGrou p
NO_COMPRESSIO N, NORMAL_COMPR ESSION, ENHANCED_COM PRESSION, NULL NULL(Invalid)
None
Default/Recommen EuSectorEqmGrou ded Value p
0~255
None
None
Radio Planning (Internal planning)
IbdlInfo
0~1048575
None
None
N/A
IbdlInfo
0~62
None
None
N/A
IbdlInfo
4~5,60~254
None
None
N/A
IbdlInfo
0~8
None
None
N/A
IbdlInfo
0~7
None
None
N/A
IbdlInfo
0~4294967295
None
None
N/A
IbdlInfo
DATA_LINK_AVAIL ABLE, DATA_LINK_UNAV AILABLE None
None
N/A
IbdlInfo
0~254
None
None
N/A
IbdlInfo
0~4294967295
None
None
N/A
IbdlInfo
0~4294967295
None
None
N/A
IbdlInfo
0~4294967295
None
None
N/A
IbdlInfo
0~4294967295
None
None
N/A
IbdlInfo
0~7
None
None
N/A
IbdlInfo
0~1
None
None
N/A
IbdlInfo
0~7
None
None
N/A
IbdlInfo
BIDIRECTIONAL, FORWARD_DIREC TION, BACKWARD_DIRE CTION None
None
N/A
IbdlInfo
0~255
None
Radio Planning (Internal planning)
TimeAlignmentTime r
None
SF500, SF750, SF1280, SF1920, SF2560, SF5120, SF1920(1920 SF10240, INFINITY subframes)
value of the LongDrxCycle parameter is greater than or equal to SF80, it is recommended that the TimeAlignmentTime r parameter be set to SF10240. If the TimingAdvCmdOpt Switch parameter is set to ON, the value of the TimeAlignmentTime r parameter does not affect the actual value of the LongDrxCycle parameter. To avoid a high probability of becoming out-ofsynchronization in the uplink for UEs in DRX mode in this scenario, it is recommended that the TimeAlignmentTime r parameter be greater than or equal to SF5120 and the LongDrxCycle parameter be smaller than or Default/Recommen TimeAlignmentTime equal to SF320. ded Value r
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen TimeAlignmentTime ded Value r
INVALID, ALLMEASMODE
INVALID(Invalid Timing Measurement Mode)
INVALID(Invalid Timing Measurement Mode)
Default/Recommen TimeAlignmentTime ded Value r
INVALID, SF218, SF343, SF608, SF928, SF1248, SF2528, SF5088
SF928(928 subframes)
If there are many UEs in high-speed mobility in the cell, the parameter value SF218 is recommended. If there are many UEs in low-speed mobility in the cell, the parameter value SF928 is Default/Recommen TimeAlignmentTime recommended. ded Value r
OFF, ON
OFF(Off)
OFF(Off)
Default/Recommen TimeAlignmentTime ded Value r
0~255
None
None
Radio Planning (Internal planning)
UeTimerConst
MS100_T300, MS200_T300, MS300_T300, MS400_T300, MS600_T300, MS1000_T300, MS1500_T300, MS2000_T300
FDD:MS200_T300( 200ms) MS200_T300(200m TDD:MS1000_T300 Default/Recommen s) (1000ms) ded Value UeTimerConst
MS100_T301, MS200_T301, MS300_T301, MS400_T301, MS600_T301, MS1000_T301, MS1500_T301, MS2000_T301
MS200_T301(200m MS200_T301(200m Default/Recommen s) s) ded Value UeTimerConst
MS0_T310, MS50_T310, MS100_T310, MS200_T310, MS500_T310, MS1000_T310, MS2000_T310
MS1000_T310(100 MS1000_T310(100 Default/Recommen 0ms) 0ms) ded Value UeTimerConst
MS1000_T311, MS3000_T311, MS5000_T311, MS10000_T311, MS15000_T311, MS20000_T311, MS30000_T311
MS10000_T311(10 MS10000_T311(10 Default/Recommen 000ms) 000ms) ded Value UeTimerConst
n1, n2, n3, n4, n5, n6, n8, n10
n1(1)
n1(1)
Default/Recommen ded Value UeTimerConst
n1, n2, n3, n4, n6, n8, n10, n20
n10(10)
n10(10)
Default/Recommen ded Value UeTimerConst
0~255
None
None
Radio Planning (Internal planning)
Cell
1~99 characters
None
None
Radio Planning (Internal planning)
Cell
BOOLEAN_FALSE, BOOLEAN_FALSE( BOOLEAN_FALSE( BOOLEAN_TRUE False) False) Engineering Design Cell
NORMAL_CP, EXTENDED_CP
NORMAL_CP(Nor mal)
NORMAL_CP(Nor mal)
Radio Planning (Internal planning)
Cell
NORMAL_CP, EXTENDED_CP
NORMAL_CP(Nor mal)
NORMAL_CP(Nor mal)
Radio Planning (Internal planning)
Cell
1~64
None
None
Radio Planning (Internal planning)
NOT_CFG, CFG
NOT_CFG(Not configure)
NOT_CFG(Not configure)
Default/Recommen ded Value Cell
Cell
18000~46589,5443 6~65535 18000
None
Radio Planning (Internal planning)
Cell
0~46589,54436~65 535 None
None
Radio Planning (Internal planning)
Cell
CELL_BW_N6, CELL_BW_N15, CELL_BW_N25, CELL_BW_N50, CELL_BW_N75, CELL_BW_N100
None
None
Radio Planning (Internal planning)
Cell
CELL_BW_N6, CELL_BW_N15, CELL_BW_N25, CELL_BW_N50, CELL_BW_N75, CELL_BW_N100
None
None
Radio Planning (Internal planning)
Cell
0~255
None
None
Radio Planning (Internal planning)
Cell
0~503
None
None
Radio Planning (Internal planning)
1~32
1
1
Default/Recommen ded Value Cell
Cell
CELL_DEACTIVE, CELL_ACTIVE
CELL_DEACTIVE( CELL_DEACTIVE( Default/Recommen Deactivated) Deactivated) ded Value Cell
CELL_UNBLOCK, CELL_HIGH_BLOC K, CELL_MIDDLE_BL OCK, CELL_LOW_BLOC CELL_UNBLOCK(U K nblock) None
Engineering Design Cell
1~1440
Default/Recommen ded Value Cell
60
60
CELL_FDD, CELL_TDD
None
None
Radio Planning (Internal planning)
Cell
SA0, SA1, SA2, SA3, SA4, SA5, SA6
SA0(SA0)
None
Radio Planning (Internal planning)
Cell
SSP0, SSP1, SSP2, SSP3, SSP4, SSP5, SSP6, SSP7, SSP8, SSP9
SSP0(SSP0)
None
Radio Planning (Internal planning)
Cell
dB-24, dB-22, dB20, dB-18, dB-16, dB-14, dB-12, dB10, dB-8, dB-6, dB5, dB-4, dB-3, dB-2, dB-1, dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8, dB10, dB12, dB14, dB16, dB18, dB20, dB22, dB24 dB0(0dB)
dB0(0dB)
Engineering Design Cell
dB-24, dB-22, dB20, dB-18, dB-16, dB-14, dB-12, dB10, dB-8, dB-6, dB5, dB-4, dB-3, dB-2, dB-1, dB0, dB1, dB2, dB3, dB4, dB5, dB6, dB8, dB10, dB12, dB14, dB16, dB18, dB20, dB22, dB24 dB0(0dB)
dB0(0dB)
Engineering Design Cell
0~837
None
physical random access channel (PRACH), they must have different values of this parameter. 2. If a cell uses a preamble format less than 4 and provides coverage for a highway or an ultra-high-speed railway, this parameter must be set by referring to constraints in the parameter relationship. Note: When manually configuring root ZC sequences, ensure that both the first logical root sequence and each subsequent logical root sequence are within the specified value range. For details about how to calculate the number of ZC root sequences required to generate 64 preamble sequences, see Radio Planning 3GPP TS 36.211. (Internal planning)
Cell
LOW_SPEED, HIGH_SPEED, ULTRA_HIGH_SPE ED, EXTRA_HIGH_SPE LOW_SPEED(Low LOW_SPEED(Low ED speed cell flag) speed cell flag) Engineering Design Cell
0~4
0
Cell radius
