02 RN31632EN40GLA0 RANPAR1 Parameter Configuration v1.0 RU40
Short Description
Parameter Config RU40...
Description
Parameter Configuration
Parameter Configuration: Module Objectives At the end of the module you will be be able to: • Explain the NSN RNC parameter database structure • Name and describe the different Managed Object types • Explain the usage of parameter templates • Explain how parameters are updated and maintained in NSN RAN
Parameter Configuration: Module Objectives At the end of the module you will be be able to: • Explain the NSN RNC parameter database structure • Name and describe the different Managed Object types • Explain the usage of parameter templates • Explain how parameters are updated and maintained in NSN RAN
Logical Structure of the RNC Database Objects VCEL
VBTS
COSITE
RNC
COSRNC
Various feature objects IUx
IPQM
WRAB HOPG
COCO IPNB
RNx
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI
ADJS
FMCG
WCEL
ADJI ADJG/L
WAC
RNC object structure with IUx, RNx, features objects WSG
WANE
WLCSE
CMOB
WSMLC
CBCI
PFL
RNC
RNAC
RNPS
RNFC
RNRLC
RNHSPA
RNTRM
RNMOBI
IUCS
IUPS
IUCSIP
IUPSIP
IUR
New Objects / Managed Object types • • • • • •
CBCI – cell broadcast center information PFL – preferred frequency layer for different UE capability WAC – UL load control AC and several state transition control parameters VBTS – Virtual BTS VCEL – Virtual cell COSITE/COSRNC – co-siting objects
• RNC = Radio Network Controller
• COCO = Radio Network Connection Configuration
• WBTS = WCDMA Base Station
• CMOB = Congestion Management OBject
• WCEL = WCDMA Cell
• WANE = WCDMA Authorized Network
• ADJ = Adjacency for WCDMA cell • ADJS = intra-frequency adjacency • ADJI = inter-frequency adjacency • ADJG = inter-system adjacency GSM • ADJL = inter-system adjacency LTE • ADJD = detected adjacency
• WSG = WCDMA subscriber group
• HOP = Handover Path • HOPS, HOPI, HOPG • FMC = Frequency Measurement Control FMCS, FMCI, FMCG
• WLCSE = WCDMA Location service entity • WSMLC = WCDMA Serving Mobile Location Center • IPNB = IP NodeB • IPQM = IP transmission QoS • TQM = Transmission Quality Management • WRAB = WCEL RAB parameters • IUPS/IUCS = Iu-CS / Iu-PS interfaces • WAC – WCEL Admission Control • PFL = Preferred Frequency Layer
RNC Object • The logical object of the Radio Network Controller • It can have up to 2800 WBTS objects (requires RNC 2600) • In the RNC object the following interfaces are defined: Iu-PS, Iu-CS & Iur • The logical object are hierarchically related to each other, therefore it is not possible to create any other object before RNC creation. Added already in RN4.0
VCEL
VBTS IUx
RNC, RNAC, RNFC, RNHSPA, RNMOBI, RNPS, RNRLC, RNTRM
RNx
WRAB HOPG
COCO from RU30 on, the RNC object is split into several new Object types, e.g.:
New in RN7.0
COSRNC
Various feature objects
IPQM
Remark:
COSITE
RNC
WBTS
IPNB
HOPI
TQM
HOPS
FMCS
ADJD
FMCI
WCEL
ADJS ADJI
FMCG
ADJG/L WAC
New in
RNC Object RNx (Radio Network) objects are just created once per RNC object with no identifiers •RNAC – for Admission Control •RNFC – for Feature Control (Enabling parameters for all features) •RNHSPA – for High Speed Packet Access •RNMOBI – for Mobility •RNPS – for Packet Scheduler (DCH Packet Scheduler) •RNRLC – for Radio Link Control (Mainly AM RLC parameters) •RNTRM – for Transmission (Transport Bearer Tuning and Streaming QoS for HSPA) WSG
WANE
WLCSE
CMOB
WSMLC
CBCI
PFL
RNC RNAC RNFC
RNPS RNRLC
RNHSPA
RNTRM
RNMOBI
IUC S IUCSIP
IUP S IUPSIP
IUR
RNC Object • COSITE/COSRNC • COSITE object contains parameters which are of common significance to all co-site pairs within the RNC. • COSRNC object contains parameters which need to be individually configured for each RNC in co-site pair. • Co-siting objects can be created only after RNC along with all its sub-objects are created. [cRNC]
• VCEL • Common configuration (virtual cell) for all WCDMA and I-HSPA cells controlled by neighboring network elements • VCEL object has also a relation to IUCS, IUPS, WRAB, FMCS/I/G and HOPS/I/G objects.
VCEL
COSITE
VBTS
RNC COSRNC
Various feature objects IUx
IPQM
RNx
WRAB HOPG
COCO
WBTS
• The maximum number of VCEL objects in the RNW database is one.
IPNB
• VCEL is an optional object.
TQM
HOPS
FMCS
ADJD
• VBTS • Common configuration (virtual base station) for all WCDMA and I-HSPA base stations controlled by neighboring network elements.
FMCI FMCG
• VBTS is an optional object. • The maximum number of VBTS
WCEL
HOPI
ADJS ADJI ADJG/L
WAC
WBTS Object • The logical object of the WCDMA Base Station (Node B). A WBTS can have up to 24 WCDMA cells, and either 1 COCO (ATM transport) or 1 IPNB object (IP transport). • If Iub transport QoS is used, WBTS connects to 1 TQM object VCEL
VBTS
COSITE
RNC
COSRNC
Various feature objects IUx
IPQM
WRAB HOPG
COCO IPNB
RNx
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI FMCG
WCEL
ADJS ADJI ADJG/L
WAC
WCEL object • The logical object of the WCDMA Cell is created to define the configuration of the WCDMA Node B site. In 1 RNC database there can be 2800 WCELs (or 4800 due to RAN1795: RNC 2600 coverage optimization solution). VCEL
VBTS
COSITE
RNC
COSRNC
Various feature objects IUx
IPQM
WRAB HOPG
COCO IPNB
RNx
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI FMCG
WCEL
ADJS ADJI ADJG/L
WAC
Handover Path HOPx
• The Handover Path object stores mainly Cell Reselection & Intra-Frequency HHO parameters. One HOPx can be related to several Adjacency objects. • The maximum number of HOPx objects within 1 category is 100. • E.g. for different type of cells (urban, rural, macro/micro/pico) • HOP Types:
• HOPS — object for intra-frequency Handover Path
VCEL
COSITE
VBTS
RNC COSRNC
Various feature objects
IUx
IPQM
RN x
WRAB
• HOPI — object for inter-frequency Handover Path
COCO
• HOPG/L — object for inter-system Handover Path (GSM/LTE)
TQM
HOPS
FMCS
ADJD
IPNB
FMCI FMCG
HOPG
WBTS
WCEL
HOPI
ADJS ADJI ADJG/L
WAC
HOPx Level Parameters Intra Frequency
Inter Frequency
IntraFreqNcellHCSpriority
InterFreqNcellHCSpriority
GSMncellHCSpriority
IntraFreqNcellHCSthreshold
InterFreqNcellHCSthreshold
GSMncellHCSthreshold
IntraFreqNcellQqualMin
InterFreqNcellQqualMin
GSMncellQrxlevMin
IntraFreqNcellQrxlevMin
InterFreqNcellQrxlevMin
GSMncellPenaltyTime
IntraFreqNcellPenaltyTime
InterFreqNcellPenaltyTime
GSMncellQoffset1
IntraFreqNcellQoffset1
InterFreqNcellQoffset1
GSMncellTempOffset1
IntraFreqNcellQoffset2
InterFreqNcellQoffset2
HOPGId
IntraFreqNcellTempOffset1
InterFreqNcellTempOffset1
IntraFreqNcellTempOffset2
InterFreqNcellTempOffset2
EcNoAveragingWindow
HOPIId
Inter System
EnableInterRNCsho EnableRRCRelease HHOMarginAverageEcNo HHOMarginPeakEcNo ReleaseMarginAverageEcNo ReleaseMarginPeakEcNo HOPSId Not a complete list
Idle Mode Parameters
Adjacencies ADJx
• Adjacencies for WCDMA cell refers to a Handover relationship between two cells. They are defined for neighbouring cells. • ADJS — object for intra-frequency Adjacency • ADJI — object for inter-frequency Adjacency • ADJG/L — object for inter-system Adjacency (GSM/LTE) • ADJD — object for detected intra-frequency Adjacency VCEL
VBTS
COSITE
RNC
COSRN C
Various feature objects
IUx
IPQM
There can be: 31 intra frequency adjacencies ( ADJS), 48 inter-frequency adjacencies ( ADJI), 32 inter-system adjacencies ( ADJG), 8 inter-system adjacencies ( ADJL) & 32 detected intra-frequency adjacencies ( ADJD) Handover Path objects must be created before ADJx can be used
WRAB HOPG
COCO IPNB
RN x
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI FMCG
WCEL
ADJS ADJI ADJG/L
WAC
Adjacencies (ADJx) Intra Frequency
Inter Frequency
Inter System
IntraFreqNcellCI
InterFreqNcellCI
GSMncellBandIndicator
IntraFreqNcellEcNoOffset
InterFreqNcellLAC
GSMncellBCC
IntraFreqNcellDERR
InterFreqNcellTxPwrRACH
GSMncellBCCH
IntraFreqNcellLAC
InterFreqNcellMCC
GSMncellCI
IntraFreqNcellTxPwrRACH
InterFreqNcellMNC
GSMncellLAC
IntraFreqNcellMCC
InterFreqNcellMNCLength
GSMncellTxPwrMaxRACH
IntraFreqNcellMNC
NrtHopiIdentifier
GSMncellMCC
IntraFreqNcellMNCLength
InterFreqNcellScrCode
GSMncellMNC
HSDPAHopsIdentifier
InterFreqNcellRNCid
GSMncellNCC
NrtHopsIdentifier
InterFreqNcellRAC
NrtHopgIdentifier
IntraFreqNcellScrCode
RtHopiIdentifier
RtHopgIdentifier
IntraFreqNcellRNCid
InterFreqNcellTxDiv
ADJGId
IntraFreqNcellRAC
InterFreqNcellUARFCN
RtHopsIdentifier
ADJIId
IntraFreqNcellTxDiv ADJSId Not a complete list
Detected Adjacencies (ADJD) Intra Frequency ADJDChangeOrigin (Change origin) ADJDId (Identifier of additional intra-frequency adjacency) AdjdCI (Cell Identifier) AdjdCPICHTxPwr (Primary CPICH power) AdjdDERR (Disable Effect on Reporting Range) AdjdHSDPAHopsId (HSDPA HOPS identifier) AdjdLAC (Location Area Code)
: D et e c t e d S e t Re p o r t i n g & M e as u r e m e n t s optional features related to ADJD allow UE to r e p o r t & handover to cells not included in the neighbor list If feature RAN1191: “Detected Set Reporting (DSR) & Measurements” is enabled, specific counters (M1028 Autodef SHO DSR measurement) can be used to find detected set cells that are reported by the UE but that are not in the ADJS or ADJD adjacency lists and cannot therefore be targets of SHO. With that information the neighbor lists can be optimized to include such cells that would be good handover targets.
AdjdMCC (Mobile Country Code) AdjdMNC (Mobile Network Code) AdjdMNCLength (Mobile Network Code Length) AdjdNRTHopsId (NRT HOPS Identifier) AdjdRAC (Routing Area Code)AdjdRNCId (RNC Identifier) AdjdRTHopsId (RT HOPS Identifier) AdjdRTWithHSDPAHopsId (HSDPA HOPS identifier for AMR multi-service) AdjdScrCode (Primary Scrambling Code) AdjdTxDiv (Tx Diversity Indicator)
DSRepBasedSHO Detected Set Reporting Based SHO FMCS; 0 = DSR not allowed; 1 = DSR enabled, but SHO to detected cell not allowed 2 = DSR based SHO enabled The parameter indicates whether the DSR based SHO is enabled in the cell. When the Detected Set Reporting & Measurements feature (optional) is enabled in the RNC, the parameter can have the following values:: 0: DSR is not allowed. 1: DSR is enabled but SHO to detected cell is not allowed. When the SHO based on the Detected Set Reporting feature (optional) is enabled in the RNC, the parameter can have the following values: 0: DSR is not allowed. 2: DSR based SHO is enabled.
Adjacencies (ADJx) to HOPx • Every adjacency definition contains links to HOPx parameter sets • RtHopxIdentifier defines the HOPx (x = S, I, G) parameter set that is applied • Idle mode cell-reselections • RT bearer intra-frequency hard handovers
• NrtHopxIdentifier defines the HOPx (x = S, I, G) parameter set that is applied • Connected mode cell-reselections (CELL_FACH, CELL_PCH, URA_PCH) • NRT bearer intra-frequency hard handovers
• HSDPAHopsIdentifier defines the HOPS parameter set that is applied • For user having HS-DSCH allocated
• RTWithHSDPAHopsIdentifier defines the HOPS parameter set that is applied • For user having HS-DSCH allocated simultaneously with AMR speech CS RAB
Frequency Measurement Control • The FMC object contains information concerning the frequency measurement functionality of the RNC. • Max. number of frequency measurement control objects within 1 category: 100. • e.g. for different type of cells (urban, rural, macro/micro/pico)
• 1 FMC can be related to several WCDMA cells. • FMC Types:
VCEL
COSITE
VBTS
RNC COSRNC
Various feature objects
• FMCS — object for intra-frequency Frequency Measurement Control • FMCI — object for inter-frequency Frequency Measurement Control • FMCG — object for inter-system Frequency Measurement Control
IUx
IPQM
WRAB HOPG
COCO IPNB
RN x
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI FMCG
WCEL
ADJS ADJI ADJG/L
WAC
FMCX Level Parameters
Threshold & Trigger
Handover Cause
ActiveSetWeightingCoefficient
IFHOcauseCPICHEcNo
GSMcauseCPICHEcNo
AdditionReportingInterval
IFHOcauseCPICHrscp
GSMcauseCPICHrscp
AdditionTime
IFHOcauseTxPwrDL
GSMcauseTxPwrDL
AdditionWindow
IFHOcauseTxPwrUL
GSMcauseTxPwrUL
EcNoFilterCoefficient
IFHOcauseUplinkQuality
GSMcauseUplinkQuality
DropTime
InterFreqDLTxPwrThrAMR
GsmDLTxPwrThrAMR
DropWindow
InterFreqDLTxPwrThrCS
GsmDLTxPwrThrCS
MaxActiveSetSize
InterFreqDLTxPwrThrNrtPS
GsmDLTxPwrThrNrtPS
ReplacementReportingInterval
InterFreqDLTxPwrThrRtPS
GsmDLTxPwrThrRtPS
ReplacementTime
InterFreqMaxMeasPeriod
GsmMaxMeasPeriod
ReplacementWindow
InterFreqMeasAveWindow
GsmMeasAveWindow
HHoEcNoCancel
InterFreqMeasRepInterval
GsmMeasRepInterval
HHoEcNoCancelTime
InterFreqMinHoInterval
GsmMinHoInterval
HHoEcNoThreshold
InterFreqMinMeasInterval
GsmMinMeasInterval
HHoEcNoTimeHysteresis
InterFreqNcellSearchPeriod
GsmNcellSearchPeriod
HHoRscpCancel
InterFreqUETxPwrFilterCoeff
GsmUETxPwrFilterCoeff
HHoRscpCancelTime
InterFreqUETxPwrThrAMR
GsmUETxPwrThrAMR
HHoRscpFilterCoefficient
InterFreqUETxPwrThrCS
GsmUETxPwrThrCS
HHoRscpThreshold
InterFreqUETxPwrThrNrtPS
GsmUETxPwrThrNrtPS
HHoRscpTimeHysteresis
InterFreqUETxPwrThrRtPS
GsmUETxPwrThrRtPS
IMSIbasedSHO
InterFreqUETxPwrTimeHyst
GsmUETxPwrTimeHyst
FMCSId
FMCIId
FMCGId
WCEL to FMCx
4x3+1+1
• Every WCEL definition contains links to max. 14 FMCx parameter sets • Rt FmcxIdentifier (x = S, I, G) defines FMCx parameter set applied for radio links with RT bearers • Nr t FmcxIdentifier (x = S, I, G) defines FMCx parameter set applied for radio links with only NRT bearers • HSDPA FmcxIdentifier (x = S, I, G) defines FMCx parameter set controlling measurements of a user having HS-DSCH allocated • RTWithHSDPA FmcxIdentifier (x = S, I, G) defines FMCx parameter set controlling measurements of a user having HS-DSCH allocated simultaneously with AMR speech CS RAB • HSPA FmcsIdentifier defines FMCS parameter set controlling measurements of a user having HS-DSCH & E-DCH allocated • RTWithHSPA FmcsIdentifier defines FMCS parameter set controlling measurements of a user having HS-DSCH & E-DCH allocated + AMR speech CS RAB
WAC WAC: WCEL Admission Control • Cell-specific UL load control parameters (better cope with high UL load – mass events case) • Admission control parameters • Several state transition control parameters
VCEL
COSITE
VBTS
RNC COSRNC
Various feature objects
• 20 WAC objects can be configured which include different sets of parameters • Each of WCEL and VCEL (for anchoring situations) can be associated with the selected WAC object using pointer WACSetIdentifier added to WCEL and VCEl objects
IUx
IPQM
WRAB HOPG
COCO IPNB
RN x
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI FMCG
WCEL
ADJS ADJI ADJG/L
WAC
WAC related parameters Parameters moved from RNC (RNC, RNAC, RNPS, RNHSPA) to WAC: • DCHUtilRelAveWin
• InactNonCPCNoBatOptT
• DCHUtilRelThrDL
• InactivityTimerDownlinkDCH (structure of 8 parameters)
• DCHUtilRelThrUL
• InactivityTimerUplinkDCH (structure of 8 parameters)
• DCHUtilRelTimeToTrigger
• MACdflowthroughputAveWin
• EDCHMACdFlowThroughputAveWin
• MACdflowutilRelThr
• EDCHMACdFlowThroughputRelThr
• MACdflowutilTimetoTrigger
• EDCHMACdFlowThroughputTimetoTrigger
• MSActivitySupervision
• HSDPAInitialBRULStrNRT
• PrxNoiseMaxTuneAbsolute
• HSDPAMinBRULStrNRT
• TrafVolPendingTimeDL
• HSDPAinitialBitrateUL
• TrafVolPendingTimeUL
• HSDPAminAllowedBitrateUL
• TrafVolThresholdULLow
• InactCPCBatOptT
• UL_DL_activation_timer
• InactCPCNoBatOptT
• WaitTimeRRC (structure of 12 parameters)
• InactNonCPCBatOptT
New Parameters added to WAC object: • WACId • WACChangeOrigin
New Parameter added to WCEL and VCEL: • WACSetIdentifier
Parameter moved from WCEL/VCEL to WAC object: • HSDPAMaxBitrateUL
COCO / IPNB COCO: Connection Configuration • A new logical COCO object is created in order to reserve local transmission resources for the WCDMA BTS. • The COCO objects display the transmission resources in the Iub interface, but not the actual network topology • There can be up to 400 COCO objects in the RNW database VCEL
COSITE
VBTS
RNC COSRNC
Various feature objects
IPNB: IP Node B • When IP transport is used on Iub, the IPNB object collects related parameters like:
IUx
IPQM
WRAB HOPG
COCO IPNB
RN x
WBTS
HOPI
TQM
HOPS
• SCTP port numbers of C-NBAP and DNBAP
FMCS
ADJD
• DiffServ Code Points
FMCI
• IP address of NodeB
FMCG
WCEL
ADJS ADJI ADJG/L
WAC
TQM / WRAB TQM: Transmission Quality Management • when Iub Transport QoS is used, the IPNB object provides Activity Factors for transport bearers and mapping tables between various QoS parameters • The max number of TQM managed objects is 4. VCEL
WRAB: WCEL RAB parameters • A WRAB object contains the connectionbased quality control parameters. Parameters define the service bearer and signaling bearer specific quality targets and related power control thresholds for each transport channel configuration • WCEL refers to WRAB via EbNoSetIdentifier parameter • there can be 5 WRAB per RNC
VBTS
COSITE
RNC COSRNC
Various feature objects
IUx
IPQM
WRAB HOPG
COCO IPNB
RN x
WBTS
HOPI
TQM
HOPS
FMCS
ADJD
FMCI FMCG
WCEL
ADJS ADJI ADJG/L
WAC
WANE & WSG / WSMLC & WLCSE Objects IMSI BASED HO
/
LOCATION BASED SERVICE
• WANE & WSG MO groups are for the IMSI Based HO, which is optional feature • WANE set contain PLMN id where UE is allowed to make handover. • WSG object should be created to every subscriber (PLMN id) visiting in network and it maps subscriber (PLMN id) to certain WANE sets WANEWCDMA Authorised Networks Parameters
AuthorisedNetworkId AuthorisedNetworkList AuthorizedNetwork PLMN AuthorizedNetworkMCC AuthorizedNetworkMNC AuthorizedNetworkMNCLength Technology WANEChangeOriging WANEName
GSMRoaming HomePLMN HomePLMNMCC HomePLMNMNC HomePLMNMNCLength OperatorName SubscriberGroupid WSGAuthorisedNetworkId WSGChangeOriging
WSGWCDMA subscriber group Parameters
- WSMLC & WLCSE object groups are for Location based service. LCS is RAN04 feature - WSMLC: WCDMA Serving Mobile Location Center, represents a logical object with RNC specific mobile location center parameters - WLCSE: WCDMA Location service entity, represent a logical object with WCEL specific location parameters WSMLC-WCDMA Serving Mobile Location Center
ConfAreaLevel RNCDelayTolRespTime RNCLowDelayResponseTime WSMLCChangeOrigin WSMLCid
AntennaBearing; AntHPBW WLCSE-WCDMA AntennaCoord; CovType; Location Service Entity EnvCharact; MaxCellBackRad MaxCellRad; RepeaterExist WLCSEChangeOrigin WLCSEUtranCellId; WLCSEid
CBCI / PREBTS/ PFL CBCI: Cell Broadcast Centre • CBCI object maintains the data to the cell broadcast centre used in the service area broadcast features. • The maximum number of CBCI objects is 4. • CBCI parameters can be configured only if Service Area Broadcast Protocol (SABP) is in use.
PFL: Preferred Frequency Layer • PFL object is created in order to define preferred frequency layers for different UE capability and service combinations • The PFL object can be created only when feature RAN2172: Multi-Band Load Balancing has been installed in the RCN. • PFL object is under RNC object. • Max number of PFL objects is 50 in the RNC
WSG
WANE
WLCSE WSMLC
CMOB
PFL
CBCI
RNC RNAC RNPS
RNFC
RNRLC
RNHSPA
RNTRM
RNMOBI
IUCS
IUP S
IUR
HOPS parameters could be defined on a Target cell type basis (e.g. urban, rural, macro/micro/pico)
Summary
N r t H o p s I d e n t i f i e r = 1
HOPS (RTwHSDPA)
R t H o p s I d e n t i f i e r = 2
= 3 HOPSid
HSDPAHopsIdentifier = 6
WCEL
WBTS
FMCS parameters could be defined on a Serving cell type basis (e.g. urban, rural, macro/micro/pico)
FMCS (NRT)
= 1 FMCSid
FMCS (RT)
= 2 FMCSid
HOPS (RT)
= 2 HOPSid
= 1 ADJSid
HOPS (HSDPA)
= 6 HOPSid
& 2 for HSDPA, sets can be reused for other cells.)
= 1 FMCSid
= 2 FMCSid
ADJS
Each ADJS has associated 1 HOPS for NRT, 1 for RT
WCEL
H S D P A F m c s I d e n t i f i e r = 50
Each WCEL has associated 1 FMCS for NRT & 1 for RT & 2 for HS(D)PA, all can be reused for other cells.
= 1 HOPSid
WCEL
N r t F m c s I d e n t i f i e r = 3 R t F m c s I d e n t i f i e r = 40
HOPS (NRT)
RTwithHSDPAHopsIdentifier = 3
FMCS (HS(D)PA) FMCS (RT&HS(D)PA)
HOPS (NRT)
= 1 HOPSid
ADJD
HOPS (RT)
= 5 HOPSid
= 1 ADJDid
HOPS (HSDPA)
= 7 HOPSid
HOPS (RTwHSDPA)
= 3 HOPSid
Parameter count MO Class ADJD ADJG ADJI ADJL ADJS CBCI CMOB COCO COSITE COSRNC FMCG FMCI FMCS HOPG HOPI HOPL HOPS IPNB IPQM IUCS IUCSIP IUO IUPS IUPSIP IUR PFL RNAC RNC RNFC RNHSPA RNMOBI RNPS RNRLC RNTRM TQM VBTS VCEL WAC WANE WBTS WCEL WLCSE WRAB WSG WSMLC Grand Total
Group
HC
SI
PS
AC
PC
LC
Ident
Other
Grand Total
16
0
0
0
0
0
1
1
15
0
0
0
0
0
1
1
18 17 23 5 21 7 7 121 3 10 32 27 27 13 25 6 20 16 8 21 6 29 20 6 39 94 93 89 57 231 94 102 200 104 139 11 53 59 8 132 493 28 98 9 33 2654
21
0
0
0
0
0
1
1
1
2
0
0
0
0
1
1
19
0
0
0
0
0
1
1
0
0
0
0
0
0
1
6
0
2
0
0
0
0
1
4
0
0
0
0
0
0
2
119
0
0
0
0
0
0
1
2
0
0
0
0
0
0
3
7
30
0
0
0
0
0
1
1
25
0
0
0
0
0
1
1
25
0
0
0
0
0
1
1
11
0
0
0
0
0
1
1
14
9
0
0
0
0
1
1
4
0
0
0
0
0
1
1
7
9
2
0
0
0
1
1
0
0
0
0
0
0
0
16
0
0
0
0
0
0
1
7
0
0
0
0
0
0
6
15
0
0
0
0
0
0
1
5
0
2
0
2
0
0
16
9
0
0
0
0
0
0
7
13
0
0
0
0
0
0
0
6
2
0
2
2
0
0
4
29
92
0
0
0
0
0
1
1
0
0
0
54
26
9
1
3
2
24
0
5
0
0
7
51
13
1
15
9
2
1
1
15
11
0
184
27
0
0
1
8
61
0
11
8
2
0
1
11
0
0
100
0
0
0
1
1
0
0
2
196
0
0
1
1
0
0
0
0
0
0
1
103
0
0
0
0
0
0
0
139
7
0
1
1
0
0
1
1
31
0
8
8
1
0
3
2
0
0
38
16
0
1
1
3
7
0
0
0
0
0
0
1 67
6
0
11
33
0
6
9
97
73
97
101
28
26
14
57
0
0
0
0
0
0
5
23
0
0
0
96
0
0
1
1
8
0
0
0
0
0
0
1
0
0
0
0
0
0
1
32
525
122
471
558
59
43
105
771
• Ref: RNC Common Production 2.0 parameter dictionary • 2654 visible parameters for cRNC product (RN7.0) • 470 hidden parameters for cRNC product (RN7.0)
Parameter Dictionary RAS06 Example:
Parameters & Values described in the following: PtxPrimaryCPICH -10..50; 0.1; 33 dBm (Range; Step; Default)
Parameter management - Overview • Radio network parameters are managed via Netact OSS or directly via Element Manager functionality • Usage of Netact plan edit, analysis and activation tools recommended
Netact CM tools OMS Element Manager new in RU30 Netact Database
R e c o m m e n d e d
RNW Database
OMS Element Manager GUI - General
OMS Element Manager GUI - Fields
Parameter group tabs
OMS Element Manager GUI – Example • An overview page can be opened for WBTSs within RNC-26 by right-clicking on WBTSs object on the objects pane on left (new tab for this page is added above)
OMS Element Manager GUI – Example (Main parameters -RNC) • Main parameters of the selected object can be viewed by right-clicking on the object on left pane and click on “Show main parameters”
OMS Element Manager GUI – Example (Main parameters - RNC) • Accordingly below tab will be shown; for the main parameters of RNC-26
OMS Element Manager GUI – Example (All parameters - FMCS) • Similarly; all parameters can be shown or edited as follows in FCMS-1
OMS Element Manager GUI – Example (Edit parameters) • After clicking on Edit parameters; parameters can be editable as shown
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