MFS Interface Data Catalogue ed5.pdf

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EVOLIUM 3bk09721jaaapqzza-ed5rl.doc

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Site

VELIZY

EVOLIUM™ SAS

Originator(s)

F. Binard

MFS INTERFACE DATA CATALOGUE

Release B9

System : ALCATEL 900/BSS

Sub-system : MFS Document Category : DATA SPECIFICATION

ABSTRACT

This document describes the Telecom and O&M data that are defined in the MFS.

This edition is valid for the MFS B9 MR0.

"Do not edit this document, it has been generated by Data Management Center"

Interface or model type ClearCase Label

OMC/ MFS interface model INFOMODEL-MFSB9.01-15

GOM persistency model GOMMDL-MFSB9.01-06

Telecom communication channel GOMCML-MFSB9.01-17

DMCGOM-MFSB9.01-11

Performance Manager communication channel GPMCML-MFSB9.01-06

Location service channel DMCGLM-MFSB9.01-02

GLMCML-MFSB9.01-02

Approvals

Name App.

D Albonico (DPM/CNS)

L Raphalen E. Van-Gyseghem

Name App.

L. Pigeot

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REVIEW

Ed 01 Proposal 01 2004/05/25 Review have been done with PMU and RTA teams. No comment received from Q3. CRQ A20/144330 to be included.

Ed 05 proposal 01 2005/02/23 No formal review. Comments have been sent by mail and all have been ccepted.

HISTORY

Ed 01 Proposal 01 2004/04/09 Creation of the document, based on DMC-MFSB9.01-01 database.

Ed 01 Released 2004/05/27 Document is released

Ed 02 Released 2004/06/11 Document is generated from DMC-MFSB9.01-02 database (location 55)

Document is released

Ed 03 Released 2004/06/21 Document is generated from DMC-MFSB9.01-02 database (location 59)

Document is released

Ed 04 Proposal 01 2004/12/03 Update of the document for Pack 2.

Document is generated from DMC-MFSB9.01-03 database (location 130)


Ed 05 Proposal 01 2005/01/14 Update of the document for MR0, Document is generated from DMC-MFSB9.01-04 database (clearcase location 169)


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INTERFACE SPECIFICATION

TABLE OF CONTENTS

REFERENCED DOCUMENTS......................................................................................................... 4

RELATED DOCUMENTS............................................................................................................... 4

PREFACE .................................................................................................................................... 4

1 SCOPE ................................................................................................................................... 5

2 IM AND MAPPING OVERVIEW ................................................................................................ 6

3 DATA MODELS ....................................................................................................................... 7 3.1 Q3 agent...................................................................................................................... 7 3.2 GOM MDL .................................................................................................................... 7

3.2.1 Legend.......................................................................................................................... 7 3.2.2 MDL tables (Configuration & Resource)............................................................................ 8 3.2.3 Enumerated................................................................................................................. 48

3.3 CML Structure............................................................................................................ 52 3.3.1 CML Structure ............................................................................................................. 52

3.4 GDMO/ MRTA MAPPING TABLES ..............................................................................137 3.4.1 Legend.......................................................................................................................137 3.4.2 MDL Attributes intialised by the Q3 agent .....................................................................138 3.4.3 Mapping table Q3 - GOM/ GEM ...................................................................................139

3.5 CML MAPPING TABLES ............................................................................................163 3.5.1 GOM/ TRM mapping tables..........................................................................................163 3.5.2 GLM/ LRM mapping tables ..........................................................................................184 3.5.3 Computed Parameters.................................................................................................188 3.5.4 Hardcoded Attributes...................................................................................................191

4 ERRORS ..............................................................................................................................194 4.1 GEM..........................................................................................................................194 4.2 GOM .........................................................................................................................196 4.3 Q3 agent...................................................................................................................199 4.4 ERRORS MAPPING ...................................................................................................199

5 CROSS REFERENCE............................................................................................................203

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INTERNAL REFERENCED DOCUMENTS

Not applicable

REFERENCED DOCUMENTS [ 1 ] OMC/MFS : Ater/Gb domain

3BK-11204-0339-DSZZA

[ 2 ] OMC/MFS : Radio domain 3BK-11204-0338-DSZZA

[ 3 ] BSS Telecom parameters (B9) 3BK 11202 0103 DSZZA

[ 4 ] BSS Telecom parameters (B8) 3BK 11202 0084 DSZZA

RELATED DOCUMENTS [ 5 ] OMC-R/ MFS interface [part 1]: Management Information Model

3BK 11204 0323 DSZZA

[ 6 ] OMC-R/ MFS interface [part 2]: Implementation Profile 3BK 11204 0324 DSZZA

[ 7 ] MFS INTERNAL INTERFACES, MESSAGES DEFINITION, Release B9 3BK 09638 JAAA PBZZA

[ 8 ] GPRS MANAGEMENT, Functional specification, Release B9 3BK 09722 JAAA DSZZA

PREFACE

This document describes the MFS O&M data model and O&M/Telecom interface models.

Scenario are described in documents [ 7 ] and [ 8 ]

Messages are described in document [ 7 ].

Only Parameter and structures used in the messages are defined in this document.

This document is valid for the MFS B9, interface Global Managers to B9 Local Managers (see [ 7 ].)

Please, for MFS B9, interface Global Managers to B8 Local Managers, refer to B8 document.

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1 SCOPE

The aim of this document is to provide a catalogue description of MFS O&M data models and O&M/ Telecom interface data, with the related mapping tables.

This document leads to insure the consistency of the data at any interfaces, in terms of naming rules, ranges, unit, coding rules, definitions…

This document describes:

1. Data models

1.1. GDMO (see doc ref[5] )

1.2. GOM MDL

1.3. GOM/ TRM CML interface model

1.4. GLM/ LRM CML interface model

2. Mapping tables

2.1. GDMO/ GOM MDL

This mediation is performed by the Q3 Agent SW Component which provides translation between the CMIP based management interface towards the OMC-R and the internal managed information supported by the "Real time agents" software components.

2.2. GDMO/ GEM MDL

Idem as 2.1.

2.3. GOM MDL / TRM

This mediation is performed by GOM Component which provides translation between the internal managed information supported by the GOM "Real time agent" software components and the Communication Management Layer

2.4. GOM MDL / LRM

This mediation is performed by GLM Component which provides translation between the internal managed information supported by the GOM "Real time agent" software components and the Communication Management Layer

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2 IM AND MAPPING OVERVIEW

This figure gives an overview of all information models and related mapping at the MFS.

GDMO class MDL CLass CML CLass

EquipmentHolder Subrack

aGprsCircuitPack XPU

Fabric Fabric

aGprs2MbTTP PCM-TTP

aGprsCrossConnection CrossConnection

Transport BcmP

aGprsLapdLink LapDLink LapDLink

Nibble LapDBc

aGprsGicGroup GICgroup GchGroup

aGprsBearerChannel FrBearer FrBC

aGprsPvc Pvc Pvc

NS NsP

BSS

aGprsNse NSE Nse

aGprsNsvc NSVC NsVc

CM RrmP

aGprsBssFunction BSS

aGprsBtsSiteManager BtsSiteManager

aGprsBts Cell

aGprsAdjacentCellReselection AdjForReselection

aGprsMasterChannel MasterChannel

aGprsPowerCtrl PowerCtrl

aGprsManaged-ElementExtension Extension

AlarmSeverity-AssignmentProfile CONF-ALARM

lcsBss

lcsCell

MFS-EVENT

Gsl

Cell

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3 DATA MODELS

3.1 Q3 agent

See document [5].

3.2 GOM MDL

3.2.1 Legend

3.2.1.1 Data Manager Limitations

♦ There is always a root class in the information model

♦ The maximun number of tables is 127

♦ The maximum number of attributes in a table is 256

♦ The maximum depth of the model (from root) is 5 levels.

3.2.1.2 SetByCreate

The parameter setByCreate can be either set to "mandatory", "optional" or "forbidden".

By convention:

• all configuration attributes of non root classes are MANDATORY

• all configuration attributes of root classes are OPTIONAL.

• all resource attributes are FORBIDDEN

note: If the SetByCreate is optional, a default value must be provided, else it is not necessary.

3.2.1.3 MDL access

§ GET

This attribute can be read from the CMPS interface through GET or GET_xxx requests.

§ SET

This attribute can be read and write from the CMPS interface through GET/ SET or GET_xxx/ SET_xxx requests.

All attributes of Transport, CM, NS classes can be modified by BUL file and thus, they are all SET.

3.2.1.4 DataPatch

New Value of the parameter after the play of the datapatch.bul file. Applies only on parameter with Category = "System (CST)".

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3.2.2 MDL tables (Configuration & Resource)

MDL Datatype Min value Max value MDL Attribute MDL Access Set By Create Default Value

DataPatch

3.2.2.1 AdjCellForReselection, Configuration

ushort Bcc SET mandatory

ushort BcchFrequency SET mandatory

ushort bscId SET mandatory

ushort btsSectorId SET mandatory

ushort btsSiteManagerId SET mandatory

ushort cellReselectOffset SET mandatory

int CI SET mandatory

ushort enOutgoingGprsRedir SET mandatory

ushort enSolsa SET mandatory

ushort frequencyRange SET Mandatory

ushort gprsHCSPriorityClass SET mandatory

ushort gprsHcsThr SET mandatory

ushort gprsMsTxPwrMaxCCHDbm

SET mandatory

ushort gprsPenaltyTime SET mandatory

ushort gprsReselectionOffset SET mandatory

ushort gprsRxLevAccessMin SET mandatory

ushort gprsTemporaryOffset SET mandatory

ushort Lac SET mandatory

bag [5] of int LsaIdListItem SET Mandatory

ushort LsaIdListSize SET mandatory

ushort mcc SET Mandatory

str[4] mobileNetworkCode SET Mandatory

ushort mSTxPwrMaxCCH SET mandatory

ushort Ncc SET mandatory

ushort NcReportingPeriodT SET mandatory

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ushort ncReselectHysteresis SET mandatory

ushort networkControlOrder SET mandatory

ushort penaltyTime SET Mandatory

ushort raCode SET mandatory

ushort rxlevAccessMin SET mandatory

ushort spare2193 SET mandatory

ushort spare2939 SET Mandatory























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3.2.2.2 BSS, Configuration

ushort arcSizeFactor SET Mandatory

ushort AterUsageThreshold SET Mandatory

ushort bestEffortPriority SET Mandatory

uint bssId GET Mandatory

ushort CsBlerDl34 SET mandatory

ushort CsBlerDl43 SET mandatory

ushort CsHstDlLt SET mandatory

ushort CsHstDlSt SET mandatory

ushort CsHstUlLt SET mandatory

ushort CsHstUlSt SET mandatory

ushort CsQualDl12FhAck SET mandatory

ushort CsQualDl12FhNack SET mandatory

ushort CsQualDl12NfhAck SET mandatory

ushort CsQualDl12NfhNack SET mandatory









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ushort CsQualUl12FhAck SET mandatory

ushort CsQualUl12FhNack SET mandatory

ushort CsQualUl12NfhAck SET mandatory

ushort CsQualUl12NfhNack SET mandatory









ushort CsSirDl34FhAck SET mandatory

ushort CsSirDl34FhNack SET mandatory

ushort CsSirDl34NfhAck SET mandatory

ushort CsSirDl34NfhNack SET mandatory

ushort CsSirHstDl SET mandatory

ushort DrxTimerMax SET mandatory

ushort en2gTo3gCellReselection

SET mandatory

ushort enDlLlcPduRerouting SET mandatory

ushort enFastUsfUlExtended SET Mandatory

ushort enFullIrDl SET Mandatory

ushort enIrUl SET Mandatory

ushort enLcs SET Mandatory

ushort enPfcFeature SET mandatory

ushort enRaCapUpdate SET Mandatory

ushort enResegmentationUl SET mandatory

ushort enResReallocation SET mandatory

ushort enSagi SET Mandatory

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ushort ETxEfficiencyPeriod SET mandatory

ushort fddArfcnListfDD1 SET mandatory



ushort gprsMultislotClassDefValue

SET mandatory

ushort highPrecedenceBackgroundPriority

SET Mandatory

ushort highPrecedenceThp1Priority

SET Mandatory


SET Mandatory


SET Mandatory

ushort lcsspare2239 SET Mandatory

ENUM gen_LockRequest{

LOCKED,

UNLOCKED

};

LockRequest SET Mandatory

ushort lowPrecedenceBackgroundPriority

SET Mandatory

ushort lowPrecedenceThp1Priority

SET Mandatory

ushort low PrecedenceThp2Priority

SET Mandatory

ushort lowPrecedenceThp3Priority

SET Mandatory

ushort maxPagingQueue SET mandatory

ushort maxRadiusFactor SET Mandatory

ushort minRadiusFactor SET Mandatory

ushort mscR SET mandatory

ushort nAterTsMarginGpu SET Mandatory

ushort NetworkOperationMode SET mandatory

ushort normalPrecedenceBack SET Mandatory

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groundPriority

ushort normalPrecedenceThp1Priority

SET Mandatory


SET Mandatory


SET Mandatory

ushort pdDlPdchUnitAllocThr1 SET Mandatory









uint pdDlTbfDurationThr1 SET Mandatory









uint pdDlTbfVolumeThr1 SET Mandatory






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ushort pdUlPdchUnitAllocThr1 SET Mandatory









uint pdUlTbfDurationThr1 SET Mandatory









uint pdUlTbfVolumeThr1 SET Mandatory








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ushort pfcT6 SET Mandatory

ushort pfcT8 SET Mandatory

ushort plmnFrequencyBands SET Mandatory

ushort sgsnR SET mandatory

ushort signallingPriority SET Mandatory

ushort smsPriority SET Mandatory























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ushort TbfCs3BlerPeriod SET mandatory

ushort TbfCs4BlerPeriod SET Mandatory

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ushort TbfCsDl SET mandatory

ushort TbfCsUl SET mandatory

ushort tbfMcsDl SET Mandatory

ushort tbfMcsUl SET Mandatory

ushort TDelayedFinalPuan SET mandatory

ushort TflowCtrlCell SET Mandatory

ushort TflowCtrlMs SET Mandatory

ushort tGchInactivity SET Mandatory

ushort tGchInactivityLast SET Mandatory

ushort tLcsDelayTolerant SET Mandatory

ushort tLcsLowDelay SET Mandatory

ushort tMaxStreamingBuffering SET Mandatory

ushort tNetworkResponseTime SET mandatory

ushort TPdchInactivity SET mandatory

ushort TPdchInactivityLast SET mandatory

ushort TPsiPacch SET mandatory

ushort tRrlpDelayTolerant SET Mandatory

ushort tRrlpLowDelay SET Mandatory

ushort TxEfficiencyPeriod SET mandatory

str[32] UserLabel SET Mandatory

3.2.2.3 BSS, Resource

ENUM gen_AdministrativeState{

LOCKED,

UNLOCKED

};

administrativeState GET Forbidden

ENUM gen_availabilityStatus{

INTEST,

FAILED,

availabilityStatus GET Forbidden

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POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,

NOTINSTALLED,

LOGFULL,

NONE

};

ushort BscCfgChange GET Forbidden

ENUM gen_CauseBss{

NONE,

GSL_DOWN,

BSC_LOCKED_DOWN,

SGSN_LOCKED_DOWN

};

CauseBss GET Forbidden

ENUM gen_CreationState{

NOTCREATED,

CREATED,

DELETED

};

CreationState GET Forbidden

ushort Nsei GET Forbidden

ENUM gen_OperationalState{

DISABLED,

ENABLED

};

OperationalState GET Forbidden

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ushort ReshufflingStatus GET Forbidden

3.2.2.4 BtsSiteManager, Configuration

uint btsSiteManagerId GET Mandatory

ENUM gen_CommercialUse{

COMMERCIAL,

PROVISION

};

CommercialUse SET mandatory






















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3.2.2.5 Cell, Configuration

ushort accessBurstType SET Mandatory

ushort allowIMSIAttachDetach SET Mandatory

ushort Bcc SET Mandatory

ushort BepPeriod SET mandatory

ushort BsAgBlksRes SET Mandatory

ushort BsCvMax SET Mandatory

ushort BsPaMfrms SET mandatory

ushort btsIdSecondary SET Mandatory

uint btsSectorId GET Mandatory

ENUM gen_cellCoherency{

COHERENT,

INCOHERENT

};

cellCoherency None Forbidden

ushort cellReselectOffset SET mandatory

int CI SET Mandatory

ushort CsMaxIdlePeriod SET Mandatory

ushort DtxIndicator SET mandatory

ushort enConvGps SET Mandatory

ushort EnCsAdaptationAck SET mandatory

ushort EnCsAdaptationNack SET mandatory

ushort enExtendedUlTbf SET Mandatory

ushort enFastInitialGprsAccess

SET mandatory

ushort enMsAssistedAgps SET Mandatory

ushort enMsBasedAgps SET Mandatory

ushort enNacc SET mandatory

ushort enOutgoingGprsRedir SET Mandatory

ushort enPsiStatus SET mandatory

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ushort enSolsa SET mandatory

ushort enStreaming SET Mandatory

ushort fddGprsQoffset SET Mandatory

ushort fddQmin SET mandatory

ushort fddQoffset SET Mandatory

ushort halfpwrBeamWidth SET Mandatory

ushort KavgL SET Mandatory

ushort KavgQ SET Mandatory

ushort Lac SET Mandatory

ushort lcsAzimuth SET Mandatory

ushort lcsLatitudeDegrees SET Mandatory

ushort lcsLatitudeDirection SET Mandatory

ushort lcsLatitudeFractionalMinutes

SET Mandatory

ushort lcsLatitudeMinutes SET Mandatory

ushort lcsLongitudeDegrees SET Mandatory

ushort lcsLongitudeDirection SET Mandatory

ushort lcsLongitudeFractionalMinutes

SET Mandatory

ushort lcsLongitudeMinutes SET Mandatory

ushort lcsSignificantGc SET Mandatory






LOCKED,

UNLOCKED

};


bag [5] of int LsaIdListItem SET Mandatory

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ushort LsaIdListSize SET mandatory

ushort MaxAssignAgchRetrans

SET Mandatory

ushort MaxAssignPc hRetrans SET Mandatory

ushort MaxDlTbfSpdch SET Mandatory

ushort maxEgprsMcs SET Mandatory

ushort MaxPdch SET Mandatory

ushort MaxPdchHighLoad SET Mandatory

ushort MaxPdchPerTbf SET Mandatory

ushort MaxPdchPerTbfHighAterUsage

SET Mandatory

ushort maxRetrans SET Mandatory

ushort MaxUlTbfSpdch SET Mandatory

ushort Mcc GET Mandatory

ushort MinPdch SET Mandatory

str[4] mobileNetworkCode GET Mandatory

ushort mSTxPwrMaxCCH SET Mandatory

ushort multibandReporting SET Mandatory

ushort nbExtraAbisTs SET Mandatory

ushort nbTsMpdch SET Mandatory

ushort nc2DeactivationMode SET mandatory

ushort Ncc SET Mandatory

ushort ncDlRxlevLimitThr SET mandatory

ushort ncDlRxlevThr SET mandatory

ushort ncDlRxqualThr SET mandatory

ushort ncPingPongOffset SET mandatory

ushort NcReportingPeriodT SET mandatory

ushort ncRxlevForgettingFactor

SET mandatory

ushort ncRxqualAvgPeriod SET mandatory

ushort ncUlRxqualThr SET mandatory

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ushort networkControlOrder SET mandatory

ushort nExtraAbisTsMain SET Mandatory

ushort nExtraAbisTsSecondary

SET Mandatory

ushort NtbfPerSpdch SET Mandatory

ushort PanDec SET Mandatory

ushort PanInc SET Mandatory

ushort PanMax SET Mandatory

ushort penaltyTime SET Mandatory

ushort PrachBusyThres SET mandatory

ENUM gen_PriorityAccessThreshold{

NOACCESS,

UNUSED1,

UNUSED2,

PRO_CL_1,

PRO_CL_1_2,

PRO_CL_1_3,

PRO_CL_1_4

};

PriorityAccessThreshold

SET Mandatory

ushort qosSafetyMargin SET Mandatory

ushort qsearch SET mandatory

ushort qsearchPPtm SET Mandatory

ushort rachTaFilter SET mandatory

ushort raCode SET Mandatory

ushort RadiolinkTimeout SET mandatory

ushort rAverageEgprs SET Mandatory

ushort rAverageGprs SET Mandatory

link To BtsSiteManager

RelatedBtsSM SET Mandatory

ushort rminEgprs SET Mandatory

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ushort rminGprs SET Mandatory

ushort RoundTripDelay SET Mandatory

ushort rxlevAccessMin SET mandatory



























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ushort T3168 SET Mandatory



ushort TbfDlInitCs SET mandatory

ushort TbfDlInitMcs SET mandatory

ushort TbfUlInitCs SET Mandatory

ushort TbfUlInitMcs SET mandatory

ushort Tcorr SET Mandatory

ushort TDlAssignCcch SET Mandatory

ushort tDlEgprsMeasreport SET Mandatory

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ushort TDlGprsMeasreport SET mandatory

ushort Testab SET Mandatory

ushort thrNc2LoadRanking SET Mandatory

ushort tMaxExtendedUl SET Mandatory

ushort TNcPingpong SET mandatory

ushort tNcRejCell SET Mandatory

ushort TpagCs SET Mandatory

ushort TpagPs SET Mandatory

ushort TPdchPreemption SET Mandatory

ushort TUlAssignCcch SET Mandatory

ushort TxEfficiencyAckThr SET Mandatory

ushort TxEfficiencyNackThr SET mandatory

ushort TxInteger SET Mandatory


ushort WiPr SET Mandatory

3.2.2.6 Cell, Resource


LOCKED,

UNLOCKED

};



INTEST,

FAILED,

POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,


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NOTINSTALLED,

LOGFULL,

NONE

};

ushort BvcId GET Forbidden

ENUM gen_CauseCell{

NONE,

BSC_CELL_DOWN,

BVC_DOWN,

BSS

};

CauseCell GET Forbidden


NOTCREATED,

CREATED,

DELETED

};


ushort GbAlignState None Forbidden

ushort GbLxpuCurrent None Forbidden

ushort GbLxpuDefault None Forbidden

ushort Nsei GET Forbidden


DISABLED,

ENABLED

};


ushort spare3000 None Forbidden




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3.2.2.7 CM, Configuration

ushort 1 12 BsPrrBlksMpdch SET Optional 2 2

ushort 1 12 BsPrrBlksSpdch SET Optional 6 6

ushort 1 100 BssgpT3 SET Optional 6 6

ushort 1 100 BssgpT4 SET Optional 6 6

ushort 0 1000 confidenceOrigin SET Optional 507 507

ushort 0 1000 confidenceVsArcFactorSlope

SET Optional 250 250

ushort 0 10000 confidenceVsRadiusSlope

SET Optional 1528 1528

ushort 1 250 csAvgPeriodLt SET Optional 50 100

ushort 1 250 csAvgPeriodSt SET Optional 5 16

ushort 1 16 DLPollFactor SET Optional 1 1

ushort DspGuardTimer SET Optional 1000

ushort dspLoadForgettingFactor

SET Optional 26 26

ushort dspLoadThr1 SET Optional 60 60

ushort dspLoadThr2 SET Optional 80 80

ushort egprsDlAckFactor SET Optional 25 25

ushort egprsDlAckFactorSatellite

SET Optional 60 25

ushort egprsN3105LimitB8 SET Optional 60 16

ushort egprsN3105LimitB9 SET Optional 400 20

ushort egprsN3105LimitSatelliteB8

SET Optional 0 16

ushort egprsN3105LimitSatelliteB9

SET Optional 31 24

ushort egprsUlAckFactor SET Optional 25 25

ushort egprsUlAckFactorSatellite

SET Optional 0 25

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ushort 0 1 enAutonomousRerouting

SET Optional 1 1

ushort enCbl SET Optional 14 1

ushort 0 1 enDlRetransBts SET Optional 0 0

ushort enNonfullPdchUsage SET Optional 1 1

ushort 0 1 enPSI3coding2 SET Optional 1 0

ushort 0 1 enUlCongestion SET Optional 1 1

ushort enUsfInMcsBlock SET Optional 1 1

ushort 10 1000 FlowDimSafetyBVC SET Optional 15 200

ushort 10 100 FlowDimSafetyMS SET Optional 30 40

ushort 3 64 GprsDlAckPeriod SET Optional 12 12

ushort gprsDlAckPeriodSatellite

SET Optional 12 12

ushort 3 64 GprsUlAckPeriod SET Optional 16 16

ushort gprsUlAckPeriodSatellite

SET Optional 0 16

ushort 0 1 IntMeasChanListAvail SET Optional 0 0

ushort 1 16 KGsl SET Optional 7 7

ushort 1 10 MaxAgchQueuingDelay SET Optional 4 4

ushort 2500 2500 MaxCtxtMsGpu SET Optional 2500 2500

ushort MaxDspFault SET Optional 5

ushort 120 120 MaxLLCPDULifetime SET Optional 120 120

ushort 1 32 MaxPpchDrxOccurences

SET Optional 9 9

ushort 1 160 MaxPpchNonDrxLifeTime

SET Optional 5 5

ushort 1 10 MaxPpchQueuingDelay SET Optional 2 2

ushort maxRateSafety SET Optional 8 11

ushort 0 30 maxReselDuration SET Optional 15 15

ushort 0 7 MaxRetransDl SET Optional 3 3

ushort 0 7 MaxRetransSig SET Optional 2 2

ushort mcsAvgPeriod SET Optional 50 5

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ushort minRlfTimeDl SET Optional 0 40

ushort minThroughputGain SET Optional 0 4

ushort 1 300 MpdchLoadPeriod SET Optional 30 30

ushort 0 63 msBasedAgpsAssistDataList

SET Optional 58 0

ushort multiGpuInfoBroadcastPeriod

SET Optional 5 10

ushort 3 3 N200Gsl SET Optional 3 3

ushort N201Gsl SET Optional 260 260

ushort 8 64 N3101Max SET Optional 48 64

ushort 1 16 N3103Max SET Optional 1 1

ushort 1 16 n3105LimitB8 SET Optional 3 16

ushort n3105LimitB9 SET Optional 20 20

ushort n3105LimitSatelliteB8 SET Optional 60 16

ushort n3105LimitSatelliteB9 SET Optional 16 24

ushort 0 100 nBiasDetermination SET Optional 5 3

ushort 1 30 nbMpdchLoadSample SET Optional 6 6

ushort nc2LoadEvPeriod SET Optional 3 3

ushort 0 100 nCandidateForRealloc SET Optional 2 2

ushort ncNonDrxPeriod SET Optional 2 4

ushort ncReportingPeriodI SET Optional 7 7

ushort ncRxqualHysteresis SET Optional 10 10

ushort 0 1 Neci SET Optional 0 0

ushort 1 5 nGchFastPsAccess SET Optional 1 1

ushort nMaxPeriodicReallocT3 SET Optional 16 20

ushort nMaxPeriodicReallocT4 SET Optional 125 5

ushort NMaxT3Realloc SET Optional 5 5

ushort 0 100 NPdchRelease SET Optional 10 10

ushort nSharedDtmInfo SET Optional 55 2

ushort nSigRepeat SET Optional 1 1

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ushort 1 256 nStagnatingWindowDlLimitB8

SET Optional 8 10

ushort nStagnatingWindowDlLimitB9

SET Optional 2 32

ushort 1 256 NStagnatingWindowUlLimit

SET Optional 8 10

ushort 12 128 NUlDummyLimit SET Optional 15 15

ushort 1 16 NUlErrorsLimitt SET Optional 4 4

ushort 0 15 pb SET Optional 0 0

ushort 1 65535 PdchBufferingFactor SET Optional 25 25

ushort 1 65535 PdchMinBufferingFactor SET Optional 5 5

ushort 1 65535 PdchTbfXonFactor SET Optional 15 15

ushort pdDlPdchUnitAllocThr10 SET Optional 5 50

ushort pdDlTbfDurationThr10 SET Optional 16384 32768

uint pdDlTbfVolumeThr10 SET Optional 100000000 100000000

ushort pduLifetimeOrder SET Optional 1 1

ushort pdUlPdchUnitAllocThr10 SET Optional 5 50

ushort pdUlTbfDurationThr10 SET Optional 16384 32768

uint pdUlTbfVolumeThr10 SET Optional 100000000 100000000

ushort pfcNbRetryDownld SET Optional 3 3

ushort pfcNbRetryModify SET Optional 3 3

ushort 0 3 plmnFrequencyBandsB8

SET Optional 0 0

ushort pmuCpuOverload SET Optional 90 95

ushort pmuCpuOverloadStepH SET Optional 50 2

ushort pmuCpuOverloadStepN SET Optional 1 1

ushort 1 3 prefGpsListPriority1 SET Optional 3 1



ushort raCapabilityUpdateRetries

SET Optional 3 3

ushort 0 3 ResumeRetries SET Optional 0 0

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uint sagiGatewayIpAddress1

SET Optional 16843018 16843018

uint sagiGatewayIpAddress2

SET Optional 33686026 33686026

uint sagiGpsServerLocalIpAddress

SET Optional 167837953 167837953

ushort 4 10 sagiTcpDataTimeout SET Optional 6 5

ushort 4 10 sagiTcpKeepAliveInterval

SET Optional 4 5

ushort 4 10 sagiTcpMaxDataRetrans

SET Optional 7 5

ushort sagiTcpPortNb SET Optional 12 3007

ushort spare1194 SET Optional 16

ushort spare1202 SET optional 80



















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uint spare2371 SET Optional 0















uint spare462 SET Optional 30






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ushort 0 1 SpgcCcchSup SET Optional 0 0

ushort 0 3 SuspendRetries SET Optional 0 0

ushort 1 1 T200Gsl SET Optional 1 1

ushort 10 10 T203Gsl SET Optional 10 10

ushort 0 15 T3166n SET Optional 5 5

ushort 0 15 T3169 SET Optional 5 5

ushort t3180 SET Optional 0 50




ushort t3208n SET Optional 80 80

ushort t5RaCapUpdate SET Optional 5 5

ushort TAbisCong SET Optional 0 10

ushort 5 50 TAckWait SET Optional 12 12

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ushort 0 100 TAckWaitDrxPccch SET Optional 25 25

ushort tBaChange SET Optional 40 40

ushort 1 256 tbfCsPeriod SET Optional 20 20

ushort tbfMcsPeriod SET Optional 20 20

ushort 1 20 tCandidateTbfRealloc SET Optional 2 1

ushort 0 20 TChangeRlcMode SET Optional 0 0

ushort tConfigTbf SET Optional 14 14

ushort 0 25000 TDelayedDlTbfPol SET Optional 10000 10

ushort tDelayedDlTbfPolInitialB8

SET Optional 3 5

ushort tDelayedDlTbfPolInitialB9

SET Optional 300 3

ushort 0 200 tDelayedDlTbfPolUl SET Optional 20 20

ushort 0 255 TDelayGch SET Optional 10 10

ushort 1 9 Tdsl SET Optional 4 4

ushort tDspLoadReport SET Optional 10 10

ushort tDtmAssign SET Optional 4 4

ushort tExtendedUlTbfPol SET Optional 200 200

ushort 5 20 TFastDlMargin SET Optional 10 10

ushort 1 12 Tfreeze SET Optional 5 5

ushort 0 255 TGslAck SET Optional 10 10

ushort 0 1000 ThresDspXOff SET Optional 840 840

ushort 0 1000 ThresDspXOn SET Optional 800 800

ushort 0 1000 ThresGMaxHigh SET Optional 959 959

ushort 0 1000 ThresGMaxLow SET Optional 850 850

ushort 0 1000 ThresNTbfOff SET Optional 790 790

ushort 0 1000 ThresNTbfOn SET Optional 750 750

ushort timerToSwitch SET Optional 0 4

ushort 1 255 TInitialPdch SET Optional 10 10

ushort tLcsRestart SET Optional 10 10

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ushort 6 250 tMaxForTbfScheduling SET Optional 50 50

ushort 1 60 TMaxRetransDl SET Optional 1 1

ushort 0 50 tMsContextFlushPersistence

SET Optional 10 10

ushort tMsContextLifetime SET Optional 120 120

ushort tNc2LoadRanking SET Optional 5 5

ushort tNcRxqualValid SET Optional 10 10

ushort 1 10 TOneBlock SET Optional 1 1

ushort tPagingReorg SET Optional 2 30

ushort tPscdScheduleAck SET Optional 84 84

ushort 2 12 Trelease SET Optional 5 5

ushort 1 40 tReroutingRequestGuard

SET Optional 4 10

ushort 0 10 tRtPfcBufferReferenceLevel

SET Optional 1 1

ushort trtsPs SET Optional 0 4

ushort 1 16 trxDspMappingFactor SET Optional 9 6

ushort 1 300 tSagiGuard SET Optional 10 60

ushort tSharedDtmInfo SET Optional 2 10

ushort 1 50 tTbfActiv SET Optional 5 5

ushort 15 100 tTbfBckRel SET Optional 30 30

ushort 0 100 tUlAccessMax SET Optional 10 28

ushort 1 300 tUlCongestion SET Optional 10 10

ushort TUsfSchedulingAgch SET Optional 0 0

ushort 1 9 Tusl SET Optional 4 4

ushort tWaitCsProc SET Optional 2 10

ushort tWaitDtm SET Optional 4 4

ushort 0 32 TWaitFlush SET Optional 10 11

ushort 0 100 tWaitPmrMargin SET Optional 10 10

ushort 1 16 UlPollFactor SET Optional 1 1

ushort 0 6 UsfNe SET Optional 6

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ushort 0 10 weightBiasDetermination

SET Optional 5 7

ushort wiDtm SET Optional 5 5

3.2.2.8 Extension, Configuration

str[128] SpoolDirectory GET Mandatory

3.2.2.9 FrBearer, Configuration

str[128] pcmTtp GET Mandatory

ENUM gen_ProtocolType{

USER,

NETWORK

};

ProtocolType None Forbidden

uint TsList SET Mandatory

3.2.2.10 FrBearer, Resource


INTEST,

FAILED,

POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,

NOTINSTALLED,

LOGFULL,

NONE

};



NOTCREATED,

CREATED,


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DELETED

};


DISABLED,

ENABLED

};


3.2.2.11 GicGroup, Configuration

ushort GICbase GET Mandatory

array[32] of NIBBLE nibble GET Mandatory


uint RelatedBssId GET Mandatory

3.2.2.12 LapDLink, Configuration


LOCKED,

UNLOCKED

};



uint RelatedBssId GET Mandatory

ushort 0 63 Sapi GET Mandatory

ushort Tei GET Mandatory

ushort Ts GET Mandatory

3.2.2.13 LapDLink, Resource


LOCKED,

UNLOCKED

};


ENUM gen_availabilityStatus


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{

INTEST,

FAILED,

POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,

NOTINSTALLED,

LOGFULL,

NONE

};


NOTCREATED,

CREATED,

DELETED

};



DISABLED,

ENABLED

};


3.2.2.14 MasterChannel, Configuration

ushort BsPagBlksRes SET mandatory

ushort BsPbcchBlks SET mandatory

ushort BsPrachBlks SET mandatory

ushort C31Hyst SET mandatory

ushort C32Qual SET mandatory

ushort CcchConf SET mandatory

ushort gprsCellReselectHyster SET mandatory

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esis

ushort gprsHCSPriorityClass SET mandatory

ushort gprsHcsThr SET mandatory

ushort gprsMsTxPwrMaxCCHDbm

SET mandatory

ushort gprsRxLevAccessMin SET mandatory

ushort MaxRetrans1 SET mandatory




ushort PersistenceLevel1 SET mandatory




ushort Pwrc SET mandatory

ushort RandomAccessRetry SET mandatory

ushort RaReselectHysteresis SET mandatory

ushort S SET mandatory


ushort Tresel SET mandatory

ushort TUlAssignPccch SET mandatory

ushort TxInt SET mandatory

3.2.2.15 Nibble, Configuration

ushort 1 31 AterMuxTs SET Mandatory

ushort 1 31 AterTs SET Mandatory

ushort 0 4 NibbleNb SET Mandatory

3.2.2.16 NS, Configuration

ushort 3 3 BvcBlockRetries SET Optional 3 3

ushort 3 3 BvcResetRetries SET Optional 3 3

ushort 3 3 BvcUnblockRetries SET Optional 3 3

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ushort enSecureSingleGb SET Optional 0

ushort 1600 1600 FrInfoSize SET Optional 1600 1600

ushort LspMax SET Optional 3360

ushort 1 255 N391 SET Optional 6 6



ushort 1 30 NsAliveRetries SET Optional 10 10

ushort 1 12 NsBlocksRetries SET Optional 3 3

ushort 1 30 NsResetRetries SET Optional 10 10

ushort 1 12 NsUnblocksRetries SET Optional 3 3

ushort 1 255 Sbecn SET Optional 8 8



















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ushort 1 30 TnsAlive SET Optional 3 3

ushort 1 120 TnsBlock SET Optional 3 3

ushort 1 120 TnsReset SET Optional 3 3

ushort 1 60 TnsTest SET Optional 15 15

3.2.2.17 NSE, Configuration

ushort NSEI GET Mandatory

uint RelatedBssId SET Mandatory

3.2.2.18 NSE, Resource


LOCKED,

UNLOCKED

};

AdministrativeState GET Forbidden


INTEST,

FAILED,

POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,

NOTINSTALLED,

LOGFULL,

NONE

};


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ENUM gen_CauseBss{

NONE,

GSL_DOWN,

BSC_LOCKED_DOWN,

SGSN_LOCKED_DOWN

};

CauseBss GET Forbidden


NOTCREATED,

CREATED,

DELETED

};



DISABLED,

ENABLED

};

GslState GET Forbidden

ushort mainRole GET Forbidden


DISABLED,

ENABLED

};


ushort pilotRole GET Forbidden

3.2.2.19 NSVC, Configuration


LOCKED,

UNLOCKED


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};

ushort 1 65535 NSVCI GET Mandatory

ushort 1 255 Priority SET Mandatory

link To PVC RelatedPvc SET Mandatory

3.2.2.20 NSVC, Resource


LOCKED,

UNLOCKED

};



INTEST,

FAILED,

POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,

NOTINSTALLED,

LOGFULL,

NONE

};



NOTCREATED,

CREATED,

DELETED

};


ENUM gen_Nsvc_cause{

Nsvc_cause GET Forbidden

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NONE,

PVC_FAILURE,

BLOCKED_SGSN,

BLOCKED_RRM,

GB_FAILURE

};


DISABLED,

ENABLED

};


ENUM gen_trnState{

BLOCKED,

UNBLOCKED

};

trnState GET Forbidden

3.2.2.21 PowerControl, Configuration

ushort alpha SET Mandatory

ushort BsTxPwrMax SET Mandatory

ushort GammaTnx SET mandatory

ushort NavgI SET Mandatory

ENUM gen_PcMeasChan{

BCCH,

PDCH

};

PcMeasChan SET Mandatory






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ushort TAvgT SET Mandatory

ushort TAvgW SET Mandatory

3.2.2.22 Pvc, Configuration

ushort 0 248 CBS SET Mandatory

ushort 0 1984 CIR SET Mandatory

ushort 16 991 DLCI GET Mandatory

ushort 0 248 EBS SET Mandatory

ushort 0 1984 NIR SET Mandatory

ushort 0 100 PvcLevel1Down GET Mandatory

ushort 5 1275 PvcLevel1Factor GET Mandatory

ushort 0 100 PvcLevel1Up GET Mandatory


ushort 10 5000 Tstop GET Mandatory

3.2.2.23 Pvc, Resource


INTEST,

FAILED,

POWEROFF,

OFFLINE,

OFFDUTY,

DEPENDENCY,

DEGRADED,

NOTINSTALLED,


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LOGFULL,

NONE

};


NOTCREATED,

CREATED,

DELETED

};



DISABLED,

ENABLED

};


3.2.3 Enumerated

3.2.3.1 GEM Enumerated ENUM Administrative_state{ LOCKED, UNLOCKED };, ENUM Availability_status{ NOT_SIGNIFICANT, IN_TEST, FAILED, NOT_INSTALLED };, ENUM Boolean, ENUM Boolean{ YES, NO };, ENUM CRC4{ YES,

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NO, UNKNOWN };, ENUM Creation_state{ NOT_CREATED, CREATED, DELETED };, ENUM multiplexing{ THREE_ONE, FOUR_ONE, UNKNOWN, ONE_ONE };, ENUM Operational_state{ DISABLED, ENABLED };, ENUM pcm_synchro, ENUM pcm_type_remote{ SGSN, TC, BSC, MFS, MSC, NONE };, ENUM Procedural_status{ NOT_SIGNIFICANT, INITIALISING };, ENUM Usage_state{ BUSY, IDDLE };, ENUM Xpu_mode{ SPARE, ACTIVE };,

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3.2.3.2 GOM Enumerated

ENUM gen_AdministrativeState{ LOCKED, UNLOCKED };, ENUM gen_availabilityStatus{ INTEST, FAILED, POWEROFF, OFFLINE, OFFDUTY, DEPENDENCY, DEGRADED, NOTINSTALLED, LOGFULL, NONE };, ENUM gen_CauseBss{ NONE, GSL_DOWN, BSC_LOCKED_DOWN, SGSN_LOCKED_DOWN };, ENUM gen_CauseCell{ NONE, BSC_CELL_DOWN, BVC_DOWN, BSS };, ENUM gen_cellCoherency{ COHERENT, INCOHERENT };, ENUM gen_CommercialUse{ COMMERCIAL, PROVISION };, ENUM gen_CreationState{ NOTCREATED, CREATED, DELETED };,

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ENUM gen_LockRequest{ LOCKED, UNLOCKED };, ENUM gen_Nsvc_cause{ NONE, PVC_FAILURE, BLOCKED_SGSN, BLOCKED_RRM, GB_FAILURE };, ENUM gen_OperationalState{ DISABLED, ENABLED };, ENUM gen_PcMeasChan{ BCCH, PDCH };, ENUM gen_PriorityAccessThreshold{ NOACCESS, UNUSED1, UNUSED2, PRO_CL_1, PRO_CL_1_2, PRO_CL_1_3, PRO_CL_1_4 };, ENUM gen_ProtocolType{ USER, NETWORK };, ENUM gen_trnState{ BLOCKED, UNBLOCKED };,

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3.3 CML Structure

3.3.1 CML Structure

Legend:

OMC-R access: Indicates how the parameter is handled by the OMC-R

GPU Attribute Definition GPU DataType Min Max Coding rules OMC-R access

3.3.1.1 ackNack

ackNack Result of the request u_int {00h = Ack (Success)} {01h=Nack (Failure)}

Set by Create

3.3.1.2 AckContent

cause Cause of the refusal / failure u_int Set by Create

debugInfo Debug Information u_int Set by Create

3.3.1.3 AckReadyContent


Set by Create



stateRequest Request of current states of all object instances u_int 0 1 0 = No, 1 = Yes Set by Create

3.3.1.4 AckReadyPmPContent

stateRequest Request of current states of all object instances u_int 0 1 0 = No, 1 = Yes Set by Create


Set by Create


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3.3.1.5 BcmPSynchroCfg

synchroIn Type of Synchronisation source used in Input u_short 0 = PcmPort

1 = RSCB

2 = SCBD

FFH = None

Set by Create

synchroOut Type of Synchronisation Source used in Output u_short 0 = RSCB

FFH = None

Set by Create

3.3.1.6 BscReportCnfContent.BscReportCnf.BscResult

bscId BSC Identifier u_int Set by Create

sif Suspect interval flag (valid or not valid period) u_int SIF are 32 bits (0 to 31), binary coded as follows:

- bit 1 is set: instance created during GP

- bit 2 is set: instance deleted during GP

- bit 3 is set: administrative state is locked during a part of GP

- bit 4 is set: operational state is disabled during a part of the GP

- bit 5 is set: no response from DSP

Set by Create

counterNb Number of counters u_int Set by Create

3.3.1.7 BscReportCnfContent.BscReportCnf.Counter[50]

id Counter identifier u_short Set by Create

value Counter value u_int Set by Create

3.3.1.8 BscReportReqContent.BscReportReq

omRef Instance/entity identifier defined by the Control Station

u_int Set by Create

bssRef Instance/entity identifier defined by the Control station inside a BSS

u_int Set by Create

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3.3.1.9 BssBasicCfg.BssCfg

bscId This parameter gives a unique identification of a BSS.

u_int Set by Create

nseRef BSSRef of the Nse u_int Set by Create

networkOperationMode

This parameter defines the CS-PS co-ordination for paging.

u_short 3 possible values : 1, 2, 3; 1 == Network operation mode I ; 2 == Network operation mode II ; 3 == Network operation mode III

Changeable

3.3.1.10 BssBasicCfg.BssCfg.DspPcmListCfg

nbOfItems nb of PCM ports u_short Set by Create

3.3.1.11 BssBasicCfg.BssCfg.DspPcmListCfg.DspPcmCfg[8]

ater Ater Number u_short Set by Create

aterMux Ater-mux Number u_short Set by Create

3.3.1.12 BssBasicCfg.BssCfg.ReleaseCfg

mscR Year corresponding to the version of ETSI/3GPP recommendations used to implement MSC software.

u_short 0 = MSC is release '98 or older; 1 = MSC is release '99 onwards

Changeable

sgsnR Year corresponding to the version of ETSI/3GPP recommendations used to implement SGSN software.

u_short 0 = SGSN is release '98 or older; 1 = SGSN is release '99 onwards

Changeable

3.3.1.13 BssCellMappingListCfg

nbOfItems nb of cells u_int Set by Create

3.3.1.14 BssCellMappingListCfg.CellMappingsCfg[264]


u_int Set by Create

lxpuId Identifier of the LXPU u_short Set by Create

btsSiteManagerIdPrimary

u_short Set by Create

btsSiteManagerIdSecondary


btsSectorId Sector identifer related to one BTS HW u_short Set by Create

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3.3.1.15 BssLACMainLXPUListCfg

nbOfItems nb of LXPU u_int Set by Create

3.3.1.16 BssLACMainLXPUListCfg.LACMainLxpuCfg[264]

mainLxpu Logical number of the main LXPU for the BSS area


lac Location Area Code u_short Set by Create

3.3.1.17 BssLxpuStatusContent

pilotLXPU Logical number of the pilot LXPU for the BSS u_short Set by Create



enLcs Enables/Disables the Location Services (LCS) in the BSS.

u_short 0: disabled, <>0 enabled

Changeable

3.3.1.18 BssLxpuStatusContent.LxpuListCfg


3.3.1.19 BssLxpuStatusContent.LxpuListCfg.LxpuCfg[22]

lxpuId Identifier of the LXPU u_short Set by Create

opeState operational state of the LXPU u_short Set by Create

lxpuAddress IP address of the LXPU u_int Set by Create

lxpuUdpPort port UDP of the LXPU u_short Set by Create

3.3.1.20 BssRACMainLXPUListCfg


3.3.1.21 BssRACMainLXPUListCfg.RACMainLXPUCfg[264]



racode Routing Area Code. u_short Set by Create

lac Location Area Code u_short Set by Create

3.3.1.22 BssSetGpContentCfg.BssGpCfg

bssgpT1 Guards the (un)blocking procedures. u_short 1 30 1=1sec Set by Create

bssgpT2 Guards the reset procedure. u_short 1 120 1=1sec Set by Create

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bssgpT3 Timer used by MFS to wait for Suspend acknowledgement from SGSN.

u_short 1 100 1=100msec Set by Create

bssgpT4 Timer used by MFS to wait for Resume acknowledgement from SGSN.


suspendRetries Maximum number of retries to send a Suspend message to the SGSN.

u_short 0 3 -- Set by Create

resumeRetries Maximum number of retries to send a Resume message to the SGSN.


bvcResetRetries Number of retries of theBVC RESET procedure. u_short 3 3 -- Set by Create

bvcUnblockRetries Number of retries of the BVC Unblocking procedure.


bvcBlockRetries Number of retries of the BVC Blocking procedure.


t5RaCapUpdate Timer to supervise the reception of the MS s current Radio Access capability from the SGSN on Gb.

u_short step size = 1 sec Set by Create

raCapabilityUpdateRetries

Maximum number of repetition of Radio Access capability in case of no answer from SGSN at T5 expiry.

u_short -- Set by Create

pfcT6 Timer guarding the Download-BSS-PFC procedure

u_short step size = 0.1 sec Changeable

pfcT8 Timer guarding the Modify-BSS-PFC procedure u_short step size = 0.1 sec Changeable

pfcNbRetryDownld Number of Download_BSS_PFC attempts u_short -- Set by Create

pfcNbRetryModify Number of Modify_BSS_PFC attempts u_short -- Set by Create

spare4756 Provision. Not used by Telecom software u_short None Set by Create










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3.3.1.23 BssSetReqContentCfg.Bss2GTo3GCellReselectionCfg

en2gTo3gCellReselection

Enables/Disables the GSM to UTRAN FDD cell reselections and defines the 3G search activation mode for MS in GMM Ready state

u_short 0: Disabled

1: Enabled with 3G search activated while the UE/MS is in GMM ready state,

2: Enabled with 3G search deactivated while the UE/MS is in GMM ready state.

Changeable



3.3.1.24 BssSetReqContentCfg.BssBasicCfg.BssCfg


u_int Set by Create


networkOperationMode

This parameter defines the CS-PS co-ordination for paging.

u_short 3 possible values : 1, 2, 3; 1 == Network operation mode I ; 2 == Network operation mode II ; 3 == Network operation mode III

Changeable

3.3.1.25 BssSetReqContentCfg.BssBasicCfg.BssCfg.DspPcmListCfg

nbOfItems nb of PCM ports u_short Set by Create

3.3.1.26 BssSetReqContentCfg.BssBasicCfg.BssCfg.DspPcmListCfg.DspPcmCfg[8]

ater Ater Number u_short Set by Create

aterMux Ater-mux Number u_short Set by Create

3.3.1.27 BssSetReqContentCfg.BssBasicCfg.BssCfg.ReleaseCfg

mscR Year corresponding to the version of ETSI/3GPP recommendations used to implement MSC software.

u_short 0 = MSC is release '98 or older; 1 = MSC is release '99 onwards

Changeable

sgsnR Year corresponding to the version of ETSI/3GPP recommendations used to implement SGSN software.

u_short 0 = SGSN is release '98 or older; 1 = SGSN is release '99 onwards

Changeable

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3.3.1.28 BssSetReqContentCfg.BssCnxControlCfg

tNetworkResponseTime

Maximum expected response time of a network server as seen from the MFS.

u_short step size: 100 ms Changeable

TDelayedFinalPuan This timer defines the duration of the delay introduced by the BSS to send the final Packet UL Ack/Nack message when releasing an UL TBF.

u_short 0=0msec, 1=100msec, 2=200 msec... Coded value ‘0’ is used in the MFS during the migration phase until completion of BSS radio re-synchronisation step. The feature “delayed final Packet UL Ack/Nack” is therefore inhibited during this period; this behaviour is acceptable considering that it only leads to a degradation of QoS during this period.

Changeable

gprsMultislotClassDefValue

Default value of the (E)GPRS multislot class assumed at TBF establishment when the actual MS (E)GPRS multislot class is unknown. - In an Evolium BTS : The default MS class is used as an input of the best candidate TBF allocation computation process when the MS class is not known on UL TBF establishment - In a Non Evolium BTS : The default MS class is used as an input of the best candidate TBF allocation computation process when the MS class is not known on UL TBF establishment. In the PDCH anticipation process on UL TBF establishment : the default MS class is used to determine how many PDCHs are established in advance to anticipate the concurrent DL TBF establishment.

u_short Only the following GPRS multislot class defined in 3GPP TS 05.02 annex B are allowed:

1: GPRS multislot class 1 (1+1 MS);



8: GPRS multislot class 8 (4+1 MS).

Changeable

enCbl This flag enables / disables CBL feature (Leaky Bucket Synchronisation)


Set by Create

enIrUl Enables/Disables Incremental redundancy for the uplink TBF in the BSS.

u_short 0 : disabled, <>0 enabled

Changeable

enRaCapUpdate Flag to enable/disable the Radio Acces Capability update on Gb


Changeable

enPfcFeature u_short Set by Create

enResegmentationUl Enables/Disables the resegmentation for the uplink TBF in the BSS

u_short Changeable




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3.3.1.29 BssSetReqContentCfg.BssCnxCtrlCfg

maxAgchQueuingDelay

AGCH queuing time. u_short 1 10 1=100 ms Set by Create

tWaitFlush Timer monitoring the receipt of a Flush message or a GPRS suspend message further to the release of the on-going TBF(s)

u_short 0 32 1 is coded 1

2 is coded 1,5

3 is coded 2

4 is coded 2,5

5 is coded 3

6 is coded 3,5

7 is coded 4

8 is coded 4,5

9 is coded 5

10 is coded 5,5

11 is coded 6

12 is coded 6,5

13 is coded 7

14 is coded 7,5

15 is coded 8

16 is coded 8,5

17 is coded 9

18 is coded 9,5

19 is coded 10

20 is coded 10,5

21 is coded 11

22 is coded 11,5

23 is coded 12

24 is coded 12,5

25 is coded 13

26 is coded 13,5

27 is coded 14

28 is coded 14,5

29 is coded 15

30 is coded 15,5

31 is coded 16

Set by Create

drxTimerMax Maximum value allowed for the MS to request for non-DRX mode after packet transfer mode.

u_short Possible values (radio coding): 0, 1, 2, 4 respectively coded as 0, 1, 2, 3

Changeable

tDelayGch Delay for GCH re-establishment after a GCH establishment failure.

u_short 0 255 1=1sec Set by Create

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tChangeRlcMode Timeout value for RLC mode modification procedure on downlink path when DL LLC PDUs with different RLC (acknowledged and unacknowledged) are simultaneously received by the MFS.


maxRetransSig Maximum number of retransmissions of a Packet TBF Release message, of a Packet Measurement Order message with a 3G search deactivation command, or of a Packet Cell Change Order message following a non-reception of the Packet Control Acknowledgement message. This parameter is also used to define the maximum number of retransmissions of a Packet Measurement Order message with a NC2 activation command following the non-reception of a Packet Measurement Report message.

u_short 0 7 1=1 Set by Create

pduLifetimeOrder Authorize or inhibit DL LLC PDU ordering according to the remaining PDU lifetime.

u_short 0: ordering disabled, <>0 : ordering enabled.Should be set to “ordering disabled”, when the MFS interfaces with an Ericsson SGSN or any SGSN modifying the PDU Lifetime value during data flows addressed to the same MS on the same LLC SAPI in a non-acceptable manner, otherwise should be set to “ordering enabled”.

Set by Create


3.3.1.30 BssSetReqContentCfg.BssDistributionCfg.BssDlPdchUnitAllocCfg

pdDlPdchUnitAllocThr1

Upper limit of the 1st band, lower limit of the 2nd band for DL PDCH unit allocation distribution

u_short step size = 0.1 PDCH

Changeable


Upper limit of the 2nd band, lower limit of the 3rd band for DL PDCH unit allocation distribution


Changeable


Upper limit of the 3rd band, lower limit of the 4th band for DL PDCH unit allocation distribution


Changeable


Upper limit of the 4th band, lower limit of the 5th band for DL PDCH unit allocation distribution


Changeable




Changeable




Changeable




Changeable




Changeable

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Changeable


Upper limit of the 10th band for DL PDCH unit allocation distribution


Set by Create

3.3.1.31 BssSetReqContentCfg.BssDistributionCfg.BssDlTbfDurationCfg

pdDlTbfDurationThr1 Upper limit of the first band, lower limit of the second band for DL TBF duration distribution.


pdDlTbfDurationThr2 Upper limit of the 2nd band, lower limit of the 3rd band for DL TBF duration distribution


pdDlTbfDurationThr3 Upper limit of the 3rd band, lower limit of the 4th band for DL TBF duration distribution


pdDlTbfDurationThr4 Upper limit of the 4th band, lower limit of the 5th band for DL TBF duration distribution












pdDlTbfDurationThr10 Upper limit of the 10th band for DL TBF duration distribution

u_short step size = 0.5 sec Set by Create

3.3.1.32 BssSetReqContentCfg.BssDistributionCfg.BssDlTbfVolumeCfg

pdDlTbfVolumeThr1 Upper limit of the 1st band, lower limit of the 2nd band for LLC volume carried by an DL TBF distribution

u_int step size = 1 byte Changeable

pdDlTbfVolumeThr2 Upper limit of the 2nd band, lower limit of the 3rd band for LLC volume carried by an DL TBF distribution


pdDlTbfVolumeThr3 Upper limit of the 3rd band, lower limit of the 4th band for LLC volume carried by an DL TBF distribution


pdDlTbfVolumeThr4 Upper limit of the 4th band, lower limit of the 5th band for LLC volume carried by an DL TBF distribution








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pdDlTbfVolumeThr10 Upper limit of the 10th band for LLC volume carried by an DL TBF distribution

u_int step size = 1 byte Set by Create

3.3.1.33 BssSetReqContentCfg.BssDistributionCfg.BssUlPdchUnitAllocCfg

pdUlPdchUnitAllocThr1

Upper limit of the 1st band, lower limit of the 2nd band for UL PDCH unit allocation distribution


Changeable


Upper limit of the 2nd band, lower limit of the 3rd band for UL PDCH unit allocation distribution


Changeable


Upper limit of the 3rd band, lower limit of the 4th band for UL PDCH unit allocation distribution


Changeable


Upper limit of the 4th band, lower limit of the 5th band for UL PDCH unit allocation distribution


Changeable




Changeable




Changeable




Changeable




Changeable




Changeable


Upper limit of the 10th band for UL PDCH unit allocation distribution


Set by Create

3.3.1.34 BssSetReqContentCfg.BssDistributionCfg.BssUlTbfDurationCfg

pdUlTbfDurationThr1 Upper limit of the first band, lower limit of the second band for UL TBF duration distribution.


pdUlTbfDurationThr2 Upper limit of the 2nd band, lower limit of the 3rd band for UL TBF duration distribution


pdUlTbfDurationThr3 Upper limit of the 3rd band, lower limit of the 4th band for UL TBF duration distribution


pdUlTbfDurationThr4 Upper limit of the 4th band, lower limit of the 5th band for UL TBF duration distribution










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pdUlTbfDurationThr10 Upper limit of the 10th band for UL TBF duration distribution

u_short step size = 0.5 sec Set by Create

3.3.1.35 BssSetReqContentCfg.BssDistributionCfg.BssUlTbfVolumeCfg

pdUlTbfVolumeThr1 Upper limit of the 1st band, lower limit of the 2nd band for LLC volume carried by an UL TBF distribution


pdUlTbfVolumeThr2 Upper limit of the 2nd band, lower limit of the 3rd band for LLC volume carried by an UL TBF distribution


pdUlTbfVolumeThr3 Upper limit of the 3rd band, lower limit of the 4th band for LLC volume carried by an UL TBF distribution


pdUlTbfVolumeThr4 Upper limit of the 4th band, lower limit of the 5th band for LLC volume carried by an UL TBF distribution












pdUlTbfVolumeThr10 Upper limit of the 10th band for LLC volume carried by an UL TBF distribution

u_int step size = 1 byte Set by Create

3.3.1.36 BssSetReqContentCfg.BssDlTbfExtensionCfg

tDelayedDlTbfPolUl This timer defines the period of sending Dummy UI commands in the delayed DL TBF release state, when there is an on-going UL TBF.




3.3.1.37 BssSetReqContentCfg.BssDualTransferModeCfg

tWaitDtm Timer supervising in the MFS the response of the BSC following a BSCGP Packet Notification (containing a PS paging) in dedicated mode, or a BSCGP GPRS INFORMATION DL (also in dedicated mode).


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wiDtm Value of Wait Indication for DTM requets u_short step size = 1 sec Set by Create

tDtmAssign Timer monitoring the establishment of an UL or a DL TBF on main DCCH for Dual Transfer Mode.

u_short step size = 20 ms Set by Create

nSharedDtmInfo Maximum number of lost BSCGP BSC Shared DTM Info Indication before the MFS considers the MS has left dedicated mode.


tSharedDtmInfo Timer monitoring the reception of BSCGP BSC Shared DTM Info Indication (periodic or not) on MFS side.


tWaitCsProc Timer controlling on MFS side the repetition of BSCGP DTM ASSIGNMENT COMMAND / BSCGP PACKET NOTIFICATION / BSCGP GPRS INFORMATION DL after reception of BSCGP DTM ASSIGNMENT FAILURE (cause BSC is in handover or assignment procedure ) / PACKET NOTIFICATION ACK (cause BSC is in handover or assignment procedure ) / BSCGP GPRS INFORMATION DL ACK (cause BSC is in handover or assignment procedure ).












3.3.1.38 BssSetReqContentCfg.BssEcrForR97MsCfg

tWaitPmrMargin Time margin used in the computation of the T_WAIT_PMR timer.


ncReportingPeriodI Reporting period of NC measurements reported by the MS while in packet idle mode.

u_short coded from 0 to 7 (0 0 0 : 0.48 sec , 0 0 1: 0.96 sec , 0 1 0 : 1.92 sec , 0 1 1: 3.84 sec, 1 0 0 : 7.68 sec , 1 0 1 : 15.36 sec , 1 1 0: 30.72 sec , 1 1 1: 61.44 sec) .

Set by Create

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tBaChange Time during which no NC cell reselection can be triggered further to a change of the BCCH allocation.

u_short step size 1 = 1 sec Set by Create

ncNonDrxPeriod Maximum non-DRX period applied by a MS after the sending of a NC measurement report.

u_short 000:0 ; 001:0,24 ; 010: 0,48; 011: 0,72; 100: 0,96; 101: 1,20; 110: 1,44; 111: 1,92

Set by Create

ncRxqualHysteresis Hysteresis to avoid frequent NC cell reselection alarms on the PMU-PTU interface

u_short step size: 0.1 Set by Create

nc2LoadEvPeriod Number of NC2 load samples used to compute the NC2 load average


tNc2LoadRanking Period of the cell load evaluation for the NC2 cell ranking process




3.3.1.39 BssSetReqContentCfg.BssEgprsRadioLinkAdaptationCfg

tbfMcsPeriod Number of radio blocks after which the MCS adaptation decision may be made, in EGPRS.

u_short step size 1 = 1 Set by Create

mcsAvgPeriod Period Tegprs after which a weight of 0.9 is applied to the current UL or DL meanBEP samples in the averaging Modulation and Coding Scheme adaptation filter.

u_short step size 1 = 20ms Set by Create


tbfMcsUl Threshold defining the maximum number of consecutive times the network receives an invalid UL RLC data block or nothing from the MS having a monoslot EGPRS TBF before changing the coding scheme to MCS1. For a multislot EGPRS TBF, TBF_MCS_UL_limit := TBF_MCS_UL x n_allocated_timeslots.

u_short step size 1 = 1 Changeable

tbfMcsDl Threshold defining the number of consecutive EGPRS PACKET DOWNLINK ACK/NACK not received above which the MCS of a DL acknowledged or unacknowledged DL TBF is changed to MCS-1.


tbfCs3BlerPeriod Defines the window size required to estimate the CS3 BLER. The window size is expressed as a number of DL RLC data blocks.

u_short step size = 1 Changeable

tbfCs4BlerPeriod Defines the window size required to estimate the CS4 BLER. The window size is expressed as a number of DL RLC data blocks.


csBlerDl34 CS3 BLER threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the downlink direction when the SIR measurements are not reported by the MS


csBlerDl43 CS4 BLER threshold used in the link adaptation algorithms to change the Coding Scheme from CS4 to CS3 in the downlink direction when the SIR measurements are not reported by the MS.


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enFullIrDl Enables/Disables the resegmentation for the downlink TBF in the cell.

u_short 0: Disable the "full" IR, so : IR with resegmentation allowed in DL, <>0 Enable the "full" IR, so, IR without resegmentation in DL.

Changeable

3.3.1.40 BssSetReqContentCfg.BssFlowControlCfg

tUlCongestion Timer giving the periodicity of PDCH release in all cells of the BSS, in the UL congestion process.


enUlCongestion Flag to enable or disable the UL congestion process in case of UL NS congestion.

u_short 0 1 0: disabled, <>0 enabled

Set by Create

cBVC Periodicity of emission of NM- FLOW-CONTROL-BVC message to SGSN.

u_short 0 means infinite timer; 1=1sec,...,10=10sec

Changeable

cMS Periodicity of emission of NM- FLOW-CONTROL-MS message towards the SGSN for GPRS and EGPRS Mobile Stations.

u_short 0 means infinite timer; 1=1sec,...,250=250sec

Changeable

maxRateSafety Safety factor to compensate the Max_Rate_PDCH in the calculation of BVC_Bucket_Size and MS_Bucket_Size, for downlink flow control, on Gb interface.

u_short step size 1 = 0.1 Set by Create






3.3.1.41 BssSetReqContentCfg.BssFullIntraRaLlcPduReroutingCfg

enAutonomousRerouting

This flag enables / disables autonomous rerouting of DL LLC PDUs.


Set by Create

tMsContextFlushPersistence

This timer controls the duration during which a MS context is kept after receipt of a FLUSH-LL.

u_short 0 50 step size 1 = 100 ms

Set by Create

tReroutingRequestGuard

This timer controls the maximum time during which a GPU waits for the response to a rerouting request.

u_short 1 40 step size 1 = 50 ms Set by Create




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3.3.1.42 BssSetReqContentCfg.BssGbPfcCfg

raCapabilityUpdateRetries

Maximum number of repetition of Radio Access capability in case of no answer from SGSN at T5 expiry.


t5RaCapUpdate Timer to supervise the reception of the MS s current Radio Access capability from the SGSN on Gb.


pfcNbRetryModify Number of Modify_BSS_PFC attempts u_short -- Set by Create

pfcT8 Timer guarding the Modify-BSS-PFC procedure u_short step size = 0.1 sec Changeable

pfcT6 Timer guarding the Download-BSS-PFC procedure


pfcNbRetryDownld Number of Download_BSS_PFC attempts u_short -- Set by Create



3.3.1.43 BssSetReqContentCfg.BssMacCfg

tPsiPacch Scheduling period of PSI, PSI13 or PSI14 on PACCH.

u_short 0=Deactivated PSI scheduling on PACCH, 1=1sec

Changeable

enFastUsfUlExtended Flag to disable/enable the transmission of USF every 20ms in extended mode


Changeable

tExtendedUlTbfPol To control the USF scheduling on the uplink when a TBF is in extended TBF mode




3.3.1.44 BssSetReqContentCfg.BssMeasurementParametersCfg


3.3.1.45 BssSetReqContentCfg.BssMScontexthandlingCfg

tMsContextLifetime This timer defines the maximum time during which an MS context is kept in the MFS for a Mobile Station in Packet Idle Mode.

u_short 0: the MS context is not maintained;

1..9999: the MS context is maintained 1..9999 seconds

Set by Create

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3.3.1.46 BssSetReqContentCfg.BssNaccCfg

tPscdScheduleAck Timer guarding on network side the sending of Packet Serving Cell Data or PSI messages for Packet (P)SI Status feature. It is started at reception of Packet PSI Status / Packet SI Status message, and stopped when all PSCDs / PSIs have been sent to the mobile (as indicated by RLC layer to RRM layer).


t3208n Timer guarding on network side the sending of Packet Neighbour Cell Data messages for NACC feature. It is started at reception of Packet Cell Change Notification message, and stopped when all PNCDs have been sent to the mobile (as indicated by RLC layer to RRM layer).






3.3.1.47 BssSetReqContentCfg.BssPacketFlowControlCfg

lowPrecedenceBackgroundPriority

Defines the relative priority used for Background Packet Flow Context, with precedence parameter set to low

u_short -- Changeable

lowPrecedenceThp1Priority

Defines the relative priority used for Interactive THP1 Packet Flow Context, with precedence parameter set to low








normalPrecedenceBackgroundPriority

Defines the relative priority used for Background Packet Flow Context, with precedence parameter set to normal


normalPrecedenceThp1Priority

Defines the relative priority used for Interactive THP1 Packet Flow Context, with precedence parameter set to normal








highPrecedenceBackgroundPriority

Defines the relative priority used for Background Packet Flow Context, with precedence parameter set to high


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highPrecedenceThp1Priority

Defines the relative priority used for Interactive THP1 Packet Flow Context, with precedence parameter set to high








bestEffortPriority Defines the relative priority used for the pre-defined Best Effort Packet Flow Context, and for all MS traffic without PFC


signallingPriority Defines the relative priority used for the pre-defined Signalling PFC.


tMaxStreamingBuffering

Time which multiplied by the GBR defines a buffer level above which we may consider the BSS failed to provide the GBR

u_short step size = 1 sec Changeable

tRtPfcBufferReferenceLevel

Time constant which multiplied by the GBR gives a reference buffer level for RT PFC

u_short 0 10 step size = 1 sec Set by Create

smsPriority Defines the relative priority used for the pre-defined SMS PFC.




3.3.1.48 BssSetReqContentCfg.BssPlmnCfg

plmnFrequencyBands Frequency bands used in the whole PLMN. u_short 0: GSM900 and DCS1800 bands

1: GSM850 and DCS1800 bands



Set by Create

plmnFrequencyBands Frequency bands used in the whole PLMN. u_short 0: GSM900 and DCS1800 bands




Changeable



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3.3.1.49 BssSetReqContentCfg.BssRadioLinkAdaptationCfg

csHstDlLt Hysteresis value for AV_RXQUAL_LT thresholds used in the downlink radio link supervision to change the TBF coding scheme.

u_short step size 1 = 0.1 Changeable

csHstDlSt Hysteresis value for AV_RXQUAL_ST thresholds used in the downlink radio link supervision to change the TBF coding scheme.


csHstUlLt Hysteresis value for AV_RXQUAL_LT thresholds used in the uplink radio link supervision to change the TBF coding scheme.


csHstUlSt Hysteresis value for AV_RXQUAL_ST thresholds used in the uplink radio link supervision to change the TBF coding scheme.


csQualDl12FhAck RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the downlink direction when the RLC mode is acknowledged and the TBF is established on a hopping TRX.


csQualDl12FhNack RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the downlink direction when the RLC mode is unacknowledged and the TBF is established on a hopping TRX.


csQualDl12NfhAck RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the downlink direction when the RLC mode is acknowledged and the TBF is established on a non-hopping TRX.


csQualDl12NfhNack RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the downlink direction when the RLC mode is unacknowledged and the TBF is established on a non-hopping TRX.










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csQualUl12FhAck RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the uplink direction when the RLC mode is acknowledged and the TBF is established on a hopping TRX.

u_short step size 1 = 0.1 ; tel= (oam-30)/10

Changeable

csQualUl12FhNack RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the uplink direction when the RLC mode is unacknowledged and the TBF is established on a hopping TRX.


Changeable

csQualUl12NfhAck RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the uplink direction when the RLC mode is acknowledged and the TBF is established on a non-hopping TRX.


Changeable

csQualUl12NfhNack RXQUAL threshold used in the link adaptation algorithms to change the Coding Scheme from CS1 to CS2 in the uplink direction when the RLC mode is unacknowledged and the TBF is established on a non-hopping TRX.


Changeable

csQualUl23FhAck Threshold used in the link adaptation algorithms to change the Coding Scheme from CS2 to CS3 in the uplink direction when the RLC mode is acknowledged and the TBF is established on a hopping TRX.


csQualUl23FhNack Threshold used in the link adaptation algorithms to change the Coding Scheme from CS2 to CS3 in the uplink direction when the RLC mode is unacknowledged and the TBF is established on a hopping TRX.


csQualUl23NfhAck Threshold used in the link adaptation algorithms to change the Coding Scheme from CS2 to CS3 in the uplink direction when the RLC mode is acknowledged and the TBF is established on a non-hopping TRX.


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csQualUl23NfhNack Threshold used in the link adaptation algorithms to change the Coding Scheme from CS2 to CS3 in the uplink direction when the RLC mode is unacknowledged and the TBF is established on a non-hopping TRX.


csQualUl34FhAck Threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the uplink direction when the RLC mode is acknowledged and the TBF is established on a hopping TRX.


csQualUl34FhNack Threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the uplink direction when the RLC mode is unacknowledged and the TBF is established on a hopping TRX.


csQualUl34NfhAck Threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the uplink direction when the RLC mode is acknowledged and the TBF is established on a non-hopping TRX.


csQualUl34NfhNack Threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the uplink direction when the RLC mode is unacknowledged and the TBF is established on a non-hopping TRX.


csSirDl34FhAck Signal to Interference Ratio threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the downlink direction when the RLC mode is acknowledged and the TBF is established on a hopping TRX.


csSirDl34FhNack Signal to Interference Ratio threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the downlink direction when the RLC mode is unacknowledged and the TBF is established on a hopping TRX.


csSirDl34NfhAck Signal to Interference Ratio threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the downlink direction when the RLC mode is acknowledged and the TBF is established on a non-hopping TRX.


csSirDl34NfhNack Signal to Interference Ratio threshold used in the link adaptation algorithms to change the Coding Scheme from CS3 to CS4 in the downlink direction when the RLC mode is unacknowledged and the TBF is established on a non-hopping TRX.


csSirHstDl Signal to Interference Ratio hysteresis used in the link adaptation algorithms to change the Coding Scheme from CS4 to CS3 in the downlink direction.


tbfCsDl Threshold defining the number of consecutive PACKET DOWNLINK ACK/NACK not received above which the Coding Scheme of a DL acknowledged or unacknowledged DL TBF is changed to CS-1.


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tbfCsUl Threshold defining the maximum number of consecutive times the network receives an invalid UL RLC data block or nothing from the MS having a monoslot GPRS TBF before changing the coding scheme to CS1. For a multislot GPRS TBF, TBF_CS_UL_limit := TBF_CS_UL x n_allocated



csAvgPeriodSt Forgetting time in the short term averaging of channel quality measurements in the GPRS link adaptation:measurements which are older than CS_AVG_PERIOD_ST are negligible in the average of channel quality measurements.


csAvgPeriodLt Forgetting time in the long term averaging of channel quality measurements in the GPRS link Adaptation: measurements which are older than CS_AVG_PERIOD_LT are negligible in the average of channel quality measurements.


tbfCsPeriod Number of RLC data blocks after which the CS adaption decision may be made, in GPRS.


3.3.1.50 BssSetReqContentCfg.BssResourceAllocationCfg

tPagingReorg Duration of the paging reorganization procedure. u_short -- Set by Create

nAterTsMarginGpu Number of free 64k Ater TSs that are kept in reserve in order to be able to serve some prioritary requests in cells managed by the GPU. The prioritary requests are the GCH establishment requests launched when the first TBF has to be established in a cell (useful to guarantee that MM traffic will be supported in any cell at any time). Note : In case of non-Evolium BTS, those are PDCHs that will be established instead of GCHs. In case N_ATER_TS_MARGIN_GPU = 0, then no Ater margin is managed. In case N_ATER_TS_MARGIN_GPU > 0, RRM will ensure that N_ATER_TS_MARGIN_GPU 64k Ater TSs are always free (i.e. not used by a GCH in the GPU). From then on, only prioritary requests will be allowed to establish some GCHs (Evolium BTS) / PDCHs (non-Evolium BTS) with those Ater resources.


minThroughputGain Minimum throughput gain required to be provided to the MS when performing a T2 or T3 TBF reallocation.

u_short step size = 0,1 Set by Create





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3.3.1.51 BssSetReqContentCfg.BssResourceAllowedParametersCfg

maxPagingQueue Maximum number of CS+PS paging messages stored in GPU.


3.3.1.52 BssSetReqContentCfg.BssResourceReallocationCfg

enNonfullPdchUsage Enables/Disables the presence of the "Non-Full PDCH List" that describes PDCHs which are usable and not in the full state, in the RADIO ALLOCATION REQUEST (sent by the MFS to the BSC when additional GPRS radio resources are necessary).


Set by Create








3.3.1.53 BssSetReqContentCfg.BssRlcCfg

txEfficiencyPeriod Number of received RLC data blocks for GPRS TBF after which TX_EFFICIENCY is computed.


eTxEfficiencyPeriod Number of received radio blocks for an EGPRS TBF after which E_TX_EFFICIENCY is computed.


enDlRetransBts This flag enables / disables downlink retransmission in the BTS.

u_short 0 1 0 : disabled, <>0 enabled

Set by Create

tMaxForTbfScheduling

Maximum time between two scheduling of a given NRT TBF (either between two DL block requests for a NRT DL TBF, or between two UL blocks received for a given NRT UL TBF).

u_short 6 250 step size = 20 ms Set by Create

tConfigTbf Supervision timer for TBF context configuration in a TRX


enResegmentationUl Enables/Disables the resegmentation for the uplink TBF in the BSS

u_short Changeable

minRlfTimeDl Minimum time before detecting a radio link failure of a DL TBF, triggered by N3105 or NstagnatingWindowDL.



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3.3.1.54 BssSetReqContentCfg.BssSatelliteProfileCfg

egprsDlAckFactorSatellite

If the EGPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the downlink EGPRS ARQ period factor: Acknowledgement period over window size ratio.

u_short step size: 0.01 Set by Create

egprsUlAckFactorSatellite

If the EGPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the ratio between the number of received RLC data blocks necessary to send a Packet Uplink Ack/Nack in acknowledged mode, and the RLC window size.

u_short step size = 0.01 Set by Create

gprsDlAckPeriodSatellite

If the GPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the number of transmitted radio blocks necessary to request a Packet Downlink Ack/Nack in acknowledged mode.

u_short step size = 1 Set by Create

gprsUlAckPeriodSatellite

If the GPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the number of received radio blocks necessary to send a Packet Uplink Ack/Nack in acknowledged mode.

u_short step size =1 Set by Create

egprsN3105LimitSatellite

In a mono-slot DL EGPRS TBF transfer procedure, if the EGPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the maximum number of expected EGPRS Packet Downlink ACK/NACK or Packet Control Acknowledgement message consecutively lost (from the MS) on the radio interface, before releasing abnormally the DL TBF. For a multi-slot EGPRS TBF or an EGPRS TBF which shares its PDCH PDCH(s), the limit is proportional to the instantaneous bandwidth allocated to the TBF.


egprsN3105LimitSatellite

For a DL EGPRS TBF, if the EGPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the maximum number of expected Packet Downlink ACK/NACK or Packet Control Acknowledgement messages consecutively lost on the radio interface, before triggering an abnormal release of the DL TBF. This parameter is used in conjunction with the MIN_RLF_TIME_DL delay to decide if the DL TBF shall be released.


n3105LimitSatellite For a DL GPRS TBF, if the EGPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the maximum number of expected Packet Downlink ACK/NACK or Packet Control Acknowledgement messages consecutively lost on the radio interface, before triggering an abnormal release of the DL TBF. This parameter is used in conjunction with the MIN_RLF_TIME_DL delay to decide if the DL TBF shall be released.


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n3105LimitSatellite For a mono-slot DL GPRS TBF alone on its PDCH, if the GPRS traffic is carried through Abis satellite link or Ater satellite link, this parameter defines the maximum number of expected Packet Downlink ACK/NACK or Packet Control Acknowledgement message consecutively lost (from the MS) on the radio interface, before releasing abnormally the DL TBF. For a multi-slot GPRS TBF or a GPRS TBF which shares its PDCH(s), the limit is proportional to the instantaneous bandwidth allocated to the TBF.










3.3.1.55 BssSetReqContentCfg.BssTrafficInfoCfg.BssPdchCtrlCfg

tOneBlock - For Non Evolium BTS : Timer to postpone the release of one slave PDCH, when it does not support any (E)GPRS traffic, but a one uplink block has been allocated on it to a MS for a 2 phase access TBF establishment. - For Evolium BTS : Timer to postpone the release of the M-EGCH link of a TRX, when the TRX does not support any (E)GPRS traffic, but a one uplink block has been allocated to a MS for a 2 phase access TBF establishment on one of the RTSs of the TRX

u_short 1 10 1=1sec.It is recommended to set this parameter as follows depending whether or not GPRS traffic is carried through Abis or Ater satellite links:

- T_one_block = 1 s if GPRS traffic is carried through Abis and Ater terrestrial links in all the cells of the MFS,

- T_one_block = 2 s if GPRS traffic is carried either through Abis satellite links or Ater satellite links in at least one cell of the MFS.

Set by Create

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tGchInactivity - For Non Evolium BTS : Timer to postpone the release of one slave PDCH, when it does not support any (E)GPRS traffic. - For Evolium BTS : Timer to postpone the release of the unused GCHs of the M-EGCH link of a TRX (the condition for some GCHs of the M-EGCH link of a TRX to become unused is that some TBFs established on that TRX were released).

u_short step size = 1sec Changeable

nGchFastPsAccess Two definitions are possible : - If EN_FAST_INITIAL_GPRS_ACCESS = enabled : number of GCHs required to be established due to the Fast Initial PS Access feature, - If EN_FAST_INITIAL_GPRS_ACCESS = disabled : number of GCHs to keep established when there is no more (E)GPRS traffic in a cell (while the T_GCH_INACTIVITY_LAST timer is running). Those GCHs will be useful in case of (E)GPRS traffic resumption in the cell.


tGchInactivityLast - Evolium BTS : Timer to postpone the release of the last N_GCH_FAST_PS_ACCESS GCHs established in a cell, when the last TBF has been released in the cell. There is no more (E)GPRS traffic in the cell, but keeping some GCHs established will be useful in case of (E)GPRS traffic resumption in the cell (e.g. WAP, WEB). - Non Evolium BTS : Timer to postpone the release of the last established slave PDCH of a cell, when it does not support GPRS traffic anymore. There is no more GPRS traffic in the cell, but keeping a PDCH established w ill be useful in case of GPRS traffic resumption in the cell.

u_short step size = 1 sec Changeable



3.3.1.56 BssSetReqContentCfg.BssTrafficInfoCfg.BssTrafficLoadInfoCfg

maxPpchQueuingDelay

PPCH queuing time. u_short 1 10 1=100 ms Set by Create

multiGpuInfoBroadcastPeriod

RRM reporting period to update the information (per cell) necessary for the Multi-GPU feature.


enDlLlcPduRerouting This flag enables / disables rerouting of DL LLC PDUs.


Changeable

mpdchLoadPeriod Duration of the sliding window, used to estimate the average load on MPDCH channels.


nbMpdchLoadSample Number of signalling load samples used to estimate the average load on MPDCH channels.





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3.3.1.57 BssState

cause This attribute reflects the availability status of the Bss object. When the resource has been made unavailable, the cause may precize the reason.

u_int 0 3 enum BssStateCause { GslDown = 0x0, BscLockedDown = 0x1, SgsnLockedDown = 0x2,BssUnknown= 0x3};

Set by Create

3.3.1.58 BssState.OmState

opeState The operability of a resource is described by the operational state attribute, which has two possible values: disabled and enabled.

Some classes of managed object exhibit only a constant enabled value for the operational state. When a resource has no vis

u_short 0 1 enum OpeStateType { Enabled = 0x0, Disabled = 0x1};

Set by Create

admState The administration of managed objects operates independently of the operability of managed objects and is described by the administrative state attribute, which has three values.

These administrative states are called locked, unlocked and shutting down.

u_short 0 1 enum AdmStateType { Locked = 0x0, Unlocked = 0x1};

Set by Create

3.3.1.59 BssVersionCfg

bscVersion Release of the BSC u_int Set by Create

3.3.1.60 CellBvciMappingContentCfg.CellBvciMappingCfg



btsSiteManagerId This parameter gives a unique identification of a BTS to which cell is belonging.

u_short Changeable

btsSiteManagerId This parameter gives a unique identification of a BTS to which cell is belonging.

u_short Changeable

btsSectorId Sector Number on which the cell is mapped. u_short -- Changeable


bvcLxpuId u_short Set by Create

bvcId PTP BVCI value. u_int 2..266 (note that 0 is used by GOM when the cell is not mapped)

Set by Create

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spare4662 u_short Set by Create

spare4663 u_short Set by Create

3.3.1.61 CellCreateReqContentCfg.CellCreateCfg

bvcLxpuId u_short Set by Create

3.3.1.62 CellReportCnfContent.CellReportCnf[20].CellResult


lac Location Area Code u_int Set by Create

ci Cell Identifier u_int Set by Create







Set by Create


3.3.1.63 CellReportCnfContent.CellReportCnf[20].Counter[256]



3.3.1.64 CellReportCnfContent.ReportEndOfInfo

endOfInfo Counter value u_short Set by Create

3.3.1.65 CellReportReqContent.CellReportReq


u_int Set by Create

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u_int Set by Create

3.3.1.66 CellSetReqContentCfg.CellCnxControlCfg

accessBurstType Format of the access burst used by (E)GPRS MSs when sending a PACKET CHANNEL REQUEST, a PACKET CONTROL ACKNOWLEDGEMENT or a PTCCH/U message.

u_short 0 : 8 bits access bursts, 1 : 11 bits access bursts

Changeable


3.3.1.67 CellSetReqContentCfg.CellCnxCtrlCfg

tUlAssignCcch Maximum emission duration of an Immediate Assignment message on AGCH aimed at establishing an uplink or a downlink TBF (when the mobile station is non-DRX mode), or at allocating one uplink block.

u_short 1=100msec Changeable

tDlAssignCcch Maximum emission duration of an Immediate Assignment message on PCH aimed at establishing a downlink TBF.


tAckWait Timer defining the maximum time to wait for an MS answer (i.e. Packet Control Ack or beginning of an UL TBF) to a network solicitation sent on PACCH/DL when the MS is in PTM, or on PPCH when the MS is in PIM and non-DRX mode.

u_short 5 50 1=100msec.It is recommended to set this parameter as follows depending whether or not GPRS traffic is carried through Abis or Ater satellite links:

- T_ack_wait = 1200 ms if GPRS traffic is carried through Abis and Ater terrestrial links in all the cells of the MFS.

- T_ack_wait = 1700 ms if GPRS traffic is carried either through Abis satellite links or Ater satellite links in at least one cell of the MFS.

Set by Create

maxRetransDl Maximum number of DL TBF establishment retries (max_Retrans_Dl is decremented each time the DL TBF establishment procedure is started from the beginning).

u_short 0 7 Possible values: 0 to 7.

Set by Create

TMaxRetransDl Duration between two retries of DL TBF establishment.


TDelayedDlTbfPol This timer controls the polling period on the downlink when a TBF is in delayed release mode. When NC2 is activated for an MS, the actual polling period depends also on NC_REPORTING_PERIOD_T.


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maxEgprsMcs Maximum Modulation and Coding Scheme used for EGPRS traffic in the cell.

u_short 0: MCS-1;

1: MCS-2;

2: MCS-3;

3: MCS-4;

4: MCS-5;

5: MCS-6;

6: MCS-7;

7: MCS-8;

8: MCS-9;

Changeable

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tUlAccessMax Timer to limit the duration of an UL TBF establishment.

u_short 0 100 1=50msec

The two following rules are recommended:

i) The Time T_ul_access_max shall be longer than the duration of a radio allocation requested towards the BSC.

ii) A too long value of T_ul_access_max may lead to reserve unnecessarily radio resources. It is recommended to set T_ul_access_max = T_repeat + 240 ms – Round_Trip_Delay, where the T_Repeat is the maximum time between two successive packet channel requests, 240 ms is a given margin. The value of T_Repeat depends on the parameters S, TX_INT, and TX_INTEGER.

It is recommended to set this parameter as follows depending on whether or not GPRS traffic is carried through Ater satellite links:

- T_ul_access_max = 1400 ms if GPRS traffic is carried through Ater terrestrial links in all the cells of the MFS,

- T_ul_access_max = 1900 ms if GPRS traffic is carried through Ater satellite links in at least one cell of the MFS.

Set by Create

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maxGprsAssignPchRetrans

Maximum number of Packet DL Assignment messages retransmitted on PACCH after which the complete DL TBF establishment procedure may be restarted. This parameter is applicable only if the Immediate Assignment message has already been sent on PCH for a MS in DRX mode.

u_short possible values: 0 to 7 (0: no retransmission)

Changeable

maxGprsAssignAgchRetrans

Maximum number of Packet DL Assignment messages retransmitted on PACCH, after which the complete DL TBF establishment procedure may be restarted. This parameter is applicable only if the Immediate Assignment message has already been sent on AGCH for a MS in non-DRX mode.

u_short possible values: 0 to 7 (0: no retransmission)

Changeable

tbfUlInitCs Value of the uplink coding scheme when the link adaptation algorithm is disabled or initial value of the coding scheme otherwise.

u_short coded from 0 to 3, 0 : CS1, 1 : CS2, 2 : CS3, 3 : CS4

Changeable

tbfDlInitCs Value of the downlink coding scheme when the link adaptation algorithm is disabled or initial value of the coding scheme otherwise.

u_short coded from 0 to 3, 0 : CS1, 1 : CS2, 2 : CS3, 3 : CS4

Changeable

tAckWaitDrxPccch Timer defining the maximum time to wait for a MS answer (i.e. Packet Control Ack) to a network sollicitation sent on PPCH when the MS is in PIM and DRX mode.

u_short 0 100 1=100msec.It is recommended to set this parameter as follows depending whether or not GPRS traffic is carried through Abis or Ater satellite links:

- T_ACK_WAIT_DRX_PCCCH = 2.5 s if GPRS traffic is carried through Abis and Ater terrestrial links in all the cells of the MFS,

- T_ACK_WAIT_DRX_PCCCH = 3 s if GPRS traffic is carried either through Abis satellite links or Ater satellite links in at least one cell of the MFS.

Set by Create

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tbfUlInitMcs Value of the uplink modulation and coding scheme when the link adaptation algorithm is disabled or initial value of the modulation and coding scheme otherwise.

u_short B8:

0 : MCS-1

1 : MCS-2

2 : MCS-3

3 : MCS-4

B9:

0 : MCS-1

1 : MCS-2

2 : MCS-3

3 : MCS-4

4 : MCS-5

5 : MCS-6

6 : MCS-7

7 : MCS-8

8 : MCS-9

Changeable

tbfDlInitMcs Value of the downlink modulation and coding scheme when the link adaptation algorithm is disabled or initial value of the modulation and coding scheme otherwise.

u_short step size: 1; 0000==MCS1, 0001==MCS2,...,0111==MCS8, 1000==MCS9

Changeable

tMaxExtendedUl Maximum duration of the extended uplink TBF phase

u_short step size = 100 ms Changeable



3.3.1.68 CellSetReqContentCfg.CellEcrForR97MsCfg

ncDlRxlevThr Threshold below which a NC cell reselection Cause PT1 is triggered due to a too bad RXLEV in the downlink direction (while the MS is in packet transfer mode).

u_short 0: -110 dBm, 1: -109 dBm...63: -47 dBm (step size = 1 dB)

Changeable

ncPingPongOffset NC ping-pong offset which is applied to the C2 or C32 criterion to disfavour the neighbour cells during T_NC_PING_PONG_OFFSET.

u_short 1=1dB Changeable

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nc2DeactivationMode NC2 deactivation mode. This parameter defines whether or not the Packet Measurement Order message with a Reset Command is sent at the end of a packet transfer.

u_short 0: NC2 deactivation at the end of the packet transfer. A Packet Measurement Order message is sent to deactivate the NC2 mode at the end of the packet transfer.

1: NC2 deactivation at the expiry of the GMM Ready timer. No Packet Measurement Order message is sent to deactivate the NC2 mode.

Changeable

nSigRepeat Number of repetitions of Packet Measurement Order messages with a Reset command, of Packet Uplink Assignment messages, or of Packet Power Control Timing Advance messages. These repetitions are handled by the MAC layer.

u_short step size: 1 Set by Create

ncDlRxlevLimitThr Threshold below which a NC cell reselection Cause PT2 can be triggered due to the detection of a better neighbour cell.

u_short 0: “-110 dBm (Never)”, 1:” -109 dBm”, ...,63: “-47 dBm (Always)” (step size = 1 dB)

Changeable

ncRxlevForgettingFactor

Forgetting factor of the filter used to average the NC measurements reported in the Packet Measurement Report messages.


ncReportingPeriodT Reporting period of NC measurements reported by the MS while in packet transfer mode.


Changeable

tNcRejCell Time during which a NC cell reselection is inhibited towards that cell due to a previous NC cell reselection failure on that cell.


enNacc Enables the Network Assisted Cell Change feature.


Changeable

enPsiStatus Enables the Packet SI Status feature in cells w/o PBCCH or the Packet PSI Status feature in cells with a PBCCH.


Changeable

thrNc2LoadRanking Threshold above which the load of the serving cell is considered in a high load situation in the NC2 cell ranking process

u_short Step size of 10%

0 : 0%; 1: 10%; …. 10 : 100%

Changeable



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3.3.1.69 CellSetReqContentCfg.CellIdentityCfg.CellGlobalIdentityCfg

mcc Mobile Country Code of the own PLMN. u_short 3 digits BCD (Binary Coded Decimal)

Set by Create

lac Location Area Code. u_short -- Changeable

ci Cell Identity. int -- Changeable

raCode Routing Area Code. u_short 0...255 (significant value: 3GPP TS 04.60)

other values: external or unknown cell

Changeable

ncc Network Colour code of the cell. u_short Coded over 3 bits. Changeable

bcc BTS colour code of the cell. u_short coded over 3 bits Changeable

mobileNetworkCode[4]

Mobile Network Code of the own PLMN. u_char 3 digits BCD (Binary Coded Decimal). Each BCD number is coded on 4 bits (quartet). string is ordered as following "dig1 dig2 dig3". If MNC is 2 digits, the digit 3 is equals to F'h.

Set by Create

bvcId PTP BVCI value. u_int 2..266 (note that 0 is used by GOM when the cell is not mapped)

Set by Create

nseRef Identifier of the NSE, where the BVC is inserted. u_int Set by Create


u_int Set by Create

nseI NSE Identifier u_short Set by Create




This parameter gives a unique identification of a BTS to which cell is belonging.

u_short Changeable


This parameter gives a unique identification of a BTS to which cell is belonging.

u_short Changeable

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btsSiteManagerIdSecondary

This parameter gives to the MFS the Id of the BTS on which the secondary sector of a cell shared is mapped.

u_short In case of cell shared, equal to BSS-Id (MFS) of the BTS to which the cell is linked.

If not cell shared equal to 0

Changeable

3.3.1.70 CellSetReqContentCfg.CellL2GchCfg

tcorr Timer to supervise clock drift correction loop for 16k channel.


tdsl Supervision of loss of downlink synchronisation for 16k channels.


tusl Supervision of loss of uplink synchronisation for 16k channels.


testab Supervision of loss of GCH link establishment for 16k channels.


tfreeze Freeze of PDCH resource after an abnormal release for 16k channels.


trelease Supervision of GCH link release for 16k channel. u_short 2 12 1=100msec,It is recommended to set this parameter as follows depending whether or not GPRS traffic is carried through Abis or Ater satellite links:

- Trelease = 500 ms if GPRS traffic is carried through Abis and Ater terrestrial links in all the cells of the MFS,

- Trelease = 1000 ms if GPRS traffic is carried either through Abis satellite links or Ater satellite links in at least one cell of the MFS.

Set by Create

trtsPs This timer is used in the BTS to supervise the state of a RTS used as a PDCH. This timer is started when the BTS does not receive in a 20 ms period a valid DL frame on the RTS and is stopped when it receives one DL valid frame.



3.3.1.71 CellSetReqContentCfg.CellLinkAdaptationCfg

tDlEgprsMeasreport Time period to request for an EGPRS Packet Downlink Ack/Nack with measurements.

u_short step size 1 = 20 ms ; 3 = 60 ms

Changeable

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tDlGprsMeasreport Time period to request for a Packet Downlink Ack/Nack w ith measurements.

u_short step size 1 = 20 ms ; 3 = 60 ms

Changeable

csMaxIdlePeriod Maximum downlink (or respectively uplink) transfer interruption between two successive DL (or respectively UL) PDU to be able to reuse the coding scheme or modulation and coding scheme of the previous transmitted (or respectively received) radio blocks. This applies in case of data transfer resumption for a DL TBF in delayed release state, or an UL TBF in extended state. When a new LLC PDU is received and the downlink/uplink transfer is resumed, the timer defined by CS_MAX_IDLE_PERIOD shall be checked. If it has not expired, then the previous coding scheme or modulation and coding scheme of the DL/UL TBF shall be reused.

u_short 1 = 20msec Changeable


3.3.1.72 CellSetReqContentCfg.CellLinkSupervisionCfg



txEfficiencyAckThr Threshold below which the TBF is released because of a bad transmission efficiency in acknowledged mode.

u_short 0=0%; 1=1%; ...; 100=100%

Changeable

txEfficiencyNackThr Threshold below which the TBF is released because of a bad transmission efficiency in unacknowledged mode.

u_short 0=0%; 1=1%; ...; 100=100%

Changeable

3.3.1.73 CellSetReqContentCfg.CellMacCfg

bsPrrBlksMpdch Maximum number of radio blocks that may be allocated to Packet Resource Request message for two-phase access UL TBF establishment, Packet Measurement Report message, or Packet Cell Change Failure message. This maximum number is defined per 52-multiframe on each uplink master PDCH.

u_short 1 12 6 possible values (1;2;3;4;6;12)

Set by Create

bsPrrBlksSpdch Maximum number of radio blocks that may be allocated to Packet Resource Request message for two-phase access UL TBF establishment, Packet Measurement Report message, or Packet Cell Change Failure message. This maximum number is defined per 52-multiframe on each uplink slave PDCH.

u_short 1 12 6 possible values (1;2;3;4;6;12)

Set by Create

dlPollFactor This parameter defines the slope in credit computation for the downlink cyclic polling algorithm.


ulPollFactor This parameter defines the slope in credit computation for the uplink cyclic polling algorithm.


roundTripDelay Round trip delay between the MFS and a MS. u_short 1=10msec Changeable

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tpagCs This timer indicates the maximum time a CS PAGING message can remain in a Paging Group Queue. It includes the round-trip delay on A and A-bis or Gs/Gb and A-bis interface.


tpagPs This timer indicates the maximum time a PS PAGING message can remain in a Paging Group Queue. It includes the round-trip delay on Gb and A-bis interface.


MaxDlTbfSpdch Maximum number of DownLink (E)GPRS TBFs per Slave PDCH.


MaxUlTbfSpdch Maximum number of UpLink (E)GPRS TBFs per slave PDCH.


prachBusyThres Received level above which a PRACH block is deemed busy.

u_short 0=-110dBm;1=-106dBm....

Changeable

rachTaFilter Timing Advance threshold for CHANNEL REQUIRED and PACKET CHANNEL REQUEST filtering.

u_short 64: no filtering Changeable



3.3.1.74 CellSetReqContentCfg.CellNC2PimPtmCfg

ncDlRxqualThr Threshold above which a NC cell reselection Cause PT3 is triggered due to a too bad RXQUAL in downlink direction (while the MS is in packet transfer mode).


ncUlRxqualThr Threshold above which a NC cell reselection Cause PT4 is triggered due to a too bad RXQUAL in uplink direction (while the MS is in packet transfer mode).


ncRxqualAvgPeriod Period after which a weight of 0.9 s is applied to the current UL or DL RXQUAL samples in the averaging filter.


tNcRxqualValid Timer used to control the validity of the NC RXQUAL averages at the beginning of a TBF.

u_short step size: 100 ms Set by Create

3.3.1.75 CellSetReqContentCfg.CellNC2PtmCfg

tNcPingpong Time during which the ping-pong offset is applied.





3.3.1.76 CellSetReqContentCfg.CellNetworkControlMeasurementCfg

rxlevAccessMin Minimum received level at the MS required for initial access to the cell.

u_short 0=-110 dBm, 63=-47 dBm, step size=1dBm.

Changeable

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cellReselectOffset Permanent offset to C2 criterion. u_short 1 = 2dB; ...; 63=126dB

Changeable

penaltyTime Time during which MS shall apply TEMPORARY_OFFSET to C2 criterion.

u_short 0: 20s, 1: 40s, ..., 30: 620s, 31: TEMPORARY OFFSET ignored and cell_RESELECT_OFFSET has a negative value.

Changeable

enOutgoingGprsRedir Indicates whether or not outgoing GPRS redirections are systematically triggered from the serving cell.

u_short 0: Outgoing GPRS redirections are not triggered

1: Outgoing GPRS redirections are systematically triggered

Changeable

3.3.1.77 CellSetReqContentCfg.CellOptionsCfg

enStreaming Enables/disables the support of the STREAMING flows.

u_short 1 => the cell supports the streaming flows in addition to the non real time flows (best effort, interactive, background) if EN_PFC_FEATURE = 1 and if the PFC feature negotiation with the SGSN is successful

0 => the cell supports the non real time flows (best effort, interactive, background) if EN_PFC_FEATURE = 1 and if the PFC feature negotiation with the SGSN is successful

Changeable






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3.3.1.78 CellSetReqContentCfg.CellOptionsCfg.CellCsAdaptationCfg

enCsAdaptationAck Enables / disables the link adaptation in RLC acknowledged mode.


Changeable

enCsAdaptationNack Enables / disables the link adaptation in RLC unacknowledged


Changeable

3.3.1.79 CellSetReqContentCfg.CellPdchResourceAllocationCfg


qosSafetyMargin Part of a PDCH that can not be allocated statically to a streaming TBF

u_short step size = 10% Changeable

rAverageEgprs Average bitrate per PDCH for Edge capable terminals in this cell


rAverageGprs Average bitrate per PDCH for non-Edge capable terminals in this cell


rminEgprs Minimal bitrate per PDCH for Edge capable terminals in this cell (at 95 % or 90% confidence level or less %, depending on tolerable risk)


rminGprs Minimal bitrate per PDCH for non-Edge capable terminals in this cell






3.3.1.80 CellSetReqContentCfg.CellPowerControlCfg

bsTxPwrMax This parameter defines the power reduction relative to the maximum GMSK output power of the BTS.

u_short 0=0dB; 1=-2dB; 2=-4dB; ...;15=-30dB

Changeable

gammaTnx Binary representation of the gamma ch for MS output power control.

u_short 1=2 dB; ...; 31=62 dB

Changeable



3.3.1.81 CellSetReqContentCfg.CellPSI13Cfg.CellAccessCfg

spgcCcchSup This flag indicates the support of split pg cycle on CCCH by the network.

u_short 0 1 0: split pg cycle on CCCH not supported in the cell, <>0: supported

Set by Create

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priorityAccessThreshold

This parameter indicates whether or not a MS of a certain priority class is allowed to do a Packet access.

u_short 0: packet access is not allowed in the cell;3:packet access is allowed for priority level 1; 4: packet access is allowed for priority level 1 to 2; 5: packet access is allowed for priority level 1 to 3; 6: packet access allowed for priority level 1 to 4

Changeable

3.3.1.82 CellSetReqContentCfg.CellPSI13Cfg.CellOptionsPSI13Cfg

t3168 This timer defines the maximum time the MS waits for a packet UL assignment, after sending a Packet Resource Request (case of two-phase UL TBF establishment) or after including a Channel Request Description Information Element in a Packet Downlink Ack/Nack (case of UL TBF establishment on a concurrent DL TBF). Broadcast in PSI1 within the GPRS Cell Options IE.

u_short 1=1000msec,... 7=4000msec

Changeable

t3192 Wait for release of the downlink TBF on MS side after reception of the final block by the MS.

u_short 0=500msec, 1=1000msec, 2=1500msec

Changeable

bsCvMax Number of remaining RLC data blocks sent (per assigned PDCH) by the MS, below which the Count Down procedure is entered. One third of the number of RLC data blocks per assigned PDCH before the MS checks if the resolution contention has failed.

u_short 1=1, 2=2 … 15=15 Changeable

panDec Value decremented from MS N3102 counter when PACKET UL ACK/NACK is not received before MS timer T3182.

u_short Binary coded on 3 bits

Changeable

panInc Value incremented to MS N3102 counter when PACKET UL ACK/NACK is received by MS.

u_short Binary coded on 3 bits

Changeable

panMax Maximum value for counter N3102. cell reselection is done by MS when N3102 <= 0.

u_short 0=4, 1=8, 2=12, 3=16, 4=20, 5=24, 6=28, 7=32

Changeable

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networkControlOrder This parameter defines whether the MS or the BSS controls the cell reselections.

u_short 0: NC0 mode of operation for all MS. All MS controls their cell reselections an no MS reports packet measurements to the BSS.

1: NC1 mode of operation for all MS. All MS controls their cell reselections but all the MS reports packet measurements to the BSS. (Not supported)

2: NC2 mode of operation for R99 onwards MS. The BSS controls the cell reselections of R99 onwards MS when in packet transfer mode or of R99 onwards MS when in GMM Ready state (depending on the selected NC2 deactivation mode). While the NC2 mode is activated for the concerned MS, the MS reports packet measurements to the BSS.

3: NC2 mode of operation for all MS. The BSS controls the cell reselections of all MS when in packet transfer mode or of all MS when in GMM Ready state (depending on the selected NC2 deactivation mode). While the NC2 mode is activated for the concerned MS, the MS reports packet measurements to the BSS.

4: Reserved for future use

Changeable

3.3.1.83 CellSetReqContentCfg.CellPSI13Cfg.CellPwrCtrlCfg

alpha Alpha power control parameter. u_short 0 = 0.0; 1=0.1; 2=0.2…10=1.0

Changeable

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tavgW Signal strength filter period for power control in packet idle mode.

u_short 0=0… 25=25 Changeable

tavgT Signal strength filter period for power control in packet transfer mode.

u_short 0=0….25=25 Changeable

pcMeasChan This parameter determines on which channel the MS shall measure the received power level on the downlink for the purpose of the uplink power control.

u_short 0 : downlink measurements for power control shall be made on BCCH, 1 : downlink measurements for power control shall be made on PDCH

Changeable

navgI N_AVG_I (MFS) value is broadcast to the (E)GPRS MS in the PSI 13 and PSI1. The (E)GPRS MS uses it for filtering the interference signal level measurements that it shall perform during the packet transfer mode. These measurements are used by the (E)GPRS MS for output power control, but also reported to the network and used for performing downlink link adaptation.

u_short coded on 4 bits Changeable

3.3.1.84 CellSetReqContentCfg.CellPSI1Cfg.CellOptionsPSI1Cfg

bepPeriod Filter constant for EGPRS channel quality measurements.

u_short coded on 4 bits. 0000 = 1, 0001 = 2, 0010 = 3, 0011 = 4, 0100 = 5, 0101= 7, 0110 = 10, 0111 = 12, 1000 = 15, 1001 = 20, 1010 = 25. Other values reserved

Changeable


enExtendedUlTbf Flag to disable/enable the extended TBF mode feature on the uplink


Changeable

3.3.1.85 CellSetReqContentCfg.CellPSI1Cfg.CellPbcchPowerControlCfg

pb Power reduction value used by the BTS on PBCCH blocks, relative to the output power used on BCCH.

u_short 0 15 0=0dB; 1=-2dB; 2=-4dB; ...;15=-30dB

Set by Create

intMeasChannelListAvail

This flag determines whether the MS shall perform interference measurements on other channels.

u_short 0 1 0: no interference measurement, <>0: interference measurement

Set by Create

3.3.1.86 CellSetReqContentCfg.CellPSI1Cfg.CellPccchOrganizationParametersCfg

bsPagBlksRes Number of blocks allocated to the PAGCH or PDTCH or PACCH per 52 multiframe.

u_short 1=1 2=2.... 10=10

11 and 12 are not supported by ALCATEL BSS,

Changeable

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bsPbcchBlks Number of blocks allocated to the PBCCH per 52 multiframe.

u_short 0=Block B0 used for PBCCH, 1=Block B0, B6 used for PBCCH, 2=Block B0, B6, B3 used for PBCCH, 3=Block B0, B6, B3, B9 used for PBCCH

Changeable

bsPrachBlks Number of blocks statically allocated to the PRACH per 52 multiframe on each MPDCH.

u_short coded on 4 bits (0001: 1, .., 1000: 8)

Changeable

3.3.1.87 CellSetReqContentCfg.CellPSI1Cfg.CellPrachControlParametersCfg

s Number of slots between 2 successive PACKET CHANNEL REQUEST.

u_short 0= 12, 1=15, 2= 20, 3=30, 4=41,5= 55,6= 76, 7=109, 8=163, 9=217

Changeable

maxRetrans3 Maximum number of PACKET CHANNEL REQUEST retransmissions by the MS on the PRACH with priority level 3.

u_short 0=1; 1=2; 2=4; 3=7 Changeable



persistenceLevel1 This parameter indicates the values of the access persistence level for radio priority 1.

u_short 0=0 1=1 ...14=14 15=16

Changeable



txInt Number of PRACH timeslots to spread transmission of PACKET CHANNEL REQUEST.

u_short 0=2, 1=3, 2=4, 3=5, 4=6, 5=7,6=8, 7=9, 8=10, 9=12, 10=14, 11=16, 12=20, 13=25, 14=32,15=50

Changeable




u_short 0=0 1=1 ...14=14 15=16

Changeable


u_short 0=0 1=1 ...14=14 15=16

Changeable


u_short 0=0 1=1 ...14=14 15=16

Changeable

3.3.1.88 CellSetReqContentCfg.CellPSI2Cfg.CellNonGprsCellOptionsCfg

dtxIndicator Controls uplink DTX usage for GSM phase 1 MS. u_short 0: MS may use uplink DTX, 1: MS shall use uplink DTX, 2: MS shall not use uplink DTX

Changeable

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txInteger Number of RACH timeslots that spread transmission of CHANNEL REQUEST.

u_short 0=3, 1=4, 2=5, 3=6, 4=7, 5=8,6=9, 7=10, 8=11, 9=12, 10=14, 11=16, 12=20, 13=25, 14=32,15=50

Changeable

t3212 This timer indicates to the MS the delay between two consecutive Periodic Location Update procedures.

u_short 0: no periodic location update

Changeable

neci New Establishment Causes Indicator. Indicates to the MS if the network supports the new GSM Phase 2 establishment causes in CHANNEL REQUEST.

u_short 0 1 0: not supported, 1: supported

Set by Create

pwrc This flag indicates to the MS whether or not it shall include measurements made on BCCH frequency in case of frequency hopping channel.

u_short 0: measurements made on BCCH frequency shall be included, 1: measurements made on BCCH frequency shall not be included

Changeable

radiolinkTimeout Initial value of MS counter for radio link supervision.

u_short 0 == 4 SAmfr, 1 == 8 SAmfr ... 15 == 64 Samfr

Changeable

bsPaMfrms Number of 51 frame multiframes between consecutive occurrences of a Paging Group, broadcast on the PBCCH for the CS service establishment.

u_short 2 coded 0, 3 coded 1, 4 coded 2...9 coded 7

Changeable

bsAgBlksRes Number of CCCH blocks reserved for the access grant channel (AGCH), broadcast on the PBCCH for CS service establishment.

u_short coded on 3 bits (000 : 0, ...111 : 7)

Changeable

ccchConf Configuration of the CCCH, broadcast on the PBCCH for CS service establishment.

u_short 0:CCCH not combined, <>0:CCCH combined

Changeable

mSTxPwrMaxCCH Maximum transmission power an MS is allowed to use when accessing the cell until otherwise commanded, broadcast on PBCCH for CS service establishment.

u_short - GSM 900 coding: 0: 43 dBm, ..., 15: 13 dBm, 19: 5dBm.

- GSM 850 coding: step size = -2 dBm; 0: 39 dBm; 3: 37 dBm; 4: 35 dBm, …, 19: 5 dBm.

- DCS 1800 coding: 0: 30 dBm, ..., 13: 4dBm, 15: 0dBm.

- DCS 1900 range 0 to 15 , 30, 31. Coding 30: 33 dBm, 31: 32 dBm, 0: 30 dBm, ..., 1: 28 dBm, …, 13: 4dBm, 15: 0dBm.

Changeable

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maxRetrans Maximum number of CHANNEL REQUEST retransmissions by the MS on the RACH, broadcast on the PBCCH for CS service establishment.

u_short Possible values are:1, 2 ,4 and 7 respectively binary coded:00, 01, 10 and 11-

-GDMO Coding ----------

MaxRetrans ::= ENUMERATED {

one (1),

two (2),

four (4),

seven (7)

}

Changeable

allowIMSIAttachDetach

This flag indicates to the MS whether IMSI Attach/detach procedure is allowed in the cell.

u_short 0: not allowed, 1: allowed

Changeable

3.3.1.89 CellSetReqContentCfg.CellPSI3Cfg.CellGeneralCellSelectionCfg

tresel Timer whose expiry allows a MS, which has performed an abnormal release with cell reselection, to reselect the previous cell.

u_short 0=5sec, 1=10 sec, 2=15 sec, 3=20sec, 4=30sec, 5=60sec, 6= 120sec, 7=300 sec

Changeable

c32Qual Flag indicating an exception rule for GPRS_RESELECT_OFFSET in NC0 mode.

u_short 0: no, <>0: yes Changeable

c31Hyst Determines whether an additional cell hysteresis shall be applied to the C31 criterion. The hysteresis is GPRS_CELL_RESELECT_HYSTERESIS (for NC0 mode).

u_short 0: no, <>0: yes Changeable

randomAccessRetry u_short Set by Create

raReselectHysteresis This parameter indicates in both STANDBY and READY state the additional hysteresis which applies when selecting a cell in a new Routing Area.

u_short 1=2 dB; ...; 7=14 dB Changeable

gprsCellReselectHysteresis

Additional hysteresis which applies in Ready state for cells in same RA.

u_short 1=2 dB; ...; 7=14 dB Changeable

3.3.1.90 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg

nbOfItems nb of adjacencies u_short Set by Create

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3.3.1.91 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.AdjCellEcrForR97MsCfg[64]

mSTxPwrMaxCCH Maximum transmission power an MS is allowed to use when accessing the cell until otherwise commanded, broadcast on PBCCH for CS service establishment.

u_short - GSM 900 coding: step size = -2 dBm; 0: 43 dBm, ..., 19: 5 dBm.

- GSM 850 (coding: step size = -2 dBm); 0: 39 dBm, 3: 37 dBm, 4: 35 dBm,..., 19: 5 dBm.

- DCS 1800 (coding:step size = -2 dBm); 0: 30 dBm, ..., 15: 0 dBm.

- DCS 1900 (coding: range 0 to 15, 30, 31); 30: 33 dBm, 31: 32 dBm, 0: 30 dBm, 1: 28 dBm, ..., 15: 0 dBm.

Changeable

ncReselectHysteresis NC cell reselection offset used for triggering power budget causes.

u_short 0: -127 dB (Always), 1: -126 dB, …, 254: 127 dB, 255: 128 dB (Never)

(step size = 1 dB)

Changeable

frequencyRange This parameter indicates the frequency range of the cell.

u_short 0: PGSM (GSM 900), 1: DCS 1800, 2: EGSM, 3: DCS 1900, 4: PGSM-DCS1800, 5: EGSM-DCS1800, 6: GSM 850

Changeable


3.3.1.92 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.AdjCellIdentityCfg[64]


sameRaAsServingCell

Routing Area Code of neighbour cells. u_short 0...255 (significant value: 3GPP TS 04.60);

other values: external or unknown cell.

The special value of “-1” means that the RA code has still not been valued by the network provider or that the MFS shall set the SAME_RA_AS_SERVING_CELL field to 0.

Changeable

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bcc BTS colour code of the adjacent cell. u_short coded over 3 bits Changeable

ncc Network Colour code of the neighbour cell. u_short Coded over 3 bits. Changeable

mnc[4] Mobile Network Code of the own or of a foreign PLMN.

u_char 3 digits BCD (Binary Coded Decimal). Each BCD number is coded on 4 bits (quartet). string is ordered as following "dig1 dig2 dig3". If MNC is 2 digits, the digit 3 is equals to F'h.

Changeable

mcc Mobile Country Code of the own or of a foreign PLMN.

u_short 3 digits BCD (Binary Coded Decimal)

Changeable

sameBscAsServingCell

BSC identifier of an adjacent cell. u_int 0 1 Only values [1..255] are significant. Value 0 means that the cell is external to the OMC.

Changeable

lac Location Area Code. u_int -- Changeable

ci Cell Identity. int The value "65536" indicates that the cell is an OMC external cell. Values 0..65535 correspond to the standard CI-value.

Changeable

btsSectorId Sector identifier of an adjacent cell. u_short Only values [1..6] are significant. Value 0 means that the adjacent cell is external to the OMC

Changeable

btsSiteManagerId BTS identifier of an adjacent cell. u_short Only values [1..255] are significant. Value 0 means that the adjacent cell is external to the OMC.

Changeable

3.3.1.93 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellNCMeasurementParametersCfg[64]


ncReportingPeriodT Reporting period of NC measurements reported by the MS while in packet transfer mode.


Changeable

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3.3.1.94 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellNetworkControlMeasurementCfg[64]

rxlevAccessMin Minimum received level at the MS required for initial access to the cell.

u_short 0=-110 dBm, 63=-47 dBm, step size=1dBm.

Changeable

cellReselectOffset Permanent offset to C2 criterion. u_short 1 = 2dB; ...; 63=126dB

Changeable

penaltyTime Time during which MS shall apply TEMPORARY_OFFSET to C2 criterion.

u_short 0: 20s, 1: 40s, ..., 30: 620s, 31: TEMPORARY OFFSET ignored and cell_RESELECT_OFFSET has a negative value

Changeable

enOutgoingGprsRedir Indicates whether or not outgoing GPRS redirections are systematically triggered from the serving cell.

u_short 0: Disable – Outgoing GPRS redirections are not triggered

1: Enable – Outgoing GPRS redirections are systematically triggered

Changeable

3.3.1.95 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSelectionParametersCfg[64]

gprsMsTxPwrMaxCchDbm

Maximum TX power level an MS may use when accessing the system.

u_short - GSM 900 coding: 0: 43 dBm, ...; 19 = 5 dBm.

- GSM 850 coding: 0: 39 dBm, then, 3: 37 dBm; 4: 35 dBm, …, 19: 5 dBm.

- DCS 1800 coding: 0: 30 dBm, ..., 13: 4 dBm, 15: 0 dBm.

- DCS 1900 coding: (range 0 to 15, 30, 31), 30: 33 dBm, 31: 32 dBm, 0: 30 dBm, 1: 28 dBm, ..., 13: 4dBm, 15: 0 dBm

Changeable

gprsPriorityClass HCS priority of the adjacent cell, used in NC0. u_short -- Changeable

gprsHcsThr HCS signal strength. u_short 0=-110dB, 1=-108dB...31=-48 dB

Changeable

gprsRxLevAccessMin

Minimum received level at the MS required for access to the system in neighbour cells.

u_short 0=-110 dBm ... 63=-47dBm

Changeable

bCCHFrequency Absolute Radio Frequency Channel Number of the BCCH of the adjacent cell.


gprsTemporaryOffset Negative offset used for MS cell reselection process in neighbour cells.

u_short 0=0dB, 1=10dB, 2=20dB, 3=30dB, 4=40dB, 5=50dB, 6=60dB, 7=infinity

Changeable

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gprsPenaltyTime Time during which GPRS_TEMPORARY_OFFSET is active in neighbour cells.

u_short 0=10sec, 1=20sec,...,31=320sec

Changeable

gprsReselectionOffset

Permanent offset for GPRS cell reselection in neighbour cells.

u_short 0:-52, 1:-48, 2:-44, 3:-40, 4:-36, 5:-32, 6:-28, 7:-24, 8:-20, 9:-16, 10:-12, 11:-10, 12:-8, 13:-6, 14:-4, 15:-2, 16:0, 17:2, 18:4, 19:6, 20:8, 21:10, 22:12, 23:16, 24:20, 25:24, 26:28, 27=32, 28:36, 29:40, 30:44, 31:48

Changeable

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networkControlOrder This parameter defines whether the MS or the BSS controls the cell reselections.

u_short 0: NC0 mode of operation for all MS. All MS controls their cell reselections an no MS reports packet measurements to the BSS.

1: NC1 mode of operation for all MS. All MS controls their cell reselections but all the MS reports packet measurements to the BSS. (Not supported)

2: NC2 mode of operation for R99 onwards MS. The BSS controls the cell reselections of R99 onwards MS when in packet transfer mode or of R99 onwards MS when in GMM Ready state (depending on the selected NC2 deactivation mode). While the NC2 mode is activated for the concerned MS, the MS reports packet measurements to the BSS.

3: NC2 mode of operation for all MS. The BSS controls the cell reselections of all MS when in packet transfer mode or of all MS when in GMM Ready state (depending on the selected NC2 deactivation mode). While the NC2 mode is activated for the concerned MS, the MS reports packet measurements to the BSS.

4: Reserved for future use

Changeable


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3.3.1.96 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSolsaCfg[64]

enSolsa This flag enables / disables SoLSA feature. u_short 0: disabled, <>0 enabled

Changeable

3.3.1.97 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSolsaCfg[64].CellLsaIdListCfg

nbOfItems u_short Localised Service Areas Identifiers list size (number of relevant identifiers in LsaIdListItem)

Set by Create

3.3.1.98 CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSolsaCfg[64].CellLsaIdListCfg.CellLsaIdCfg[5]

lsaId List of authorised LSAs on a neighbour cell (up to 5).

u_int each item represents an authorized Localised Service Areas Identifier. Value is coded on 24 bits. Range is [0..16777215].

Changeable

3.3.1.99 CellSetReqContentCfg.CellPSI3Cfg.CellPSI3OptionsCfg

enPSI3coding2 This flag enables the use of the optional neighbour cell parameters 2 structure in the coding of PSI3bis messages


Set by Create

3.3.1.100 CellSetReqContentCfg.CellPSI3Cfg.CellServingCellParametersCfg

gprsHcsThr HCS signal strength. u_short 0=-110dB, 1=-108dB...31=-48 dB

Changeable

gprsPriorityClass HCS priority of the cell, used in NC0. u_short Coded on 3 bits. Changeable

gprsRxLevAccessMin

Minimum received level at the MS required for access to the system.

u_short 0=-110dBm, 1=-109dBm,..., 63=-47 dBm

Changeable


Maximum TX power level an MS may use when accessing the system.

u_short - GSM 900 coding: (step size = -2 dBm), 0: 43 dBm, ..., 15: 13 dBm, 19 = 5 dBm.

- GSM 850 (coding: step size = -2 dBm); 0: 39 dBm; 3: 37 dBm; 4: 35 dBm, …, 19: 5 dBm.

- DCS 1800 (coding: step size = -2 dBm), 0: 30 dBm, ..., 13: 4 dBm, 15: 0 dBm.

- DCS 1900 (coding: range 0 to 15, 30, 31), 30: 33 dBm, 31: 32 dBm, 0: 30 dBm, 1: 28 dBm, ..., 13: 4dBm, 15: 0 dBm

Changeable

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multibandReporting Minimum number of cells of each supported frequency band to be included in MEASUREMENT REPORT by the MS.

u_short 0: normal reporting of the six strongest cells, with known and allowed NCC part of BSIC, irrespective of the band used;

1: the MS shall report the strongest cell, with known and allowed NCC part of BSIC, in each of the frequency bands in the BA list, excluding the frequency band of the serving cell;

2: the MS shall report the two strongest cells, with known and allowed NCC part of BSIC, in each of the frequency bands in the BA list, excluding the frequency band of the serving cell;

3: the MS shall report the three strongest cells, with known and allowed NCC part of BSIC, in each of the frequency bands in the BA list, excluding the frequency band of the serving cell.

Changeable

3.3.1.101 CellSetReqContentCfg.CellPsiCommonCfg.CellPsiCfg

tulAssignPccch The duration between the reception of the (EGPRS) Packet Channel Request message and one uplink radio block allocated to the MS.



maxReselDuration Defines targeted maximum duration of a cell reselection. Corresponds to the scheduling period of Low Rate PSI messages.

u_short 0 30 1=100msec

0: Low Rate PSI period = High Rate PSI period

Set by Create

3.3.1.102 CellSetReqContentCfg.CellResourceReallocationCfg

nBiasDetermination Number of kbytes which must be transferred on a TBF before the bias of the on-going user application is determined.

u_short 0 100 1=1kbytes, 2=2kbytes...

Set by Create

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nCandidateForRealloc Number of bytes which must be transferred on a TBF deemed sub-optimal before the corresponding MS becomes candidate for resource reallocation (sub-optimal = less PDCHs than the multislot class supports)

u_short 0 100 1 = 100 bytes Set by Create

tCandidateTbfRealloc Timer value controlling the time duration between successive resource reallocation attempts for candidate MSs (triggers T3 and T4). In a given cell, at each expiry of the T_CANDIDATE_TBF_REALLOC timer : - up to N_MAX_PERIODIC_REALLOC_T4 T4 TBF reallocation attempts are performed, - up to 2 x N_MAX_PERIODIC_REALLOC_T3 T3 TBF reallocation attempts are performed


weightBiasDetermination

Weighting factor used in the transfer bias determination in order to mitigate resource reallocations due to changing bias.

u_short 0 10 0=0%; 1=10%; ...; 10=100%

Set by Create


TUsfSchedulingAgch Time to elapse between the transmission of the Immediate assignment message by the MFS and the scheduling of the first USF for a UL TBF establishment on CCCH.

u_short 1=50msec, 2=100msec...

If T_USF_Scheduling = 0, then the USF are scheduled by the MFS immediately after sending the Immediate assignment message.

Set by Create

nMaxPeriodicReallocT3

Defines the total number of (unsuccessful) T3 radio resource reallocation attempts that are allowed to be performed upon expiry of the T_CANDIDATE_TBF_REALLOC timer. As soon as a T3 radio resource reallocation attempt succeeds, no other attempt is performed (even if less than N_MAX_PERIODIC_REALLOC_T3 attempts have been performed so far). The UL-biased MSs and the DL-biased MSs are considered regardless of each other. As a result, in a given cell, up to 2 x N_MAX_PERIODIC_REALLOC_T3 T3 radio resource reallocation attempts will be performed upon expiry of the T_CANDIDATE_TBF_REALLOC timer.


nMaxPeriodicReallocT4

Defines the total number of T4 radio resource reallocation attempts (successful or not) that are performed upon expiry of the T_CANDIDATE_TBF_REALLOC timer.




3.3.1.103 CellSetReqContentCfg.CellRlcCfg

kavgL Signal Quality strength filter constant. u_short -- Changeable

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kavgQ Quality Signal strength filter constant. u_short -- Changeable

3.3.1.104 CellSetReqContentCfg.CellSolsaCfg

enSolsa This flag enables / disables SoLSA feature. u_short 0: disabled, <>0 enabled

Changeable

3.3.1.105 CellSetReqContentCfg.CellSolsaCfg.CellLsaIdListCfg

nbOfItems u_short Localised Service Areas Identifiers list size (number of relevant identifiers in LsaIdListItem)

Set by Create

3.3.1.106 CellSetReqContentCfg.CellSolsaCfg.CellLsaIdListCfg.CellLsaIdCfg[5]

lsaId List of authorised LSAs on a cell (up to 5). u_int each item represents an authorized Localised Service Areas Identifier. Value is coded on 24 bits. Range is [0..16777215].

Changeable

3.3.1.107 CellSetReqContentCfg.CellTrafficCfg

wiPr Wait indication used in PACKET ACCESS REJECT. u_short 1=1sec Changeable

maxPdchHighLoad Maximum number of slave and master PDCHs that can be allocated to the MFS when the CS traffic is high.


maxPdchPerTbf Maximum number of PDCH allocated to a single (E)GPRS connection, when the Ater usage is normal .



maxPdch Maximum number of slave and master PDCHs that can be allocated to the MFS in the cell.


minPdch Minimum number of master and slave PDCHs that are always allocated to the MFS.








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spare3179 Provision. Not used by Telecom softw are u_short None Set by Create

3.3.1.108 CellSetReqContentCfg.CellTransResourceHandlingCfg

enFastInitialGprsAccess

This flag indicates whether or not one Slave PDCH is available for (E)GPRS traffic in the cell (fast initial PS access feature). - In a Non Evolium BTS, that corresponds to an established PDCH being able to support incoming (E)GPRS traffic. - In an Evolium BTS, that corresponds to a PDCH being able to support incoming (E)GPRS traffic, that PDCH being located on an established TRX (i.e. the TRX owns an M-EGCH link)


Changeable



3.3.1.109 CellState

cause This attribute reflects the availability status of the cell object. When the resource has been made unavailable, the cause may precize the reason.

u_int 0 4 enum CellStateCause { BscCellDown = 0x0, BvcDown = 0x1, CellUnknown = 0x3, BssCause = 0x4};

Set by Create

3.3.1.110 CellState.OmState




Set by Create




Set by Create

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3.3.1.111 CnxCfg

pcmFrom PcmPort number from terminaison point u_int 0 15 Set by Create

pcmTo PcmPort number to terminaison point u_int 0 15 Set by Create

tsList Timeslot bitmap used for circuit switch u_int Set by Create

3.3.1.112 FrBcCfg

pcmPortNb PcmPort number u_short 0 15 Set by Create

fRCapacity Physical access rate of the Frame Relay bearer channel.

u_int SOMME(2^n) with n=1 to 31

Set by Create

protocolType ProtocolType applicated on the FrBc. The ProtocolType is always "user" at GPU/CS interface but SGSN uses the same interface and can choose between the two types.

u_short 0 1 User (DTE) / network (DCE)

Set by Create

3.3.1.113 FrBcReportCnfContent.FrBcReportCnf[127].Counter[10]



3.3.1.114 FrBcReportCnfContent.FrBcReportCnf[127].FrBcResult

tpId identier of the termination point u_int Set by Create

frBcId Bearer channel identifier u_int Set by Create







Set by Create


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3.3.1.115 FrBcReportCnfContent.ReportEndOfInfo

endOfInfo Filler u_short 01h = Not the last Report-Cnf, 00h = last Report-Cnf

Set by Create

3.3.1.116 FrBcReportReqContent.FrBcReportReq


u_int Set by Create


u_int Set by Create

3.3.1.117 FrBcState.OmState




Set by Create




Set by Create

3.3.1.118 gamMsgFaultReportIndic

alarmId u_int Set by Create

validity GamMsgValidity Set by Create

date u_int Set by Create

rack u_int Set by Create

subRack u_int Set by Create

slot u_int Set by Create

component1 u_int Set by Create

component2 u_int Set by Create

tsap u_int Set by Create

3.3.1.119 GamMsgFaultReportResponse

ackNack u_int Set by Create

cause u_int Set by Create

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debugInfo u_int Set by Create

3.3.1.120 GamMsgReadyIndic

initStatus u_int Set by Create

logicalNumber u_int Set by Create

tsap u_int Set by Create

3.3.1.121 GamMsgReadyResponse

ackNack u_int Set by Create

cause u_int Set by Create

debugInfo u_int Set by Create

3.3.1.122 GchGroupCfg.GchCfg[30]

aterTsNb Ater TimeSlot Number (BSC Side) u_short 1 31 Set by Create

tsNb AterMux Timeslot Number u_short 1 31 Set by Create

nibbleNb Nibble Number on the AterMux TsNb u_short 0 4 [0..3] for multiplexing scheme (1:4)

Set by Create

3.3.1.123 GchGroupCfg.GchGroupBasisCfg

gicBase GPRS Circuit Identity Code Base (identifying an Ater PCM) PCM

u_int Set by Create

pcmPortNb PcmPort number u_int 0 15 Set by Create

gchNb Number of Gch u_int Set by Create


u_int Set by Create

3.3.1.124 GslCfg


u_int Set by Create

3.3.1.125 GslState.OmState




Set by Create

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Set by Create

3.3.1.126 Header

classId Class Identifier u_short Set by Create

msgType Message Type u_short Set by Create

reqId Request Identifier u_int Set by Create

nb Number of Data Element u_int 1 10 Set by Create

3.3.1.127 LapDBcCfg

pcmPortNb PcmPort number u_short 0 15 Set by Create

tsBitmap Timeslot Bitmap u_int TS is used if the corresponding bit is coded with a 1.

- The TS 0 shall never be used for a bearer channel.

- TS0 is coded on the least significant bit

Set by Create

3.3.1.128 LapDLinkCfg

lapDBcRef LapD Bearer Channel reference u_int Set by Create

sapi Service access Point Identifier u_int 0 63 63 (always) Set by Create

tei LapD Terminal Endpoint Identifier for the GSL. u_int Always 1. Set by Create


u_int Set by Create

3.3.1.129 LapDLinkReportCnfContent.LapDReportCnf[8].Counter[10]



3.3.1.130 LapDLinkReportCnfContent.LapDReportCnf[8].LapDResult



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gslId identifier of the GSL u_int Set by Create







Set by Create


3.3.1.131 LapDLinkReportCnfContent.ReportEndOfInfo


Set by Create

3.3.1.132 LapDLinkReportReqContent.LapDReportReq


u_int Set by Create


u_int Set by Create

3.3.1.133 LapDLinkState.OmState




Set by Create




Set by Create

3.3.1.134 LcsBssCreateReqContent.LcsBssGlobalIdentityCfg


u_int Set by Create

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3.3.1.135 LcsBssCreateReqContent.LcsBssSmlcCfg

tLcsRestart MFS timer to guard the response from the BSC in case of LCS Restart procedure (i.e. initialisation procedure).


tLcsDelayTolerant SMLC timer to guard the calculation of the MS position (including the RRLP message exchange with the target MS) in case of a Delay Tolerant Location Request.

u_short step size 1 = 1 sec Changeable

tLcsLowDelay SMLC timer to guard the calculation of the MS position (including the RRLP message exchange with the target MS) in case of a Low Delay Location Request.

u_short step size 1 = 0.1 sec

Changeable

tRrlpDelayTolerant SMLC timer to guard the RRLP message exchange between the SMLC and the target MS, in case of a Delay Tolerant Location Request.


tRrlpLowDelay SMLC timer to guard the RRLP message exchange between the SMLC and the target MS, in case of a Low Delay Location Request.


Changeable

enSagi Flag indicating whether SAGI (interface with the A-GPS server) is configured or not for this BSS.


Changeable




3.3.1.136 LcsBssCreateReqContent.LcsBssTaPositioningMethodCfg

arcSizeFactor Factor used in the computation of the width in degree of the ellipsoid arc returned by the MFS when computing location estimate based on TA positionning method.


maxRadiusFactor Factor used in the computation of the maximum radius of the ellipsoid arc returned by the MFS when computing location estimate based on TA positionning method.


minRadiusFactor Factor used in the computation of the minimum radius of the ellipsoid arc returned by the MFS when computing location estimate based on TA positionning method.



3.3.1.137 LcsBsslpVersionCfg

bscLpVersion This parameter identifies the version of the protocole BSCLP from an MFS point of view.

u_int B8: xxx Set by Create

3.3.1.138 LcsBssSetReqContent.LcsBssGlobalIdentityCfg


u_int Set by Create

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3.3.1.139 LcsBssSetReqContent.LcsBssSmlcCfg

tLcsRestart MFS timer to guard the response from the BSC in case of LCS Restart procedure (i.e. initialisation procedure).


tLcsDelayTolerant SMLC timer to guard the calculation of the MS position (including the RRLP message exchange with the target MS) in case of a Delay Tolerant Location Request.


tLcsLowDelay SMLC timer to guard the calculation of the MS position (including the RRLP message exchange with the target MS) in case of a Low Delay Location Request.


Changeable

tRrlpDelayTolerant SMLC timer to guard the RRLP message exchange between the SMLC and the target MS, in case of a Delay Tolerant Location Request.


tRrlpLowDelay SMLC timer to guard the RRLP message exchange between the SMLC and the target MS, in case of a Low Delay Location Request.


Changeable

enSagi Flag indicating whether SAGI (interface with the A-GPS server) is configured or not for this BSS.


Changeable




3.3.1.140 LcsBssSetReqContent.LcsBssTaPositioningMethodCfg

arcSizeFactor Factor used in the computation of the width in degree of the ellipsoid arc returned by the MFS when computing location estimate based on TA positionning method.


maxRadiusFactor Factor used in the computation of the maximum radius of the ellipsoid arc returned by the MFS when computing location estimate based on TA positionning method.


minRadiusFactor Factor used in the computation of the minimum radius of the ellipsoid arc returned by the MFS when computing location estimate based on TA positionning method.



3.3.1.141 LcsCellCreateReqContent.LcsCellGlobalIdentityCfg


Set by Create



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mnc[4] Mobile Network Code of the own PLMN. u_char 3 digits BCD (Binary Coded Decimal). Each BCD number is coded on 4 bits (quartet). string is ordered as following "dig1 dig2 dig3". If MNC is 2 digits, the digit 3 is equals to F'h.

Set by Create

3.3.1.142 LcsCellCreateReqContent.LcsCellIdentityCfg



btsSiteManagerId u_short Set by Create



bscId u_short Set by Create

3.3.1.143 LcsCellCreateReqContent.LcsCellOptionsCfg

enConvGps Flag to enable or disable the positioning method Conventional GPS .


Changeable

enMsAssistedAgps Flag to enable or disable the positioning method MS Assisted A-GPS .


Changeable

enMsBasedAgps Flag to enable or disable the positioning method MS Based A-GPS .


Changeable





3.3.1.144 LcsCellCreateReqContent.LcsCellTaPositioningMethodCfg

geographicalCoordinatesFlag

Indicates whether latitude and longitude are significant or not.

u_short 0 = disabled; <>0 enabled

Changeable

lcsAzimuth Antenna direction orientation for the sector supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short 0: 0 degree,…, 359: 359 degree, 360: omnidirectional cell

Changeable

halfpwrBeamWidth Antenna half power beam for the sector supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short 0: half power beam width unknown, 1: 1 degree,…, 360: 360 degree (omnidirectional cell)

Changeable

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3.3.1.145 LcsCellCreateReqContent.LcsCellTaPositioningMethodCfg.LcsLatitude

Degrees Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short number of degrees Changeable

Minutes Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short number of minutes Changeable

FractionalMinutes Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short number of fractional minutes

Changeable

Direction Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short direction (<>0 for South and 0 for North)

Changeable

3.3.1.146 LcsCellCreateReqContent.LcsCellTaPositioningMethodCfg.lcsLongitude

Degrees Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


Minutes Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


FractionalMinutes Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


Changeable

Direction Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short direction (<>0 for West and 0 for East)

Changeable

3.3.1.147 LcsCellSetReqContent.LcsCellGlobalIdentityCfg


Set by Create



mnc[4] Mobile Network Code of the own PLMN. u_char 3 digits BCD (Binary Coded Decimal). Each BCD number is coded on 4 bits (quartet). string is ordered as following "dig1 dig2 dig3". If MNC is 2 digits, the digit 3 is equals to F'h.

Set by Create

3.3.1.148 LcsCellSetReqContent.LcsCellIdentityCfg



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btsSiteManagerId u_short Set by Create



bscId u_short Set by Create

3.3.1.149 LcsCellSetReqContent.LcsCellOptionsCfg

enConvGps Flag to enable or disable the positioning method Conventional GPS .


Changeable

enMsAssistedAgps Flag to enable or disable the positioning method MS Assisted A-GPS .


Changeable

enMsBasedAgps Flag to enable or disable the positioning method MS Based A-GPS .


Changeable





3.3.1.150 LcsCellSetReqContent.LcsCellTaPositioningMethodCfg


Indicates whether latitude and longitude are significant or not.

u_short 0 = disabled; <>0 enabled

Changeable

lcsAzimuth Antenna direction orientation for the sector supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short 0: 0 degree,…, 359: 359 degree, 360: omnidirectional cell

Changeable

halfpwrBeamWidth Antenna half power beam for the sector supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short 0: half power beam width unknown, 1: 1 degree,…, 360: 360 degree (omnidirectional cell)

Changeable

3.3.1.151 LcsCellSetReqContent.LcsCellTaPositioningMethodCfg.LcsLatitude

Degrees Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


Minutes Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


FractionalMinutes Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


Changeable

Direction Latitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short direction (<>0 for South and 0 for North)

Changeable

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3.3.1.152 LcsCellSetReqContent.LcsCellTaPositioningMethodCfg.lcsLongitude

Degrees Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


Minutes Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


FractionalMinutes Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).


Changeable

Direction Longitude of the BTS supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

u_short direction (<>0 for West and 0 for East)

Changeable

3.3.1.153 NseCfg

nseI NSE Identifier. u_short -- Set by Create

3.3.1.154 NsPCfg

bssgpT3 Timer used by MFS to wait for Suspend acknowledgement from SGSN.


bssgpT4 Timer used by MFS to wait for Resume acknowledgement from SGSN.


suspendRetries Maximum number of retries to send a Suspend message to the SGSN.


resumeRetries Maximum number of retries to send a Resume message to the SGSN.


t1 Guards the (un)blocking procedures. u_short 1 30 1=1sec Set by Create

t2 Guards the reset procedure. u_short 1 120 1=1sec Set by Create

bvcBlockRetries Number of retries of the BVC Blocking procedure.


bvcResetRetries Number of retries of theBVC RESET procedure. u_short 3 3 -- Set by Create

bvcUnblockRetries Number of retries of the BVC Unblocking procedure.


tnsReset Time-out for reset procedure. u_short 1 120 1=1sec Set by Create

tnsTest Overall time-out to test an NS-VC. u_short 1 60 1=1sec Set by Create

tnsAlive Time-out to trigger the test procedure. u_short 1 30 1=1sec Set by Create

tnsBlock Time-out to trigger the block/unblock procedure. u_short 1 120 1 = 1 sec Set by Create

nsResetRetries Maximum number of attempts to reset. u_short 1 30 -- Set by Create

nsBlocksRetries maximum number of attempts to block a NS-VC. u_short 1 12 -- Set by Create

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nsUnblockRetries Maximum number of attempts to unblock a NS-VC.


nsAliveRetries Maximum number of attempts to test. u_short 1 30 -- Set by Create

nseMax u_short Set by Create

nsVcMax u_short Set by Create

lspMax Maximum number of simultaneous UL transfer on a NSE


3.3.1.155 NsPFrCfg

t391 Link integrity verification polling timer (Frame Relay, see ITU Q.933, Annex A, A.7).

u_short 5 30 1 = 1 sec Set by Create

t392 Polling verification timer (SGSN only) u_short Set by Create

sbecn Number of consecutive frames with BECN bit before congestion is stated.


n391 Number of polling cycles before Frame Relay full status enquiry (see ITU Q.933 Annex A, A.7).


n392 Error threshold (Frame Relay, see Q.933, Annex A).


n393 Monitored error counts (Frame Relay, see ITU Q.933 Annex A, A.7).


frInfoSize Maximum frame relay information frame size. u_short 1600 1600 1 = 1byte Set by Create

pvcStchRetrie Maximum number of retries to notify a State Change to the Pmsc (SGSN only)


tsnsStateCh Guards the PVC state change procedure (SGSN only)

u_short 1 30 Set by Create

snsSigPort Port to be used for iGpu signalling (reception) (SGSN only)


snsDataPort Port to be used for iGpu data (reception) (SGSN only)


nscSigPort Port to be used for iGpu signalling (emission) (SGSN only)


nscDataPort Port to be used for iGpu data (emission) (SGSN only)


3.3.1.156 NsVcCfg

nsVcI NSVC identifier. u_short 1 65535 -- Set by Create


pvcRef BSSRef of the Pvc u_int Set by Create

nir Normal Information Rate. u_int 0 1984 1=1kbit/s, 2=2kbit/s...

Changeable

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cbs Commited Burst Size. u_int 0 248 1=1kbytes, 2=2kbytes...

Changeable

ebs Excess Burst Size. u_int 0 248 1=1kbytes, 2=2kbytes...

Changeable

ar Access Rate (maximum rate of the bearer channel)

u_int Set by Create

nsPriority Priority of the NSVC, is used by the load sharing. u_short 1 255 1: lowest priority, 255:highest priority

Changeable

cir Committed Information Rate. u_int 0 1984 1 = 1 kbit/s Changeable

3.3.1.157 NsVcState

trnState New Transmission State of the NSVC u_int 0 1 0 : blocked

1 : unblocked

Set by Create

cause This attribute reflects the availability status of the NsVc object. When the resource has been made unavailable, the cause may precize the reason.

u_int 0 5 enum NsVcStateCause { PvcDisabled = 0x0, GbFailure = 0x1, NsVcNone = 0x3, BlockedByRrm = 0x4, BlockedBySgsn = 0x5};

Set by Create

3.3.1.158 NsVcState.OmState




Set by Create




Set by Create

3.3.1.159 PcmPortCfg

PcmPortNumber PcmPort number int 0 15 Set by Create

EqType Equipment type connected to the PCM GemEqType 0 2 SGSN / TC / BSC Coding: {0,1,2}

Set by Create

SynchroSource Pcm used as a synchro source int 0 4 0 = no synchro source ; 1 <= n <= 2 priority of synchro source

1 = Lowest, 4 = Highest

Set by Create

AlarmFilter Use to enable/disable the alarm reporting on the PcmPort when unlocked

int 0 1 0 = No (Filter inactived), 1 = Yes (Filter actived

Set by Create

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MultiplexingMode Indicates the multiplexing scheme of the 2Mb TTP int unknown (0), (1:1), (3:1) or (4:1) are possible values.

- (1:1) and (3:1) are not used

Set by Create

3.3.1.160 PcmPortState

CRC4Status CRC4 State u_short 0 2 0 : unknown,

1 : no CRC4,

2 : CRC4

Set by Create

3.3.1.161 PcmPortState.OmState

OpeState The operability of a resource is described by the operational state attribute, which has two possible values: disabled and enabled.



Set by Create

AdmState The administration of managed objects operates independently of the operability of managed objects and is described by the administrative state attribute, which has three values.



Set by Create

3.3.1.162 PmHeader

beginColTime Begin Collection Time

GMT, number of seconds since the 1st of Jan 1970

u_int Set by Create

endColTime End Collection Time


u_int Set by Create

3.3.1.163 PmItemReport

id Counter identifier u_int Set by Create


3.3.1.164 PmPCfg

granularityPeriod Granularity Period u_int Set by Create

startTime Start time of observation


u_int Set by Create

3.3.1.165 PmPReadyInd


u_int Set by Create

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u_int Set by Create

initStatus Initialisation status u_int 0 1 0 = not initialised

1 = initialised

Set by Create

logical_number Identifier of the LXPU u_int Set by Create

3.3.1.166 PmPReportCnfContent.PmClassHeaderReportCfg

classId BSC Identifier u_short Set by Create

nbOfPmItemReport Number of counters DUMMY_u_short Set by Create

nbOfInstances Number of counters DUMMY_u_short Set by Create

filler Provision in B8 (Not used). Always 0. u_short 0: last message, <>0: not the last message

Set by Create

3.3.1.167 PmPReportReqContent.ObjectIdsCfg


u_int Set by Create


u_int Set by Create

3.3.1.168 PmPReportReqContent.ReportingClassCfg

classId Instance/entity identifier defined by the Control Station


spare2890 Instance/entity identifier defined by the Control Station


3.3.1.169 PmPSetCnf


u_int Set by Create


u_int Set by Create


Set by Create



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3.3.1.170 PmReportCfg.PmInstanceReportCfg







Set by Create

spare2846 Instance/entity identifier defined by the Control station inside a BSS

u_int Set by Create

3.3.1.171 PmReportCfg.PmInstanceReportCfg.PmItemReport

pmItemReport [CHG_nbOfPmItemReport]

struct Set by Create

3.3.1.172 PvcCfg

dlci Data Link Connection Identifier, corresponds to a PVC identifier, see Q.922 Annex A, Table 1.


frBcRef Bearer Channel BSS reference u_int Set by Create

cir Committed Information Rate. u_int 0 1984 1 = 1 kbit/s Changeable

cbs Commited Burst Size. u_int 0 248 1=1kbytes, 2=2kbytes...

Changeable

ebs Excess Burst Size. u_int 0 248 1=1kbytes, 2=2kbytes...

Changeable

tstop Timer used to trigger restart of emission on a PVC (Frame Relay).

u_int 10 5000 10 =0.01sec; 20=0.02sec…5000=5.00sec

Set by Create

lev1Down This parameter gives the low level of threshold for congestion.

u_int 0 100 0=0%; ...; 100=100%

Set by Create

lev1Up This parameter gives the high level of threshold for congestion.

u_int 0 100 0=0%; ...; 100=100%

Set by Create

lev1Factor This parameter is used to calculate the amount of data used for buffering.

u_int 5 1275 1=10msec, 2=20msec...1275=12.75sec

Set by Create

nir Normal Information Rate. u_int 0 1984 1=1kbit/s, 2=2kbit/s...

Changeable

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3.3.1.173 PvcReportCnfContent.PvcReportCnf[127].Counter[20]



3.3.1.174 PvcReportCnfContent.PvcReportCnf[127].PvcResult


frBcId Bearer channel identifier u_int Set by Create

pvcId PVC Identifier u_int Set by Create







Set by Create


3.3.1.175 PvcReportCnfContent.ReportEndOfInfo


Set by Create

3.3.1.176 PvcReportReqContent.PvcReportReq


u_int Set by Create


u_int Set by Create

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3.3.1.177 PvcState.OmState




Set by Create




Set by Create

3.3.1.178 ReadyInfoCfg


1 = initialised

Set by Create

logicalNumber Identifier of the LXPU u_int Set by Create

tsap A TSAP identifes the service access point between the session layer and the transport layer.

u_int Set by Create

3.3.1.179 ReadyInfoNsPCfg


1 = initialised

Set by Create



u_int Set by Create

ipAddr IP address of the GPU u_int Set by Create

3.3.1.180 ReadyInfoPmPCfg


1 = initialised

Set by Create


3.3.1.181 RrmPSetReqContentCfg.RrmPCnxCtrlCfg

msTimeToSwitchToNewPdch

Time that a Mobile Station is expected to need for switching to the assigned PDCHs after acknowledging a (re)assignment message (PACKET DOWNLINK ASSIGNMENT, PACKET UPLINK ASSIGNMENT or PACKET TIMESLOT RECONFIGURE).

u_short 1=10msec Set by Create

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TDelayedDlTbfPolInitial

Time that the MFS shall wait before sending the first RLC data block containing only LLC Dummy UI command(s) after the last DL RLC data block has been sent, that contains useful data.


TDelayedDlTbfPolInitial

Time that the MFS shall wait before sending the first RLC data block containing only LLC Dummy UI command(s) after the last DL RLC data block has been sent, that contains useful data.




t3180 Wait for Uplink State Flag After Data Block. This timer is used on the mobile station side to define when to stop waiting for the USF determining the assigned portion of the uplink channel after the pervious RLC/MAC block is sent. In multislot operation, it is enough that the assigned USF is noted on one of the uplink PDCHs. If expired, the mobile station repeats the procedure for random access. This timer does not apply to fixed allocation transfers.

u_short step size 1 = 100 ms

Set by Create







3.3.1.182 RrmPSetReqContentCfg.RrmPDSPCfg

thresDspXoff Threshold used for the RLC resource congestion management. Threshold above which downlink RLC PDU are not more sent by RRM to RLC.

u_short 0 1000 0=0.0%; 1=0.1% … 1000=100.0%

Set by Create

thresDspXOn Threshold used for the RLC resource congestion management. Threshold above which downlink RLC PDU sending from RRM to RLC becomes possible after having previously encountered a DSP congestion.

u_short 0 1000 0=0.0%; 1=0.1% … 1000=100.0%

Set by Create

thresGMaxHigh Resource threshold used to handle the transistion between G_XOFF and G_MAX congestion states.

u_short 0 1000 1=0.1%; 2=0.2%; ...; 1000=100%

Set by Create

thresGMaxLow Resource threshold used to handle the transistion between G_MAX and G_XOFF congestion states.

u_short 0 1000 1=0.1%; 2=0.2%; ...; 1000=100%

Set by Create

thresNTbfOff Management of DSP memory in GPU. Threshold above which TBF establishment is not possible.

u_short 0 1000 0=0.0%; 1=0.1% … 1000=100.0%

Set by Create

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thresNTbfOn Management of DSP memory in GPU. Threshold under which TBF establishment becomes possible after previously encountered TBF congestion.

u_short 0 1000 0=0.0%; 1=0.1% … 1000=100.0%

Set by Create

dspLoadForgettingFactor

Forgetting factor of the filter used to compute the CPU load of a DSP over the last 20 ms periods.


dspLoadThr1 Threshold beyond which a given DSP is considered as loaded in terms of CPU load by RRM.

u_short step size = 1% Set by Create

dspLoadThr2 Threshold beyond which a given DSP is considered as overloaded in terms of CPU load by RRM.

u_short step size = 1% Set by Create

tDspLoadReport Period with which a given DSP reports its CPU load to RRM








3.3.1.183 RrmPSetReqContentCfg.RrmPGbCfg

flowDimSafetyBVC Safety factor to size BVC_Bucket_Size parameter, for downlink flow control, on Gb interface.

u_short 10 1000 5=0.5; 6=0.6 … 10=1

Set by Create

flowDimSafetyMS Safety factor to size default MS_Bucket_Size parameter, for downlink flow control, on Gb interface.

u_short 10 100 10=1; 11=1.1 … 100=10

Set by Create



rateRed u_short Set by Create

3.3.1.184 RrmPSetReqContentCfg.RrmPGpuOverloadControlCfg

pmuCpuOverload Threshold above which a GPU enters the PMU CPU overload state.


pmuCpuOverloadStepH

Number of steps to increment the internal PMU variable used in the PMU CPU overload control algorithm, when the PMU is in CPU overload state.


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pmuCpuOverloadStepN

Number of steps to decrement the internal GPU variable used in the PMU CPU overload control algorithm, when the PMU is in CPU normal load state.





3.3.1.185 RrmPSetReqContentCfg.RrmPGslCfg

t200Gsl Supervision of acknowledgements on the GSL link.

u_short 1 1 1 = 1 sec Set by Create

n200Gsl Maximum number of re-transmissions on a GSL link.


kGsl Maximum number of outstanding I frames on a GSL link.

u_short 1 16 It is recommended to set this parameter as follows depending whether or not GPRS traffic is carried through Ater satellite links:

- K_GSL = 7 if GPRS traffic is carried through Ater terrestrial links in all cells of the MFS.

- K_GSL = 16 if GPRS traffic is carried through Ater satellite links in at least one cell of the MFS.

Set by Create

t203Gsl Link supervision timer on the GSL link. u_short 10 10 1 = 1 sec Set by Create

n201Gsl Maximum number of bytes in Information part of an I frame sent by the BSC on the GSL link.


tgslack Supervision of MFS acknowledgements on BSCGP.


3.3.1.186 RrmPSetReqContentCfg.RrmPLayer3Cfg

t3166n Maximum time a MS is waiting for a Packet UplinkAck/Nack for resolution contention.


t3169 Timer used in the procedure UL TBF abnormal release : when the UL TBF is cut due to the radio link quality or loss of the MS, the TFI, USF(s) and TAI cannot be reallocated during T3169.


dspGuardTimer Value of the guard timer against the DSP u_short 0 1000 step size of 10 msec

Set by Create

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maxDspFault Max number of DSP faults u_short Set by Create

t3182n Timer used in the procedure UL TBF abnormal release : when the UL TBF is cut due to continuous MS stalled TBF, the TFI, USF(s) and TAI cannot be reallocated during T3182n.


t3190n Timer used in the procedure DL TBF abnormal release : when the DL TBF is cut due to the radio link quality or loss of the MS, the TFI and TAI cannot be reallocated during T3190n.


t3191 Timer used in the procedure DL TBF abnormal release : the timer is used on the network side to define when the current assignment is surely invalid on the MS side so that the TFI and TAI can be reused.


tinitialPdch Repeat timer for the fast initial PS access feature (for Non evolium BTSs).


tAbisCong Duration of the resource congestion state ( Ater or DSP congestion) for a given cell.

The timer is stopped as soon as at least one resource is freed in the same cell.

u_short 1= 1 sec Set by Create

tFastDlMargin Value defining two times the transmission delay between RRM sub-layer (PPC) and GCH layer (DSP).


3.3.1.187 RrmPSetReqContentCfg.RrmPMacCfg

usfNe u_short 0 6 step size 1 = 1 Set by Create

nPdchRelease Number of repetitions of a Packet PDCH Release message.

u_short 0 100 1 = 1 Set by Create

maxPpchNonDrxLifeTime

Time limit for the sending of a paging or a Packet Downlink Assignment when the addressed MS is in non DRX mode.


maxPpchDrxOccurrences

Maximum number of paging occurrences tested for the sending of a paging or a Packet Downlink Assignment when the addressed MS is in DRX mode.







3.3.1.188 RrmPSetReqContentCfg.RrmPResourceAllowedParametersCfg


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maxLLCPDULifetime Indicates the maximum time a LLC PDU may remain in queue in the BSS (MFS) even if infinity as been indicated by the SGSN.





maxCtxtMsGpu Maximum number of MS context in GPU. u_short 2500 2500 -- Set by Create

3.3.1.189 RrmPSetReqContentCfg.RrmPRlcCfg

n3101Limit In an UL TBF tranfer procedure, maximum of consecutive times (before releasing abnormally the UL TBF) when the network receives no valid UL RLC data block or nothing from the MS on its allocated PDCH. To note that the counter N3101 can be incremented more than one time per block period.


n3103Limit In an UL TBF releasing procedure, maximum of consecutive times (before releasing abnormally the UL TBF) when the network does not receive a Packet Control Acknowledgement from the MS in response of its Packet UL ACK/NACK which specifies the end of the TBF.


n3105Limit For a mono-slot DL GPRS TBF alone on its PDCH, if the GPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the maximum number of expected Packet Downlink ACK/NACK or Packet Control Acknowledgement message consecutively lost (from the MS) on the radio interface, before releasing abnormally the DL TBF. For a multi-slot GPRS TBF or a GPRS TBF which shares its PDCH(s), the limit is proportional to the instantaneous bandwidth allocated to the TBF.


n3105Limit For a DL GPRS TBF, if the EGPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the maximum number of expected Packet Downlink ACK/NACK or Packet Control Acknowledgement messages consecutively lost on the radio interface, before triggering an abnormal release of the DL TBF. This parameter is used in conjunction with the MIN_RLF_TIME_DL delay to decide if the DL TBF shall be released.


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pdchBufferingFactor The buffering delay factor associated to one PDCH that is shared between TBF accordingly to the TBF throughput.


pdchMinBufferingFactor

The minimum buffering delay between XON and XOFF thresholds that should be used according to the TBF throughput.


pdchTbfXonFactor Anticipation number of RLC data blocks considering a throughput of one PDCH.


tTbfBckRel Guard timer against blocking situations where a RLC/MAC control block is expected from the MS. Triggering condition: End of UL TBF (an expected Packet Control Ack is not received), End of DL TBF (an expected Packet Downlink Ack/Nack with FINAL indicator set to 1 is not received for acknowledged mode and Packet Control Acknowledgement for unacknowledged mode), Tx window of DL TBF stalled (an expected Packet Downlink Ack/Nack is not received). Reseting condition: Receipt of a RLC/MAC control block. Action on expiry; Release of a TBF


egprsN3105Limit For a DL EGPRS TBF, if the EGPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the maximum number of expected Packet Downlink ACK/NACK or Packet Control Acknowledgement messages consecutively lost on the radio interface, before triggering an abnormal release of the DL TBF. This parameter is used in conjunction with the MIN_RLF_TIME_DL delay to decide if the DL TBF shall be released.


egprsN3105Limit In a mono-slot DL EGPRS TBF transfer procedure, if the EGPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the maximum number of expected EGPRS Packet Downlink ACK/NACK or Packet Control Acknowledgement message consecutively lost (from the MS) on the radio interface, before releasing abnormally the DL TBF. For a multi-slot EGPRS TBF or an EGPRS TBF which shares its PDCH(s), the limit is proportional to the instantaneous bandwidth allocated to the TBF.



tTbfActiv Waiting time during which RLC layer is waiting for the first downlink LLC PDU. This timer is started on TBF activation in RLC layer. It is stopped on receipt of the first LLC PDU from RRM layer. On its expiry, the relevant TBF is released.


gprsDlAckPeriod If the GPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the number of transmitted radio blocks necessary to request a Packet Downlink Ack/Nack in acknowledged mode.

u_short 3 64 step size 1 = 1 Set by Create

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gprsUlAckPeriod If the GPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the number of received radio blocks necessary to send a Packet Uplink Ack/Nack in acknowledged mode.

u_short 3 64 step size 1 = 1 Set by Create

egprsUlAckFactor If the EGPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the ratio between the number of received RLC data blocks necessary to send a Packet Uplink Ack/Nack in acknowledged mode, and the RLC window size.

u_short step size =0.01 Set by Create

egprsDlAckFactor If the EGPRS traffic is carried through Abis terrestrial link and Ater terrestrial link, this parameter defines the ratio between the number of transmitted RLC data blocks necessary to request for a EGPRS Packet Downlink Ack Nack in acknowledged mode, and the RLC window size

u_short step size =0.01 Set by Create

nStagnatingWindowDlLimit

This parameter defines the maximum number of consecutive Packet Downlink ACK/NACK or EGPRS Packet Downlink ACK/NACK messages reporting the failure of progress of the RLC window during the active phase of a downlink TBF, before triggering an abnormal release of the DL TBF. This parameter is used in conjunction with the MIN_RLF_TIME_DL delay to decide if the DL TBF shall be released.



NstagnatingWindow limit above which a mono-slot downlink TBF alone on its PDCH shall be released: the counter is incremented each time a Packet DL Ack/Nack or an EGPRS Packet DL Ack/Nack reports the failure of progress of the RLC window. For a multi-slot TBF or a TBF which shares its PDCH, the limit is proportional to the allocated bandwidth at the TBF establishment.


nStagnatingWindowUlLimit

NstagnatingWindow limit above which a mono-slot uplink TBF alone on its PDCH shall be released: the counter is incremented each time a Packet UL Ack/Nack fails in making the RLC window progress. For a multi-slot TBF or a TBF which shares its PDCH, the limit is proportional to the allocated bandwidth at the TBF establishment.


nUlDummyLimit N_UL_Dummy threshold limit above which a uplink TBF shall be released: the counter is incremented each time the BSS receives a dummy block.


nUlErrorsLimit Number of received erroneous UL RLC blocks above which the uplink TBF is released by the BSS.



3.3.1.190 SmlcPReadyInfoCfg


1 = initialised

Set by Create

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u_int Set by Create

bscId u_int Set by Create

gpuSwVersion u_short Set by Create


3.3.1.191 SmlcPSetReqContent.SmlcPGpsOptionsCfg

msBasedAgpsAssistDataList

Bitmap (8 bits) defining the types of optional assistance data to be retrieved from the A-GPS server when using the MS based A-GPS positioning method. The following optional assistance data type are considered: Almanac, UTC model, DGPS corrections, reference time, acquisition assistance, real-time integrity.

u_short 0 63 bit 8 (most significant) and bit 7 are not used (i.e. always set to 0); bit 6=1: real-time integrity is retrieived; bit 5=1: acquisition assistance is retrieived; bit 4=1: reference time is retrieived; bit 3=1: DGPS corrections is retrieived; bit 2=1: UTC model is retrieived; bit 1 (least significant)=1: Almanac is retrieived.

Set by Create

prefGpsListPriority1 The most preferred GPS positioning method. u_short 1 3 It contains a reference to a GPS method: 1 for MS Assisted A-GPS, 2 for MS Based A-GPS, 3 for Conventional GPS.The same GPS methods reference should not be used for different priorities

Set by Create

prefGpsListPriority2 The second preferred GPS positioning method. u_short 1 3 It contains a reference to a GPS method: 1 for MS Assisted A-GPS, 2 for MS Based A-GPS, 3 for Conventional GPS.The same GPS methods reference should not be used for different priorities

Set by Create

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prefGpsListPriority3 The third preferred GPS positioning method. u_short 1 3 It contains a reference to a GPS method: 1 for MS Assisted A-GPS, 2 for MS Based A-GPS, 3 for Conventional GPS.The same GPS methods reference should not be used for different priorities

Set by Create



3.3.1.192 SmlcPSetReqContent.SmlcPSagiCfg

sagiGpsServerLocalIpAddress

Local IP address (within MFS sub-networks) of the GPS server.

u_int Coded on 32 bits (IP v4).

*: default: value corresponding to IP address 10.1.1.1

this notation corresponds to four decimals, separated by a dot. Each decimal is in the range [0..255]. The conversion to ushort is obtained by merging the four decimals, coded on 8 bits each into a single decimal.

Set by Create

sagiTcpDataTimeout Parameter used in the context of supervision of SAGI based on TCP keep alive mechanism. This timer controls the retransmission timeout for the sending of the individual data segments.

u_short 4 10 step size 1 = 1 second

Set by Create

sagiTcpKeepAliveInterval

Parameter used in the context of supervision of SAGI based on TCP keep alive mechanism. This timer determines the interval separating keep alive retransmissions until a response is received. Once a response is received, the delay until the next keep alive transmission is again controlled by the value of this timer. The connection will be aborted after the number of retransmissions specified by SAGI_TCP_MAX_DATA_RETRANS have gone unanswered.

u_short 4 10 step size 1 = 1 second

Set by Create

sagiTcpMaxDataRetrans

Parameter used in the context of supervision of SAGI based on TCP keep alive mechanism. This parameter controls the number of times TCP will retransmit an individual data segment before aborting the connection. The retransmission timeout is given by the parameter SAGI_TCP_DATA_TIMEOUT.


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tSagiGuard Timer to guard the response from the A-GPS server (on SAGI: interface with A-GPS server).

u_short 1 300 step size 1 = 1 sec Set by Create

sagiGatewayIpAddress1

IP address (on sub-network 1 in the MFS) of the external router used as gateway towards the GPS server.




Set by Create

sagiGatewayIpAddress2

IP address (on sub-network 2 in the MFS) of the external router used as gateway towards the GPS server.




Set by Create

sagiTcpPortNb The TCP port number used for opening and closing of a SAGI TCP connection.




3.3.1.193 SmlcPSetReqContent.SmlcPSmlcCfg

confidenceVsArcFactorSlope

Slope ratio between the confidence and the arc factor used in the 3D linear regression of the confidence of the ellipsoid arc returned by the MFS when providing the reference location to the A-GPS server.

u_short 0 1000 step size = 0.1 Set by Create

confidenceVsRadiusSlope

Slope ratio between the confidence and the sum of minimum radius factor and maximum radius factor used in the 3D linear regression of the confidence of the ellipsoid arc returned by the MFS when providing the reference location to the A-GPS server.


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confidenceOrigin Confidence origin used in the 3D linear regression of the confidence of the ellipsoid arc returned by the MFS when providing the reference location to the A-GPS server.





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3.4 GDMO/ MRTA MAPPING TABLES

3.4.1 Legend

The translation of attributes requires two levels of description: the mapping between GDMO and MDL attribute identifiers and the conversion between ASN.1 and NECTAR types. This document is not concerned with the definition of the conversion processing (this is a coding task), but the mapping attribute identifiers is precisely defined in this section.

The attribute mapping is described using a mapping table, between GDMO and MDL attributes, for each GDMO class.

Each table contains:

♦ Q3 Class: managed object class from GDMO

♦ Q3 attribute: it contains the attribute names of the GDMO class

♦ MDL Table: it indicates the DM table where the attribute is defined: Configuration table or Resource table.

♦ MDL attribute: it contains the attribute names of the MDL class

♦ Q3/ MDL mapping rule: it contains one of these values:

· Mapped: The value of the GDMO attribute can be set by the OMC using a M-CREATE or/and a M-SET request, and is mapped on one or several attributes in a DM configuration table.

Note: A GDMO attribute, which is used for naming purpose, can be mapped on the CMPS distinguished name (instead of a CMPS attribute). In this case, the MDL attribute column contains “Distinguished Name”.

· Mapped-Get: The OMC can only get the GDMO attribute. Its value reflects the value of an attribute from a DM resource table or from a configuration table (one-to-one mapping).

· Computed:. The attribute value is computed by the Q3 agent. MDL attributes values may be required to compute the attribute value.

. MDLDefaultValue : the MDL attribute requires to be intialised by the Q3 agent (set to a default value). It can be either:

1. not defined at the Q3 interface

2. defined but not supported with default value (see ref[5])

3. defined at the Q3 interface but not present in the create request

. MDLComputedValue : the MDL attribute requires to be intialised by the Q3 agent (set to a computed value). It can be either:

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4. not defined at the Q3 interface

5. defined but not supported with default value (see ref[5])

Note: The attributes defined as NS (not supported) with a default value specified in the document refErreur ! Source du renvoi introuvable., are not mapped on MRTA attributes. Thus, they are not mentionned in the following tables.

Note about Q3 administrative state Mapping:

The administrative state is represented in the GEM / GOM models using two attributes: the LockRequest attribute is set by the manager and is persistent; the AdministrativeState is defined as GET-ONLY and indicates when a lock request is taken into account. The GDMO administrativeState maps on these two MDL attributes

3.4.2 MDL Attributes intialised by the Q3 agent

Those attributes are computed and initialized by the Q3 agent .

MDL Class MDL attributes

AdjCellForReselection LsaIdListSize

Cell cellCoherency

Cell LsaIdListSize

Cell RelatedBtsSM

CROSS_CONNECTION TimeslotList

FrBearer pcmTtp

FrBearer ProtocolType

GicGroup nibble

GicGroup pcmTtp

GicGroup RelatedBssId

LapDLink pcmTtp

LapDLink RelatedBssId

Pvc spare622

Q3 agent computes the MDL attribute value from a Q3 attribute value.

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3.4.3 Mapping table Q3 - GOM/ GEM

Q3 Attribute Mapping rule MDL Table MDL Class MDL Attribute Def B8

B9

3.4.3.1 aGprs2MbTTP

aCmbMultiplexingScheme Computed Configuration PCM_TTP Multiplexing_Scheme X X

administrativeState Mapped Configuration PCM_TTP alarm_filter X X

aGprsCrc4Status Mapped-Get Resource PCM_TTP CRC4_status X X

aGprsRemoteEquipment Mapped Configuration PCM_TTP Remote_equipment X X

aGprsRemoteEquipment Mapped Configuration PCM_TTP Remote_Port X X

aGprsRemoteEquipment Mapped Configuration PCM_TTP Type_remote X X

aGprsTsUsed Computed

alarmSeverityAssignmentProfilePointer

DefaultValue

alarmStatus Computed

allomorphs DefaultValue

availabilityStatus Mapped-Get Resource PCM_TTP availabilityStatus X X

crossConnectionObjectPointer Computed

currentProblemList Computed

nameBinding Computed

objectClass Computed

operationalState Mapped-Get Resource PCM_TTP OperationalState X X

packages Computed

supportedByObjectList DefaultValue

tTPId Mapped-Get None PCM_TTP Distinguished Name X X

userLabel Computed

3.4.3.2 aGprsAdjacentCellReselection

aCmbLSA-ID-i Mapped Configuration AdjCellForReselection LsaIdListItem X X

aCmbRaCode Mapped Configuration AdjCellForReselection raCode X X

adjacentCellID Mapped-Get None AdjCellForReselection Distinguished Name X X

aGprsEnOutgoingGprsRedir Mapped Configuration AdjCellForReselection enOutgoingGprsRedir X X

aGprsEnSolsa Mapped Configuration AdjCellForReselection enSolsa X X

aGprsGprsHcsThr Mapped Configuration AdjCellForReselection gprsHcsThr X X

aGprsGprsMsTxPwrMaxCCH Mapped Configuration AdjCellForReselection gprsMsTxPwrMaxCCHDbm

X X

aGprsGprsPenaltyTime Mapped Configuration AdjCellForReselection gprsPenaltyTime X X

aGprsGprsPriorityClass Mapped Configuration AdjCellForReselection gprsHCSPriorityClass X X

aGprsGprsReselectionOffset Mapped Configuration AdjCellForReselection gprsReselectionOffset X X

aGprsGprsRxLevAccessMin Mapped Configuration AdjCellForReselection gprsRxLevAccessMin X X

aGprsGprsTemporaryOffset Mapped Configuration AdjCellForReselection gprsTemporaryOffset X X

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aGprsNcReportingPeriodT Mapped Configuration AdjCellForReselection NcReportingPeriodT X X

aGprsNcReselectHysteresis Mapped Configuration AdjCellForReselection ncReselectHysteresis X X

aGprsNetworkControlOrder Mapped Configuration AdjCellForReselection networkControlOrder X X

aGprsSpare245 Mapped Configuration AdjCellForReselection spare378































bCCHFrequency Mapped Configuration AdjCellForReselection BcchFrequency X X

bsIdentityCode Mapped Configuration AdjCellForReselection Bcc X X

bsIdentityCode Mapped Configuration AdjCellForReselection Ncc X X

bssFunctionId Mapped Configuration AdjCellForReselection bscId X

btsID Mapped Configuration AdjCellForReselection btsSectorId X

btsSiteManagerID Mapped Configuration AdjCellForReselection btsSiteManagerId X

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cELL-RESELECT-OFFSET Mapped Configuration AdjCellForReselection cellReselectOffset X X

cellGlobalIdentity Mapped Configuration AdjCellForReselection CI X X

cellGlobalIdentity Mapped Configuration AdjCellForReselection Lac X X

cellGlobalIdentity Mapped Configuration AdjCellForReselection mcc X X

cellGlobalIdentity Mapped Configuration AdjCellForReselection mobileNetworkCode X X

frequencyRange Mapped Configuration AdjCellForReselection frequencyRange X X

locationName Not Significant

mSTxPwrMaxCCH Mapped Configuration AdjCellForReselection mSTxPwrMaxCCH X X



packages Computed

pENALTY-TIME Mapped Configuration AdjCellForReselection penaltyTime X X

rxLevAccessMin Mapped Configuration AdjCellForReselection rxlevAccessMin X X

userLabel Not Significant

3.4.3.3 aGprsBearerChannel

aGprsBearerChannelId Mapped-Get None FrBearer Distinguished Name X X

aGprsFrCapacity Mapped-Get Configuration FrBearer TsList X X


Computed



availabilityStatus Mapped-Get Resource FrBearer availabilityStatus X X





operationalState Mapped-Get Resource FrBearer OperationalState X X

packages Computed

userLabel Computed

3.4.3.4 aGprsBssFunction

aCmbDrxTimerMax Mapped Configuration BSS DrxTimerMax X X

aCmbEn2gTo3gCellReselection Mapped Configuration BSS en2gTo3gCellReselection

X X

aCmbEnLcs Mapped Configuration BSS enLcs X X

aCmbMSCR Mapped Configuration BSS mscR X X

aCmbNetworkOperationMode Mapped Configuration BSS NetworkOperationMode X X

aCmbPlmnFrequencyBands Mapped Configuration BSS plmnFrequencyBands X

administrativeState Computed Configuration BSS LockRequest X X

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aGprsArcSizeFactor Mapped Configuration BSS arcSizeFactor X X

aGprsAterUsageThreshold Mapped Configuration BSS AterUsageThreshold X X

aGprsBestEffortPriority Mapped Configuration BSS bestEffortPriority X

aGprsCsBlerDl34 Mapped Configuration BSS CsBlerDl34 X X

aGprsCsBlerDl43 Mapped Configuration BSS CsBlerDl43 X X

aGprsCsHstDlLt Mapped Configuration BSS CsHstDlLt X X

aGprsCsHstDlSt Mapped Configuration BSS CsHstDlSt X X

aGprsCsHstUlLt Mapped Configuration BSS CsHstUlLt X X

aGprsCsHstUlSt Mapped Configuration BSS CsHstUlSt X X

aGprsCsQualDl12FhAck Mapped Configuration BSS CsQualDl12FhAck X X

aGprsCsQualDl12FhNack Mapped Configuration BSS CsQualDl12FhNack X X

aGprsCsQualDl12NfhAck Mapped Configuration BSS CsQualDl12NfhAck X X

aGprsCsQualDl12NfhNack Mapped Configuration BSS CsQualDl12NfhNack X X









aGprsCsQualUl12FhAck Mapped Configuration BSS CsQualUl12FhAck X X

aGprsCsQualUl12FhNack Mapped Configuration BSS CsQualUl12FhNack X X

aGprsCsQualUl12NfhAck Mapped Configuration BSS CsQualUl12NfhAck X X

aGprsCsQualUl12NfhNack Mapped Configuration BSS CsQualUl12NfhNack X X









aGprsCsSirDl34FhAck Mapped Configuration BSS CsSirDl34FhAck X X

aGprsCsSirDl34FhNack Mapped Configuration BSS CsSirDl34FhNack X X

aGprsCsSirDl34NfhAck Mapped Configuration BSS CsSirDl34NfhAck X X

aGprsCsSirDl34NfhNack Mapped Configuration BSS CsSirDl34NfhNack X X

aGprsCsSirHstDl Mapped Configuration BSS CsSirHstDl X X

aGprsEnDlLlcPduRerouting Mapped Configuration BSS enDlLlcPduRerouting X X

aGprsEnFastUsfUlExtended Mapped Configuration BSS enFastUsfUlExtended X

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aGprsEnFullIrDl Mapped Configuration BSS enFullIrDl X X

aGprsEnIrUl Mapped Configuration BSS enIrUl X

aGprsEnPfcFeature Mapped Configuration BSS enPfcFeature X

aGprsEnRaCapUpdate Mapped Configuration BSS enRaCapUpdate X

aGprsEnResegmentationUl Mapped Configuration BSS enResegmentationUl X

aGprsEnResReallocation Mapped Configuration BSS enResReallocation X

aGprsEnSagi Mapped Configuration BSS enSagi X X

aGprsETxEfficiencyPeriod Mapped Configuration BSS ETxEfficiencyPeriod X X

aGprsGprsMultislotClassDefValue

Computed Configuration BSS gprsMultislotClassDefValue

X X

aGprsHighPrecedenceBackgroundPriority

Mapped Configuration BSS highPrecedenceBackgroundPriority

X

aGprsHighPrecedenceThp1Priority

Mapped Configuration BSS highPrecedenceThp1Priority

X



X



X

aGprsLcsSpare456 Mapped Configuration BSS lcsspare2239

aGprsLowPrecedenceBackgroundPriority

Mapped Configuration BSS lowPrecedenceBackgroundPriority

X

aGprsLowPrecedenceThp1Priority

Mapped Configuration BSS lowPrecedenceThp1Priority

X



X



X

aGprsMaxPagingQueue Mapped Configuration BSS maxPagingQueue X X

aGprsMaxRadiusFactor Mapped Configuration BSS maxRadiusFactor X X

aGprsMinRadiusFactor Mapped Configuration BSS minRadiusFactor X X

aGprsNAterTsMarginGpu Mapped Configuration BSS nAterTsMarginGpu X

aGprsNormalPrecedenceBackgroundPriority

Mapped Configuration BSS normalPrecedenceBackgroundPriority

X

aGprsNormalPrecedenceThp1Priority

Mapped Configuration BSS normalPrecedenceThp1Priority

X



X



X

aGprsNsei Mapped-Get Resource BSS Nsei X X

aGprsPdDlPdchUnitAllocThr1 Mapped Configuration BSS pdDlPdchUnitAllocThr1 X





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aGprsPdDlTbfDurationThr1 Mapped Configuration BSS pdDlTbfDurationThr1 X









aGprsPdDlTbfVolumeThr1 Mapped Configuration BSS pdDlTbfVolumeThr1 X









aGprsPdUlPdchUnitAllocThr1 Mapped Configuration BSS pdUlPdchUnitAllocThr1 X









aGprsPdUlTbfDurationThr1 Mapped Configuration BSS pdUlTbfDurationThr1 X









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aGprsPdUlTbfVolumeThr1 Mapped Configuration BSS pdUlTbfVolumeThr1 X









aGprsPfcT6 Mapped Configuration BSS pfcT6 X

aGprsPfcT8 Mapped Configuration BSS pfcT8 X

aGprsReshufflingStatus Mapped-Get Resource BSS ReshufflingStatus X X

aGprsSgsnr Mapped Configuration BSS sgsnR X X

aGprsSignallingPriority Mapped Configuration BSS signallingPriority X

aGprsSmsPriority Mapped Configuration BSS smsPriority X

aGprsSpare442 Mapped Configuration BSS spare2354

























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aGprsTbfCs3BlerPeriod Mapped Configuration BSS TbfCs3BlerPeriod X X

aGprsTbfCs4BlerPeriod Mapped Configuration BSS TbfCs4BlerPeriod X X

aGprsTbfCsDl Mapped Configuration BSS TbfCsDl X X

aGprsTbfCsUl Mapped Configuration BSS TbfCsUl X X

aGprsTbfMcsDl Mapped Configuration BSS tbfMcsDl X X

aGprsTbfMcsUl Mapped Configuration BSS tbfMcsUl X X

aGprsTDelayedFinalPuan Mapped Configuration BSS TDelayedFinalPuan X X

aGprsTFlowCtrlCell Mapped Configuration BSS TflowCtrlCell X X

aGprsTFlowCtrlMs Mapped Configuration BSS TflowCtrlMs X X

aGprsTGchInactivity Mapped Configuration BSS tGchInactivity X

aGprsTGchInactivityLast Mapped Configuration BSS tGchInactivityLast X

aGprsTLcsDelayTolerant Mapped Configuration BSS tLcsDelayTolerant X X

aGprsTLcsLowDelay Mapped Configuration BSS tLcsLowDelay X X

aGprsTMaxStreamingBuffering Mapped Configuration BSS tMaxStreamingBuffering X

aGprsTNetw orkResponseTime Mapped Configuration BSS tNetworkResponseTime X X

aGprsTPdchInactivity Mapped Configuration BSS TPdchInactivity X

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aGprsTPdchInactivityLast Mapped Configuration BSS TPdchInactivityLast X

aGprsTPsiPacch Mapped Configuration BSS TPsiPacch X X

aGprsTRrlpDelayTolerant Mapped Configuration BSS tRrlpDelayTolerant X X

aGprsTRrlpLowDelay Mapped Configuration BSS tRrlpLowDelay X X

aGprsTxEfficiencyPeriod Mapped Configuration BSS TxEfficiencyPeriod X X

alarmsAcknowledgementStatus DefautValue


Computed



availabilityStatus Mapped-Get Resource BSS availabilityStatus X X

bssFunctionId Mapped-Get Configuration BSS bssId X X


fDD-ARFCN-List Mapped Configuration BSS fddArfcnListfDD1 X





operationalState Mapped-Get Resource BSS OperationalState X X

packages Computed

userLabel Mapped Configuration BSS UserLabel X X

3.4.3.5 aGprsBts

aCmbBsCvMax Mapped Configuration Cell BsCvMax X X

aCmbFDD-Qmin Mapped Configuration Cell fddQmin X

aCmbFDD-Qoffset Mapped Configuration Cell fddQoffset X

aCmbLSA-ID-i Mapped Configuration Cell LsaIdListItem X X

aCmbNbExtraAbisTs Mapped Configuration Cell nbExtraAbisTs X

aCmbNbTsMpdch Mapped Configuration Cell nbTsMpdch X X

aCmbNExtraAbisTsMain Mapped Configuration Cell nExtraAbisTsMain X

aCmbNExtraAbisTsSecondary Mapped Configuration Cell nExtraAbisTsSecondary

X

aCmbPanDec Mapped Configuration Cell PanDec X X

aCmbPanInc Mapped Configuration Cell PanInc X X

aCmbPanMax Mapped Configuration Cell PanMax X X

aCmbPriorityAccessThreshold Mapped Configuration Cell PriorityAccessThreshold

X X

aCmbQsearch Mapped Configuration Cell qsearch X

aCmbRaCode Mapped Configuration Cell raCode X X

aCmbT3168 Mapped Configuration Cell T3168 X X

aCmbT3192 Mapped Configuration Cell T3192 X X

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aCmbTPagCs Mapped Configuration Cell TpagCs X X

aCmbTPagPs Mapped Configuration Cell TpagPs X X

administrativeState Computed Configuration Cell LockRequest X X

aGprsAccessBurstType Mapped Configuration Cell accessBurstType X X

aGprsBepPeriod Mapped Configuration Cell BepPeriod X X

aGprsBvci Mapped-Get Resource Cell BvcId X X

aGprsCsMaxIdlePeriod Mapped Configuration Cell CsMaxIdlePeriod X X

aGprsEnConvGps Mapped Configuration Cell enConvGps X X

aGprsEnCsAdaptationAck Mapped Configuration Cell EnCsAdaptationAck X X

aGprsEnCsAdaptationNack Mapped Configuration Cell EnCsAdaptationNack X X

aGprsEnExtendedUlTbf Mapped Configuration Cell enExtendedUlTbf X

aGprsEnFastInitialGprsAccess Mapped Configuration Cell enFastInitialGprsAccess

X X

aGprsEnMsAssistedAgps Mapped Configuration Cell enMsAssistedAgps X X

aGprsEnMsBasedAgps Mapped Configuration Cell enMsBasedAgps X X

aGprsEnNacc Mapped Configuration Cell enNacc X

aGprsEnOutgoingGprsRedir Mapped Configuration Cell enOutgoingGprsRedir X X

aGprsEnPsiStatus Mapped Configuration Cell enPsiStatus X

aGprsEnSolsa Mapped Configuration Cell enSolsa X X

aGprsEnStreaming Mapped Configuration Cell enStreaming X

aGprsGeographicalCoordinatesFlag

Mapped Configuration Cell lcsSignificantGc X X

aGprsHalfpwrBeamWidth Mapped Configuration Cell halfpwrBeamWidth X X

aGprsKAvgL Mapped Configuration Cell KavgL X X

aGprsKAvgQ Mapped Configuration Cell KavgQ X X

aGprsLcsAzimuth Mapped Configuration Cell lcsAzimuth X X

aGprsLcsLatitude Mapped Configuration Cell lcsLatitudeDegrees X X

aGprsLcsLatitude Mapped Configuration Cell lcsLatitudeDirection X X

aGprsLcsLatitude Mapped Configuration Cell lcsLatitudeFractionalMinutes

X X

aGprsLcsLatitude Mapped Configuration Cell lcsLatitudeMinutes X X

aGprsLcsLongitude Mapped Configuration Cell lcsLongitudeDegrees X X

aGprsLcsLongitude Mapped Configuration Cell lcsLongitudeDirection X X

aGprsLcsLongitude Mapped Configuration Cell lcsLongitudeFractionalMinutes

X X

aGprsLcsLongitude Mapped Configuration Cell lcsLongitudeMinutes X X

aGprsLcsSpare457 Mapped Configuration Cell lcsspare2241




aGprsMaxDlTbfSpdch Mapped Configuration Cell MaxDlTbfSpdch X X

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aGprsMaxEgprsMcs Mapped Configuration Cell maxEgprsMcs X X

aGprsMaxGprsAssignAgchRetrans

Mapped Configuration Cell MaxAssignAgchRetrans

X X

aGprsMaxGprsAssignPchRetrans

Mapped Configuration Cell MaxAssignPchRetrans X X

aGprsMaxPdch Mapped Configuration Cell MaxPdch X X

aGprsMaxPdchHighLoad Mapped Configuration Cell MaxPdchHighLoad X X

aGprsMaxPdchPerTbf Mapped Configuration Cell MaxPdchPerTbf X X

aGprsMaxPdchPerTbfHighAterUsage

Mapped Configuration Cell MaxPdchPerTbfHighAterUsage

X

aGprsMaxUlTbfSpdch Mapped Configuration Cell MaxUlTbfSpdch X X

aGprsMinPdch Mapped Configuration Cell MinPdch X X

aGprsNc2DeactivationMode Mapped Configuration Cell nc2DeactivationMode X X

aGprsNcDlRxlevLimitThr Mapped Configuration Cell ncDlRxlevLimitThr X X

aGprsNcDlRxlevThr Mapped Configuration Cell ncDlRxlevThr X X

aGprsNcDlRxqualThr Mapped Configuration Cell ncDlRxqualThr X X

aGprsNcPingPongOffset Mapped Configuration Cell ncPingPongOffset X X

aGprsNcReportingPeriodT Mapped Configuration Cell NcReportingPeriodT X X

aGprsNcRxlevForgettingFactor Mapped Configuration Cell ncRxlevForgettingFactor

X X

aGprsNcRxqualAvgPeriod Mapped Configuration Cell ncRxqualAvgPeriod X X

aGprsNcUlRxqualThr Mapped Configuration Cell ncUlRxqualThr X X

aGprsNetworkControlOrder Mapped Configuration Cell networkControlOrder X X

aGprsNsei Mapped-Get Resource Cell Nsei X X

aGprsNTbfPerSpdch Mapped Configuration Cell NtbfPerSpdch X

aGprsPrachBusyThres Mapped Configuration Cell PrachBusyThres X X

aGprsQosSafetyMargin Mapped Configuration Cell qosSafetyMargin X

aGprsRAverageEgprs Mapped Configuration Cell rAverageEgprs X

aGprsRAverageGprs Mapped Configuration Cell rAverageGprs X

aGprsRminEgprs Mapped Configuration Cell rminEgprs X

aGprsRminGprs Mapped Configuration Cell rminGprs X

aGprsRoundTripDelay Mapped Configuration Cell RoundTripDelay X X

aGprsSpare245 Mapped Configuration Cell spare377









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aGprsSpare389 Mapped Configuration Cell fddGprsQoffset X





aGprsSpare397 Mapped Configuration Cell qsearchPPtm X

















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aGprsTbfDlInitCs Mapped Configuration Cell TbfDlInitCs X X

aGprsTbfDlInitMcs Mapped Configuration Cell TbfDlInitMcs X X

aGprsTbfUlInitCs Mapped Configuration Cell TbfUlInitCs X X

aGprsTbfUlInitMcs Mapped Configuration Cell TbfUlInitMcs X X

aGprsTCorr Mapped Configuration Cell Tcorr X X

aGprsTDlAssignCcch Mapped Configuration Cell TDlAssignCcch X X

aGprsTDlEgprsMeasreport Mapped Configuration Cell tDlEgprsMeasreport X X

aGprsTDlGprsMeasreport Mapped Configuration Cell TDlGprsMeasreport X X

aGprsTestab Mapped Configuration Cell Testab X X

aGprsThrNc2LoadRanking Mapped Configuration Cell thrNc2LoadRanking X

aGprsTMaxExtendedUl Mapped Configuration Cell tMaxExtendedUl X

aGprsTNcPingpong Mapped Configuration Cell TNcPingpong X X

aGprsTNcRejCell Mapped Configuration Cell tNcRejCell X X

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aGprsTPdchPreemption Mapped Configuration Cell TPdchPreemption X

aGprsTUlAssignCcch Mapped Configuration Cell TUlAssignCcch X X

aGprsTxEfficiencyAckThr Mapped Configuration Cell TxEfficiencyAckThr X X

aGprsTxEfficiencyNackThr Mapped Configuration Cell TxEfficiencyNackThr X X

aGprsWiPr Mapped Configuration Cell WiPr X X

alarmsAcknowledgementStatus DefautValue


Computed


alignmentStatus Computed


allowIMSIAttachDetach Mapped Configuration Cell allowIMSIAttachDetach X X

availabilityStatus Mapped-Get Resource Cell availabilityStatus X X

bsIdentityCode Mapped Configuration Cell Bcc X X

bsIdentityCode Mapped Configuration Cell Ncc X X

btsID Mapped-Get Configuration Cell btsSectorId X X

btsSiteManagerIDSecondary Mapped Configuration Cell btsIdSecondary X

callReestablishmentAllowed DefaultValue

cELL-RESELECT-OFFSET Mapped Configuration Cell cellReselectOffset X X

cellAllocation DefaultValue

cellBarred DefaultValue

cellGlobalIdentity Mapped Configuration Cell CI X X

cellGlobalIdentity Mapped Configuration Cell Lac X X

cellGlobalIdentity Mapped-Get Configuration Cell Mcc X X

cellGlobalIdentity Mapped-Get Configuration Cell mobileNetworkCode X X

controlStatus DefaultValue


dtxDownlink DefaultValue

dtxUplink Mapped Configuration Cell DtxIndicator X X

emergencyCallRestricted DefaultValue

gsmdcsIndicator DefaultValue


maxNumberRetransmission Mapped Configuration Cell maxRetrans X X

maxQueueLength Not Significant

msPriorityUsedInQueuing Not Significant

mSTxPwrMaxCCH Mapped Configuration Cell mSTxPwrMaxCCH X X

multibandReporting Mapped Configuration Cell multibandReporting X X


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noOfBlocksForAccessGrant Mapped Configuration Cell BsAgBlksRes X X

noOfMultiframesBetweenPaging Mapped Configuration Cell BsPaMfrms X X

notAllowedAccessClasses DefaultValue

numberOfSlotsSpreadTrans Mapped Configuration Cell TxInteger X X

ny1 DefaultValue


operationalState Mapped-Get Resource Cell OperationalState X X

packages Computed

pENALTY-TIME Mapped Configuration Cell penaltyTime X X

periodCCCHLoadIndication DefaultValue

plmnPermitted DefaultValue

rACHBusyThreshold DefaultValue

rACHLoadAveragingSlots DefaultValue

radioLinkTimeout Mapped Configuration Cell RadiolinkTimeout X X

relatedGSMEquipment DefaultValue

relatedOAMLapdLink DefaultValue

relatedTranscoder DefaultValue

rxLevAccessMin Mapped Configuration Cell rxlevAccessMin X X

t200 DefaultValue

t31xx DefaultValue

thresholdCCCHLoadIndication DefaultValue

timeAdvanceFilter Mapped Configuration Cell rachTaFilter X X

timeLimitCall Not Significant

timeLimitHandover Not Significant

timerPeriodicUpdateMS Mapped Configuration Cell T3212 X X

unknownStatus DefaultValue

usageState DefaultValue

userLabel Mapped Configuration Cell UserLabel X X

3.4.3.6 aGprsBtsSiteManager

aCmbCommercialUse Mapped Configuration BtsSiteManager CommercialUse X X

aGprsSpare560 Mapped Configuration BtsSiteManager spare2692








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btsSiteManagerID Mapped-Get Configuration BtsSiteManager btsSiteManagerId X X




packages Computed

relatedGSMEquipment DefaultValue

relatedOAMLapdLink DefaultValue

userLabel Mapped Configuration BtsSiteManager UserLabel X X

3.4.3.7 aGprsFabric

administrativeState DefaultValue


availabilityStatus DefaultValue

fabricId Mapped-Get None FABRIC Distinguished Name X X

listOfCharacteristicInfo DefaultValue



operationalState DefaultValue

packages Computed

supportedByObjectList Mapped-get Resource FABRIC XPU_DN X X

3.4.3.8 aGprsGicGroup

aGprsGicGroupId Computed Configuration GicGroup GICbase X X

aGprsGicList Computed Configuration Nibble NibbleNb X X

aGprsGicList Mapped Configuration Nibble AterMuxTs X X

aGprsGicList Mapped Configuration Nibble AterTs X X


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packages Computed


3.4.3.9 aGprsLapdLink

abisSigChannel DefaultValue

administrativeState Computed Configuration LapDLink LockRequest X X

aGprsAterSigChannel Mapped-Get Configuration LapDLink Ts X X


Computed



availabilityStatus Mapped-Get Resource LapDLink availabilityStatus X X

controlStatus DefaultValue


lapdLinkID Mapped None LapDLink Distinguished Name X X




operationalState Mapped-Get Resource LapDLink OperationalState X X

packages Computed

sapi Mapped-Get Configuration LapDLink Sapi X X

tei Mapped-Get Configuration LapDLink Tei X X

unknownStatus DefaultValue

userLabel Computed

3.4.3.10 aGprsManagedElementExtension

aGprsConfigurationFileStatus Computed

aGprsManagedElementExtensionId

Mapped-Get None Extension Distinguished Name X X

aGprsSpoolDirectory Mapped-Get Configuration Extension SpoolDirectory X X




packages Computed

3.4.3.11 aGprsMasterChannelData

aGprsBsPagBlksRes Mapped Configuration MasterChannel BsPagBlksRes X X

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aGprsBsPbcchBlks Mapped Configuration MasterChannel BsPbcchBlks X X

aGprsBsPrachBlks Mapped Configuration MasterChannel BsPrachBlks X X

aGprsC31Hyst Mapped Configuration MasterChannel C31Hyst X X

aGprsC32Qual Mapped Configuration MasterChannel C32Qual X X

aGprsGprsCellReselectHysteresis

Mapped Configuration MasterChannel gprsCellReselectHysteresis

X X

aGprsGprsHcsThr Mapped Configuration MasterChannel gprsHcsThr X X

aGprsGprsMsTxPwrMaxCCH Mapped Configuration MasterChannel gprsMsTxPwrMaxCCHDbm

X X

aGprsGprsPriorityClass Mapped Configuration MasterChannel gprsHCSPriorityClass X X

aGprsGprsRxLevAccessMin Mapped Configuration MasterChannel gprsRxLevAccessMin X X

aGprsMasterChannelDataId Mapped-Get None MasterChannel Distinguished Name X X

aGprsMaxRetrans1 Mapped Configuration MasterChannel MaxRetrans1 X X




aGprsPersistenceLevel1 Mapped Configuration MasterChannel PersistenceLevel1 X X




aGprsRandomAccRetry Mapped Configuration MasterChannel RandomAccessRetry X

aGprsRaReselectHysteresis Mapped Configuration MasterChannel RaReselectHysteresis X X

aGprsS Mapped Configuration MasterChannel S X X

aGprsSpare565 Mapped Configuration MasterChannel spare297

aGprsTResel Mapped Configuration MasterChannel Tresel X X

aGprsTUlAssignPccch Mapped Configuration MasterChannel TUlAssignPccch X X

aGprsTxInt Mapped Configuration MasterChannel TxInt X X


cCCH-CONF Mapped Configuration MasterChannel CcchConf X X




packages Computed

pWRC Mapped Configuration MasterChannel Pwrc X X


3.4.3.12 aGprsNse

aGprsNsei Mapped-Get Configuration NSE NSEI X X

aGprsNseId Mapped-Get Configuration NSE NSEI X X

aGprsRelatedBssFunction Mapped Configuration NSE RelatedBssId X X

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packages Computed

userLabel Computed

3.4.3.13 aGprsNsvc

administrativeState Computed Configuration NSVC LockRequest X X

aGprsNsPriority Mapped Configuration NSVC Priority X X

aGprsNsvcId Mapped-Get Configuration NSVC NSVCI X X

aGprsToPvc Mapped-Get Configuration NSVC RelatedPvc X X


Computed



availabilityStatus Mapped-Get Resource NSVC availabilityStatus X X





operationalState Mapped-Get Resource NSVC OperationalState X X

packages Computed

userLabel Computed

3.4.3.14 aGprsPowerControl

aCmbAlpha Mapped Configuration PowerControl alpha X X

aCmbNAvgI Mapped Configuration PowerControl NavgI X X

aCmbPcMeasChan Mapped Configuration PowerControl PcMeasChan X X

aCmbTAvgT Mapped Configuration PowerControl TAvgT X X

aCmbTAvgW Mapped Configuration PowerControl TAvgW X X

aGprsGammaTnx Mapped Configuration PowerControl GammaTnx X X

aGprsSpare262 Mapped Configuration PowerControl spare379








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bS-TXPWR-MAX Mapped Configuration PowerControl BsTxPwrMax X X


msmtProcParamLoc DefaultValue



packages Computed

powerControlID Mapped-Get None PowerControl Distinguished Name X X


3.4.3.15 aGprsPvc

aGprsCbs Mapped Configuration Pvc CBS X X

aGprsCir Mapped Configuration Pvc CIR X X

aGprsDlcId Mapped-Get Configuration Pvc DLCI X X

aGprsEbs Mapped Configuration Pvc EBS X X

aGprsLevel1down Mapped-Get Configuration Pvc PvcLevel1Down X X

aGprsLevel1Factor Mapped-Get Configuration Pvc PvcLevel1Factor X X

aGprsLevel1Up Mapped-Get Configuration Pvc PvcLevel1Up X X

aGprsNir Mapped Configuration Pvc NIR X X

aGprsTStopFrEmission Mapped-Get Configuration Pvc Tstop X X


Computed



availabilityStatus Mapped-Get Resource Pvc availabilityStatus X X





operationalState Mapped-Get Resource Pvc OperationalState X X

packages Computed

userLabel Computed

3.4.3.16 circuitPack

administrativeState Computed Configuration XPU lock_request X X

affectedObjectList DefaultValue


DefaultValue

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availabilityStatus DefaultValue

circuitPackType DefaultValue


equipmentId Mapped-Get Configuration XPU Slot_number X X

locationName DefaultValue



operationalState Mapped-Get Resource XPU operational_state X X

packages Computed

replaceable DefaultValue

serialNumber DefaultValue


userLabel Computed

vendorName DefaultValue

version DefaultValue

3.4.3.17 crossConnection



crossConnectionId Mapped None CROSS_CONNECTION Distinguished Name X X

directionality DefaultValue

fromTermination Mapped-Get Configuration CROSS_CONNECTION From_PCM_TTP X X




packages Computed

signalType DefaultValue

toTermination Mapped-Get Configuration CROSS_CONNECTION To_PCM_TTP X X

3.4.3.18 equipmentHolder

acceptableCircuitPackTypeList Computed




DefaultValue




equipmentHolderAddress Computed

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equipmentHolderType Computed

equipmentId Mapped-Get None SUBRACK Distinguished Name X X

holderStatus DefaultValue

locationName DefaultValue




packages Computed

replaceable DefaultValue


subordinateCircuitPackSoftwareLoad

DefaultValue


userLabel Computed


version DefaultValue

3.4.3.19 eventForwardingDiscriminator

activeDestination NECTAR

administrativeState NECTAR


availabilityStatus NECTAR

backUpDestinationList NECTAR

confirmedMode NECTAR

destination NECTAR

discriminatorConstruct NECTAR

discriminatorId NECTAR

intervalsOfDay NECTAR



operationalState NECTAR

packages Computed

schedulerName NECTAR

startTime DefaultValue

stopTime DefaultValue

weekMask DefaultValue

3.4.3.20 extendedCurrentAlarmSummaryControl

alarmStatusList DefaultValue


currentAlarmSummaryControlId DefaultValue

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objectList DefaultValue

packages Computed

perceivedSeverityList DefaultValue

probableCauseList DefaultValue

3.4.3.21 managedElement




currentProblemList NECTAR

externalTime NECTAR


managedElementId read from file




packages Computed

systemTimingSource NECTAR

systemTitle NECTAR

usageState NECTAR

userLabel read from file


version read from file

3.4.3.22 nectarCircuitPack




NECTAR

alarmStatus NECTAR


availabilityStatus NECTAR

circuitPackType NECTAR


equipmentId NECTAR

locationName NECTAR



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packages Computed

proceduralStatus NECTAR

replaceable NECTAR


standbyStatus NECTAR


userLabel NECTAR

vendorName NECTAR

version NECTAR

3.4.3.23 nectarFRU




DefaultValue

alarmStatus NECTAR



equipmentId NECTAR

locationName NECTAR




packages Computed

replaceable NECTAR



userLabel NECTAR

vendorName NECTAR

version NECTAR

3.4.3.24 top




packages Computed

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3.5 CML MAPPING TABLES

3.5.1 GOM/ TRM mapping tables

GPUStructure GPUAttribute MappingRule MDLClass MDLTable MDLAttribute

3.5.1.1 BssBasicCfg

BssBasicCfg.BssCfg bscId Direct BSS Configuration bssId

BssBasicCfg.BssCfg networkOperationMode Direct BSS Configuration NetworkOperationMode

BssBasicCfg.BssCfg.ReleaseCfg mscR Direct BSS Configuration mscR

BssBasicCfg.BssCfg.ReleaseCfg sgsnR Direct BSS Configuration sgsnR

3.5.1.2 BssLxpuStatusContent

BssLxpuStatusContent enLcs Direct BSS Configuration enLcs

3.5.1.3 BssSetGpContentCfg

BssSetGpContentCfg.BssGpCfg bssgpT1 Direct NS Configuration T1

BssSetGpContentCfg.BssGpCfg bssgpT2 Direct NS Configuration T2

BssSetGpContentCfg.BssGpCfg bssgpT3 Direct CM Configuration BssgpT3

BssSetGpContentCfg.BssGpCfg bssgpT4 Direct CM Configuration BssgpT4

BssSetGpContentCfg.BssGpCfg suspendRetries Direct CM Configuration SuspendRetries

BssSetGpContentCfg.BssGpCfg resumeRetries Direct CM Configuration ResumeRetries

BssSetGpContentCfg.BssGpCfg bvcResetRetries Direct NS Configuration BvcResetRetries

BssSetGpContentCfg.BssGpCfg bvcUnblockRetries Direct NS Configuration BvcUnblockRetries

BssSetGpContentCfg.BssGpCfg bvcBlockRetries Direct NS Configuration BvcBlockRetries

BssSetGpContentCfg.BssGpCfg t5RaCapUpdate Direct CM Configuration t5RaCapUpdate

BssSetGpContentCfg.BssGpCfg raCapabilityUpdateRetries Direct CM Configuration raCapabilityUpdateRetries

BssSetGpContentCfg.BssGpCfg pfcT6 Direct BSS Configuration pfcT6

BssSetGpContentCfg.BssGpCfg pfcT8 Direct BSS Configuration pfcT8

BssSetGpContentCfg.BssGpCfg pfcNbRetryDownld Direct CM Configuration pfcNbRetryDownld

BssSetGpContentCfg.BssGpCfg pfcNbRetryModify Direct CM Configuration pfcNbRetryModify

3.5.1.4 BssSetReqContentCfg

BssSetReqContentCfg.Bss2GTo3GCellReselectionCfg

en2gTo3gCellReselection Direct BSS Configuration en2gTo3gCellReselection

BssSetReqContentCfg.BssBasicCfg.BssCfg

bscId Direct BSS Configuration bssId

BssSetReqContentCfg.BssBasicCfg.BssCfg

networkOperationMode Direct BSS Configuration NetworkOperationMode

BssSetReqContentCfg.BssBasicCfg.BssCfg.ReleaseCfg

mscR Direct BSS Configuration mscR

BssSetReqContentCfg.BssBasicCf sgsnR Direct BSS Configuration sgsnR

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g.BssCfg.ReleaseCfg

BssSetReqContentCfg.BssCnxControlCfg

tNetworkResponseTime Direct BSS Configuration tNetworkResponseTime


TDelayedFinalPuan Direct BSS Configuration TDelayedFinalPuan


gprsMultislotClassDefValue

Computed BSS Configuration gprsMultislotClassDefValue

BssSetReqContentCf g.BssCnxControlCfg

enCbl Direct CM Configuration enCbl


enIrUl Direct BSS Configuration enIrUl


enRaCapUpdate Direct BSS Configuration enRaCapUpdate


enResegmentationUl Direct BSS Configuration enResegmentationUl

BssSetReqContentCfg.BssCnxCtrlCfg

maxAgchQueuingDelay Direct CM Configuration MaxAgchQueuingDelay


tWaitFlush Direct CM Configuration TWaitFlush


drxTimerMax Direct BSS Configuration DrxTimerMax


tDelayGch Direct CM Configuration TDelayGch


tChangeRlcMode Direct CM Configuration TChangeRlcMode


maxRetransSig Direct CM Configuration MaxRetransSig


pduLifetimeOrder Direct CM Configuration pduLifetimeOrder

BssSetReqContentCfg.BssDistributionCfg.BssDlPdchUnitAllocCfg

pdDlPdchUnitAllocThr1 Direct BSS Configuration pdDlPdchUnitAllocThr1


















pdDlPdchUnitAllocThr10 Direct CM Configuration pdDlPdchUnitAllocThr10

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BssSetReqContentCfg.BssDistributionCfg.BssDlTbfDurationCfg

pdDlTbfDurationThr1 Direct BSS Configuration pdDlTbfDurationThr1


















pdDlTbfDurationThr10 Direct CM Configuration pdDlTbfDurationThr10

BssSetReqContentCfg.BssDistributionCfg.BssDlTbfVolumeCfg

pdDlTbfVolumeThr1 Direct BSS Configuration pdDlTbfVolumeThr1


















pdDlTbfVolumeThr10 Direct CM Configuration pdDlTbfVolumeThr10

BssSetReqContentCfg.BssDistributionCfg.BssUlPdchUnitAllocCfg

pdUlPdchUnitAllocThr1 Direct BSS Configuration pdUlPdchUnitAllocThr1







BssSetReqContentCfg.BssDistributi pdUlPdchUnitAllocThr5 Direct BSS Configuration pdUlPdchUnitAllocT

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onCfg.BssUlPdchUnitAllocCfg hr5










pdUlPdchUnitAllocThr10 Direct CM Configuration pdUlPdchUnitAllocThr10

BssSetReqContentCfg.BssDistributionCfg.BssUlTbfDurationCfg

pdUlTbfDurationThr1 Direct BSS Configuration pdUlTbfDurationThr1

BssSetReqContentCf g.BssDistributionCfg.BssUlTbfDurationCfg

















pdUlTbfDurationThr10 Direct CM Configuration pdUlTbfDurationThr10

BssSetReqContentCfg.BssDistributionCfg.BssUlTbfVolumeCfg

pdUlTbfVolumeThr1 Direct BSS Configuration pdUlTbfVolumeThr1

















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pdUlTbfVolumeThr10 Direct CM Configuration pdUlTbfVolumeThr10

BssSetReqContentCfg.BssDlTbfExtensionCfg

tDelayedDlTbfPolUl Direct CM Configuration tDelayedDlTbfPolUl

BssSetReqContentCfg.BssDualTransferModeCfg

tWaitDtm Direct CM Configuration tWaitDtm


wiDtm Direct CM Configuration wiDtm


tDtmAssign Direct CM Configuration tDtmAssign


nSharedDtmInfo Direct CM Configuration nSharedDtmInfo


tSharedDtmInfo Direct CM Configuration tSharedDtmInfo


tWaitCsProc Direct CM Configuration tWaitCsProc

BssSetReqContentCfg.BssEcrForR97MsCfg

tWaitPmrMargin Direct CM Configuration tWaitPmrMargin


ncReportingPeriodI Direct CM Configuration ncReportingPeriodI


tBaChange Direct CM Configuration tBaChange


ncNonDrxPeriod Direct CM Configuration ncNonDrxPeriod


ncRxqualHysteresis Direct CM Configuration ncRxqualHysteresis


nc2LoadEvPeriod Direct CM Configuration nc2LoadEvPeriod


tNc2LoadRanking Direct CM Configuration tNc2LoadRanking

BssSetReqContentCfg.BssEgprsRadioLinkAdaptationCfg

tbfMcsPeriod Direct CM Configuration tbfMcsPeriod


mcsAvgPeriod Direct CM Configuration mcsAvgPeriod


tbfMcsUl Direct BSS Configuration tbfMcsUl


tbfMcsDl Direct BSS Configuration tbfMcsDl


tbfCs3BlerPeriod Direct BSS Configuration TbfCs3BlerPeriod


tbfCs4BlerPeriod Direct BSS Configuration TbfCs4BlerPeriod


csBlerDl34 Direct BSS Configuration CsBlerDl34


csBlerDl43 Direct BSS Configuration CsBlerDl43


enFullIrDl Direct BSS Configuration enFullIrDl

BssSetReqContentCfg.BssFlowCo tUlCongestion Direct CM Configuration tUlCongestion

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ntrolCfg

BssSetReqContentCfg.BssFlowControlCfg

enUlCongestion Direct CM Configuration enUlCongestion


cBVC Direct BSS Configuration TflowCtrlCell


cMS Direct BSS Configuration TflowCtrlMs


maxRateSafety Direct CM Configuration maxRateSafety

BssSetReqContentCfg.BssFullIntraRaLlcPduReroutingCfg

enAutonomousRerouting Direct CM Configuration enAutonomousRerouting


tMsContextFlushPersistence

Direct CM Configuration tMsContextFlushPersistence


tReroutingRequestGuard Direct CM Configuration tReroutingRequestGuard

BssSetReqContentCfg.BssGbPfcCfg

raCapabilityUpdateRetries Direct CM Configuration raCapabilityUpdateRetries


t5RaCapUpdate Direct CM Configuration t5RaCapUpdate


pfcNbRetryModify Direct CM Configuration pfcNbRetryModify


pfcT8 Direct BSS Configuration pfcT8


pfcT6 Direct BSS Configuration pfcT6


pfcNbRetryDownld Direct CM Configuration pfcNbRetryDownld

BssSetReqContentCfg.BssMacCfg tPsiPacch Direct BSS Configuration TPsiPacch

BssSetReqContentCfg.BssMacCfg enFastUsfUlExtended Direct BSS Configuration enFastUsfUlExtended

BssSetReqContentCfg.BssMacCfg tExtendedUlTbfPol Direct CM Configuration tExtendedUlTbfPol

BssSetReqContentCfg.BssMScontexthandlingCfg

tMsContextLifetime Direct CM Configuration tMsContextLifetime

BssSetReqContentCfg.BssNaccCfg tPscdScheduleAck Direct CM Configuration tPscdScheduleAck

BssSetReqContentCfg.BssNaccCfg t3208n Direct CM Configuration t3208n

BssSetReqContentCfg.BssPacketFlowControlCfg


Direct BSS Configuration lowPrecedenceBackgroundPriority



Direct BSS Configuration lowPrecedenceThp1Priority









Direct BSS Configuration normalPrecedenceBackgroundPriority



Direct BSS Configuration normalPrecedenceThp1Priority




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Direct BSS Configuration highPrecedenceBackgroundPriority



Direct BSS Configuration highPrecedenceThp1Priority








bestEffortPriority Direct BSS Configuration bestEffortPriority


signallingPriority Direct BSS Configuration signallingPriority


tMaxStreamingBuffering Direct BSS Configuration tMaxStreamingBuffering


tRtPfcBufferReferenceLevel

Direct CM Configuration tRtPfcBufferReferenceLevel


smsPriority Direct BSS Configuration smsPriority

BssSetReqContentCfg.BssPlmnCfg plmnFrequencyBands Direct BSS Configuration plmnFrequencyBands

BssSetReqContentCfg.BssRadioLinkAdaptationCfg

csHstDlLt Direct BSS Configuration CsHstDlLt


csHstDlSt Direct BSS Configuration CsHstDlSt


csHstUlLt Direct BSS Configuration CsHstUlLt


csHstUlSt Direct BSS Configuration CsHstUlSt


csQualDl12FhAck Direct BSS Configuration CsQualDl12FhAck


csQualDl12FhNack Direct BSS Configuration CsQualDl12FhNack


csQualDl12NfhAck Direct BSS Configuration CsQualDl12NfhAck


csQualDl12NfhNack Direct BSS Configuration CsQualDl12NfhNack




csQualDl23FhNack Direct BSS Configuration CsQualDl23FhNack







BssSetReqContentCfg.BssRadioLin csQualDl34FhNack Direct BSS Configuration CsQualDl34FhNack

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kAdaptationCfg






csQualUl12FhAck Direct BSS Configuration CsQualUl12FhAck


csQualUl12FhNack Direct BSS Configuration CsQualUl12FhNack


csQualUl12NfhAck Direct BSS Configuration CsQualUl12NfhAck


csQualUl12NfhNack Direct BSS Configuration CsQualUl12NfhNack


















csSirDl34FhAck Direct BSS Configuration CsSirDl34FhAck


csSirDl34FhNack Direct BSS Configuration CsSirDl34FhNack


csSirDl34NfhAck Direct BSS Configuration CsSirDl34NfhAck


csSirDl34NfhNack Direct BSS Configuration CsSirDl34NfhNack


csSirHstDl Direct BSS Configuration CsSirHstDl


tbfCsDl Direct BSS Configuration TbfCsDl


tbfCsUl Direct BSS Configuration TbfCsUl


csAvgPeriodSt Direct CM Configuration csAvgPeriodSt


csAvgPeriodLt Direct CM Configuration csAvgPeriodLt


tbfCsPeriod Direct CM Configuration tbfCsPeriod

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BssSetReqContentCfg.BssResourceAllocationCfg

tPagingReorg Direct CM Configuration tPagingReorg


nAterTsMarginGpu Direct BSS Configuration nAterTsMarginGpu


minThroughputGain Direct CM Configuration minThroughputGain

BssSetReqContentCfg.BssResourceAllowedParametersCfg

maxPagingQueue Direct BSS Configuration maxPagingQueue

BssSetReqContentCfg.BssResourceReallocationCfg

enNonfullPdchUsage Direct CM Configuration enNonfullPdchUsage

BssSetReqContentCfg.BssRlcCfg txEfficiencyPeriod Direct BSS Configuration TxEfficiencyPeriod

BssSetReqContentCfg.BssRlcCfg eTxEfficiencyPeriod Direct BSS Configuration ETxEfficiencyPeriod

BssSetReqContentCfg.BssRlcCfg enDlRetransBts Direct CM Configuration enDlRetransBts

BssSetReqContentCfg.BssRlcCfg tMaxForTbfScheduling Direct CM Configuration tMaxForTbfScheduling

BssSetReqContentCfg.BssRlcCfg tConfigTbf Direct CM Configuration tConfigTbf

BssSetReqContentCfg.BssRlcCfg enResegmentationUl Direct BSS Configuration enResegmentationUl

BssSetReqContentCfg.BssRlcCfg minRlfTimeDl Direct CM Configuration minRlfTimeDl

BssSetReqContentCfg.BssSatelliteProfileCfg

egprsDlAckFactorSatellite Direct CM Configuration egprsDlAckFactorSatellite


egprsUlAckFactorSatellite Direct CM Configuration egprsUlAckFactorSatellite


gprsDlAckPeriodSatellite Direct CM Configuration gprsDlAckPeriodSatellite


gprsUlAckPeriodSatellite Direct CM Configuration gprsUlAckPeriodSatellite


egprsN3105LimitSatellite Direct CM Configuration egprsN3105LimitSatelliteB9


n3105LimitSatellite Direct CM Configuration n3105LimitSatelliteB9

BssSetReqContentCfg.BssTrafficInfoCfg.BssPdchCtrlCfg

tOneBlock Direct CM Configuration TOneBlock


tGchInactivity Direct BSS Configuration tGchInactivity


nGchFastPsAccess Direct CM Configuration nGchFastPsAccess


tGchInactivityLast Direct BSS Configuration tGchInactivityLast

BssSetReqContentCfg.BssTrafficInfoCfg.BssTrafficLoadInfoCfg

maxPpchQueuingDelay Direct CM Configuration MaxPpchQueuingDelay


multiGpuInfoBroadcastPeriod

Direct CM Configuration multiGpuInfoBroadcastPeriod


enDlLlcPduRerouting Direct BSS Configuration enDlLlcPduRerouting


mpdchLoadPeriod Direct CM Configuration MpdchLoadPeriod

BssSetReqContentCfg.BssTrafficIn nbMpdchLoadSample Direct CM Configuration nbMpdchLoadSampl

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foCfg.BssTrafficLoadInfoCfg e

3.5.1.5 BssState

BssState cause Direct BSS Resource CauseBss

BssState.OmState opeState Direct BSS Resource OperationalState

BssState.OmState admState Direct BSS Resource administrativeState

3.5.1.6 BssVersionCfg

BssVersionCfg bscVersion Computed BSS Resource BscCfgChange

3.5.1.7 CellBvciMappingContentCfg

CellBvciMappingContentCfg.CellBvciMappingCfg



btsSiteManagerId Direct BtsSiteManager Configuration btsSiteManagerId


btsSectorId Direct Cell Configuration btsSectorId


bvcId Direct Cell Resource BvcId

3.5.1.8 CellSetReqContentCfg

CellSetReqContentCfg.CellCnxControlCfg

accessBurstType Direct Cell Configuration accessBurstType

CellSetReqContentCfg.CellCnxCtrlCfg

tUlAssignCcch Direct Cell Configuration TUlAssignCcch


tDlAssignCcch Direct Cell Configuration TDlAssignCcch


tAckWait Direct CM Configuration TAckWait


maxRetransDl Direct CM Configuration MaxRetransDl


TMaxRetransDl Direct CM Configuration TMaxRetransDl


TDelayedDlTbfPol Direct CM Configuration TDelayedDlTbfPol


maxEgprsMcs Direct Cell Configuration maxEgprsMcs


tUlAccessMax Direct CM Configuration tUlAccessMax


maxGprsAssignPchRetrans

Direct Cell Configuration MaxAssignPchRetrans


maxGprsAssignAgchRetrans

Direct Cell Configuration MaxAssignAgchRetrans


tbfUlInitCs Direct Cell Configuration TbfUlInitCs


tbfDlInitCs Direct Cell Configuration TbfDlInitCs


tAckWaitDrxPccch Direct CM Configuration TAckWaitDrxPccch

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tbfUlInitMcs Direct Cell Configuration TbfUlInitMcs


tbfDlInitMcs Direct Cell Configuration TbfDlInitMcs


tMaxExtendedUl Direct Cell Configuration tMaxExtendedUl

CellSetReqContentCfg.CellEcrForR97MsCfg

ncDlRxlevThr Direct Cell Configuration ncDlRxlevThr


ncPingPongOffset Direct Cell Configuration ncPingPongOffset


nc2DeactivationMode Direct Cell Configuration nc2DeactivationMode


nSigRepeat Direct CM Configuration nSigRepeat


ncDlRxlevLimitThr Direct Cell Configuration ncDlRxlevLimitThr


ncRxlevForgettingFactor Direct Cell Configuration ncRxlevForgettingFactor


ncReportingPeriodT Direct Cell Configuration NcReportingPeriodT


tNcRejCell Direct Cell Configuration tNcRejCell


enNacc Direct Cell Configuration enNacc


enPsiStatus Direct Cell Configuration enPsiStatus


thrNc2LoadRanking Direct Cell Configuration thrNc2LoadRanking

CellSetReqContentCfg.CellIdentityCfg.CellGlobalIdentityCfg

mcc Direct Cell Configuration Mcc


lac Direct Cell Configuration Lac


ci Direct Cell Configuration CI


raCode Direct Cell Configuration raCode


ncc Direct Cell Configuration Ncc


bcc Direct Cell Configuration Bcc


mobileNetworkCode[4] Direct Cell Configuration mobileNetworkCode


bvcId Direct Cell Resource BvcId




btsSiteManagerIdPrimary Direct BtsSiteManager Configuration btsSiteManagerId

CellSetReqContentCfg.CellIdentityCf btsSiteManagerIdSecond Direct Cell Configuration btsIdSecondary

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g.CellGlobalIdentityCfg ary

CellSetReqContentCfg.CellL2GchCfg

tcorr Direct Cell Configuration Tcorr


tdsl Direct CM Configuration Tdsl


tusl Direct CM Configuration Tusl


testab Direct Cell Configuration Testab


tfreeze Direct CM Configuration Tfreeze


trelease Direct CM Configuration Trelease


trtsPs Direct CM Configuration trtsPs

CellSetReqContentCfg.CellLinkAdaptationCfg

tDlEgprsMeasreport Direct Cell Configuration tDlEgprsMeasreport


tDlGprsMeasreport Direct Cell Configuration TDlGprsMeasreport


csMaxIdlePeriod Direct Cell Configuration CsMaxIdlePeriod

CellSetReqContentCfg.CellLinkSupervisionCfg

txEfficiencyAckThr Direct Cell Configuration TxEfficiencyAckThr

CellSetReqContentCfg.CellLinkSupervisionCfg

txEfficiencyNackThr Direct Cell Configuration TxEfficiencyNackThr

CellSetReqContentCfg.CellMacCfg bsPrrBlksMpdch Direct CM Configuration BsPrrBlksMpdch

CellSetReqContentCfg.CellMacCfg bsPrrBlksSpdch Direct CM Configuration BsPrrBlksSpdch

CellSetReqContentCfg.CellMacCfg dlPollFactor Direct CM Configuration DLPollFactor

CellSetReqContentCfg.CellMacCfg ulPollFactor Direct CM Configuration UlPollFactor

CellSetReqContentCfg.CellMacCfg roundTripDelay Direct Cell Configuration RoundTripDelay

CellSetReqContentCfg.CellMacCfg tpagCs Direct Cell Configuration TpagCs

CellSetReqContentCfg.CellMacCfg tpagPs Direct Cell Configuration TpagPs

CellSetReqContentCfg.CellMacCfg MaxDlTbfSpdch Direct Cell Configuration MaxDlTbfSpdch

CellSetReqContentCfg.CellMacCfg MaxUlTbfSpdch Direct Cell Configuration MaxUlTbfSpdch

CellSetReqContentCfg.CellMacCfg prachBusyThres Direct Cell Configuration PrachBusyThres

CellSetReqContentCfg.CellMacCfg rachTaFilter Direct Cell Configuration rachTaFilter

CellSetReqContentCfg.CellNC2PimPtmCfg

ncDlRxqualThr Direct Cell Configuration ncDlRxqualThr


ncUlRxqualThr Direct Cell Configuration ncUlRxqualThr


ncRxqualAvgPeriod Direct Cell Configuration ncRxqualAvgPeriod


tNcRxqualValid Direct CM Configuration tNcRxqualValid

CellSetReqContentCfg.CellNC2PtmCfg

tNcPingpong Direct Cell Configuration TNcPingpong

CellSetReqContentCfg.CellNetwork rxlevAccessMin Direct Cell Configuration rxlevAccessMin

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ControlMeasurementCfg

CellSetReqContentCfg.CellNetworkControlMeasurementCfg

cellReselectOffset Direct Cell Configuration cellReselectOffset


penaltyTime Direct Cell Configuration penaltyTime


enOutgoingGprsRedir Direct Cell Configuration enOutgoingGprsRedir

CellSetReqContentCfg.CellOptionsCfg

enStreaming Direct Cell Configuration enStreaming

CellSetReqContentCfg.CellOptionsCfg.CellCsAdaptationCfg

enCsAdaptationAck Direct Cell Configuration EnCsAdaptationAck

CellSetReqContentCfg.CellOptionsCfg.CellCsAdaptationCfg

enCsAdaptationNack Direct Cell Configuration EnCsAdaptationNack

CellSetReqContentCfg.CellPdchResourceAllocationCfg

qosSafetyMargin Direct Cell Configuration qosSafetyMargin


rAverageEgprs Direct Cell Configuration rAverageEgprs


rAverageGprs Direct Cell Configuration rAverageGprs


rminEgprs Direct Cell Configuration rminEgprs


rminGprs Direct Cell Configuration rminGprs

CellSetReqContentCfg.CellPowerControlCfg

bsTxPwrMax Direct PowerControl Configuration BsTxPwrMax

CellSetReqContentCfg.CellPowerControlCfg

gammaTnx Direct PowerControl Configuration GammaTnx

CellSetReqContentCfg.CellPSI13Cfg.CellAccessCfg

spgcCcchSup Direct CM Configuration SpgcCcchSup

CellSetReqContentCfg.CellPSI13Cfg.CellAccessCfg

priorityAccessThreshold Computed Cell Configuration PriorityAccessThreshold

CellSetReqContentCfg.CellPSI13Cfg.CellOptionsPSI13Cfg

t3168 Computed Cell Configuration T3168


t3192 Computed Cell Configuration T3192


bsCvMax Direct Cell Configuration BsCvMax


panDec Direct Cell Configuration PanDec


panInc Direct Cell Configuration PanInc


panMax Computed Cell Configuration PanMax


networkControlOrder Direct Cell Configuration networkControlOrder

CellSetReqContentCfg.CellPSI13Cfg.CellPwrCtrlCfg

alpha Direct PowerControl Configuration alpha


tavgW Direct PowerControl Configuration TAvgW

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tavgT Direct PowerControl Configuration TAvgT


pcMeasChan Computed PowerControl Configuration PcMeasChan


navgI Direct PowerControl Configuration NavgI


bepPeriod Direct Cell Configuration BepPeriod


enExtendedUlTbf Direct Cell Configuration enExtendedUlTbf

CellSetReqContentCfg.CellPSI1Cfg.CellPbcchPowerControlCfg

pb Direct CM Configuration pb

CellSetReqContentCfg.CellPSI1Cfg.CellPbcchPowerControlCfg

intMeasChannelListAvail Direct CM Configuration IntMeasChanListAvail

CellSetReqContentCfg.CellPSI1Cfg.CellPccchOrganizationParametersCfg

bsPagBlksRes Direct MasterChannel Configuration BsPagBlksRes


bsPbcchBlks Direct MasterChannel Configuration BsPbcchBlks


bsPrachBlks Direct MasterChannel Configuration BsPrachBlks

CellSetReqContentCfg.CellPSI1Cfg.CellPrachControlParametersCfg

s Direct MasterChannel Configuration S


maxRetrans3 Direct MasterChannel Configuration MaxRetrans3



CellSetReqContentCf g.CellPSI1Cfg.CellPrachControlParametersCfg

persistenceLevel1 Direct MasterChannel Configuration PersistenceLevel1




txInt Direct MasterChannel Configuration TxInt









CellSetReqContentCfg.CellPSI2Cfg.CellNonGprsCellOptionsCfg

dtxIndicator Direct Cell Configuration DtxIndicator


txInteger Direct Cell Configuration TxInteger


t3212 Direct Cell Configuration T3212

CellSetReqContentCfg.CellPSI2Cfg. neci Direct CM Configuration Neci

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CellNonGprsCellOptionsCfg


pwrc Direct MasterChannel Configuration Pwrc


radiolinkTimeout Direct Cell Configuration RadiolinkTimeout


bsPaMfrms Direct Cell Configuration BsPaMfrms


bsAgBlksRes Direct Cell Configuration BsAgBlksRes


ccchConf Direct MasterChannel Configuration CcchConf


mSTxPwrMaxCCH Direct Cell Configuration mSTxPwrMaxCCH


maxRetrans Direct Cell Configuration maxRetrans


allowIMSIAttachDetach Direct Cell Configuration allowIMSIAttachDetach

CellSetReqContentCfg.CellPSI3Cfg.CellGeneralCellSelectionCfg

tresel Direct MasterChannel Configuration Tresel


c32Qual Direct MasterChannel Configuration C32Qual


c31Hyst Direct MasterChannel Configuration C31Hyst


raReselectHysteresis Direct MasterChannel Configuration RaReselectHysteresis


gprsCellReselectHysteresis

Direct MasterChannel Configuration gprsCellReselectHysteresis

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.AdjCellEcrForR97MsCfg[64]

mSTxPwrMaxCCH Direct AdjCellForReselection

Configuration mSTxPwrMaxCCH


ncReselectHysteresis Direct AdjCellForReselection

Configuration ncReselectHysteresis


frequencyRange Direct AdjCellForReselection

Configuration frequencyRange

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.AdjCellIdentityCfg[64]

sameRaAsServingCell Computed AdjCellForReselection

Configuration raCode


bcc Direct AdjCellForReselection

Configuration Bcc


ncc Direct AdjCellForReselection

Configuration Ncc


mnc[4] Direct AdjCellForReselection

Configuration mobileNetworkCode


mcc Direct AdjCellForReselection

Configuration mcc

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sameBscAsServingCell Computed AdjCellForReselection

Configuration bscId


lac Direct AdjCellForReselection

Configuration Lac


ci Direct AdjCellForReselection

Configuration CI


btsSectorId Direct AdjCellForReselection

Configuration btsSectorId


btsSiteManagerId Direct AdjCellForReselection

Configuration btsSiteManagerId

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellNCMeasurementParametersCfg[64]

ncReportingPeriodT Direct AdjCellForReselection

Configuration NcReportingPeriodT

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellNetworkControlMeasurementCfg[64]

rxlevAccessMin Direct AdjCellForReselection

Configuration rxlevAccessMin


cellReselectOffset Direct AdjCellForReselection

Configuration cellReselectOffset


penaltyTime Direct AdjCellForReselection

Configuration penaltyTime


enOutgoingGprsRedir Direct AdjCellForReselection

Configuration enOutgoingGprsRedir

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSelectionParametersCfg[64]


Direct AdjCellForReselection

Configuration gprsMsTxPwrMaxCCHDbm


gprsPriorityClass Direct AdjCellForReselection

Configuration gprsHCSPriorityClass


gprsHcsThr Direct AdjCellForReselection

Configuration gprsHcsThr


gprsRxLevAccessMin Direct AdjCellForReselection

Configuration gprsRxLevAccessMin


bCCHFrequency Direct AdjCellForReselection

Configuration BcchFrequency


gprsTemporaryOffset Direct AdjCellForReselection

Configuration gprsTemporaryOffset


gprsPenaltyTime Direct AdjCellForReselection

Configuration gprsPenaltyTime


gprsReselectionOffset Direct AdjCellForReselection

Configuration gprsReselectionOffset

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networkControlOrder Direct AdjCellForReselection

Configuration networkControlOrder

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSolsaCfg[64]

enSolsa Direct AdjCellForReselection

Configuration enSolsa

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSolsaCfg[64].CellLsaIdListCfg

nbOfItems Direct AdjCellForReselection

Configuration LsaIdListSize

CellSetReqContentCfg.CellPSI3Cfg.CellNeighbourListCfg.CellSolsaCfg[64].CellLsaIdListCfg.CellLsaIdCfg[5]

lsaId Direct AdjCellForReselection

Configuration LsaIdListItem

CellSetReqContentCfg.CellPSI3Cfg.CellPSI3OptionsCfg

enPSI3coding2 Direct CM Configuration enPSI3coding2

CellSetReqContentCfg.CellPSI3Cfg.CellServingCellParametersCfg

gprsHcsThr Direct MasterChannel Configuration gprsHcsThr


gprsPriorityClass Direct MasterChannel Configuration gprsHCSPriorityClass


gprsRxLevAccessMin Direct MasterChannel Configuration gprsRxLevAccessMin



Direct MasterChannel Configuration gprsMsTxPwrMaxCCHDbm


multibandReporting Direct Cell Configuration multibandReporting

CellSetReqContentCfg.CellPsiCommonCfg.CellPsiCfg

tulAssignPccch Direct MasterChannel Configuration TUlAssignPccch

CellSetReqContentCfg.CellPsiCommonCfg.CellPsiCfg

maxReselDuration Direct CM Configuration maxReselDuration

CellSetReqContentCfg.CellResourceReallocationCfg

nBiasDetermination Direct CM Configuration nBiasDetermination


nCandidateForRealloc Direct CM Configuration nCandidateForRealloc


tCandidateTbfRealloc Direct CM Configuration tCandidateTbfRealloc


weightBiasDetermination Direct CM Configuration weightBiasDetermination


TUsfSchedulingAgch Direct CM Configuration TUsfSchedulingAgch


nMaxPeriodicReallocT3 Direct CM Configuration nMaxPeriodicReallocT3


nMaxPeriodicReallocT4 Direct CM Configuration nMaxPeriodicReallocT4

CellSetReqContentCfg.CellRlcCfg kavgL Direct Cell Configuration KavgL

CellSetReqContentCfg.CellRlcCfg kavgQ Direct Cell Configuration KavgQ

CellSetReqContentCfg.CellSolsaCfg enSolsa Direct Cell Configuration enSolsa

CellSetReqContentCfg.CellSolsaCfg.CellLsaIdListCfg

nbOfItems Direct Cell Configuration LsaIdListSize

CellSetReqContentCfg.CellSolsaCfg.CellLsaIdListCfg.CellLsaIdCfg[5]

lsaId Direct Cell Configuration LsaIdListItem

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CellSetReqContentCfg.CellTrafficCfg

wiPr Direct Cell Configuration WiPr


maxPdchHighLoad Direct Cell Configuration MaxPdchHighLoad


maxPdchPerTbf Direct Cell Configuration MaxPdchPerTbf


maxPdch Direct Cell Configuration MaxPdch


minPdch Direct Cell Configuration MinPdch

CellSetReqContentCfg.CellTransResourceHandlingCfg

enFastInitialGprsAccess Direct Cell Configuration enFastInitialGprsAccess

3.5.1.9 CellState

CellState cause Direct Cell Resource CauseCell

CellState.OmState opeState Direct Cell Resource OperationalState

CellState.OmState admState Direct Cell Resource administrativeState

3.5.1.10 FrBcCfg

FrBcCfg fRCapacity Direct FrBearer Configuration TsList

FrBcCfg protocolType Direct FrBearer Configuration ProtocolType

3.5.1.11 FrBcState

FrBcState.OmState opeState Direct FrBearer Resource OperationalState

3.5.1.12 GchGroupCfg

GchGroupCfg.GchCfg[30] aterTsNb Direct Nibble Configuration AterTs

GchGroupCfg.GchCfg[30] tsNb Direct Nibble Configuration AterMuxTs

GchGroupCfg.GchCfg[30] nibbleNb Direct Nibble Configuration NibbleNb

3.5.1.13 LapDLinkCfg

LapDLinkCfg sapi Direct LapDLink Configuration Sapi

LapDLinkCfg tei Direct LapDLink Configuration Tei

3.5.1.14 LapDLinkState

LapDLinkState.OmState opeState Direct LapDLink Resource OperationalState

LapDLinkState.OmState admState Direct LapDLink Resource administrativeState

3.5.1.15 NseCfg

NseCfg nseI Direct NSE Configuration NSEI

3.5.1.16 NsPCfg

NsPCfg bssgpT3 Direct CM Configuration BssgpT3

NsPCfg bssgpT4 Direct CM Configuration BssgpT4

NsPCfg suspendRetries Direct CM Configuration SuspendRetries

NsPCfg resumeRetries Direct CM Configuration ResumeRetries

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NsPCfg t1 Direct NS Configuration T1

NsPCfg t2 Direct NS Configuration T2

NsPCfg bvcBlockRetries Direct NS Configuration BvcBlockRetries

NsPCfg bvcResetRetries Direct NS Configuration BvcResetRetries

NsPCfg bvcUnblockRetries Direct NS Configuration BvcUnblockRetries

NsPCfg tnsReset Direct NS Configuration TnsReset

NsPCfg tnsTest Direct NS Configuration TnsTest

NsPCfg tnsAlive Direct NS Configuration TnsAlive

NsPCfg tnsBlock Direct NS Configuration TnsBlock

NsPCfg nsResetRetries Direct NS Configuration NsResetRetries

NsPCfg nsBlocksRetries Direct NS Configuration NsBlocksRetries

NsPCfg nsUnblockRetries Direct NS Configuration NsUnblocksRetries

NsPCfg nsAliveRetries Direct NS Configuration NsAliveRetries

NsPCfg lspMax Direct NS Configuration LspMax

3.5.1.17 NsPFrCfg

NsPFrCfg t391 Direct NS Configuration T391

NsPFrCfg sbecn Direct NS Configuration Sbecn

NsPFrCfg n391 Direct NS Configuration N391



NsPFrCfg frInfoSize Direct NS Configuration FrInfoSize

3.5.1.18 NsVcCfg

NsVcCfg nsVcI Direct NSVC Configuration NSVCI

NsVcCfg nir Direct Pvc Configuration NIR

NsVcCfg cbs Direct Pvc Configuration CBS

NsVcCfg ebs Direct Pvc Configuration EBS

NsVcCfg nsPriority Direct NSVC Configuration Priority

NsVcCfg cir Direct Pvc Configuration CIR

3.5.1.19 NsVcState

NsVcState cause Direct NSVC Resource Nsvc_cause

NsVcState.OmState opeState Direct NSVC Resource OperationalState

NsVcState.OmState admState Direct NSVC Resource administrativeState

3.5.1.20 PcmPortState

PcmPortState CRC4Status Direct PCM_TTP Resource CRC4_status

3.5.1.21 PvcCfg

PvcCfg dlci Direct Pvc Configuration DLCI

PvcCfg cir Direct Pvc Configuration CIR

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PvcCfg cbs Direct Pvc Configuration CBS

PvcCfg ebs Direct Pvc Configuration EBS

PvcCfg tstop Direct Pvc Configuration Tstop

PvcCfg lev1Down Direct Pvc Configuration PvcLevel1Down

PvcCfg lev1Up Direct Pvc Configuration PvcLevel1Up

PvcCfg lev1Factor Direct Pvc Configuration PvcLevel1Factor

PvcCfg nir Direct Pvc Configuration NIR

3.5.1.22 PvcState

PvcState.OmState opeState Direct Pvc Resource OperationalState

3.5.1.23 RrmPSetReqContentCfg

RrmPSetReqContentCfg.RrmPCnxCtrlCfg

msTimeToSwitchToNewPdch

Direct CM Configuration timerToSwitch


TDelayedDlTbfPolInitial Direct CM Configuration tDelayedDlTbfPolInitialB9


t3180 Direct CM Configuration t3180

RrmPSetReqContentCfg.RrmPDSPCfg

thresDspXoff Direct CM Configuration ThresDspXOff


thresDspXOn Direct CM Configuration ThresDspXOn


thresGMaxHigh Direct CM Configuration ThresGMaxHigh


thresGMaxLow Direct CM Configuration ThresGMaxLow


thresNTbfOff Direct CM Configuration ThresNTbfOff


thresNTbfOn Direct CM Configuration ThresNTbfOn


dspLoadForgettingFactor Direct CM Configuration dspLoadForgettingFactor


dspLoadThr1 Direct CM Configuration dspLoadThr1


dspLoadThr2 Direct CM Configuration dspLoadThr2


tDspLoadReport Direct CM Configuration tDspLoadReport

RrmPSetReqContentCfg.RrmPGbCfg

flowDimSafetyBVC Direct CM Configuration FlowDimSafetyBVC

RrmPSetReqContentCfg.RrmPGbCfg

flowDimSafetyMS Direct CM Configuration FlowDimSafetyMS

RrmPSetReqContentCfg.RrmPGpuOverloadControlCfg

pmuCpuOverload Direct CM Configuration pmuCpuOverload


pmuCpuOverloadStepH Direct CM Configuration pmuCpuOverloadStepH


pmuCpuOverloadStepN Direct CM Configuration pmuCpuOverloadStepN

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RrmPSetReqContentCfg.RrmPGslCfg

t200Gsl Direct CM Configuration T200Gsl


n200Gsl Direct CM Configuration N200Gsl


kGsl Direct CM Configuration KGsl


t203Gsl Direct CM Configuration T203Gsl


n201Gsl Direct CM Configuration N201Gsl


tgslack Computed CM Configuration TGslAck

RrmPSetReqContentCfg.RrmPLayer3Cfg

t3166n Direct CM Configuration T3166n


t3169 Direct CM Configuration T3169


dspGuardTimer Direct CM Configuration DspGuardTimer


maxDspFault Direct CM Configuration MaxDspFault






t3191 Direct CM Configuration T3191


tinitialPdch Direct CM Configuration TInitialPdch


tAbisCong Direct CM Configuration TAbisCong


tFastDlMargin Direct CM Configuration TFastDlMargin

RrmPSetReqContentCfg.RrmPMacCfg

usfNe Direct CM Configuration UsfNe


nPdchRelease Direct CM Configuration NPdchRelease


maxPpchNonDrxLifeTime Direct CM Configuration MaxPpchNonDrxLifeTime


maxPpchDrxOccurrences Direct CM Configuration MaxPpchDrxOccurences

RrmPSetReqContentCfg.RrmPResourceAllowedParametersCfg

maxLLCPDULifetime Direct CM Configuration MaxLLCPDULifetime

RrmPSetReqContentCfg.RrmPResourceAllowedParametersCfg

maxCtxtMsGpu Direct CM Configuration MaxCtxtMsGpu

RrmPSetReqContentCfg.RrmPRlcCfg

n3101Limit Direct CM Configuration N3101Max


n3103Limit Direct CM Configuration N3103Max

RrmPSetReqContentCfg.RrmPRlcCf n3105Limit Direct CM Configuration n3105LimitB9

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g


pdchBufferingFactor Direct CM Configuration PdchBufferingFactor


pdchMinBufferingFactor Direct CM Configuration PdchMinBufferingFactor


pdchTbfXonFactor Direct CM Configuration PdchTbfXonFactor


tTbfBckRel Direct CM Configuration tTbfBckRel


egprsN3105Limit Direct CM Configuration egprsN3105LimitB9


tTbfActiv Direct CM Configuration tTbfActiv


gprsDlAckPeriod Direct CM Configuration GprsDlAckPeriod


gprsUlAckPeriod Direct CM Configuration GprsUlAckPeriod


egprsUlAckFactor Direct CM Configuration egprsUlAckFactor


egprsDlAckFactor Direct CM Configuration egprsDlAckFactor



Direct CM Configuration nStagnatingWindowDlLimitB9


nStagnatingWindowUlLimit

Direct CM Configuration NStagnatingWindowUlLimit


nUlDummyLimit Direct CM Configuration NUlDummyLimit


nUlErrorsLimit Direct CM Configuration NUlErrorsLimitt

3.5.2 GLM/ LRM mapping tables

GPUStructure GPUAttribute MappingRule MDLClass MDLTable MDLAttribute

3.5.2.1 LcsBssCreateReqContent

LcsBssCreateReqContent.LcsBssGlobalIdentityCfg


LcsBssCreateReqContent.LcsBssSmlcCfg

tLcsRestart Direct CM Configuration tLcsRestart


tLcsDelayTolerant Direct BSS Configuration tLcsDelayTolerant


tLcsLowDelay Direct BSS Configuration tLcsLowDelay


tRrlpDelayTolerant Direct BSS Configuration tRrlpDelayTolerant


tRrlpLowDelay Direct BSS Configuration tRrlpLowDelay


enSagi Direct BSS Configuration enSagi

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spare3260 Direct CM Configuration spare2172




spare3262 Direct BSS Configuration spare2191

LcsBssCreateReqContent.LcsBssTaPositioningMethodCfg

arcSizeFactor Direct BSS Configuration arcSizeFactor


maxRadiusFactor Direct BSS Configuration maxRadiusFactor


minRadiusFactor Direct BSS Configuration minRadiusFactor


spare3267 Direct BSS Configuration lcsspare2239

3.5.2.2 LcsBssSetReqContent

LcsBssSetReqContent.LcsBssGlobalIdentityCfg


LcsBssSetReqContent.LcsBssSmlcCfg

tLcsRestart Direct CM Configuration tLcsRestart


tLcsDelayTolerant Direct BSS Configuration tLcsDelayTolerant


tLcsLowDelay Direct BSS Configuration tLcsLowDelay


tRrlpDelayTolerant Direct BSS Configuration tRrlpDelayTolerant


tRrlpLowDelay Direct BSS Configuration tRrlpLowDelay


enSagi Direct BSS Configuration enSagi






spare3262 Direct BSS Configuration spare2191

LcsBssSetReqContent.LcsBssTaPositioningMethodCfg

arcSizeFactor Direct BSS Configuration arcSizeFactor


maxRadiusFactor Direct BSS Configuration maxRadiusFactor


minRadiusFactor Direct BSS Configuration minRadiusFactor


spare3267 Direct BSS Configuration lcsspare2239

3.5.2.3 LcsCellCreateReqContent

LcsCellCreateReqContent.LcsCellGlobalIdentityCfg




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mnc[4] Direct Cell Configuration mobileNetworkCode

LcsCellCreateReqContent.LcsCellIdentityCfg


LcsCellCreateReqContent.LcsCellOptionsCfg

enConvGps Direct Cell Configuration enConvGps


enMsAssistedAgps Direct Cell Configuration enMsAssistedAgps


enMsBasedAgps Direct Cell Configuration enMsBasedAgps


spare3280 Direct Cell Configuration lcsspare2240







LcsCellCreateReqContent.LcsCellTaPositioningMethodCfg


Direct Cell Configuration lcsSignificantGc


lcsAzimuth Direct Cell Configuration lcsAzimuth


halfpwrBeamWidth Direct Cell Configuration halfpwrBeamWidth

LcsCellCreateReqContent.LcsCellTaPositioningMethodCfg.LcsLatitude

Degrees Direct Cell Configuration lcsLatitudeDegrees


Minutes Direct Cell Configuration lcsLatitudeMinutes


FractionalMinutes Direct Cell Configuration lcsLatitudeFractionalMinutes


Direction Direct Cell Configuration lcsLatitudeDirection

LcsCellCreateReqContent.LcsCellTaPositioningMethodCfg.lcsLongitude

Degrees Direct Cell Configuration lcsLongitudeDegrees


Minutes Direct Cell Configuration lcsLongitudeMinutes


FractionalMinutes Direct Cell Configuration lcsLongitudeFractionalMinutes


Direction Direct Cell Configuration lcsLongitudeDirection

3.5.2.4 LcsCellSetReqContent

LcsCellSetReqContent.LcsCellGlobalIdentityCfg


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mnc[4] Direct Cell Configuration mobileNetworkCode

LcsCellSetReqContent.LcsCellIdentityCfg


LcsCellSetReqContent.LcsCellOptionsCfg

enConvGps Direct Cell Configuration enConvGps


enMsAssistedAgps Direct Cell Configuration enMsAssistedAgps


enMsBasedAgps Direct Cell Configuration enMsBasedAgps









LcsCellSetReqContent.LcsCellTaPositioningMethodCfg


Direct Cell Configuration lcsSignificantGc


lcsAzimuth Direct Cell Configuration lcsAzimuth


halfpwrBeamWidth Direct Cell Configuration halfpwrBeamWidth

LcsCellSetReqContent.LcsCellTaPositioningMethodCfg.LcsLatitude

Degrees Direct Cell Configuration lcsLatitudeDegrees


Minutes Direct Cell Configuration lcsLatitudeMinutes


FractionalMinutes Direct Cell Configuration lcsLatitudeFractionalMinutes


Direction Direct Cell Configuration lcsLatitudeDirection

LcsCellSetReqContent.LcsCellTaPositioningMethodCfg.lcsLongitude

Degrees Direct Cell Configuration lcsLongitudeDegrees


Minutes Direct Cell Configuration lcsLongitudeMinutes


FractionalMinutes Direct Cell Configuration lcsLongitudeFractionalMinutes


Direction Direct Cell Configuration lcsLongitudeDirection

3.5.2.5 SmlcPSetReqContent

SmlcPSetReqContent.SmlcPGpsOptionsCfg

msBasedAgpsAssistDataList

Direct CM Configuration msBasedAgpsAssistDataList


prefGpsListPriority1 Direct CM Configuration prefGpsListPriority1

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SmlcPSetReqContent.SmlcPSagiCfg sagiGpsServerLocalIpAddress

Direct CM Configuration sagiGpsServerLocalIpAddress

SmlcPSetReqContent.SmlcPSagiCfg sagiTcpDataTimeout Direct CM Configuration sagiTcpDataTimeout

SmlcPSetReqContent.SmlcPSagiCfg sagiTcpKeepAliveInterval Direct CM Configuration sagiTcpKeepAliveInterval

SmlcPSetReqContent.SmlcPSagiCfg sagiTcpMaxDataRetrans Direct CM Configuration sagiTcpMaxDataRetrans

SmlcPSetReqContent.SmlcPSagiCfg tSagiGuard Direct CM Configuration tSagiGuard

SmlcPSetReqContent.SmlcPSagiCfg sagiGatewayIpAddress1 Direct CM Configuration sagiGatewayIpAddress1

SmlcPSetReqContent.SmlcPSagiCfg sagiGatewayIpAddress2 Direct CM Configuration sagiGatewayIpAddress2

SmlcPSetReqContent.SmlcPSagiCfg sagiTcpPortNb Direct CM Configuration sagiTcpPortNb

SmlcPSetReqContent.SmlcPSmlcCfg

confidenceVsArcFactorSlope

Direct CM Configuration confidenceVsArcFactorSlope


confidenceVsRadiusSlope

Direct CM Configuration confidenceVsRadiusSlope


confidenceOrigin Direct CM Configuration confidenceOrigin

3.5.3 Computed Parameters

Some parameters are computed by GOM by applying a formula on one parameter or a set of. The list is given in the following sub-chapters.

3.5.3.1 GOM -> Q3

GOM Class Q3 Attribute Formula

BSS availabilityStatus See below

Cell availabilityStatus See below

FrBearer availabilityStatus See below

LapDLink availabilityStatus See below

NSVC availabilityStatus See below

The availability parameter GOM/ LXPU mapping is not direct. The value of the GOM availabilityStatus may be based on several parameters (operational state, cause, trn cause, inGpu). Thus, it is computed by GOM.

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3.5.3.1.1 BSS

operational state à ENABLED DISABLED

InGpu à none misaligned aligned none misaligned aligned

NONE X none(9) none(9) notInstalled (7) X X

GSL_DOWN X X X X failed(1) failed(1)

BSC_LOCKED_DOWN X X X X failed(1) failed(1)

SGSN_LOCKED_DOWN X X X X failed(1) failed(1)

3.5.3.1.2 Cell



NONE X none(9) none(9) notInstalled (7) X X

BSC_CELL_DOWN X X X X failed(1) failed(1)

BVC__DOWN X X X X failed(1) failed(1)

BSS X X X X failed(1) failed(1)

3.5.3.1.3 FrBearer



NONE X none(9) none(9) notInstalled (7) failed(1) failed(1)

3.5.3.1.4 LapDLink




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3.5.3.1.5 NsVc

operational state

InGpu trncause NONE PVC_FAILURE GB

FAILURE

BLOCKED

SGSN

BLOCKED

Rrm

ENABLED none BLOCKED X X X X X

ENABLED none UNBLOCKED X X X X X

ENABLED misaligned BLOCKED none(9) X X offDuty(4) inTest(0)

ENABLED misaligned UNBLOCKED none(9) X X x x

ENABLED aligned BLOCKED none(9) X X offDuty(4) inTest(0)

ENABLED aligned UNBLOCKED none(9) X X x x

DISABLED none BLOCKED notInstalled (7) X X X X

DISABLED none UNBLOCKED notInstalled (7) X X X X

DISABLED misaligned BLOCKED X dependency(5) failed(1) offDuty(4) inTest(0)

DISABLED misaligned UNBLOCKED X dependency(5) failed(1) x x

DISABLED aligned BLOCKED X dependency(5) failed(1) offDuty(4) inTest(0)

DISABLED aligned UNBLOCKED X dependency(5) failed(1) x x

3.5.3.1.6 Pvc




3.5.3.2 GOM -> GPU

3.5.3.2.1 Computed Attributes

GPU Attribute Formula

Ar 64 x [nb of bit set to 1 in the parameter TsList] (NsVc class)

PcmPortNb computed from the DN of the PCM-TTP (given by GEM)

pcMeasChan [PowerControl .PcMeasChan - 1]

priorityAccessThreshold [Cell.PriorityAccessThreshold - 1]

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TsBitMap the bit related to the lapdLink timeslot rank, given by the parameter Ts (LapDLink), is set to "1"

GchNb nb of timeslots (AterTs) used by the GicGroup

fRCapacity 64 x [nb of bit set to 1 in the parameter TsList] (FrBc class)

sameRaAsServingCell Result of the comparison between (RAC + MCC + MNC + LAC) of the serving Cell and the adjacent Cell. If the adjacent cell is managed by the same MFS as the serving Cell then sameRaAsServingCel is set to true, else it's set to False

sameBscAsServingCell Flag=1 if the BSS identifier related to the adj cell is the same as the serving cell, otherwise, Flag=0

PanMax CML.panMax = (MDL.panMax+1)*4

tgslack [MAX_GPU_PER_BSS * CM. TGslAck]

with MAX_GPU_PER_BSS = 6

T3168 CML.t3168 = (MDL.t3168+1)*5

T3192 CML.t3192 = (MDL.t3192+1)*5

EN_PFC_FEATURE For MR0 only, EN_PFC_FEATURE is forced to disabled at O&M/ telecom interface. T5he value coming from the OMC-R is NOT taken into account

3.5.4 Hardcoded Attributes

Logical name Definition default

Def_value_T_Flow_Ctrl_Cell Timer used for calculation of BVC bucket size when T_Flow_Ctrl_Cell = 0.

5

Def_value_T_Flow_Ctrl_MS Timer used for calculation of Bmax_default_MS when T_Flow_Ctrl_MS = 0.

10

DSP_CPU_Class_1 CPU cost for the DSP of one PDCH, with one GCH, on an EGPRS capable TRX, during a 20ms time frame, when En_EGPRS = enabled.

333

DSP_CPU_Class_1_GPRS CPU cost for the DSP of:

- one PDCH made of 1 GCH, supported:

*) either by a non-EGPRS capable TRX,

*) or by an EGPRS capable TRX, when En_EGPRS = disabled;

- or one MPDCH;

during a 20ms time frame.

333

DSP_CPU_Class_2 CPU cost for the DSP of one PDCH, with 2 GCHs, on an EGPRS capable TRX, during a 20ms time frame, when En_EGPRS = enabled.

397

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DSP_CPU_Class_2_GPRS CPU cost for the DSP of one PDCH made of 2 GCHs, supported:

- either by a non-EGPRS capable TRX

- or by an EGPRS capable TRX, when En_EGPRS = disabled,

during a 20ms time frame.

384


499


587


637

HIGH_THRES_B_MAX Threshold of GPU memory occupancy from which the bvc leak rate reduction is applied.

70

Length_On_Going_Requests_ListA Maximum number of on-going requests in list A. List A is used for on-going requests towards the BSC on the BSCGP interface for the following messages: Detach Request, Radio Allocation Request, Radio Deallocation Command, GIC Group State Request, Transmission Allocation Request, Transmission Deallocation Command.

5

Length_On_Going_Requests_ListB Maximum number of on-going requests in list B. List B is used for on-going requests towards the BSC on the BSCGP interface for the following messages: Ater Reset, BSC Reset, BSS Traffic Control Request, Cell Reset, Start GPRS, Cell State Request, BSC State Request, Stop GPRS, Update GPRS Parameters Request.

5

Length_Suspended_Requests_QueueA Maximum number of suspended requests in queue A. Queue A is used for suspended requests towards the BSC on the BSCGP interface for the following messages: Detach Request, Radio Allocation Request, Radio Deallocation Command, GIC Group State Request, Transmission Allocation Request, Transmission Deallocation Command.

50

Length_Suspended_Requests_QueueB Maximum number of suspended requests in queue B. Queue B is used for suspended requests towards the BSC on the BSCGP interface for the following messages: Ater Reset, BSC Reset, BSS Traffic Control Request, Cell Reset, Start GPRS, Cell State Request, BSC State Request, Stop GPRS, Update GPRS Parameters Request.

264

LOW_THRES_B_MAX Threshold of GPU memory occupancy from which the bvc leak rate reduction is no more applied.

50

MAX_ADJ_CELL Maximum number of adjacent cells for 1 cell. 64

MAX_GCH_DSP Maximum number of GCH 16 kbit/s handled by a DSP. 120

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MAX_MPDCH_DSP Maximum number of master PDCH which can be handled by a DSP.

60

MAX_PDCH_DSP Maximum number of PDCHs handled by a DSP 120

MAX_RLC_blks_DSP Maximum number of RLC/MAC data blocks stocked in a DSP, used for all coding schemes.

13000

MAX_TBF_DSP Maximum number of (E)GPRS connections handled by a DSP. 240

MAX_TRX_DSP Maximum number of TRX handled by a DSP. 60

NB_MAX_BC_PER_PHYSICAL_LINE Maximum number of bearer channels per physical line. 31

NB_MAX_BEARER_CHANNELS_PER_GPU Maximum number of Frame Relay bearer channels per GPU. 124

NB_MAX_GB_PHYSICAL_LINES Maximum number of PCM per GPU for Gb interface. 8

NB_MAX_PVC_PER_BEARER_CHANNEL Maximum number of PVC per Frame Relay bearer channel. 1

NSEMAX Maximum number of NSE per GPU. 1

NSVCMAX Maximum number of NSVC per GPU. 124

PACKET_LOAD_BROADCAST_PERIOD RRM reporting period to update the information (per cell) necessary for the Multi-GPU feature.

10

PMU_CPU_sampling_period Periodicity at which the PMU CPU load is evaluated for the GPU PMU overload control algorithm.

1

PTM_BVCI PTM BVCI value. 1

RATE_RED Rate reduction of the bvc leak rate (DL flow control with the SGSN) to apply if the GPU memory occupancy exceeds HIGH_THRES_B_MAX.

0

SIG_BVCI Signalling BVCI value. 0

T_MIN_POLL Minimum time between two consecutive polling requests. 3

USF_NE USF "No emission" used to schedule UL signalling of TBF without USF.

0

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4 ERRORS

4.1 GEM

• BAD_MAX_NUMBER_OF_XPU, The maximum number of XPU cannot be decreased,

• CROSS_BAD_EQUIPMENT, Remote_equipement is respectively TC for to_PCM_TTP and BSC for From_PCM_TTP,

• CROSS_CREATE_IMPOSSIBLE, It is impossible to create this cross connection,

• CROSS_DELETE_CNX, Operation delete is impossible => do the action delete_cnx,

• CROSS_DELETE_IMPOSSIBLE, It is impossible to delete this cross connection,

• CROSS_FABRIC_INCORRECT, The 2 PCM_TTPs must be associated to the same FABRIC as the cross connection,

• CROSS_PCM_EQUAL, The PCM_TTP destination must be different of the PCM_TTP source,

• CROSS_SGSN, No cross connection for SGSN,

• CROSS_UNIQUE, A PCM_TTP must be referenced by only one cross connection,

• FABRIC_CREATE_IMPOSSIBLE, It is impossible to create a FABRIC,

• FABRIC_DELETE_IMPOSSIBLE, It is impossible to delete a FABRIC,

• GEM_FAP_CREATE_FORBID, Forbidden operation, a GEM_FAP can not be created except by GEM,

• GEM_FAP_DELETE_FORBID, Forbidden operation, a GEM_FAP can not be deleted,

• JBETI_ACTION_IMPOSSIBLE, The states of the board don't allow to perform this action,

• JBETI_CREATE_FORBID, Forbidden operation, a JBETI board can not be created except by plug and play,

• JBETI_DELETE_FORBID, A deletion of a JBETI board is forbidden,

• NEM_PCM_TYPE_R_FORBIDDEN, Unauthorised change of type_remote,

• NEP_PROFILE_DELETE, Forbidden operation, the NEP PROFILE can not be deleted,

• NEP_PROFILE_JBETI_BAD_FILENAME, The boot filename for JBETI boards is incorrect,

• NEP_PROFILE_TWICE_CREATED, Forbidden operation, only one NEP_PROFILE can be created,

• NEP_PROFILE_XPU_BAD_FILENAME, The boot filename for XPU boards is incorrect,

• NO_BOARD, The Board is not available,

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• NO_JBETI_AVAILABLE, Since no jbeti is available, this action is not possible,

• NO_PSOS_PORT, There is no psos port,

• NO_SUBRACK, There is no subrack,

• NOT_VERSION_CHANGE, Not in version change,

• PCM_PORT_CREATE_IMPOSSIBLE, It is impossible to create a PCM_PORT,

• PCM_PORT_DELETE_IMPOSSIBLE, It is impossible to delete a PCM_PORT,

• PCM_TTP_BAD_EQUIPMENT, The PCM_TTP is equipped and no remote equipment name has been specified,

• PCM_TTP_BAD_MULTIPLEX_SCHEME, MultiplexingScheme is not compatible with the equipment,

• PCM_TTP_BAD_SYNCHRO_PRIO, Synchronising attribute is not compatible with the equipment,

• PCM_TTP_BAD_TYPE_REMOTE, Type_remote is not compatible with the product,

• PCM_TTP_CREATE_IMPOSSIBLE, a PCM_TTP can be only created by GEM,

• PCM_TTP_CROSS_CONNECTION, This equipment is not compatible with the corresponding Cross-connection,

• PCM_TTP_DELETE_IMPOSSIBLE, It is impossible to delete a PCM_TTP,

• PCM_TTP_LOCK_IMPOSSIBLE, The lock action may be performed only upon a unlocked PCM_TTP,

• PCM_TTP_SET_FORBIDDEN, A NEP PROFILE must be defined to set a pcm_ttp,

• PCM_TTP_SET_IMPOSSIBLE, Set operation not compatible with the state of the PCM_TTP,

• PCM_TTP_SETPRIO_IMPOSSIBLE, The maximum number of synchronising PCM_TTP is reached,

• PCM_TTP_SGSN_PRODUCT, This operation is reserved for SGSN product,

• PCM_TTP_UNLOCK_IMPOSSIBLE, The unlock action may be performed only upon a locked PCM_TTP,

• PORT_CREATE_SITE, Forbidden operation, a PSOS_PORT can only be created in configuration mode,

• PORT_DELETE_SITE, Forbidden operation, a PSOS_PORT can only be deleted in configuration mode,

• PORT_INVALID_NUMBER, This port number is already used,

• PORT_INVALID_SES_MAX, ses_max must be greater than ses_boc,

• PORT_INVALID_THRESHOLDS, The thresholds of a PSOS_PORT do not follow the rule: eoc < boc < bod,

• PORT_LINKED_EXTERNAL_GEM_FAP, A PSOS PORT must reference an external GEM FAP,

• PORT_THRESHOLD_NOT_NULL, If corresponding GEM_FAP profile value is no, thresholds of a PSOS_PORT must be null,

• RF_PORT_FILTERING_REQUIRED, When the associated GEM FAP is blind, neither 'IN' nor 'BOTH' PSOS RF can be defined,

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• RI_NOK, The Remote Inventory is not OK,

• SUBRACK_CREATE_SITE, Forbidden operation, a sub-rack can only be created in configuration mode,

• SUBRACK_DEFINED_TWICE, This subrack (subrack_num,rack_num) is already defined,

• SUBRACK_DELETE_SITE, Forbidden operation, a sub-rack can only be deleted in configuration mode,

• SUBRACK_NECTAR, It must not be a nectar sub-rack,

• VERSION_CHANGE, During a version change, administrative requests are not supported,

• XPU_ACTION_IMPOSSIBLE, The states of the board don't allow to perform this action,

• XPU_CREATE_FORBID, Forbidden operation, a XPU board can not be created except by plug and play,

• XPU_DELETE_IMPOSSIBLE, The states of the board don't allow to perform the deletion of the board,

• XPU_NOT_SUPPORTED, This xpu is not supported by the spare board,

• XPU_SPARE_ACTION_IMPOSSIBLE, The states of the spare board don't allow to perform this action,

• XPU_SYNCHRO_ALREADY_CREATED, This synchronising XPU already exists,

• XPU_SYNCHRO_NOT_SGSN, The type_product must be equal to SGSN to define XPU_SYNCHRO composites,

• XPU_SYNCHRO_UNKNOWN_SUBRACK, The corresponding subrack is not declared,

4.2 GOM

• ADJFORRESELECTION_CREATION_IMPOSSIBLE, The maximum number of AdjForReselection instances is exceeded,

• ALIGN_DENIED_MASTERCHANNEL_MISSING, A masterChannelData must exist, when align action is applied on a cell,

• ALIGN_DENIED_POWERCTRL_MISSING, A PowerControl must exist, when align action is applied on a cell,

• CM_BRRPRRBLKSMPDCH_VALUE_NOT_ALLOWED, BsPrrBlksMpdch is out of range. Allowed values are 1,2,3,4,6 and 12,

• CM_BRRPRRBLKSSPDCH_VALUE_NOT_ALLOWED, BsPrrBlksSpdch is out of range. Allowed values are 1,2,3,4,6 and 12,

• CM_BS_PRR_BLKS_INCONSISTENCY, mandatory rule: BS_PRR_BLKS_MPDCH <= BS_PRR_BLKS,

• CM_BS_PRR_BLKS_INCONSISTENCY, mandatory rule: BS_PRR_BLKS_MPDCH <= BS_PRR_BLKS,

• CM_DSP_LOAD_THR_1_2_INCONSISTENCY, mandatory rule: DSP_LOAD_THR_1 < DSP_LOAD_THR_2,

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• CM_DSP_LOAD_THR_1_2_INCONSISTENCY, mandatory rule: DSP_LOAD_THR_1 < DSP_LOAD_THR_2,

• CM_SPARE17042,

• CM_SPARE17042,

• CM_SPARE17044,

• CM_SPARE17044,

• CM_SPARE17045,

• CM_SPARE17045,

• CM_SPARE180,

• CM_SPARE331,

• CM_SPARE339,

• CM_SPARE354,

• CM_SPARE88,

• CM_SPARE975,

• CM_SPARE994,

• CM_SPARE998,

• CM_TFREEZE_TDSL_INCONSISTENCY, mandatory rule: Tfreeze > Tdsl,

• CM_TFREEZE_TDSL_INCONSISTENCY, mandatory rule: Tfreeze > Tdsl,

• CM_THRESDSPOFF_ON_INCONSISTENCY, mandatory rule: THRES_DSP_XOFF >= THRES_DSP_XON,

• CM_THRESDSPOFF_ON_INCONSISTENCY, mandatory rule: THRES_DSP_XOFF >= THRES_DSP_XON,

• CM_THRESDSPXON_NTBFOFF_INCONSISTENCY, mandatory rule: THRES_DSP_XON > THRES_N_TBF_OFF,

• CM_THRESGMAXHIGH_LOW_INCONSISTENCY, mandatory rule: THRES_G_MAX_HIGH > THRES_G_MAX_LOW,

• CM_THRESGMAXHIGH_LOW_INCONSISTENCY, mandatory rule: THRES_G_MAX_HIGH > THRES_G_MAX_LOW,

• CM_THRESGMAXLOW_DSPXOFF_INCONSISTENCY, mandatory rule: THRES_G_MAX_LOW > THRES_DSP_XOFF,

• CM_THRESNTBFOFF_ON_INCONSISTENCY, mandatory rule: THRES_N_TBF_OFF > THRES_N_TBF_ON,

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• CM_THRESNTBFOFF_ON_INCONSISTENCY, mandatory rule: THRES_N_TBF_OFF > THRES_N_TBF_ON,

• CM_TRELEASE_TDSL_INCONSISTENCY, mandatory rule: Trelease > Tdsl,

• CONFLICT_WITH_GPU_DOWNLOAD_IN_PROGRESS, GOM is downloading, at least, one GPU board involved in the reshuffling. Retry later,

• CREATE_IMPOSSIBLE, The creation is impossible,

• DELETE_IMPOSSIBLE, The deletion is impossible,

• FRBEARER_NSVC_UNLOCKED, All the related NsVc must be locked,

• FRBEARER_SET_CAPACITY_TOO_SMALL, The sum of the CIR of all the related PVC must be lower than, or equal to the FrBearer capacity,

• FRBEARER_TS_OVERLAP, The FrBearer TS must not overlap the already defined ones,

• GIC_CELL_RESOURCE_UNLOCKED, The MFS rejects the request of the OMC-R when deleting the last GicGroup if: (All the cells of the sub BSS have not been locked),

• GOM_SPARE90,

• GPU_FAILURE_WITH_CONFIG, The reshuffle is aborted by GOM due to GPU failure during configuration,

• LAPDLINK_BSS_EN_LCS_ENABLED, GOM refuses the lock of the last operational LapDLink of the last GPU of the BSS if the flag EN_LCS equals to True.,

• LAPDLINK_CELL_RESOURCE_UNLOCKED, GOM refuses the lock of the last operational LapDLink if it remains a cell unlock,

• LAPDLINK_NSVC_RESOURCE_UNLOCKED, The MFS rejects the request of the OMC-R when locking the last operating GPRS LapD link on Ater(Mux) of this LXPU if: (All the NS-VCs associated to this LXPU have not been locked) OR (The BSS associated to this LXPU has not been locked),

• LAPDLINK_RELATED_BSS_UNLOCKED, GOM refuses the lock of the last operational LapDLink if the BSS is unlock,

• LAPDLINK_RESOURCE_UNLOCKED, The MFS rejects the request of the OMC-R when deleting a GPRS LapD link on Ater(Mux) of this LXPU if it is not locked before.,

• NSE_SET_RELATEDBSSID_IMPOSSIBLE, The pointed BSS must be not installed. The BSS configuration is currently downloaded on telecom board(s). To change the association GPU/ BSS, the BSS configuration should first be removed from the board(s).,

• NSVC_CELL_RESOURCE_UNLOCKED, The MFS rejects the request of the OMC-R when locking the last operating NS-VC of the NSE if: (All the cells of this sub BSS currently mapped onto the corresponding LXPU have not been locked ) OR (The BSS associated to this NSE has not been locked),

• NSVC_PVC_ALREADY_USED, The related PVC must not be linked to another NsVc,

• NSVC_RELATED_BSS_UNLOCKED, The related BSS must be locked before locking the last operational NsVc,

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• NSVC_RESOURCE_UNLOCKED, The NsVc must be locked before it is deleted,

• OPERATION_NOT_ALLOWED, The operation is not allowed,

• PVC_CIR_TOO_BIG, The sum of the CIR of all the related PVC of a FrBearer must be lower than, or equal to the FrBearer capacity,

• PWRCTRL_CREATION_IMPOSSIBLE, There is only one instance of PowerControl for each instance of Cell,

• SET_IMPOSSIBLE, The set is impossible,

• TOP_INSTANCE_MISSING, At least one of the top instance (NS, CM, TRANSPORT or EXTENSION) is missing,

4.3 Q3 agent

See document [ 6 ]

4.4 ERRORS MAPPING

compone

nt

MRTA error Q3class Q3 error

GEM BAD_MAX_NUMBER_OF_XPU GEM CROSS_BAD_EQUIPMENT crossConnection mismatchingRemoteEquipment GEM CROSS_CREATE_IMPOSSIBLE GEM CROSS_DELETE_CNX GEM CROSS_DELETE_IMPOSSIBLE GEM CROSS_FABRIC_INCORRECT crossConnection mismatchingTpInstance GEM CROSS_PCM_EQUAL crossConnection mismatchingTpInstance GEM CROSS_SGSN GEM CROSS_UNIQUE crossConnection involvedInCrossConnection GEM FABRIC_CREATE_IMPOSSIBLE GEM FABRIC_DELETE_IMPOSSIBLE GEM GEM_FAP_CREATE_FORBID GEM GEM_FAP_DELETE_FORBID GEM JBETI_ACTION_IMPOSSIBLE GEM JBETI_CREATE_FORBID GEM JBETI_DELETE_FORBID GEM NEM_PCM_TYPE_R_FORBIDDEN GEM NEP_PROFILE_DELETE GEM NEP_PROFILE_JBETI_BAD_FILENAME GEM NEP_PROFILE_TWICE_CREATED GEM NEP_PROFILE_XPU_BAD_FILENAME GEM NO_BOARD GEM NO_JBETI_AVAILABLE GEM NO_PSOS_PORT GEM NO_SUBRACK GEM NOT_VERSION_CHANGE GEM PCM_PORT_CREATE_IMPOSSIBLE GEM PCM_PORT_DELETE_IMPOSSIBLE

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compone

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GEM PCM_TTP_BAD_EQUIPMENT GEM PCM_TTP_BAD_MULTIPLEX_SCHEME aGprs2MbTTP wrongMultiplexingScheme GEM PCM_TTP_BAD_SYNCHRO_PRIO GEM PCM_TTP_BAD_TYPE_REMOTE GEM PCM_TTP_CREATE_IMPOSSIBLE GEM PCM_TTP_CROSS_CONNECTION GEM PCM_TTP_DELETE_IMPOSSIBLE GEM PCM_TTP_LOCK_IMPOSSIBLE GEM PCM_TTP_SET_FORBIDDEN GEM PCM_TTP_SET_IMPOSSIBLE GEM PCM_TTP_SETPRIO_IMPOSSIBLE GEM PCM_TTP_SGSN_PRODUCT GEM PCM_TTP_UNLOCK_IMPOSSIBLE GEM PORT_CREATE_SITE GEM PORT_DELETE_SITE GEM PORT_INVALID_NUMBER GEM PORT_INVALID_SES_MAX GEM PORT_INVALID_THRESHOLDS GEM PORT_LINKED_EXTERNAL_GEM_FAP GEM PORT_THRESHOLD_NOT_NULL GEM RF_PORT_FILTERING_REQUIRED GEM RI_NOK GEM SUBRACK_CREATE_SITE GEM SUBRACK_DEFINED_TWICE GEM SUBRACK_DELETE_SITE GEM SUBRACK_NECTAR GEM VERSION_CHANGE GEM XPU_ACTION_IMPOSSIBLE GEM XPU_CREATE_FORBID GEM XPU_DELETE_IMPOSSIBLE GEM XPU_NOT_SUPPORTED GEM XPU_SPARE_ACTION_IMPOSSIBLE GEM XPU_SYNCHRO_ALREADY_CREATED GEM XPU_SYNCHRO_NOT_SGSN GEM XPU_SYNCHRO_UNKNOWN_SUBRACK GOM ADJFORRESELECTION_CREATION_IMPOSSI

BLE aGprsAdjacentCellReselection maxNumberOfAdjacentCellResele

ctionExceeded GOM ALIGN_DENIED_MASTERCHANNEL_MISSING aGprsBts masterChannelMissing GOM ALIGN_DENIED_POWERCTRL_MISSING aGprsBts powerControlMissing GOM CM_BRRPRRBLKSMPDCH_VALUE_NOT_ALL

OWED

GOM CM_BRRPRRBLKSSPDCH_VALUE_NOT_ALLOWED

GOM CM_BS_PRR_BLKS_INCONSISTENCY GOM CM_BS_PRR_BLKS_INCONSISTENCY GOM CM_DSP_LOAD_THR_1_2_INCONSISTENCY GOM CM_DSP_LOAD_THR_1_2_INCONSISTENCY GOM CM_SPARE17042 GOM CM_SPARE17042 GOM CM_SPARE17044 GOM CM_SPARE17044 GOM CM_SPARE17045

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compone

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GOM CM_SPARE17045 GOM CM_SPARE180 GOM CM_SPARE331 GOM CM_SPARE339 GOM CM_SPARE354 GOM CM_SPARE88 GOM CM_SPARE975 GOM CM_SPARE994 GOM CM_SPARE998 GOM CM_TFREEZE_TDSL_INCONSISTENCY GOM CM_TFREEZE_TDSL_INCONSISTENCY GOM CM_THRESDSPOFF_ON_INCONSISTENCY GOM CM_THRESDSPOFF_ON_INCONSISTENCY GOM CM_THRESDSPXON_NTBFOFF_INCONSISTE

NCY

GOM CM_THRESGMAXHIGH_LOW_INCONSISTENCY

GOM CM_THRESGMAXHIGH_LOW_INCONSISTENCY

GOM CM_THRESGMAXLOW_DSPXOFF_INCONSISTENCY

GOM CM_THRESNTBFOFF_ON_INCONSISTENCY GOM CM_THRESNTBFOFF_ON_INCONSISTENCY GOM CM_TRELEASE_TDSL_INCONSISTENCY GOM CONFLICT_WITH_GPU_DOWNLOAD_IN_PR

OGRESS aGprsBssFunction conflictWithGPUDownloadInProgre

ss GOM CREATE_IMPOSSIBLE GOM DELETE_IMPOSSIBLE GOM FRBEARER_NSVC_UNLOCKED aGprsBearerChannel allNsvcNeedToBeLocked GOM FRBEARER_SET_CAPACITY_TOO_SMALL aGprsBearerChannel frameRelayCapacityConflictWithCir GOM FRBEARER_TS_OVERLAP aGprsBearerChannel conflictWithCapacity GOM GIC_CELL_RESOURCE_UNLOCKED aGprsGicGroup checkFailedOnLastGicGroupDeleti

on GOM GOM_SPARE90 GOM GPU_FAILURE_WITH_CONFIG aGprsBssFunction gpuFailureDuringConfiguration GOM LAPDLINK_BSS_EN_LCS_ENABLED aGprsLapdLink lapdLinkCanBeLockedWhenEnLc

sIsDisabled GOM LAPDLINK_CELL_RESOURCE_UNLOCKED GOM LAPDLINK_NSVC_RESOURCE_UNLOCKED aGprsLapdLink checkFailedOnLastLapdLinkDeleti

on GOM LAPDLINK_RELATED_BSS_UNLOCKED aGprsLapdLink lapdLinkCanBeLockedWhenBSSIs

Locked GOM LAPDLINK_RESOURCE_UNLOCKED aGprsLapdLink lapdLinkNeedLockBeforeDeletion GOM NSE_SET_RELATEDBSSID_IMPOSSIBLE aGprsNse bSSInGPU GOM NSVC_CELL_RESOURCE_UNLOCKED aGprsNsvc checkFailedOnLastNsVcIsLocked GOM NSVC_PVC_ALREADY_USED aGprsNsvc pvcAlreadyLinkedToAnotherNsvc GOM NSVC_RELATED_BSS_UNLOCKED aGprsNsvc lastOperationalNsvcNeedLockBSS GOM NSVC_RESOURCE_UNLOCKED aGprsNsvc nsvcNeedLockBeforeDeletion GOM OPERATION_NOT_ALLOWED GOM PVC_CIR_TOO_BIG aGprsPvc cirConflictWithFrameRelayCapacit

y GOM PWRCTRL_CREATION_IMPOSSIBLE aGprsPowerControl maxNumberOfPowerControlExcee

ded

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compone

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GOM SET_IMPOSSIBLE GOM TOP_INSTANCE_MISSING

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5 CROSS REFERENCE

This table gives the attributes relationship in terms of IM for all parameters defined in the "BSS Telecom Parameters"

Logical name Q3Attribute MDLAttribute GPUAttribute

ACCESS_BURST_TYPE aGprsAccessBurstType accessBurstType accessBurstType

ACCESS_RATE_BC aGprsFrCapacity TsList fRCapacity

ALPHA (MFS) aCmbAlpha alpha alpha

ARC_SIZE_FACTOR aGprsArcSizeFactor arcSizeFactor arcSizeFactor

Ater_Usage_Threshold aGprsAterUsageThreshold AterUsageThreshold AterUsageThreshold

ATT (MFS) allowIMSIAttachDetach allowIMSIAttachDetach allowIMSIAttachDetach

BCC (MFS) bsIdentityCode Bcc bcc

BCC (n) bsIdentityCode Bcc bcc

BCCH_ARFCN(n) bCCHFrequency BcchFrequency bCCHFrequency

BEP_PERIOD aGprsBepPeriod BepPeriod bepPeriod

BEST_EFFORT_PRIORITY aGprsBestEffortPriority bestEffortPriority bestEffortPriority

BS_AG_BLKS_RES (MFS) noOfBlocksForAccessGrant BsAgBlksRes bsAgBlksRes

BS_CV_MAX (MFS) aCmbBsCvMax BsCvMax bsCvMax

BS_PA_MFRMS (MFS) noOfMultiframesBetweenPaging BsPaMfrms bsPaMfrms

BS_PAG_BLKS_RES aGprsBsPagBlksRes BsPagBlksRes bsPagBlksRes

BS_PBCCH_BLKS aGprsBsPbcchBlks BsPbcchBlks bsPbcchBlks

BS_PRACH_BLKS aGprsBsPrachBlks BsPrachBlks bsPrachBlks

BS_TXPWR_MAX (MFS) bS-TXPWR-MAX BsTxPwrMax bsTxPwrMax

BSC_ID(n) bssFunctionId bscId sameBscAsServingCell

BSS-Id (MFS) bssFunctionId bssId bscId

BTS-Id btsSiteManagerID btsSiteManagerId btsSiteManagerId

BTS-Id btsSiteManagerID btsSiteManagerId btsSiteManagerIdPrimary

BTS-Id (n) btsSiteManagerID btsSiteManagerId btsSiteManagerId

BTS-Id-Secondary btsSiteManagerIDSecondary btsIdSecondary btsSiteManagerIdSecondary

C31_HYST aGprsC31Hyst C31Hyst c31Hyst

C32_QUAL aGprsC32Qual C32Qual c32Qual

CBS aGprsCbs CBS cbs

CCCH_CONF (MFS) cCCH-CONF CcchConf ccchConf

CELL_RESELECT_OFFSET cELL-RESELECT-OFFSET cellReselectOffset cellReselectOffset

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Logical name Q3Attribute MDLAttribute GPUAttribute (MFS)

CELL_RESELECT_OFFSET(n)(MFS)

cELL-RESELECT-OFFSET cellReselectOffset cellReselectOffset

CI (MFS) cellGlobalIdentity CI ci

CI(n) cellGlobalIdentity CI ci

CIR aGprsCir CIR cir

CS_BLER_DL_3_4 aGprsCsBlerDl34 CsBlerDl34 CsBlerDl34

CS_BLER_DL_4_3 aGprsCsBlerDl43 CsBlerDl43 CsBlerDl43

CS_HST_DL_LT aGprsCsHstDlLt CsHstDlLt csHstDlLt

CS_HST_DL_ST aGprsCsHstDlSt CsHstDlSt csHstDlSt

CS_HST_UL_LT aGprsCsHstUlLt CsHstUlLt csHstUlLt

CS_HST_UL_ST aGprsCsHstUlSt CsHstUlSt csHstUlSt

CS_MAX_IDLE_PERIOD aGprsCsMaxIdlePeriod CsMaxIdlePeriod csMaxIdlePeriod

CS_QUAL_DL_1_2_FH_ACK aGprsCsQualDl12FhAck CsQualDl12FhAck csQualDl12FhAck

CS_QUAL_DL_1_2_FH_NACK aGprsCsQualDl12FhNack CsQualDl12FhNack csQualDl12FhNack

CS_QUAL_DL_1_2_NFH_ACK aGprsCsQualDl12NfhAck CsQualDl12NfhAck csQualDl12NfhAck

CS_QUAL_DL_1_2_NFH_NACK aGprsCsQualDl12NfhNack CsQualDl12NfhNack csQualDl12NfhNack









CS_QUAL_UL_1_2_FH_ACK aGprsCsQualUl12FhAck CsQualUl12FhAck csQualUl12FhAck

CS_QUAL_UL_1_2_FH_NACK aGprsCsQualUl12FhNack CsQualUl12FhNack csQualUl12FhNack

CS_QUAL_UL_1_2_NFH_ACK aGprsCsQualUl12NfhAck CsQualUl12NfhAck csQualUl12NfhAck

CS_QUAL_UL_1_2_NFH_NACK aGprsCsQualUl12NfhNack CsQualUl12NfhNack csQualUl12NfhNack








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CS_SIR_DL_3_4_FH_ACK aGprsCsSirDl34FhAck CsSirDl34FhAck csSirDl34FhAck

CS_SIR_DL_3_4_FH_NACK aGprsCsSirDl34FhNack CsSirDl34FhNack csSirDl34FhNack

CS_SIR_DL_3_4_NFH_ACK aGprsCsSirDl34NfhAck CsSirDl34NfhAck csSirDl34Nf hAck

CS_SIR_DL_3_4_NFH_NACK aGprsCsSirDl34NfhNack CsSirDl34NfhNack csSirDl34NfhNack

CS_SIR_HST_DL aGprsCsSirHstDl CsSirHstDl csSirHstDl

DLCI aGprsDlcId DLCI dlci

DRX_TIMER_MAX (MFS) aCmbDrxTimerMax DrxTimerMax drxTimerMax

DTX_INDICATOR (MFS) dtxUplink DtxIndicator dtxIndicator

E_TX_EFFICIENCY_PERIOD aGprsETxEfficiencyPeriod ETxEfficiencyPeriod eTxEfficiencyPeriod

EBS aGprsEbs EBS ebs

EN_2G_TO_3G_CELL_RESELECTION(MFS)

aCmbEn2gTo3gCellReselection en2gTo3gCellReselection en2gTo3gCellReselection

EN_CONV_GPS aGprsEnConvGps enConvGps enConvGps

EN_CS_ADAPTATION_ACK aGprsEnCsAdaptationAck EnCsAdaptationAck enCsAdaptationAck

EN_CS_ADAPTATION_NACK aGprsEnCsAdaptationNack EnCsAdaptationNack enCsAdaptationNack

EN_DL_LLC_PDU_REROUTING aGprsEnDlLlcPduRerouting enDlLlcPduRerouting enDlLlcPduRerouting

EN_EXTENDED_UL_TBF aGprsEnExtendedUlTbf enExtendedUlTbf enExtendedUlTbf

EN_FAST_INITIAL_GPRS_ACCESS

aGprsEnFastInitialGprsAccess enFastInitialGprsAccess enFastInitialGprsAccess

EN_FAST_USF_UL_EXTENDED aGprsEnFastUsfUlExtended enFastUsfUlExtended enFastUsfUlExtended

EN_FULL_IR_DL aGprsEnFullIrDl enFullIrDl enFullIrDl

EN_IR_UL aGprsEnIrUl enIrUl enIrUl

EN_LCS (MFS) aCmbEnLcs enLcs enLcs

EN_MS_ASSISTED_AGPS aGprsEnMsAssistedAgps enMsAssistedAgps enMsAssistedAgps

EN_MS_BASED_AGPS aGprsEnMsBasedAgps enMsBasedAgps enMsBasedAgps

EN_NACC aGprsEnNacc enNacc enNacc

EN_OUTGOING_GPRS_REDIR aGprsEnOutgoingGprsRedir enOutgoingGprsRedir enOutgoingGprsRedir

EN_OUTGOING_GPRS_REDIR(n)

aGprsEnOutgoingGprsRedir enOutgoingGprsRedir enOutgoingGprsRedir

EN_PSI_STATUS aGprsEnPsiStatus enPsiStatus enPsiStatus

EN_RA_CAP_UPDATE aGprsEnRaCapUpdate enRaCapUpdate enRaCapUpdate

EN_RES_REALLOCATION aGprsEnResReallocation enResReallocation enResReallocation

EN_RESEGMENTATION_UL aGprsEnResegmentationUl enResegmentationUl enResegmentationUl

EN_SAGI aGprsEnSagi enSagi enSagi

EN_SOLSA aGprsEnSolsa enSolsa enSolsa

EN_SOLSA(n) aGprsEnSolsa enSolsa enSolsa

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EN_STREAMING aGprsEnStreaming enStreaming enStreaming

FDD_ARFCN_LIST(MFS) fDD-ARFCN-List fddArfcnListfDD1 fddArfcnList[7]

FDD_Qmin(MFS) aCmbFDD-Qmin fddQmin fddQmin

FDD_Qoffset (MFS) aCmbFDD-Qoffset fddQoffset fddQoffset

FREQUENCY_RANGE(n) frequencyRange frequencyRange frequencyRange

GAMMA_TNx aGprsGammaTnx GammaTnx gammaTnx

GEOGRAPHICAL_COORDINATES_FLAG

aGprsGeographicalCoordinatesFlag

lcsSignificantGc geographicalCoordinatesFlag

GPRS_CELL_RESELECT_HYSTERESIS

aGprsGprsCellReselectHysteresis gprsCellReselectHysteresis gprsCellReselectHysteresis

GPRS_HCS_THR aGprsGprsHcsThr gprsHcsThr gprsHcsThr

GPRS_HCS_THR(n) aGprsGprsHcsThr gprsHcsThr gprsHcsThr

GPRS_MS_TXPWR_MAX_CCH aGprsGprsMsTxPwrMaxCCH gprsMsTxPwrMaxCCHDbm gprsMsTxPwrMaxCchDbm

GPRS_MS_TXPWR_MAX_CCH(n) aGprsGprsMsTxPwrMaxCCH gprsMsTxPwrMaxCCHDbm gprsMsTxPwrMaxCchDbm

GPRS_MULTISLOT_CLASS_DEF_VALUE

aGprsGprsMultislotClassDefValue gprsMultislotClassDefValue gprsMultislotClassDefValue

GPRS_PENALTY_TIME(n) aGprsGprsPenaltyTime gprsPenaltyTime gprsPenaltyTime

GPRS_PRIORITY_CLASS aGprsGprsPriorityClass gprsHCSPriorityClass gprsPr iorityClass

GPRS_PRIORITY_CLASS(n) aGprsGprsPriorityClass gprsHCSPriorityClass gprsPriorityClass

GPRS_RESELECTION_OFFSET(n)

aGprsGprsReselectionOffset gprsReselectionOffset gprsReselectionOffset

GPRS_RXLEV_ACCESS_MIN aGprsGprsRxLevAccessMin gprsRxLevAccessMin gprsRxLevAccessMin

GPRS_RXLEV_ACCESS_MIN(n) aGprsGprsRxLevAccessMin gprsRxLevAccessMin gprsRxLevAccessMin

GPRS_TEMPORARY_OFFSET(n) aGprsGprsTemporaryOffset gprsTemporaryOffset gprsTemporaryOffset

GSL-TEI tei Tei tei

HALFPWR_BEAM_WIDTH aGprsHalfpwrBeamWidth halfpwrBeamWidth halfpwrBeamWidth

HIGH_PRECEDENCE_BACKGROUND_PRIORITY

aGprsHighPrecedenceBackgroundPriority



HIGH_PRECEDENCE_THP1_PRIORITY

aGprsHighPrecedenceThp1Priority highPrecedenceThp1Priority highPrecedenceThp1Priority





K_AVG_L aGprsKAvgL KavgL kavgL

K_AVG_Q aGprsKAvgQ KavgQ kavgQ

LAC (MFS) cellGlobalIdentity Lac lac

LAC(n) cellGlobalIdentity Lac lac

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LCS_AZIMUTH aGprsLcsAzimuth lcsAzimuth lcsAzimuth

LCS_LATITUDE aGprsLcsLatitude lcsLatitudeDegrees Degrees

LCS_LATITUDE aGprsLcsLatitude lcsLatitudeDirection Direction

LCS_LATITUDE aGprsLcsLatitude lcsLatitudeFractionalMinutes FractionalMinutes

LCS_LATITUDE aGprsLcsLatitude lcsLatitudeMinutes Minutes

LCS_LONGITUDE aGprsLcsLongitude lcsLongitudeDegrees Degrees

LCS_LONGITUDE aGprsLcsLongitude lcsLongitudeDirection Direction

LCS_LONGITUDE aGprsLcsLongitude lcsLongitudeFractionalMinutes

FractionalMinutes

LCS_LONGITUDE aGprsLcsLongitude lcsLongitudeMinutes Minutes

LOW_PRECEDENCE_BACKGROUND_PRIORITY

aGprsLowPrecedenceBackgroundPriority



LOW_PRECEDENCE_THP1_PRIORITY

aGprsLowPrecedenceThp1Priority lowPrecedenceThp1Priority lowPrecedenceThp1Priority





LSA_ID_array (MFS) aCmbLSA-ID-i LsaIdListItem lsaId

LSA_ID_array (n) aCmbLSA-ID-i LsaIdListItem lsaId

MAX_DL_TBF_SPDCH aGprsMaxDlTbfSpdch MaxDlTbfSpdch MaxDlTbfSpdch

MAX_EGPRS_MCS aGprsMaxEgprsMcs maxEgprsMcs maxEgprsMcs

Max_GPRS_assign_agch_retrans

aGprsMaxGprsAssignAgchRetrans

MaxAssignAgchRetrans maxGprsAssignAgchRetrans

Max_GPRS_assign_pch_retrans

aGprsMaxGprsAssignPchRetrans MaxAssignPchRetrans maxGprsAssignPchRetrans

MAX_PAGING_QUEUE aGprsMaxPagingQueue maxPagingQueue maxPagingQueue

MAX_PDCH aGprsMaxPdch MaxPdch maxPdch

MAX_PDCH_HIGH_LOAD aGprsMaxPdchHighLoad MaxPdchHighLoad maxPdchHighLoad

MAX_PDCH_PER_TBF aGprsMaxPdchPerTbf MaxPdchPerTbf maxPdchPerTbf

MAX_PDCH_PER_TBF_High_Ater_Usage

aGprsMaxPdchPerTbfHighAterUsage

MaxPdchPerTbfHighAterUsage

MaxPdchPerTbfHighAterUsage

MAX_RADIUS_FACTOR aGprsMaxRadiusFactor maxRadiusFactor maxRadiusFactor

Max_retrans (MFS) maxNumberRetransmission maxRetrans maxRetrans

MAX_RETRANS_1 aGprsMaxRetrans1 MaxRetrans1 maxRetrans1




MAX_UL_TBF_SPDCH aGprsMaxUlTbfSpdch MaxUlTbfSpdch MaxUlTbfSpdch

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MCC (MFS) cellGlobalIdentity Mcc mcc

MCC(n) (MFS) cellGlobalIdentity mcc mcc

MIN_PDCH aGprsMinPdch MinPdch minPdch

MIN_RADIUS_FACTOR aGprsMinRadiusFactor minRadiusFactor minRadiusFactor

MNC (MFS) cellGlobalIdentity mobileNetworkCode mnc[4]

MNC (MFS) cellGlobalIdentity mobileNetworkCode mobileNetworkCode[4]

MNC(n) (MFS) cellGlobalIdentity mobileNetworkCode mnc[4]

MS_TXPWR_MAX_CCH (MFS) mSTxPwrMaxCCH mSTxPwrMaxCCH mSTxPwrMaxCCH

MS_TXPWR_MAX_CCH(n)(MFS) mSTxPwrMaxCCH mSTxPwrMaxCCH mSTxPwrMaxCCH

MSCR (MFS) aCmbMSCR mscR mscR

MULTIBAND_REPORTING (MFS)

multibandReporting multibandReporting multibandReporting

N_ATER_TS_MARGIN_GPU aGprsNAterTsMarginGpu nAterTsMarginGpu nAterTsMarginGpu

N_AVG_I (MFS) aCmbNAvgI NavgI navgI

N_TBF_PER_SPDCH aGprsNTbfPerSpdch NtbfPerSpdch ntbfperSpdch

NC_DL_RXLEV_LIMIT_THR aGprsNcDlRxlevLimitThr ncDlRxlevLimitThr ncDlRxlevLimitThr

NC_DL_RXLEV_THR aGprsNcDlRxlevThr ncDlRxlevThr ncDlRxlevThr

NC_DL_RXQUAL_THR aGprsNcDlRxqualThr ncDlRxqualThr ncDlRxqualThr

NC_PING_PONG_OFFSET aGprsNcPingPongOffset ncPingPongOffset ncPingPongOffset

NC_REPORTING_PERIOD_T aGprsNcReportingPeriodT NcReportingPeriodT ncReportingPeriodT

NC_REPORTING_PERIOD_T(n) aGprsNcReportingPeriodT NcReportingPeriodT ncReportingPeriodT

NC_RESELECT_HYSTERESIS(0,n)

aGprsNcReselectHysteresis ncReselectHysteresis ncReselectHysteresis

NC_RXLEV_FORGETTING_FACTOR

aGprsNcRxlevForgettingFactor ncRxlevForgettingFactor ncRxlevForgettingFactor

NC_RXQUAL_AVG_PERIOD aGprsNcRxqualAvgPeriod ncRxqualAvgPeriod ncRxqualAvgPeriod

NC_UL_RXQUAL_THR aGprsNcUlRxqualThr ncUlRxqualThr ncUlRxqualThr

NC2_DEACTIVATION_MODE aGprsNc2DeactivationMode nc2DeactivationMode nc2DeactivationMode

NCC (MFS) bsIdentityCode Ncc ncc

NCC(n) bsIdentityCode Ncc ncc

NETWORK_CONTROL_ORDER aGprsNetworkControlOrder networkControlOrder networkControlOrder

NETWORK_CONTROL_ORDER(n) aGprsNetworkControlOrder networkControlOrder networkControlOrder

network_operation_mode (MFS)

aCmbNetworkOperationMode NetworkOperationMode networkOperationMode

NIR aGprsNir NIR nir

NORMAL_PRECEDENCE_BACKGROUND_PRIORITY

aGprsNormalPrecedenceBackgroundPriority



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NORMAL_PRECEDENCE_THP1_PRIORITY












NS_Priority aGprsNsPriority Priority nsPriority

NSEI aGprsNsei NSEI nseI

NSEI aGprsNseId NSEI nseI

NSVCI aGprsNsvcId NSVCI nsVcI

PAN_DEC (MFS) aCmbPanDec PanDec panDec

PAN_INC (MFS) aCmbPanInc PanInc panInc

PAN_MAX (MFS) aCmbPanMax PanMax panMax

PC_MEAS_CHAN (MFS) aCmbPcMeasChan PcMeasChan pcMeasChan

PD_DL_PDCH_UNIT_ALLOC_THR_1

aGprsPdDlPdchUnitAllocThr1 pdDlPdchUnitAllocThr1 pdDlPdchUnitAllocThr1

















PD_DL_TBF_DURATION_THR_1 aGprsPdDlTbfDurationThr1 pdDlTbfDurationThr1 pdDlTbfDurationThr1








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PD_DL_TBF_VOLUME_THR_1 aGprsPdDlTbfVolumeThr1 pdDlTbfVolumeThr1 pdDlTbfVolumeThr1









PD_UL_PDCH_UNIT_ALLOC_THR_1

aGprsPdUlPdchUnitAllocThr1 pdUlPdchUnitAllocThr1 pdUlPdchUnitAllocThr1

















PD_UL_TBF_DURATION_THR_1 aGprsPdUlTbfDurationThr1 pdUlTbfDurationThr1 pdUlTbfDurationThr1









PD_UL_TBF_VOLUME_THR_1 aGprsPdUlTbfVolumeThr1 pdUlTbfVolumeThr1 pdUlTbfVolumeThr1


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PENALTY_TIME(MFS) pENALTY-TIME penaltyTime penaltyTime

PENALTY_TIME(n)(MFS) pENALTY-TIME penaltyTime penaltyTime

PERSISTENCE_LEVEL_1 aGprsPersistenceLevel1 PersistenceLevel1 persistenceLevel1




PFC_T6 aGprsPfcT6 pfcT6 pfcT6

PFC_T8 aGprsPfcT8 pfcT8 pfcT8

PLMN_FREQUENCY_BANDS(MFS)

aCmbPlmnFrequencyBands plmnFrequencyBands plmnFrequencyBands

PRACH_BUSY_THRES aGprsPrachBusyThres PrachBusyThres prachBusyThres

PRIORITY_ACCESS_THRESHOLD (MFS)

aCmbPriorityAccessThreshold PriorityAccessThreshold priorityAccessThreshold

PTP_BVCI aGprsBvci BvcId bvcId

PVC_Level1_down aGprsLevel1down PvcLevel1Down lev1Down

PVC_Level1_Factor aGprsLevel1Factor PvcLevel1Factor lev1Factor

PVC_Level1_up aGprsLevel1Up PvcLevel1Up lev1Up

PWRC (MFS) pWRC Pwrc pwrc

QOS_SAFETY_MARGIN aGprsQosSafetyMargin qosSafetyMargin qosSafetyMargin

Qsearch(MFS) aCmbQsearch qsearch qsearch

R_AVERAGE_EGPRS aGprsRAverageEgprs rAverageEgprs rAverageEgprs

R_AVERAGE_GPRS aGprsRAverageGprs rAverageGprs rAverageGprs

RA_CODE (MFS) aCmbRaCode raCode raCode

RA_CODE(n) aCmbRaCode raCode sameRaAsServingCell

RA_RESELECT_HYSTERESIS aGprsRaReselectHysteresis RaReselectHysteresis raReselectHysteresis

RACH_TA_FILTER (MFS) timeAdvanceFilter rachTaFilter rachTaFilter

RADIOLINK_TIMEOUT (MFS) radioLinkTimeout RadiolinkTimeout radiolinkTimeout

RANDOM_ACC_RETRY aGprsRandomAccRetry RandomAccessRetry randomAccessRetry

RMIN_EGPRS aGprsRminEgprs rminEgprs rminEgprs

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RMIN_GPRS aGprsRminGprs rminGprs rminGprs

round_trip_delay aGprsRoundTripDelay RoundTripDelay roundTripDelay

RXLEV_ACCESS_MIN (MFS) rxLevAccessMin rxlevAccessMin rxlevAccessMin

RXLEV_ACCESS_MIN(n)(MFS) rxLevAccessMin rxlevAccessMin rxlevAccessMin

S aGprsS S s

Sector-Number btsID btsSectorId btsSectorId

Sector-Number (n) btsID btsSectorId btsSectorId

SGSNR aGprsSgsnr sgsnR sgsnR

SIGNALLING_PRIORITY aGprsSignallingPriority signallingPriority signallingPriority

SMS_PRIORITY aGprsSmsPriority smsPriority smsPriority

T_AVG_T (MFS) aCmbTAvgT TAvgT tavgT

T_AVG_W (MFS) aCmbTAvgW TAvgW tavgW

T_DELAYED_FINAL_PUAN aGprsTDelayedFinalPuan TDelayedFinalPuan TDelayedFinalPuan

T_dl_assign_ccch aGprsTDlAssignCcch TDlAssignCcch tDlAssignCcch

T_DL_EGPRS_MeasReport aGprsTDlEgprsMeasreport tDlEgprsMeasreport tDlEgprsMeasreport

T_DL_GPRS_MeasReport aGprsTDlGprsMeasreport TDlGprsMeasreport tDlGprsMeasreport

T_flow_ctrl_cell aGprsTFlowCtrlCell TflowCtrlCell cBVC

T_flow_ctrl_ms aGprsTFlowCtrlMs TflowCtrlMs cMS

T_GCH_INACTIVITY aGprsTGchInactivity tGchInactivity tGchInactivity

T_GCH_INACTIVITY_LAST aGprsTGchInactivityLast tGchInactivityLast tGchInactivityLast

T_LCS_Delay_Tolerant aGprsTLcsDelayTolerant tLcsDelayTolerant tLcsDelayTolerant

T_LCS_Low_Delay aGprsTLcsLowDelay tLcsLowDelay tLcsLowDelay

T_MAX_EXTENDED_UL aGprsTMaxExtendedUl tMaxExtendedUl tMaxExtendedUl

T_MAX_STREAMING_BUFFERING

aGprsTMaxStreamingBuffering tMaxStreamingBuffering tMaxStreamingBuffering

T_NC_PING_PONG aGprsTNcPingpong TNcPingpong tNcPingpong

T_NC_REJ_CELL aGprsTNcRejCell tNcRejCell tNcRejCell

T_NETWORK_RESPONSE_TIME aGprsTNetworkResponseTime tNetworkResponseTime tNetworkResponseTime

T_PAG_CS (MFS) aCmbTPagCs TpagCs tpagCs

T_PAG_PS (MFS) aCmbTPagPs TpagPs tpagPs

T_PDCH_Inactivity aGprsTPdchInactivity TPdchInactivity tPdchInactivity

T_PDCH_Inactivity_Last aGprsTPdchInactivityLast TPdchInactivityLast tPdchInactivityLast

T_PDCH_PREEMPTION aGprsTPdchPreemption TPdchPreemption tPdchPreemption

T_PSI_PACCH aGprsTPsiPacch TPsiPacch tPsiPacch

T_RESEL aGprsTResel Tresel tresel

T_RRLP_Delay_Tolerant aGprsTRrlpDelayTolerant tRrlpDelayTolerant tRrlpDelayTolerant

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T_RRLP_Low_Delay aGprsTRrlpLowDelay tRrlpLowDelay tRrlpLowDelay

T_STOP_FR_EMISSION aGprsTStopFrEmission Tstop tstop

T_ul_assign_ccch aGprsTUlAssignCcch TUlAssignCcch tUlAssignCcch

T_ul_assign_pccch aGprsTUlAssignPccch TUlAssignPccch tulAssignPccch

T3168 (MFS) aCmbT3168 T3168 t3168

T3192 (MFS) aCmbT3192 T3192 t3192

T3212 (MFS) timerPeriodicUpdateMS T3212 t3212

TBF_CS_DL aGprsTbfCsDl TbfCsDl tbfCsDl

TBF_CS_UL aGprsTbfCsUl TbfCsUl tbfCsUl

TBF_CS3_BLER_PERIOD aGprsTbfCs3BlerPeriod TbfCs3BlerPeriod tbfCs3BlerPeriod

TBF_CS4_BLER_PERIOD aGprsTbfCs4BlerPeriod TbfCs4BlerPeriod TbfCs4BlerPeriod

TBF_DL_INIT_CS aGprsTbfDlInitCs TbfDlInitCs tbfDlInitCs

TBF_DL_INIT_MCS aGprsTbfDlInitMcs TbfDlInitMcs tbfDlInitMcs

TBF_MCS_DL aGprsTbfMcsDl tbfMcsDl tbfMcsDl

TBF_MCS_UL aGprsTbfMcsUl tbfMcsUl tbfMcsUl

TBF_UL_INIT_CS aGprsTbfUlInitCs TbfUlInitCs tbfUlInitCs

TBF_UL_INIT_MCS aGprsTbfUlInitMcs TbfUlInitMcs tbfUlInitMcs

Tcorr aGprsTCorr Tcorr tcorr

Testab aGprsTestab Testab testab

THR_NC2_LOAD_RANKING aGprsThrNc2LoadRanking thrNc2LoadRanking thrNc2LoadRanking

TX_EFFICIENCY_ACK_THR aGprsTxEfficiencyAckThr TxEfficiencyAckThr txEfficiencyAckThr

TX_EFFICIENCY_NACK_THR aGprsTxEfficiencyNackThr TxEfficiencyNackThr txEfficiencyNackThr

TX_EFFICIENCY_PERIOD aGprsTxEfficiencyPeriod TxEfficiencyPeriod txEfficiencyPeriod

TX_INT aGprsTxInt TxInt txInt

Tx_integer (MFS) numberOfSlotsSpreadTrans TxInteger txInteger

WI_PR aGprsWiPr WiPr wiPr

END OF DOCUMENT

MFS Interface Data Catalogue ed5.pdf

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