ZXSDR UniRAN (V3.10.20) FDD-LTE Base Station Radio Parameter Reference

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ZTE LTE Parameters Ref...

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ZTE中兴

ZXSDR UniRAN FDD-LTE Base Station Radio Parameter Reference V3.10.20(eNodeB) V12.12.43(EMS) LEGAL INFORMATION Copyright © 2013 ZTE CORPORATION. The contents of this document are protected by copyright laws and international treaties. Any reproduction or distribution of this document or any portion of this document, in any form by any means, without the prior written consent of ZTE CORPORATION is prohibited. Additionally, the contents of this document are protected by contractual confidentiality obligations. All company, brand and product names are trade or service marks, or registered trade or service marks, of ZTE CORPORATION or of their respective owners. This document is provided “as is”, and all express, implied, or statutory warranties, representations or conditions are disclaimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose, title or non-infringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from ZTE the CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the information subject matter of this document. Except as expressly provided in any written use of or reliance on the contained herein. license between ZTE CORPORATION and its licensee, the user of this document shall not acquire any license to the subject matter herein. ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice. Users may visit ZTE technical support website http://ensupport.zte.com.cn to inquire related information. The ultimate right to interpret this product resides in ZTE CORPORATION. ZTE CORPORATION No. 55, Hi-tech Road South, ShenZhen, P.R.China Postcode: 518057 Tel: +86-755-26771900 Fax: +86-755-26770801 URL: http://ensupport.zte.com.cn E-mail: [email protected]



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ZTE中兴

Overview This manual contains the following pages: Page Item Explanation MO List Lists all the MO objects and their brief descriptions LTE eNodeB Parameters Describes the LTE eNodeB parameters Struct Describes the struct details , whose paramter format is "struct" in the page "LTE e Each parmater has the following items: Paramter Item Explanation MO Name Management object class the parameters belongs to Parameter Name The parameter full name that shown on the GUI Short Name The parameter short field name that shown on the EMS interface Parameter Description Brief description of the parameter Range and Step Valid value range and step(if there is no step shown, it means the step is 1) Default Value The initial value of the parameter set by the system Unit Unit of the parameter value Data Type Type of the parameter value •Gives long:information 32-bit signed When To Take Effect oninteger how and when the parameter will take effect after being •modified. unsigned long: 32-bit unsigned integer Reference Protocol No. Give 3GPP protocol number information which the parameter refers to • string: string Reference Protocol 3GPP protocol field name information •Give sequence: a data set with the same value which type the parameter refers to •Gives struct: the structuredon attributes which restriction contains aof group of parameters Set Rule the information configuration parameter, if there is any Relevant Parameter Gives all the related parameters Relevant Parameters Gives the relationship information between the related parameters Relationship EMS Path Gives the path information of the parameter shown on the GUI Relevant FD Filename Give the feature related filename information, if there is any Board Type Indicates the parameter applied to what kind of baseband board Intended Audience This manual is intended for: • Base station deploy engineers • Maintenance engineers • Network management engineers

Revision History Revision Records Manual Verson R1.9 R1.8

Product Version V3.10.20.30P60 V3.10.20.30P60

Date 14/Apr/15 20/Jun/14

R1.7

V3.10.20.30P20

20/Nov/13

R1.6

V3.10.20P02B03

8/May/13



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ZTE中兴 R1.5

V3.10.20P01

28/Mar/13

R1.4

V3.10.10P01

15/Nov/12

R1.3 R1.2 R1.1

V3.10.01P03 V3.10.01P02 V3.10.01P02

22/Oct/12 14/Sep/12 15/Aug/12

R1.0

V3.10.01

30/Jul/12

Modified Parameters MO Name

Parameter Name

Short Name

E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell PUCH and PDCH UE Timer UE Timer UE Timer UE Timer UE Timer UE Timer UL Power Control UL Power Control UL Power Control CIC Controlled Point

Minimum Receiving selQrxLevMin Level(RSRP) During Cell Lower Threshold of threshSvrLow Selection Serving Carrier Minimum Receiving Level intraQrxLevMin of Intra-Frequency CellIntra- sfIntraMedium Time Scale Factor for ReselectionCell in MediumFrequency Time Scale Factor for Intra- sfIntraHigh Speed Status Frequency Cell in HighMinimum Receiving cellSelQqualMin Speed Status Level(RSRQ) During Cell Minimum Value of IntraintraFreqQqualMin Selection Frequency RSRQ RSRQ Threshold (in dB) of threshSrvLowQ the Serving Cell When Port cellRSPortNum Number of Tx Antenna Reselecting Towards a in Cell UE Transmission Mode ueTransMode Lower Priority RAT/ UL Aggregation aggregationUl Frequency DL Aggregation aggregationDl Noise Matrix Type matrixType PUSCH Frequency hoppingMode Hopping Mode Timer for UE to Monitor t311_Ue Radio Link Failure to Idle Timer for UE to Wait for t300 (T311_UE) RRC TimerConnection for UE to Wait for t302 Response (T300) RRC Re-Connection Timer for UE to Wait for t304 Request (T302) Successful Handover Timer for UE to Wait for t304_Cco (T304) Successful Handover Priority Timer for Cell t320 (T304_Cco) Reselection (T320)Closed- switchForCLPCofPUSCH Switch for PUSCH Loop Power Control PUSCH Power Control puschPCAdjType Adjustment Type Downlink Period RSRP rsrpPeriodMeasSwitchDl Measurement Switch Used IP layer configuration refIpLayerConfig

CICD Configuration

Used IP layer configuration refIpLayerConfig



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ZTE中兴 CICD Configuration

Used IP layer configuration refIpLayerConfig

E-UTRAN FDD Cell UE Timer UE RAT Measurement E-UTRAN FDD Cell E-UTRAN FDD Cell Load Management SON ANR Policy Baseband Resource PUCH and PDCH E-UTRAN FDD Cell Explicit Congestion Notification Explicit Congestion Notification SON ANR Policy E-UTRAN Cell Reselection PUCH and PDCH

Noise Matrix Type matrixType User-Inactivity Timer on tUserInac Control Panel Absolute Decision cdmaSysNbrTrd Threshold CDMA CP MergerofSwitch cpMerger System Measurement Cell Transmit Power transmissionPower Load Balancing RAT lbRATPriority Priority The Maximum Number of nbrDelCnt Neighbour Cell Deleted CP Transmit Power cpTransPwr Once Maximum Transmission dsrTransMax Times of SR Sample Rate Mode sampleRateCfg Configuration ECN DL Queue queThresholdDl Threshold(%) ECN DL Retransmission retQueThresholdDl Queue Threshold(%) Neighbor Cell Report sonNbrReportThreshold Threshold Minimum Receiving qrxLevMinOfst Level(RSRP) Offset During Uplink Frequency Selection freqSelectUl Cell Selection

PUCH and PDCH PUCH and PDCH Admission Control Admission Control Admission Control UL Power Control UL Power Control UL Power Control PRACH UL Power Control UL Power Control UTRAN FDD Cell Reselection

Downlink Frequency Selection RB Number of PUCCH Format 2/2a/2b Admission Control Algorithm AdmissionSwitch Controlfor Downlink PRB Based Algorithm Switch Admission Controlfor Uplink NGBR Service PRB Based NGBR Algorithm Switch forService PRB PUCCH Power Offset of Based NGBR Service UE RSRP Filtering Factor for Power Power Control Offset Based on PRACH PRACH Message Initial Preamble Received Power Cell Nominal Power Required for Data Cell Nominal Power Transmission in PUSCH Required for Data RSRQ Threshold for Dynamic Scheduling Transmission in PUSCH Reselecting Lower Authorization ModePriority Semi-Static Scheduling Serving UTRAN Cell RSRQ Threshold for Authorization Mode Reselecting Higher Priority Serving UTRAN Cell Handover Supported

UTRAN FDD Cell Reselection CDMA2000 Neighbor Relation

freqSelectDl pucchCqiRBNum switchForNGBRDl switchForNGBRUl switchForNGBR p0UePucchPub filterCoeffRSRP deltaPreambleMsg3 preambleIniReceivedPowe rpoNominalPUSCH1 p0NominalPUSCH utranThreshXLowQFdd utranThreshXHighQFdd isHOSupport

CDMA2000 Neighbor Cell General Flag

generalFlag

CDMA2000 Neighbor Relation

General Flag

generalFlag

CDMA2000 Neighbor Relation

The Indicator for Sector ID oneXrttSectorFlag

CDMA2000 Neighbor Cell The Indicator for Sector ID oneXrttSectorFlag Needing Configuration CDMA2000 Neighbor Cell 1xRTT Current Authentication Mode

curAuthMode

SON RO Policy

sonEnableRo

RO Power Control Optimization Enable



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ZTE中兴 Service DRX

Short DRX Cycle Configuration Indicator

shortDrxCycInd

GSM Neighbor Cell

PS HO Supported By GERAN Neighbor Cell

isSupportPSHO

UE E-UTRAN Measurement

Whether A3 Event Exit Reporting

reportOnLeave

PRACH

Random Access Preamble groupBEnable Group B Supported

PUCH and PDCH

Switch of Dynamic Adjust CQI Mode

E-UTRAN FDD Neighbor Cell E-UTRAN TDD Neighbor Cell Control Plane Timer UE Timer E-UTRAN FDD Cell SON MRO Policy SON MRO Policy SON ANR Policy Security Management Baseband Resource PUCH and PDCH

eNodeB ID eNBId eNodeB ID eNBId CCO Release Timer ccoRelTimer Timer for UE to Wait for t304_Cco Successful Handover DRX Switch for NGBR switchForNGbrDrx (T304_Cco) The Minimum Time Interval sonIntervalTimer Between MRO Parameter Timer of eNodeB Statistics sonStatisticTimer Optimization MRO Error Information Timer Length for ANR statisticTimer Temporary Neighbor Cell Integrity Protection integProtAlg Statistic Algorithm Cell Mode cellMod Number of PUCCH pucchSemiAnNum Channel for ACK/NACK of Downlink SPS Scheduling Number of Ack/Nack pucchAckRepNum Repetition PUCCH

PUCH and PDCH

swchDAdjCqiMode

PUCH and PDCH

The Number of SR PUCCH

pucchSrNum

PUCH and PDCH PUCH and PDCH UE E-UTRAN Measurement UL Power Control

Cycle Shift Number for PUCCH Format 1/1a/1b The Number of TTI Corresponding to the Measurement CQI/PMI Report Period for Configuration PUSCH PowerFunction Offset of UE UE in Dynamic Schedule

pucchDeltaShf cqiRptTTINum measCfgFunc p0UePusch1Pub

PUCH and PDCH

The Number of Channel Corresponding to the SR Transmission Period for E-UTRAN Cell Reselection Whether is Allowed UE in CellHO Configuration when the Cell is Barred GSM Neighbor Cell DTM Supported By GERAN Neighbor Cell ICIC Downlink RBG Resources Active ICIC Uplink Bitmap RB Resources Active Bitmap LTE FDD LTE FDD ID Measurement Parameter Enable Ping-Pong Handover Suppression

srTrCHNum

SON Energy Saving ConfiguThreshold for Open Sub Frame UL Power Control PUSCH(%) Indicated By PDCCH 3/3A Valid UL Power Control PUCCH DCI Indicated By or Not PDCCH DCI 3/3A Valid or UL Power Control Ks Given by the UE Not Specific Parameter DeltaMCS-Enabled

thrOpen switchForDCI3A3Pusch switchForDCI3A3Pucch ks

isAllowedHOIn isSupportDTM rbByteMapDl rbByteMapUl ENBFunctionFDD pingPongHoSwitch



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ZTE中兴 UL Power Control

PUSCH Power Control Adjustment Type

puschPCAdjType

Admission Control Baseband Resource Baseband Resource CDMA2000 Cell Reselection CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Relation CDMA2000 Neighbor Relation CIC Controlled Point Control Plane Timer Control Plane Timer Control Plane Timer Control Plane Timer EMLP Parameter E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Neighbor Cell E-UTRAN FDD Neighbor Cell E-UTRAN FDD Neighbor Cell E-UTRAN FDD Neighbor Cell E-UTRAN FDD Neighbor Cell E-UTRAN FDD Neighbor Cell

Admission Control switchForPower Algorithm Switch for Mapping of Antenna Port anttoPortMap Downlink Power Limitation and Cell Antenna Mode Channel cellMod User Label userLabel User Label userLabel The Cell ID of 1xRTT cell cId User Label userLabel Handover Supported isHOSupport CICD IP ipAddr RRC Connection Release rrcConnRelTimer Timer S1 HO Overall Timer s1HoOverAllTimer X2 HO Overall Timer x2HoRelTimer CCO Release Timer ccoRelTimer The Number of QCI qCINum Corresponds User Label to the Given userLabel EMLP Minimum Receiving qrxLevMinOfst Level(RSRP) Offset During Time Window Length in tEvaluation Cell Selection Deciding Medium/HighLeaving Duration of tCrMaxHyst Speed Movement Status Medium/High-Speed Lower Threshold of threshSvrLow Movement Status Serving Carrier Minimum Receiving cellSelQqualMin Level(RSRQ) During Cell Intra-Frequency Decision sIntraSrchQ Selection RSRQ Threshold Decision Threshold of sNintraSrchQ Same/Lower Priority RSRQ intraFreqQqualMin Minimum Value of IntraMeasurement Frequency User Label RSRQ userLabel PCI List pciList Maximum Transmission maximumTransmissionPo Power of Cell Power wer Cell Transmit transmissionPower Band Indication for freqBandInd Frequency Uplink Center Carrier earfcnUl Frequency Downlink Center Carrier earfcnDl Frequency Signal Power Ratio pb Emergency Call Access allowedAccessClasses Indication Downlink System bandWidthDl Bandwidth Uplink System Bandwidth bandWidthUl Transmission Mode flagSwiMode CSFB Method of UTRAN csfbMethdofUMTS Sample Rate Mode sampleRateCfg Configuration UL 64QAM Demodulation qam64DemSpIndUl Support Indicator User Label userLabel Band Indication for freqBandInd Frequency Uplink Center Carrier earfcnUl Frequency Downlink Center Carrier earfcnDl Frequency Downlink System bandWidthDl Bandwidth Uplink System Bandwidth bandWidthUl



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ZTE中兴 E-UTRAN Neighbor Relation E-UTRAN Neighbor Relation E-UTRAN TDD Neighbor Cell Explicit Congestion Notification Explicit Congestion Notification Explicit Congestion Notification Explicit Congestion Notification Global Switch GSM Cell Reselection GSM Neighbor Cell GSM Neighbor Cell GSM Neighbor Cell

User Label Status Indication User Label ECN DL Queue Threshold(%) ECN DL Retransmission Queue ECN ULThreshold(%) Memory Threshold(%) ECN UL Receive Queue Threshold(%) User-Inactivity Enabled User Label User Label Location Area Code BCCH ARFCN

userLabel stateInd userLabel queThresholdDl retQueThresholdDl memThresholdUl recQueThresholdUl switchForUserInactivity userLabel userLabel lac bcchFrequency

GSM Neighbor Cell GSM Neighbor Cell GSM Neighbor Cell GSM Neighbor Relation GSM Neighbor Relation LTE FDD LTE FDD LTE FDD Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter PRACH PRACH PRACH PRACH PRACH PRACH PRACH

Frequency Range PS HO Supported By GERAN Neighbor VoIP Supported ByCell GERAN Neighbor Cell User Label Handover Supported User Label eNodeB Name Holdover Time-Out Switch WCDMA Load Balance Measurement TDS Load Balance Configuration Index Measurement Absolute Decision Configuration Index Threshold for IntraUTRAN-Frequency Frequency/InterNumber UTRAN-Frequency Frequency/Intersystem Measurement Enable Ping-Pong Handoff Measurement Configuration Suppression Enable Intra-Frequency Periodical Measurement Switch of Dual Measurement Transmission Time Configuration of Random Starting RB Number of Access Preamble Random Access Preamble Cyclic Shift Parameters Based Root NumberonofLogical Random Sequence (Ncs) Access NumberPreamble of Preamble Signatures Based onA Signatures in Group PRACH Initial Preamble Contention Conflict Received Power Transmission Power Offset of Group B Preamble

freqBand isSupportPSHO isSupportVoIP userLabel isHOSupport userLabel enbName holdoverSwitch wcdmaLBMeasCfg tdsLBMeasCfg measureThresh utranCarriFreqNum utranMeasParas pingPongHoSwitch intraFPeriodMeasSwitch dualMeasSwitch prachConfigIndex prachFreqOffset ncs numberOfRAPreambles sizeOfRAPreamblesGroup A preambleIniReceivedPowe rmessagePowerOffsetGrou pB

PRACH PRACH PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH

Random Access Preamble Group B Supported Estimated Variance Threshold of Path Loss Downlink Frequency Selection PHICH Allocated Group Calculation Factor SRS Bandwidth Configuration Number of PUCCH Channel for ACK/NACK The configuration of SR of Downlink SPSperiod Scheduling transmission for UE

groupBEnable pathlossThrd freqSelectDl ng srsBWCfg pucchSemiAnNum srTrPeriod

PUCH and PDCH

Uplink Frequency Selection freqSelectUl



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ZTE中兴 S1AP Service DRX Service DRX SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON X2 Policy UE E-UTRAN Measurement UE Paging

User Label userLabel On Duration Timer onDuratTimer DRX Retransmission Timer drxRetranTimer Drop Call Ratio Threshold enAnrDropCallRatioThrd for HOOpening SuccessANR RatioFunction enAnrHOSuccessRatioThr Threshold for Opening Drop Call Ratio Threshold d disAnrDropCallRatioThrd ANR Function for Closing ANR Function HO Success Ratio disAnrHOSuccessRatioThr Threshold for Closing ANR d HO Times Threshold to hoTimesThreshold Function Modify NoHO Attribute HO Failure Ratio Threshold hoFailureRatio to NoHOThreshold sonX2DelCheckThreshold X2Modify Self Delete Attribute(%) Whether A3 Event Exit reportOnLeave Reporting DRX Cycle for Paging defaultPagingCycle

UE RAT Measurement RAT Measurement Configuration Indexof UE Timer Maximum Number Downlink UL Power Control Switch forSynchronization PUSCH ClosedIndications Received By Loop Power Control UL Power Control Msg3's Power Offset to UE (N311) UTRAN Cell Reselection Preamble The Timer Power for Cell Reselection UTRAN FDD Cell User Label in UTRAN Reselection UTRAN FDD Cell UTRAN FDD Frequency Reselection UTRAN FDD Neighbor Cell Number User Label UTRAN FDD Neighbor Cell Uplink Center Carrier Frequency

ratMeasCfgIdx n311 switchForCLPCofPUSCH deltaMsg3 reselUtran userLabel utranFreqNum userLabel uarfcnUl

UTRAN FDD Neighbor Cell Location Area Code UTRAN Neighbor Relation User Label UTRAN Neighbor Relation Handover Supported UTRAN TDD Cell User Label Reselection UTRAN TDD Cell UTRAN TDD Frequency Reselection Number UTRAN TDD Cell UTRAN TDD Frequency Reselection UTRAN TDD Neighbor Cell Reselection User Label Configuration UTRAN TDD Neighbor Cell Cell Location Area Code X2AP User Label UE E-UTRAN RSRP Absolute Threshold Measurement of Event Decision UE E-UTRAN RSRQ Absolute Threshold Measurement of Event Decision PUCH and PDCH Maximum User Number can Carried By PUCCH QoS Service Class RLCbe Type Format1 per RB LTE FDD X2 Black List LTE FDD X2 White List LTE FDD X2 HO Black List Baseband Resource Downlink Ant Configure Bitmap

lac userLabel isHOSupport userLabel utranTDDFreqNum utranTDDRslPara userLabel lac userLabel thresholdOfRSRP thresholdOfRSRQ maxUserPucchfmt1 rlcMode x2BlackList x2WhiteList x2HOBlackList antMapDl

Baseband Resource

Uplink Ant Configure Bitmap

antMapUl

Baseband Resource Security Management Security Management

Up Active Ant Bitmap Encryption Algorithm Integrity Protection Algorithm

upActAntBitmap encryptionAlg integProtAlg



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ZTE中兴

UE Timer Timer for UE to Wait for t301 RRC Re-Connection UE Timer Timer for UE to Wait for t304 Response (T301) Successful Handover UE Timer Timer for UE to Wait for t304_Cco (T304) Successful Handover Global Switch MO Description description (T304_Cco) E-UTRAN FDD Cell PLMN List refPlmn E-UTRAN FDD Cell Number of Tx Antenna Port cellRSPortNum in Cell E-UTRAN FDD Cell Referenced Signal Power cellReferenceSignalPower of Cell E-UTRAN FDD Cell Band Indication for freqBandInd Frequency E-UTRAN FDD Cell Uplink Center Carrier earfcnUl Frequency E-UTRAN FDD Cell Downlink Center Carrier earfcnDl Frequency E-UTRAN FDD Cell Signal Power Ratio pb E-UTRAN FDD Cell Downlink System bandWidthDl Bandwidth E-UTRAN FDD Cell Uplink System Bandwidth bandWidthUl E-UTRAN FDD Cell Minimum Value of Uplink minMCSUl MCS E-UTRAN FDD Cell Maximum Value of Uplink maxMCSUl MCS E-UTRAN FDD Cell Minimum Value of minMCSDl Downlink E-UTRAN FDD Cell MaximumMCS Value of maxMCSDl Downlink MCS E-UTRAN FDD Cell Maximum RBs Allocated maxUeRbNumUl for Uplink UE E-UTRAN FDD Cell Downlink PRB Random switchDlPRBRandom Switch E-UTRAN FDD Cell CSFB Method of GSM csfbMethodofGSM E-UTRAN FDD Neighbor Band Indication for freqBandInd Cell Frequency E-UTRAN FDD Neighbor Uplink Center Carrier earfcnUl Cell Frequency E-UTRAN FDD Neighbor Downlink Center Carrier earfcnDl Cell Frequency E-UTRAN FDD Neighbor Downlink System bandWidthDl Cell E-UTRAN FDD Neighbor Bandwidth Uplink System Bandwidth bandWidthUl Cell E-UTRAN TDD Neighbor Band Indication for freqBandInd Cell Frequency E-UTRAN TDD Neighbor Downlink System bandWidth Cell Bandwidth UTRAN FDD Neighbor Cell RNC ID rncId UTRAN FDD Neighbor Cell Uplink Center Carrier uarfcnUl Frequency UTRAN FDD Neighbor Cell Downlink Center Carrier Frequency

uarfcnDl

UTRAN FDD Neighbor Cell Location Area Code UTRAN TDD Neighbor Cell RNC ID UTRAN TDD Neighbor Cell Center Carrier Frequency UTRAN TDD Neighbor Cell Cell Location Area Code GSM Neighbor Cell Location Area Code GSM Neighbor Cell Frequency Range E-UTRAN Cell Reselection Minimum Receiving During Cell E-UTRAN Cell Reselection Level(RSRP) Minimum Receiving Selection Level(RSRP) Offset During E-UTRAN Cell Reselection Reselection Hysteresis of Cell Selection Serving Cell E-UTRAN Cell Reselection Time Window Length in Medium/HighE-UTRAN Cell Reselection Deciding Leaving Duration of Speed Movement Status Medium/High-Speed E-UTRAN Cell Reselection Decision Threshold of Movement Status PriorityIntraRSRP E-UTRAN Cell Reselection Same/Lower Whether Configure Measurement RSRP E-UTRAN Cell Reselection Frequency RSRP Decision Threshold Threshold of Intra-Frequency Measurement

lac rncId uarfcn lac lac freqBand selQrxLevMin qrxLevMinOfst qhyst tEvaluation tCrMaxHyst snonintrasearch intraSearch sIntraSearch



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E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection UE E-UTRAN Measurement Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter

Indicator for IntraintraPresenceAntPort1 Frequency Linked Cell to Time Scale Factor for Intra- sfIntraMedium Use Antenna Port 1 Frequency in MediumTime ScaleCell Factor for Intra- sfIntraHigh Speed Status Frequency Cell in HighMinimum Receiving cellSelQqualMin Speed Status During Cell Level(RSRQ) Minimum Receiving qQualminoffset Selection Level(RSRQ) Offset During Minimum Value of IntraintraFreqQqualMin Cell Selection Frequency RSRQ Measurement measCfgFunc Configuration Function Close Inter-Frequency or closedInterFMeasCfg Intersystem Measurement openInterFMeasCfg Open Inter-Frequency Configuration Index Measurement Open Intersystem openRatFMeasCfg Configuration Index Measurement Redirection Measurement openRedMeasCfg Configuration Index Configuration Index Coverage-Based IntraintraFHOMeasCfg Frequency Handover InterFreq Measurement interFHOMeasCfg Measurement Configuration Index for Configuration Index Handover

Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter Measurement Parameter PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH PRACH PRACH PRACH PRACH PRACH PRACH UL Power Control UL Power Control UL Power Control UL Power Control UL Power Control UL Power Control UL Power Control UL Power Control UL Power Control ICIC ICIC ICIC ICIC

ICIC Measurement icicMeasCfg Configuration Index ReportCGI Measurement rptCGIMeasCfg Configuration for ANR Intra-Frequency Periodical intraFPeriodMeasCfg Function Index Measurement Downlink Period RSRP rsrpPeriodMeasCfgIdDl Configuration Index Measurement Downlink Event RSRP rsrpEventMeasCfgIdDl Configuration Index Measurement Absolute Decision measureThresh Configuration Index Threshold for IntraEnable Intra-Frequency intraFPeriodMeasSwitch Frequency/InterPeriodical Measurement The Type of SRS srsEnable Frequency/Intersystem Configuration Downlink Frequency freqSelectDl Measurement Selection PHICH Allocated Group ng Calculation Factor The Number of TTI cqiRptTTINum Corresponding to the Uplink Frequency Selection freqSelectUl CQI/PMI Report Period for Transmission Time prachConfigIndex UE Configuration of Random ncs Cyclic Shift Parameters Access Preamble Root Based NumberonofLogical Random numberOfRAPreambles Sequence (Ncs) Access Preamble Number of Preamble sizeOfRAPreamblesGroup Signatures Based onA Signatures in Group A Transmission Power messagePowerOffsetGrou Contention Conflict Control Margin of Message pB Dedicated Preamble preambLifeTime 3 Configured by eNodeB Occupation Time Related Nominal Power poNominalPUCCH Used By PUCCH Physical Physical Channel Power deltaFPucchFormat1 Channel Compensation for PUCCH Physical Channel Power deltaFPucchFormat2 Format 1 Compensation for Power PUCCH deltaFPucchFormat2a Physical Channel Format 2 Compensation PUCCH RSRP Filtering for Factor for filterCoeffRSRP Format 2a Power Control Power Offset of SRS powerOffsetOfSRS Relative to PUSCH Downlink Event RSRP rsrpEventMeasSwitchDl Measurement Switch Downlink Period RSRP rsrpPeriodMeasSwitchDl Measurement Switch Msg3's Power Offset to deltaMsg3 Preamble Power Bit Mask for Enabling ICIC icicEnabled Bit Map of Center Area centFreqUlBitMap Frequency for Uplink Bit Map of Edge Area edgeFreqUlBitMap Frequency for Uplink Borrowed Bit Map of centBorrFreqUlBitMap Center Area Frequency for Uplink



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ZTE中兴 ICIC ICIC ICIC ICIC ICIC ICIC SON ANR Policy SON ANR Policy

Bit Map of Center Area Frequency for Downlink Bit Map of Edge Area Frequency for Downlink Borrowed Bit Map of Center Area Frequency for Uplink RB Resources Downlink Active Bitmap Downlink RBG Resources Active Bitmap Area User PA for Center ANR Refer Point Policy Policy Grade

centFreqDlBitMap edgeFreqDlBitMap centBorrFreqDlBitMap rbByteMapUl rbByteMapDl icicDownCCUPA sonReferPointPolicy grade

SON ANR Policy SON ANR Policy SON X2 Policy SON X2 Policy

Drop Call Ratio Thershold for Funcion HOOpening SuccessANR Ration Threshold for Opening X2 Refer Point Policy ANR Funcion Policy Grade

enAnrDropCallRatioThrd enAnrHOSuccessRatioThr d sonReferPointPolicy grade

SON PCI Policy SON PCI Policy SON PCI Policy

PCI Refer Point Policy sonReferPointPolicy Resolve Manner when PCI sonResolveManner is Conflict Or Confusion Policy Grade grade

SON MRO Policy SON MRO Policy

MRO Refer Point Policy Policy Grade

sonReferPointPolicy grade

SON CCO Policy SON CCO Policy

CCO Refer Point Policy Policy Grade

sonReferPointPolicy grade

SON RO Policy SON RO Policy

RO Refer Point Policy Policy Grade

sonReferPointPolicy grade

SON RO Policy CIC Controlled Point Service DRX

Power Control Monitor Timer for RACHPoint ID CIC Controlled Optimization On Duration Timer

roPowTimer CICControledId onDuratTimer

Service DRX

DRX Inactivity Timer

drxInactTimer

Control Plane Timer Control Plane Timer Control Plane Timer UTRAN Cell Reselection UTRAN Cell Reselection Baseband Resource E-UTRAN Cell Reselection E-UTRAN Cell Reselection Measurement Parameter Measurement Parameter ICIC ICIC ICIC

S1 Wait for Setup Response S1 Wait forTimer Reset Ack Timer X2 Wait for Setup Response Timer Scale Factor for UTRAN Cell Reselection in Scale Factor for UTRAN Medium-Speed Cell Reselection in HighUp Active Ant Bitmap Speed RSRP Decision Threshold of Intra-Frequency Minimum Value of IntraMeasurement Frequency RSRQ Absolute Decision Threshold for IntraEnable Intra-Frequency Frequency/InterPeriodical Measurement Uplink Frequency Bitmap Frequency/Intersystem Downlink Center Measurement Frequency Bit Mask forBitmap Enabling ICIC

s1SetupRspTimer s1ResetAckTimer x2SetupRspTimer reselUtranSFM reselUtranSFH upActAntBitmap sIntraSearch intraFreqQqualMin measureThresh intraFPeriodMeasSwitch rbByteMapUl rbByteMapDl icicEnabled



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ZTE中兴

秘密 Proprietary Confidential▲

ICIC Bit Map of Center Area centFreqUlBitMap Frequency for Uplink ICIC Bit Map of Edge Area edgeFreqUlBitMap Frequency for Uplink ICIC Borrowed Bit Map of centBorrFreqUlBitMap Center Area Frequency for ICIC Bit Map of Center Area centFreqDlBitMap Uplink Frequency for Downlink ICIC Bit Map of Edge Area edgeFreqDlBitMap Frequency for Downlink ICIC Borrowed Bit Map of centBorrFreqDlBitMap Center Area Frequency for E-UTRAN FDD Cell Referenced Signal Power cellReferenceSignalPower Downlink Cell UTRAN TDD Neighbor Cell of Cell Primary Scrambling primaryScramblingCode Code SecurityManagement Encryption Algorithm encryptionAlg UE Timer Timer for UE to Monitor t311_Ue Radio Link Failure to Idle QoS Basic Priority QoS Service Class qosSrvClass (T311_UE) EMLP Parameter Alpha Factor alpha EMLP Parameter Beta Factor beta EMLP Parameter PF Weight Factor pFWeight EMLP Parameter GBR Weight Factor gBRWeight EMLP Parameter AMBR Weight Factor aMBRWeight EMLP Parameter Delay Weight Factor delayRWeight EMLP Parameter User Weight Factor userWeight EMLP Parameter Scheduling Weight for All aRPWeight ARP EMLP Parameter Scheduling Weight for All qCIWeight E-UTRAN Cell Reselection QCIs Minimum RSRQ Receiving cellSelQqualMin During Cell Selection E-UTRAN Cell Reselection Level Decision Threshold of sNintraSrchQ Same/Lower Priority RSRQ E-UTRAN Cell Reselection Decision Threshold of threshSrvLowQ Measurement Reselecting Serving Cell LTE FDD Product Status productStatus With Low Priority Frequency New Parameters MO Name S1AP E-UTRAN FDD Cell Load Management Global Switch PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH Explicit Congestion Notification Explicit Congestion Notification Explicit Congestion Notification SPS Configuration SPS Configuration SPS Configuration SPS Configuration SPS Configuration SPS Configuration SPS Configuration

Parameter Name Short Name Global Unique MME ID globalUniqueMmeId Alias alias Enable Switch Cell Load cellLdPreestSwch Pre-estimate The Switch of X2 Selfx2PassProcSwch Setup Process Uplink Passive PRB Random prbRandomSwchUl Activity Allocation Mode Uplink PRB Random Bias prbRandNumberUl Downlink PRB Random prbRandomSwchDl Allocation Mode Downlink PRB Random prbRandNumberDl Bias ECN Dl Sending Queue rlcQueThresholdDl Using Rate Threshold (%) ECN Dl Memory Resource drbThresholdDl Using Rate Threshold (%) drbThresholdUl ECN Ul Memory Resource Using Rate Threshold SPS Configuration ID (%) SPSConfigId MO Description description Uplink SPS Activation MCS spsMcsLowThrUl Lower Uplink Threshold SPS Activation MCS spsMcsHighThrUl Higher The ULThreshold SPS Scheduling spsUseBandPerUl Resource RatioActivation Downlink SPS spsMcsLowThrDl MCS Lower Threshold Downlink SPS Activation spsMcsHighThrDl MCS Higher Threshold



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ZTE中兴 SPS Configuration LTE FDD Load Management Global Switch Global Switch QoS Service Class E-UTRAN FDD Cell E-UTRAN FDD Neighbor Cell E-UTRAN FDD Neighbor Cell PUCH and PDCH PUCH and PDCH PUCH and PDCH SON ANR Policy PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters PDCP Parameters Global Switch Global Switch Global Switch E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Neighbor Cell E-UTRAN TDD Neighbor Cell Measurement Parameter Measurement Parameter ICIC ICIC ICIC ICIC ICIC SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy

秘密 Proprietary Confidential▲ The DL SPS Scheduling spsUseBandPerDl Resource Ratio The Shift Time Length for shiftNumber X2 Self Setup Function Load Balancing RAT lbRATPriority Priority Depth ROCH Switch deRohcSch Switch of CPU Load cpuLoadMngSwch Control PDCP SDU Discard Timer discardTimer SI Window Length siWindowLength MCC of Neighbor Cell mcc MNC of Neighbor Cell mnc Downlink PRB Random dlRandMode Allocation Mode Open TTI Bundling SINR ttiBundSinrIn Threshold Close TTI Bundling SINR ttiBundSinrOut Threshold Self Learn Switch selfLearnSwch PDCP Parameters ID PDCPId MO Description description PDCP Status Report pdcpStatRptInd Required Indicator ROHC Profile0x0001 profile1 ROHC Profile0x0002 profile2 ROHC Profile0x0003 profile3 ROHC Profile0x0004 profile4 ROHC Profile0x0006 profile6 ROHC Profile0x0101 profile257 ROHC Profile0x0102 profile258 ROHC Profile0x0103 profile259 ROHC Profile0x0104 profile260 Maximum UL CID maxCid TCP Fluid Control Switch tcpFluidCtrlSwch Switch of Periodic ANR periodicANRSwitch Reporting PCI Conflict or enablePciAlarm Confusion Alarm Switch Switch of RLF Function rlfSwitch Switch of Pulling Card pullCardJudgeSwitch Judgment Cell Type cellType Cell Type cellType eICIC Measurement Configur eICICMeasCfg ANR Measurement Configura anrMeasCfg UL ICIC Switch For Macro- fICIC4MacroMicroEnableUl Micro Cell DL ICIC Switch For Macro- fICIC4MacroMicroEnableDl Micro Cell Aggressor Cell UL ICIC Bit icicMap4MacroMicroUl Aggressor Cell DL ICIC Bit icicMap4MacroMicroDl Downlink RBG Resources rbByteMapDlFB0 Active Bitmap The Grade of ANR Statistic staticTimerGrade Timer Length The Total HO Counter nbrDelHoCntThrd Threshold for Neighbour The Maximum Number of nbrDelCnt Cell Deleted Neighbour Cell Modify Deleted NoHo Attribute enableNoHoMod Once Switch Timer Length for NoHo noHoStatisticTimer Attribute Modify Statistic Timer Length for ANR Self selfDelStatisticTimer Delete Neighbor Cell Statistic



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ZTE中兴 SON MRO Policy HetNet Macro-Micro Cell Relationship HetNet Macro-Micro Cell Relationship HetNet Macro-Micro Cell Relationship HetNet Macro-Micro Cell Relationship HetNet Macro-Micro Cell Relationship HetNet Macro-Micro Cell Relationship HetNet Macro-Micro Cell Relationship HetNet eICIC Configuration HetNet eICIC Configuration HetNet eICIC Configuration HetNet eICIC Configuration HetNet eICIC Configuration E-UTRAN Cell Reselection E-UTRAN Cell Reselection Baseband Resource Baseband Resource Baseband Resource CDMA2000 Neighbor Cell CDMA2000 Neighbor Relation Cell QoS Cell QoS Cell QoS Cell QoS Cell QoS EMLP Parameter EMLP Parameter E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell Global Switch Global Switch Global Switch Global Switch Global Switch Global Switch Global Switch Global Switch ICIC

Timer Length for Grade of MRO Statistic HetNet Macro-Micro Cell Relationship ID MO Description Mobile Country Code Mobile Network Code Neighbor eNB Identity H-Cell Identity Cell Type HetNet eICIC Configuration ID MO Description ABS Configuration Mode ABS Pattern Configuration Index Connected Bias for CRE Maximum UE Transmission Maximum UE Power Offset Transmission Power of Maximum Transmission Intra-Frequency Power of CP in Cell Referenced Reselection Signal Offset Power of in Cell Power CPCP Transmit Base ID The Indicator for Sector ID Cell QoS ID MO Description The Weight Factor for ARPs The Weight Factor for Service Levels for for The Weight Factor Downlink Service Levels forDirection Uplink Logical Channel Service Weight Latitude The CCE Aggregation Manual Operation Field CCE Aggregation for BCCH&PCCH Is Energy Saving Cell Noise Matrix Type BitMap of DL RB Interference BitMap of UL RB Interference Cell Test State Offset Angle CIC Switch CMAS Sending Switch Threshold for DL SINR Statistic ETWS Repetition Check Switch EWTS Sending Method Threshold for RSRP Statistic UE Call Record ID Switch Threshold for UL SINR Statistic HighWay ICIC Frequency Partition

statisticTimerGrade HetNetMacMicRelationId description mcc mnc neNodeBId hcId cellType HetNeteICICConfigId description absFuncCfg absProviderIndex connBias4CRE intraPmaxOffset iIntraPmaxOffset maxCPTransPwr cpSpeRefSigPwr cpTransPwr baseId oneXrttSectorFlag QoSId description weightARP weightSRVDl weightSRVUl lchDirection serviceWeight latitude cceAdaptMod adminState commCCENumDl energySavControl matrixType rbInterferenceBitMapDl rbInterferenceBitMapUl testState offsetAngle cicSwitch cmasSwch dlSINRThd etwsRepetitionCheck ewtsSendMed rsrpStatisticThd ueRecordIdSwitch ulSINRThd cellResource



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ZTE中兴 ICIC ICIC ICIC ICIC ICIC Load Management Load Management Load Management Load Management Load Management Load Management Load Management LTE FDD LTE FDD LTE Public Function Table LTE Public Function Table LTE Public Function Table LTE Public Function Table LTE Public Function Table LTE Public Function Table LTE Public Function Table LTE Public Function Table Measurement Parameter Measurement Parameter Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover Mobile Speed Handover PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH PUCH and PDCH QCI and PBR Mapping

秘密 Proprietary Confidential▲ Initial PA Value for Center paIndexCcu Users The High Threshold of IOT oiThrHighUl for OI with IOT oiThrlLowUl TheGenerating Low Threshold of IOT for Generating OI withSelect IOT fICICModeSelDl Downlink ICIC Mode Flag Uplink ICIC Mode Select fICICModeSelUl Flag Threshold to Execute PRB dlPRBLBExeThrd Downlink Balancing intraLBFreqPriorSwch Switch of Load Frequency (%) Priority Intra-LTE Enable in Switch LoadLoad Pre- ldPreestimEna Balancingof Neighbour Cell estimate Candidate Target Cell Type targCellTypeInd Indication Time to Protect the UE to timePrtUE be Handover Again of Intra- ulIntraNeiLdRelaThrd Relative Threshold LTE Neighbor Cell in PRB ulPRBLBExeThrd Threshold to Execute Overload State in Uplink Uplink Load Balancing Manual Operation Field(%) adminState (%) Scene Configuration sceneCfg LTE Public Function Table PubFunctionParaId ID MO Description description RSSI Level 1 ALM rssiAlmThresh1 Thresh(dbm) RSSI Level 1 ALM Raise rssiAlmRaiseTimes1 Times RSSI Level 1 ALM Clear rssiAlmClearTimes1 Times RSSI Level 2 ALM rssiAlmThresh2 Thresh(dbm) RSSI Level 2 ALM Raise rssiAlmRaiseTimes2 Times RSSI Level 2 ALM Clear rssiAlmClearTimes2 Times CDMA ANR Measurement cdmaANRMeasCfg Configuration Priority of IntraIndex Frequency lbIntraFreqPriority in Intra-LTE Load Mobile Speed Handover ID MobileSpeedHOId Balancing MO Description description The Timer for Going into tHoMax High Speed State Threshold of Handovers for nHoHighSpeed Judging Medium Mobilityfor nHoMediumSpeed Threshold of Handovers State Judging High The Timer for Mobility LeavingState High tHomaxhyst Speed State Scaling Factor of Trigger ftTrgSFMedium Time Applied Scaling FactorinofMedium Trigger ftTrgSFHigh Mobility State in High Time Applied Swtich of Mobility Speed mshoSwitch Mobility State Handover Number of Cell for Judging speedJudgNum UE Speed for High Speed hiSpeedThr Threshold Radius for Large Cell lCellRadius Radius for Medium Cell mCellRadius Radius for Small Neighbor sCellRadius Cell Radius for Very Small vsCellRadius Neighbour Cell SRS Hopping Bandwidth srsHopBW The Cell Identity in the cidofCoMP Function of CoMP SRS Initial Bandwidth srsIniBW SRS Subframe srsSubFrameCfg Configuration Switch of TTI Bundling swchTTIBundling Switch of Dynamic Adjust swchDAdjCqiMode CQI Mode Logical Channel Direction lchDirection



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S1AP Manual Operation Field adminState ServicePrior Service Prior ID ServicePriorId ServicePrior MO Description description ServicePrior Label Number of Service qci Class ServicePrior Allocation and Retention arp Priority ServicePrior Downlink Service Priory srvPriLvDl Level ServicePrior Uplink Service Priory Level srvPriLvUl SON ANR Policy Inter-System CDMA ANR enableCdmaANR Switch SON ANR Policy Inter-System CDMA ANR enableCdmaNbrDel Self-Delete SON ANR Policy The NumberSwitch of Neighbor selfDeleteNbrCellThrd Cell to Trigger ANR Self- SonPolicyEsId SON Energy Saving ConfiguSON Energy Saving Delete Function ID SON Energy Saving ConfiguConfigure MO Description description SON Energy Saving ConfiguPolicy ID sonPolicyId SON Energy Saving ConfiguSwitch for SON Energy esSwitch Saving Function SON Energy Saving ConfiguES Refer Point Policy sonReferPointPolicy SON Energy Saving ConfiguService Type sonFuncId SON Energy Saving ConfiguMonitor Message Report reportSwitch SON Energy Saving ConfiguSwitch Run Mode sonRunMode SON Energy Saving ConfiguPolicy Grade grade SON Energy Saving ConfiguSON ES Special Time sonSpcDay SON Energy Saving ConfiguWorkday Star Time of workdayStarTimeES Energy Saving SON Energy Saving ConfiguWorkday End Time of workdayEndTimeES Energy Saving SON Energy Saving ConfiguWeekend Star Time of weekendStarTimeES Energy Saving SON Energy Saving ConfiguWeekend End Time of weekendEndTimeES Saving SON Energy Saving ConfiguEnergy Switch of Determined ES switchESTime SON Energy Saving ConfiguTime The Static Period of ES staticPeriodES SON Energy Saving ConfiguThe Shortest Time of ES allowedTimeES SON Energy Saving ConfiguAllowed The Max Tolerance Load trdLoadESUp Uplink of Load Energy trdLoadESDown SON Energy Saving ConfiguThreshold The Max Tolerance Saving Cell while Switching Downlink SON Energy Saving ConfiguThreshold Threshold of PRB forof resPRBUp Off (%) Saving Energy Cell while Uplink ES SON Energy Saving ConfiguThreshold of PRB resPRBDown Switching Off (%) for Downlink ES SON Energy Saving ConfiguThe Max Tolerance numTrdFailRemoveUE Failue Remove SON Energy Saving ConfiguNumber The TimeofWindow of switchoffTimeWindow UE for Energy Saving Cell Switching off for ES Cell SON Energy Saving ConfiguDTX Enable esDTXSwitch SON Energy Saving ConfiguPA Adjust Enable esVDASwitch SON Energy Saving ConfiguMAC Statistic Interval rbInterval SON Energy Saving ConfiguThreshold for Close Sub thrClose Frame (%) SON Energy Saving ConfiguThreshold for Open Sub thrOpen Frame (%) SON Energy Saving ConfiguHow Many Short Windows windowNum OneWindow Long Window SON Energy Saving Configuin Short for Statistic sWindow Allot RB SON Energy Saving ConfiguIncrease Numbers RB Numbers increaseRB SON MRO Policy Threshold of Inter-Rat mroUnnesHOOptiThrd Handover Parameter SON MRO Policy Threshold of Ping-Pong pingPongOptiThrd Optimization (%) Handover Parameter SON MRO Policy Threshold of Last Serving ccoLastServRsrpThd Optimization Cell RSRPof for(%) SON CCO ccoNbrRsrpThd SON MRO Policy Threshold Neighbour Cell for SON CCO mroWarnThrd SON MRO Policy The RSRP Threshold of Start MRO Parameter Optimization

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ZTE中兴 SON PCI Policy SON PCI Policy SON PCI Policy SON PCI Policy SON RO Policy SON RO Policy SON RO Policy SON RO Policy SON RO Policy SON RO Policy SON RO Policy SON RO Policy SON RO Policy UTRAN Neighbor Relation UTRAN Neighbor Relation UTRAN Neighbor Relation UTRAN Neighbor Relation UTRAN Neighbor Relation UTRAN Neighbor Relation UTRAN Neighbor Relation UTRAN TDD Cell Reselection UTRAN TDD Cell Reselection X2AP Measurement Parameter E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell Baseband Resource Baseband Resource E-UTRAN FDD Cell Measurement Parameter Measurement Parameter SON ANR Policy LTE FDD Baseband Resource Load Management Global Switch E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Neighbor Cell E-UTRAN TDD Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell

秘密 Proprietary Confidential▲ Run Mode sonRunMode Resolving PCI Conflict or C enableReslvPCIByTimer The Appointed Time Used totimerForDetectECGI The Appointed Time Used totimerForReslvPCI High Threshold of sonROCPThdH Contention Probability for Low Threshold of sonROCPThdL RACH Optimization Contention Probability for Threshold of NonsonROHOThd RACH Optimization dedicated Preamble Weighting Factor For Rach sonROLoadFactor Occupied by Handover Load Estimation Resource sonROResCounter ProbabilityAllocation for RACH Monitor Counter for RACH RO Resource Optimization sonROResEnable Optimization Optimization Enable Resource Allocation sonROResTimer Monitor Timer for RACH Resource Allocation sonROResTrigger Optimization Trigger for RACH Run Mode sonRunMode Optimization The Indicator for Sector ID oneXrttSectorFlag Cover Energy Saving Cell coverESCell Energy Saving Cell is isESCoveredBy Covered the Adjacent lbIntraMeasureOffset Offset of by Intra-Frequency Cell Measurement in Load Threshold of PRB for resPRBDown Balancing Downlink ES Threshold of PRB for resPRBUp Uplink ES The Time Window of switchonTimeWindow Switching on for ES RSRQ Threshold forCell utranThreshXLowQFdd Reselecting Lower Priority RSRQ Threshold for utranThreshXHighQFdd Serving UTRAN CellPriority Reselecting Higher Manual Operation Field adminState Serving UTRAN Cell Switch of Dual Measure dualMeasSwitch CSFB Method of UMTS csfbMethdofUMTS CSFB Method of GSM csfbMethodofGSM CSFB Method of csfbMethdofCDMA CDMA2000 Uplink Tilt of AAS aasTiltUl Downlink Tilt of AAS aasTiltDl Sample Rate Mode sampleRateCfg Configuration GERAN ANR geranANRMeasCfg Measurement UTRAN ANR utranANRMeasCfg Configuration Index Measurement Inter-System GSM ANR sonEnableGsmANR Configuration Index Switch eNodeB Name enbName Cell Mode cellMod Inter-Freq/RAT Camp Load interCLBSwitch Balancing Switch Switch of Dedicated dedCarrierSharSwitch Carrier Sharing Switch of Server Cell coMPFlagUl CoMP Function Switch of Loading Test loadtestSwitch Uplink PRB Random switchUlPRBRandom Switch Offset Angle offsetAngle Switch of FDD Neighbor coMPFlagUl Cell CoMP Function Switch of TDD Neighbor coMPFlagUl Cell CoMP Function HRPD AN ID hrpdAnId Cell Color Code colorCode Intra-Subnet ID intraSubnetId



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ZTE中兴 CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN Cell Reselection Admission Control Admission Control Admission Control Admission Control PUCH and PDCH Scheduling SI SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON ANR Policy SON X2 Policy UTRAN FDD Cell Reselection SON X2 Policy SON X2 Policy E-UTRAN FDD Cell FDD SON Control FDD SON Control FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy

秘密 Proprietary Confidential▲ General Configuration for generalCfg HRPD 1xRTT Sector SystemIDID oneXrttSID 1xRTT Network ID oneXrttNID 1xRTT Registration Zone oneXrttRegZone 1xRTT Band Class oneXrttBandClass 1xRTT Current curAuthMode Authentication Mode 1xRTT MAX Carrying SO oneXrttMaxSO Number Allowed 1xRTT Pilot Increment oneXrttPilotInc MSC-Market ID mscMarketId The Switch Number mscSwitchNum Definition of MSC ID The Sector ID of 1xRTT oneXrttSectorID Cell The Indicator for Sector ID oneXrttSectorFlag Needing Configuration General Flag generalFlag Mobile Country Code for oneXrttMCC 1xRTT Srxlev (RSRP) Threshold r9SIntraSrchP of Intra-Frequency Srxlev (RSRP) Threshold r9SNintraSrchP Measurement for Cell Reof Inter-Frequency Switch for Threshold (in threshSrvLowQSwitch Selection Measurement for Cell RedB) of the Serving Cell Speed State Reselection reselParaBaseSpeedFlag Selection When Reselecting Towards Parameter Configuration Enable AC-Barring For MO enableACBar4MOData a Lower Priority RAT/ Flag Data Enable AC-Barring For MO enableACBar4MOSig Frequency RSRQ (Release Signalling 9)’ Admission Control Switch swchProRejAC for Probable Rejection Uplink Threshold of proRejThrdUl Probable Rejection Downlink Threshold of proRejThrdDl Admission Probable Rejection Probable Rejection factorProRej Admission Factor Admission SRS Bandwidth srsBWCfg Configuration Flag for whether SIB12 is sib12 in System Information Inter-System GSM ANR sonEnableGsmNbrDel Self-Delete Switch Inter-System UTRAN ANR sonEnableUtraANR Switch Inter-System UTRAN ANR sonEnableUtraNbrDel Self-Delete Switch Drop Call Ratio Thershold disAnrDropCallRatioThrd for Closing ANR Funcion disAnrHOSuccessRatioThr HO Success Ration Threshold for for Closing Timer Length ANR ANR d statisticTimer Funcion Neighbor Cell Temporary HO Times Threshold to hoTimesThreshold Statistic Modify NoHo Attribute HO Failure Ratio Threshold hoFailureRatio to NoHo Threshold sonS1HoSuccThrd S1Modify HO Success Attribute(%) Scale Factor for UTRAN sfHigh Cell Reselection in High- sonX2HoSuccThrd X2 HO Success Threshold Speed X2 Self-Setup/Self-Delete statisticTimer Statistic Timer Length Cell Edge UE/Cell Center ceuccuSwitch UE Judge Switch Service Type sonFuncId Service Switch sonSwitch ANR Refer Point Policy sonReferPointPolicy Enable ANR sonEnableANR Minimum DRX Length sonMinDRXCycle Select UE Counter sonMeasObjChoiceCounter Neighbour Report sonNbrReportThreshold Threshold



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ZTE中兴 FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD ANR Policy FDD X2 Policy FDD X2 Policy FDD X2 Policy FDD X2 Policy FDD X2 Policy FDD X2 Policy FDD X2 Policy FDD PCI Policy FDD PCI Policy FDD PCI Policy FDD PCI Policy FDD PCI Policy FDD PCI Policy FDD PCI Policy FDD PCI Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD MRO Policy FDD CCO Policy FDD CCO Policy FDD CCO Policy FDD CCO Policy FDD CCO Policy FDD CCO Policy FDD RO Policy FDD RO Policy FDD RO Policy FDD RO Policy FDD RO Policy FDD RO Policy FDD RO Policy

秘密 Proprietary Confidential▲ Threshold of Successful sonHoSuccThreshold Handover Service Type sonFuncId Log Report Switch reportSwitch Running Mode sonRunMode Drop Call Ratio Threshold enAnrDropCallRatioThrd HO Success Ratio enAnrHOSuccessRatioThrd Threshold Two-Way Neighbour twoWayFlg Relation Intra-LTE ANR Self-Delete sonEnableNbrDel Switch X2 Refer Point Policy sonReferPointPolicy X2 Self Setup Enable x2SelfSetupSwitch X2 Self Delete Enable x2SelfDelSwitch X2 Self Delete Threshold sonX2DelCheckThreshold Service Type sonFuncId Log Report Switch reportSwitch Running Mode sonRunMode PCI Refer Point Policy sonReferPointPolicy PCI Enable sonEnablePCI Resolve Manner when PCI sonResolveManner is Conflict Or Confusion Enable to Detect Neighbor enablePeriodicDetect Cell By UE Periodic Number of Detect periodicDetectCounter Neighbor Cell By UE Service Type sonFuncId Log Report Switch reportSwitch Run Mode sonRunMode MRO Refer Point Policy sonReferPointPolicy MRO Enable sonEnableMro Timer of eNodeB Statistics sonStatisticTimer MRO Error Information The Minimum Time Interval sonIntervalTimer Between MRO Parameter sonTotalAdjust The Maximum Value Optimization Adjusted By MRO The Distinguish Threshold sonOptRatioThrd Parameter Optimization of Parameter The ThresholdOptimization of Start sonWarnThrd Type MRO Parameter Service Type sonFuncId Optimization Log Report Switch reportSwitch Run Mode sonRunMode CCO Refer Point Policy sonReferPointPolicy CCO Enable sonEnableCco Threshold of CCO Alarm ccoWarnThrd Trigger Service Times Type sonFuncId Log Report Switch reportSwitch Run Mode sonRunMode RO Refer Point Policy sonReferPointPolicy RO Power Control sonEnableRo Optimization Enable Service Type sonFuncId Log Report Switch reportSwitch Run Mode sonRunMode Power Control Monitor roPowCounter Counter for RACH Power Control Monitor roPowTimer Optimization Timer for RACH Optimization



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秘密 Proprietary Confidential▲

ZTE中兴 FDD RO Policy FDD RO Policy Baseband Resource Baseband Resource E-UTRAN FDD Cell

Deleted Parameters MO Name LTE FDD S1AP X2AP Explicit Congestion Notification Explicit Congestion Notification Explicit Congestion Notification ICIC ICIC ICIC Load Management Mobility Management Baseband Resource CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell CDMA2000 Neighbor Cell EMLP Parameter E-UTRAN Cell Reselection E-UTRAN Cell Reselection E-UTRAN FDD Cell E-UTRAN FDD Cell Global Switch PRACH PUCH and PDCH SON MRO Policy UL Power Control UL Power Control E-UTRAN FDD Cell S1Ap X2Ap E-UTRAN FDD Cell E-UTRAN FDD Cell E-UTRAN FDD Cell Measurement Parameter

First Detection Miss Probability for Number of Threshold Preamble Sent RACH Optimization Target for Ant RACH Downlink Configure Optimization Bitmap Uplink Ant Configure Bitmap radioMode

roDMP1Thd roNumPreambleSentTarget antMapDl antMapUl Radio Standard

Parameter Name Manual Operation Field Manual Operation Field Manual Operation Field Detection Peroid for ECN ECN UL Memory Threshold(%) ECN UL Receive Queue Threshold(%) Bit Map of Edge Area Frequency forMap Downlink Borrowed Bit of Center Area Frequency Bit Map of Center Area for Downlink Frequency for Downlink Relative Threshold of IntraLTE Neighbor Cell in Switch for GERAN RIM Overload State in Uplink The (%) Mode to Compose Channel Energy Inside MCC of Neighbor Cell of One Port 1xRTT Band Class MNC of Neighbor Cell User Weight Factor Enable AC-Barring For MO Data Enable AC-Barring For MO Signalling Antenna Port 1 Used By Cell Uplink PRB Random Switch Threshold for UE E-RAB Dedicated Preamble Occupation Time PUSCH Frequency Hopping Supported The Threshold of Start MRO Parameter P0-Nominal PUSCH Optimization Dynamic Ascending P0-Nominal PUSCH Range for Outer-Loop Power Dynamic Descending Downlink PRB Random Control Range for Outer-Loop Switch Manual Operation Field Power Control Manual Operation Field radioMode Manual Operation Field Transmission Mode Redirection A2 Switch for RSRP and RSRQ

Short Name adminState adminState adminState ecnPeriod memThresholdUl recQueThresholdUl edgeFreqDlBitMap centBorrFreqDlBitMap centFreqDlBitMap ulIntraNeiLdRelaThrd switchGeranRim insPortCmpModDl mcc oneXrttBandClass mnc userWeight enableACBar4MOData enableACBar4MOSig antPort1 switchUlPRBRandom threshOfUeERAB preambLifeTime puschHopInd sonWarnThrd poUpMax poDownMax switchDlPRBRandom adminState adminState Radio Standard adminState flagSwiMode redA2Switch



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ZTE中兴

秘密 Proprietary Confidential▲

riptions

er format is "struct" in the page "LTE e

elongs to GUI on the EMS interface

tep shown, it means the step is 1) system

rameter will take effect after being hich the parameter refers to which type the parameter refers to ains aof group of parameters iction parameter, if there is any

the related parameters r shown on the GUI n, if there is any d of baseband board

Author Xiao Gang Xiao Gang Xiao Gang

Zhang Pingyun

Details of Revision Changes 1. There are 23 parameters Modified , as shown in Modified Parameters below. 1. There are 5 parameters Modified , as shown in Modified Parameters below. 2. There are 2 parameters added, as shown in New Parameters below. 1. There are 55 parameters Modified , as shown in Modified Parameters below. 2. There are 75 parameters added, as shown in New Parameters below. 3. There are 11 parameters Deleted, as shown in Deleted Parameters below. 1. There are 11 parameters Modified, as shown in Modified Parameters below. 2. There are 2 parameters added, as shown in New Parameters below.



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ZTE中兴 Zhang Pingyun

1. There are 117 parameters Modified , as shown in Modified Parameters below. 2. There are 146 parameters added, as shown in New Parameters below. 3. There are 16 parameters Deleted, as shown in Deleted Parameters below. Wang Qingyun 1. There are 130 parameters Modified , as shown in Modified Parameters below. 2. There are 61 parameters added, as shown in New Parameters below. Zhang Pingyun There are 14 parameters Modified , as shown in Modified Parameters below. Wang Qingyun There are 56 parameters added , as shown in New Parameters below. Wang Qingyun 1. There are 18 parameters modified , as shown in Modified Parameters below. 2. There are 3 parameters added , as shown in New Parameters below. 3.There are 6 parameters deleted , as shown in Deleted Parameters below. Wu Xueting, Lu Huanhuan, First Edition Zhang Pingyun

Revisied Details Description

Old Value

Set Rule Set Rule Set Rule Set Rule Set Rule Set Rule Set Rule Set Rule Default Value Default Value Set Rule Set Rule Default Value Set Rule Set Rule Set Rule Set Rule Set Rule Set Rule Set Rule Default Value Default Value Default Value Parameter Name Parameter Description Parameter Name

If this parameter is set too large, it willthe harder foris,cell The larger value the to meet the cell selection easier for UE to re-select If this parameter is set toois criteria. Ifcell. this The parameter to target large, it will harder for can cell A too value can not set toosmall small, the is cell experience 6dB. to meet theavalue cell selection guarantee stable status not provide service for UE. A too small value can not criteria. If this parameter is of the signal quality of The experience value is guarantee athe stable status The larger value is, the set too small, the cell can target cell. The experience -130 dBm. of the signal quality of the harder for cell to meet not provide service for UE. If this parameter is set too value is 0.75 target cell. The experience cell selection criteria. If Set The experience value is large, it will harder for cell The larger is,the value is 0.5the value this parameter value too -130 dBm. to meetfor the cell selection easier UE tomay re-select 2[1] small, then cell not is criteria. If this parameter to the target cell.The provide service to UE. The TM3[2] set too small, the is cell can experience value 3dB. experience value is -20dB. not provide service for UE. If the channel condition is The experience value isof good, a smaller length If the channel condition is -20 CCEdB. isa set to guarantee good, smaller length of IRC[1] more UEs, if the channel CCE is set to guarantee Only inter-subframe condition is bad, the is larger more UEs, if the channel recommended for the length of CCE is set to If the timerisisbad, set the too larger long, condition normal scenario. guarantee the decoding UE can not timely enter length of CCE is set to If this parameter value is performance ofdecoding PDCCH. into theshort, idlethe status, If this guarantee set too it mode may If the timer is set tooaffect long, The self-adapt is parameter is set too short, performance of PDCCH. the message receiving of UE can not timely attempt recommended. T304 has relationship itThe willself-adapt affect UE mode selectsiswith the RRCConnectionSetup or the RRC connection UE handover. If it is setwith too appropriate E-UTRAN cell recommended. T304 has relationship RRCConnectionReject. request retry, andtimely if the long, UE can not or other RAT cell. UE handover. Ifshort, it is set too Recommend value:7 This parameter makes the timer is set too UE request the recommend value:2 long, UEenter canRRC not timely shortest validity duration of can not the RRC Open[1] connection request the reRRCpriority cell re-selection connection status or cell establishment after Close[0] connection reprovided by dedicated re-selection. Recommend handover failure, and if it is establishment after Close[0] message.Recommend value:3 set too short, UE handover handover failure, and if it is value:0 Local IPshort,Recommend may failure. set too UE handover value:5 Localfailure. IP may Recommend value:3 Local IP

New Value

If this parameter is set too large, it willthe harder foris,cell The larger value the to meet the cell selection easier for UE to re-select If this parameter is set toois criteria. Ifcell. this parameter to target large, it will harder for can cell A too value not set toosmall small, the can cell to meet theaservice cell selection guarantee stable status not provide for UE. A too small value can not criteria. If this parameter is of the signal quality of guarantee a stable status The larger the value is, the set too small, the cell can target cell. quality of of the signal harder for cell to meet not provide service for the UE. If this parameter is set too target cell. criteria. cell selection If Set large, it will harder for cell The larger the value is,the this parameter value too to meetfor the cell selection easier UE tomay re-select When the antena is 1not is small, then cell criteria. If this parameter to the target cell. antena,the default value provide service to UE. 1. For BPL0: set tooFDD small, the cell canof cellRSPortNum is 1[0], When the antena isfor 1 UE. not provide service If the channel condition When the antena isvalue 2 isof antena,the default good, a smaller length ofisof If the channel condition antena,the default value ueTransMode is TM1[0]. CCE isa set to guarantee good, smaller length cellRSPortNum is 2[1], 1. ForUEs, FDD When the antena isMRC[0] notof1 more ifBPL0: the channel CCE is set to guarantee When the antena is 4 of 2. For FDD BPL1: IRC[1] antena,the value N/A condition isifdefault bad, the larger more UEs, the channel antena,the default value of ueTransMode is TM3[2]. length of CCE is set to If the timer is set too long, condition is bad, the larger cellRSPortNum is 4[2], 2. For FDDthe BPL1: guarantee decoding UE can timely enter length ofnot CCE is set to is If this parameter value TM3[2] performance of PDCCH. into the idle status, Ifaffect this guarantee theitdecoding set too short, may If the timer is is set setPDCCH. too short, long, parameter too performance of the message receiving of UE notrelationship timely attempt has with itT304 willcan affect UE selects the RRCConnectionSetup or the RRC connection UE handover. If it is setwith too appropriate E-UTRAN cell T304 has relationship RRCConnectionReject. request retry, andtimely if the long, UE can not or other RAT cell. UE handover. it is set too This parameter makes the timer is set tooIfshort, UE request the long, UEenter canRRC not timely shortest validity duration of can not the RRC 1. For FDD BPL0: Close[0] connection request the reRRCpriority cell re-selection connection status or cell 2. For BPL1: Open[1] establishment after 1. For FDD FDD BPL0: connection reprovided by dedicated re-selection. handover failure, and When establishment after if it is 1. For FDD BPL0: message. set too short, UE switchForCLPCofPUSCH handover failure, handover and if it is When Used IP layer configuration may failure. is Open[1],the setset tootoshort, UE handover switchForCLPCofPUSCH Used IPvalue layerof configuration default may is setfailure. to Open[1],the puschPCAdjType is Used IPvalue layerof configuration default Accumulation[1]. rsrpPeriodMeasSwitchDl is When Open[1]. switchForCLPCofPUSCH When is set to Close[0],the switchForCLPCofPUSCH default of is set tovalue Close[0],the puschPCAdjType default value of is Current absolute[0] rsrpPeriodMeasSwitchDl is

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ZTE中兴 Parameter Description Set Rule Default Value Unit Parameter Description Default Value Default Value Range and Step Default Value Default Value Range and Step Default Value Default Value Parameter Name Range and Step Default Value Range and Step Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Data Type Default Value Data Type Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Range and Step

Local IP It can only be Non-Energy Saving 40s[10] Cell when RRU is configured as dual-carrier dBm or multi-mode. Is CP Merged 43 0;100;0;0;0;0;0 [1..255] 43 32[3] [0..1] step 1 10 10 Neighbour Report Threshold [2..16] step 2 RB Location Wideband Allocation[0] 0:RB Location Wideband Allocation,1:RB Location RB Location Wideband Sub-Band Allocation[0] 4 Allocation(Frequency Open Selective),2:UL Hopping(Non-Frequency Open Selective),3:Speed Self Open Adaption,4:Service Self 0 Adaption,5:Self Adaption,6:Uplink PRB 2[2] Random Allocation 2 -110[5] -80 -80 3;3;3;3;3;3;3;3;3;3;3;3;3;3; 3;3;3;3;3;3;3;3;3;3;3;3;3;3; sequence 3;3;3;3 5;5;5;5;5;5;5;5;5;5;5;5;5;5; 5;5;5;5;5;5;5;5;5;5;5;5;5;5; sequence 5;5;5;5 Support[1] 0:Not Support,1:Support False[0] 0:False,1:True False[0] 0:False,1:True False[0] 0:False,1:True False[0] 0:False,1:True False[0] 0:False,1:True Disable 0:Disable,1:Enable

Used IP layer configuration BPL0:MRC is necessary only when one attenna is 10s[5] configured (only one bit of dB ucULAntMap equals 1) The parameter is used to is BPL1,BPN0,BPN2: MRC determine whether Merge necessary only when one 0 Two 4ANT FDD Rru toone 8 attenna is active (only 255;254;0;0;0;0;0 Ants bit of RRU. ucUpActAntBitmap [1..8] equals 1) 0 64[4] [0..2] step 1 90 90 Neighbor Cell Report Threshold [0..16] step 2 Uplink PRB Random Allocation[6] 0:RB Location Wideband Allocation,1:RB Location Downlink PRB Random Sub-Band Allocation[2] 2 Allocation(Frequency Close[0] Selective),2:UL Hopping(Non-Frequency Close[0] Selective),3:Speed Self Close[0] Adaption,4:Service Self 1 Adaption,5:Self Adaption,6:Uplink PRB 8[8] Random 0 Allocation,7:Allocate RB -100[10] from high frequency -75 -75 3;3;3;3;3;3;3;3;3;3;3;3;3;3; 3;3 sequence 5;5;5;5;5;5;5;5;5;5;5;5;5;5; 5;5 sequence Yes[1] 0:No,1:Yes No[0] 0:No,1:Yes No[0] 0:No,1:Yes No[0] 0:No,1:Yes No[0] 0:No,1:Yes No[0] 0:No,1:Yes Close 0:Close,1:Open



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Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Range and Step Range and Step Range and Step Default Value Default Value Default Value Unit Unit Unit Default Value When to Take Effect Default Value Range and Step Default Value Range and Step Default Value Range and Step Default Value Default Value Range and Step Default Value Parameter Description Parameter Name Parameter Description Parameter Name Default Value Default Value Parameter Description Parameter Description Range and Step Parameter Name Parameter Description Default Value Parameter Name Parameter Name Parameter Name Parameter Description

False[0] No[0] 0:False,1:True 0:No,1:Yes False[0] No[0] 0:False,1:True 0:No,1:Yes False[0] No[0] 0:False,1:True 0:No,1:Yes Used Yes[1] 0:Not Used,1:Used 0:No,1:Yes False Close[0] 0:False,1:True 0:Close,1:Open [0..1048575] step 1 [0..268435455] [0..1048575] step 1 [0..268435455] 3000 5000 2000[4] 4000[5] Close[0] Open[1] Hour N/A Hour N/A Hour N/A EIA0[0] 128-EIA2(High Priority) and Priority) Effective immediately Cell 128-EIA1(Low Reset [4] 18 {pucchDeltaShf==0}[0], {pucchDeltaShf==1}[0], [0..2047] step 1 {pucchDeltaShf==0} {pucchDeltaShf==2}[0] [0..682] step 1, 0 {pucchDeltaShf==0}[0], {pucchDeltaShf==1} {pucchDeltaShf==1}[0], [0..2047] step 1 {pucchDeltaShf==0} [0..1364] step 2, {pucchDeltaShf==2}[0] [0..682] step 1, 36 {pucchDeltaShf==0}[24], {pucchDeltaShf==2} {pucchDeltaShf==1} {pucchDeltaShf==1}[32], [0..2047] step 1 [0..2047] step 1 {pucchDeltaShf==0} [0..1364] step 2, {pucchDeltaShf==2}[24] [0..682] step 1, 2[1] 1[0] {pucchDeltaShf==2} {pucchDeltaShf==1} [0..2047] step 1 10;0;10 0;6;14 [0..1364] step 2, 0:Close Inter 0:Close Inter {pucchDeltaShf==2} Frequent/Inter Rat Frequent/Inter [0..2047] step 1Rat 0 1 Measure,1:Open Inter Measure,1:Open Inter Power Offset was Related UE specific component for Frequent Measure,2:Inter Frequent Measure,2:Inter to UE of PUSCH in PUSCH (re)transmissions Power Offset was Related PUSCH Power Offset of Rat Measure,3:Redirect Rat Measure,3:Redirect Dynamic Schedule corresponding a to UEParameter of PUSCH in UE inparameter Dynamicto Schedule Measure,4:Intra Frequent Measure,4:Intra Frequent The Indicates The indicates dynamic scheduled Dynamic Schedule HO Measure,5:Inter HO Measure,5:Inter the Number of TTI the number of TTI The Number Channel The Number Channel grant(common initial value) Frequent HO of to Frequent HO ofto Corresponding the SR corresponding the SR Corresponding to the SR Corresponding to the SR Allowed[1] Not Allowed[0]period for Measure,6:ICIC Measure,6:ICIC Transition Period for UE. It transmission UE. Transition Period for UE in Transmission Period for Measure,7:Intra-LTE LoadHO[ Measure,7:Intra-LTE Load Supports DTM and DTM Not Support DTM[2] is One-Dimensional Vector It is one-dimensional Cell Configuration UE in Cell Configuration Balance Measure,8:Intra Balance Measure,8:Intra Including Three Elements. vector including four Downlink RBG Resources Schedule RBG bitmap Frequent Period Frequent Period elements. Active when Downlink enable.0 is Uplink Bitmap RB Resources Schedule RB bitmap when Measure,9:Report CGI Measure,9:Report CGI IC RBG,1 is OC RBG,2 is Active enable.0 is 1ICDlRB,1 Measure,10:Period Dl Rsrp Uplink Measure,10:Period Rsrp [1..1] Bitmap [0..1048575] RBGisstep is OC RB,2 disable RB Measure,11:Event Dl Rsrp disable Measure,11:Event Dl Rsrp Enable Ping-Pong MeasurePing-Pong Handoff Enable Measure,13:eICIC Suppression Handover Suppression Configure whether to Configure whether to Measurement,18:Period Enable Ping-Pong Handoff Enable Ping-Pong ANR Measurement 50 90 Suppression Function. Handover Suppression PUSCH Indicated By PUSCH Function.Indicated By PDCCH DCI 3/3A Valid Or PDCCH 3/3A Valid PUCCH Indicated By PUCCH DCI Indicated By or Not Not PDCCH DCI 3/3A Valid Or PDCCH DCI 3/3A Valid or Delta MCS Enabled Ks Given by the UE Not Not Specific Parameter Delta MCS Enabled The parameter is used to DeltaMCS-Enabled determine whether or not to compensate the effection of modulation and code rate.

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Parameter Name Power Control Adjust PUSCH Power Control Accumulation Enabled Adjustment Type Parameter Description Power Control Adjust The parameter indicates Accumulation Enabled the power control adjust Default Value Open[1] Close[0] type for PUSCH. Range and Step [0..255] [0..3],[15..15] step 1 Range and Step 0:Three Cells Eight Ants, 0:Three Cells Eight Ants,1:S 1:Six Cells Four Ants Range and Step Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ Range and Step Length:[0..128] Length:[0..128], %^*|\/&'"] PlainText[`[email protected]#$ Parameter Name Cell ID The Cell ID of 1xRTT cell %^*|\/&'"] Range and Step Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ Range and Step 0:No,1:Yes 0:Not Support,1:Support %^*|\/&'"] Parameter Name/ParameterRemote IP CICD IP Default Value 2600 200 Parameter Description S1 HO Overall Timer This timer will be started after the source hand Parameter Description X2 HO Overall Timer This timer will beofstarted over receives handover after the source of Default Value 15000 3000 command from the MME handover receives Default Value 0 1 when hand over starts on handover request S1, it will be stopped if Range and Step Length:[0..128] Length:[0..128], acknowledge message release message from PlainText[`[email protected]#$ from the destination , it the will Range and Step [1..8] [1..8] step 1 is received. core network %^*|\/&'"] be stopped if release Range and Step 0:30,1:60,2:120,3:180,4:24 0:30,1:60,2:120,3:180,4:24 message from the 0,5:Not Used 0 Range and Step 0:30,1:60,2:120,3:180,4:24 0:30,1:60,2:120,3:180,4:24 destination is received. 0,5:Not Used 0 Range and Step [0..31] [0..31] step 1 Unit N/A dB Default Value 8 4 Default Value 4 1 Default Value -20 -19 Range and Step Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ Default Value N/A 0;0;0;0;0;0;0;0;0;0;0;0 %^*|\/&'"] Range and Step [0..600] [0..600] step 1 Range and Step [0..600] [0..600] step 1 Range and Step [1..5],[7..14],[17..28] [1..5],[7..14],[17..28], [101..101] step 1 Range and Step freqBandInd==1[1920freqBandInd==1[19201980], 1980], Range and Step freqBandInd==1[2110freqBandInd==1[2110freqBandInd==2[1850freqBandInd==2[18502170], 2170], Range and Step [0..3] 0:0,1:1,2:2,3:3 1910], 1910], freqBandInd==2[1930freqBandInd==2[1930Range and Step 0:False,1:True 0:No,1:Yes freqBandInd==3[1710freqBandInd==3[17101990], 1990], 1785], 1785], Unit M MHz freqBandInd==3[1805freqBandInd==3[1805freqBandInd==4[1710freqBandInd==4[17101880], 1880], Unit M MHz 1755], 1755], freqBandInd==4[2110freqBandInd==4[2110Range and Step 0:Self Adaptive Between 0:Self freqBandInd==5[824-849], freqBandInd==5[824-849], 2155], 2155], Adaptive Between Transmission Transmission freqBandInd==7[2500freqBandInd==7[2500Parameter Name CSFB Method of UMTS CSFB Method of UTRAN freqBandInd==5[869-894], freqBandInd==5[869-894], Modes,1:Fixed Modes,1:Fixed 2570], 2570], freqBandInd==7[2620freqBandInd==7[2620Unit Msps N/A TM1,2:Fixed TM2,3:Self TM1,2:Fixed TM2,3:Self freqBandInd==8[880-915], freqBandInd==8[880-915], 2690], 2690], Range and Step 0:Non support,1:Support 0:Not Support,1:Support Adaptive in TM3,4:Fixed Adaptive in TM3,4:Fixed freqBandInd==9[1749.9freqBandInd==9[1749.9freqBandInd==8[925-960], freqBandInd==8[925-960], SFBC in TM3,5:Fixed RI=2 SFBC in TM3,5:Fixed RI=2 1784.9], 1784.9], Range and Step Length:[0..128] Length:[0..128], freqBandInd==9[1844.9freqBandInd==9[1844.9Open-Loop SM in Open-Loop SM in freqBandInd==10[1710freqBandInd==10[1710PlainText[`[email protected]#$ 1879.9], 1879.9], Range and Step [1..5],[7..14],[17..28] [1..5],[7..14],[17..28], TM3,6:Self Adaptive in TM3,6:Self Adaptive in 1770], 1770], %^*|\/&'"] freqBandInd==10[2110freqBandInd==10[2110[101..101] step 1 in Range and Step freqBandInd==1[1920freqBandInd==1[1920TM4,7:Fixed SFBC in TM4,7:Fixed SFBC freqBandInd==11[1427.9freqBandInd==11[1427.92170], 2170], 1980], TM4,8:Fixed RI =1 Closed- 1980], TM4,8:Fixed RI =1 Closed1452.9], 1452.9], Range and Step freqBandInd==1[2110freqBandInd==1[2110freqBandInd==11[1475.9freqBandInd==11[1475.9freqBandInd==2[1850freqBandInd==2[1850Loop SM in TM4,9:Fixed Loop SM in TM4,9:Fixed freqBandInd==12[698freqBandInd==12[6982170], 2170], 1500.9], 1500.9], Unit M 1910], 1910], RI=2 Closed-Loop SM in MHz RI=2 716], 716], Closed-Loop SM in freqBandInd==2[1930freqBandInd==2[1930freqBandInd==12[728freqBandInd==12[728Unit M MHz freqBandInd==3[1710freqBandInd==3[1710TM4,10:Self Adaptive in TM4,10:Self Adaptive in freqBandInd==13[777freqBandInd==13[7771990], 1990], 746], 746], 1785], 1785], TM6,11:Fixed SFBC in TM6,11:Fixed SFBC in 787], 787], freqBandInd==3[1805freqBandInd==3[1805freqBandInd==13[746freqBandInd==13[746freqBandInd==4[1710freqBandInd==4[1710TM6,12:Fixed RI=1 TM6,12:Fixed RI=1 freqBandInd==14[788freqBandInd==14[7881880], 1880], 756], 756], 1755], 1755], Closed-Loop SM in Closed-Loop SM in 798], 798], freqBandInd==4[2110freqBandInd==4[2110freqBandInd==14[758freqBandInd==14[758 freqBandInd==5[824-849], freqBandInd==5[824-849], TM6,13:Self Adaptive in TM6,20:Self Adaptive in freqBandInd==17[704freqBandInd==17[7042155], 2155], 768], 768], freqBandInd==7[2500freqBandInd==7[2500TM7,14:Fixed SFBC in TM3/TM4 716], 716], freqBandInd==5[869-894], freqBandInd==5[869-894], freqBandInd==17[734freqBandInd==17[7342570], 2570], TM7,15:Fixed freqBandInd==18[815freqBandInd==18[815freqBandInd==7[2620freqBandInd==7[2620746], 746], freqBandInd==8[880-915], freqBandInd==8[880-915], Port5,16:Self Adaptive in 830], 830], 2690], 2690],

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ZTE中兴

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Range and Step Range and Step Range and Step Parameter Name Parameter Name Parameter Name Parameter Name Range and Step Range and Step Range and Step Range and Step Range and Step Default Value Default Value Range and Step Range and Step Range and Step Range and Step Range and Step Range and Step Default Value Default Value Default Value Range and Step Range and Step Data Type Range and Step Range and Step Parameter Name Range and Step Default Value Range and Step When to Take Effect When to Take Effect Parameter Name Parameter Name Parameter Description Range and Step Range and Step Range and Step Default Value Range and Step Parameter Name Parameter Name Parameter Description Range and Step

Length:[0..128] Length:[0..128], 0:Idle,1:Connected,2:Idle PlainText[`[email protected]#$ 0:RRC_IDLE %^*|\/&'"] and Connected Only,1:RRC_CONNECTED Length:[0..128] Length:[0..128], Only,2:RRC_IDLE+ ECN DL Queue Threshold PlainText[`[email protected]#$ ECN DL Queue RRC_CONNECTED %^*|\/&'"] Threshold(%) ECN DL Retransmission ECN DL Retransmission Queue Queue ECN ULThreshold Memory ECN ULThreshold(%) Memory Threshold Threshold(%) ECN UL Receive Queue ECN UL Receive Queue Threshold Threshold(%) 0:No,1:Yes 0:Close,1:Open Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ Length:[0..128] Length:[0..128], %^*|\/&'"] [0..65533],[65535..65535] PlainText[`[email protected]#$ [0..65533],[65535..65535], %^*|\/&'"] It is a Number Text [0..1023] {freqBand==5}[128..251] step 1, 0 {freqBand==5}[128], {freqBand==6}[1..124] step {freqBand==6}[1], Reserved[0] GSM850[5] 1, {freqBand==7}[0], 0:No,1:Yes 0:Not Support,1:Support {freqBand==7}[0..124] {freqBand==8}[0], [975..1023] step 1, 0:No,1:Yes 0:Not Support {freqBand==9}[512], {freqBand==8}[0..124] VoIP,1:Support VoIP {freqBand==10}[512] Length:[0..128] Length:[0..128], [955..1023] step 1, PlainText[`[email protected]#$ 0:No,1:Yes 0:Not Support,1:Support {freqBand==9}[512..885] %^*|\/&'"] step 1, Length:[0..128] Length:[0..128], {freqBand==10}[512..810] PlainText[`[email protected]#$ length:[0..150], length:[0..150], step 1 %^*|\/&'"] PlainText[&!"#$ PlainText[&!"#$ Disable[0] Enable[1] %*@[\]^_'{|}~] %*@[\]^_`;{|}~] 1510 1500 1560 1550 [-141..-44] [-140..-44] [0..16] [0..32] step 1 sequence 0:No,1:Yes 0:Close,1:Open 0:No,1:Yes 0:Close,1:Open Switch of Dual Measure Switch of Dual [0..29],[31..45],[47..59],[63.. Measurement [0..29],[31..45],[47..59], [63..63], 91 6 It is a NumberText [1..15] [0..15] step 1 Cell Reset Effective immediately Cell Reset Effective immediately PRACH Initial Preamble PRACH Initial Preamble Transmission Power Received Power Transmission Power Transmission Power Offset Control Margin of Message of Group B Preamble Transmission Power The parameter is a power 3 Configured byofeNodeB Control Margin Message control margin for 0:No,1:Yes 0:Not Used,1:Usedmessage 3 Configured by eNodeB. 3 transmission configured [0..20] step and 2 is used to the Parameter is Used by [0..20] by the eNB 0:RB Wideband 0:RB Location Wideband UE toLocation Distinguish Random select the Random Access Allocation, Access Preambles Group Allocation, Preambles group A or 2[3] 1/2[1] 1:RB Sub-Band a andLocation Group B.Sub-Band 1:RB groupLocation B. 0:0,1:1,2:2,3:3,4:4,5:5,6:6,7 [0..7] step 1 Allocation(FrequencyAllocation(FrequencyNumber of Semi Allocation Selective), Number of PUCCH Selective), Channel forPRB ACK/NACK 2:PRB Random Alloc, 2:Downlink Random The Configuration of SR The configuration of SR of Downlink Scheduling 3:Speed Self Adaption, Allocation,SPSperiod Transition Period for UE transmission for UE The Configuration of SR The parameter indicates 4:Service Self Adaption, 3:Speed Self Adaption, Transition Period for UE the configuration of SR 0:RB Location Wideband 0:RB Location Wideband 5:Self Adaption 4:Service Self Adaption, transmission period for UE. Allocation, Allocation,1:RB 5:Self Adaption Location It is one-dimensional 1:RB Location Sub-Band Sub-Band vector including three Allocation(Frequency Allocation(Frequency elements. Selective), Selective),2:UL 2:UL Hopping(NonHopping(Non-Frequency Frequency Selective), Selective),3:Speed Self 3:Speed Self Adaption, Adaption,4:Service Self

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ZTE中兴 Range and Step Unit Unit Parameter Name Parameter Name Parameter Name Parameter Name Parameter Name Parameter Name Range and Step Range and Step Range and Step Unit Range and Step Default Value Default Value Unit When to Take Effect Range and Step Range and Step Range and Step Default Value Range and Step Range and Step Range and Step Range and Step Range and Step Range and Step Data Type Range and Step Range and Step Range and Step Unit Default Value Parameter Name Default Value Data Type Data Type Data Type Range and Step Default Value Range and Step Default Value Range and Step Range and Step Range and Step

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Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ sf psf %^*|\/&'"] sf psf Drop Call Ratio Thershold Drop Call Ratio Threshold HO Success Ration Threshofor HOOpening SuccessANR RatioFunction for Opening Drop Call Ratio Thershold f Threshold Drop Call Ratio Threshold ANR Function for Closing ANR Function HO Success Ration Threshol HO Success Ratio for Closingto ANR HO Times Threshold to ModiThreshold HO Times Threshold Function Modify NoHO Attribute HO Failure Ratio Threshold HO Failure Ratio Threshold to Modify NoHO [1..32] [1..47] step 1 Attribute(%) 0:No,1:Yes 0:False,1:True 0:32 Radio Frames,1:64 Ra0:32,1:64,2:128,3:256 N/A rf [0..2047] [1..2048] 5[4] 1[0] Close[0] Open[1] N/A dB N/A Effective immediately Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ [0..16] [0..32] step 1 %^*|\/&'"] Length:[0..128] Length:[0..128], PlainText[`[email protected]#$ 0 {freqBandInd==0}[1930], %^*|\/&'"] {freqBandInd==1}[1860], [0..13096] {freqBandInd==0} {freqBandInd==2}[1715], [1..65533],[65535..65535] [1922.4..1977.6], [1..65533],[65535..65535], {freqBandInd==3}[1720], {freqBandInd==1} It is a Number Text Length:[0..128] Length:[0..128], {freqBandInd==4}[830], [1852.4..1907.6], PlainText[`[email protected]#$ {freqBandInd==5}[835], 0:No,1:Yes 0:Not Support,1:Support {freqBandInd==2} %^*|\/&'"] {freqBandInd==6}[2530], [1712.4..1782.6], Length:[0..128] Length:[0..128], {freqBandInd==7}[890], {freqBandInd==3} PlainText[`[email protected]#$ [0..16] [0..32] step 1 {freqBandInd==8}[1760], [1712.4..1752.6], %^*|\/&'"] {freqBandInd==9}[1715], sequence [826.4..846.6], Length:[0..128] Length:[0..128], {freqBandInd==11}[662], {freqBandInd==5} [1..65533],[65535..65535] PlainText[`[email protected]#$ [1..65533],[65535..65535] {freqBandInd==12}[782], [832.4..837.6], %^*|\/&'"] It is a Number Text {freqBandInd==13}[792], Length:[0..128] Length:[0..128], {freqBandInd==6} {freqBandInd==18}[840], PlainText[`[email protected]#$ [2502.4..2577.6], dB dBm {freqBandInd==19}[840], %^*|\/&'"] {freqBandInd==7} {eventId==0}[24], 24 {freqBandInd==20}[1455], [882.4..912.6], {eventId==1}[24], Maximum User Number can{freqBandInd==21}[3420], Maximum User Number can {freqBandInd==8} {eventId==2}[24], {freqBandInd==24}[1860], [1752.4..1782.4]Mode[1] , Unacknowledged {eventId==3}[24], Mode[2] Acknowledged {freqBandInd==25}[820] {freqBandInd==9} sequence
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