ran parameters

EEricssonwide Internal

Radio Network ParametersUSER DESCRIPTION

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Prepared: ERAOLERDate: 2005-03-11Sheet: Heading

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

Radio Network ParametersWCDMA RANUser Description

for UTRAN release 4.0

Copyright Doc Number 86/1553-HSD 10102/4 Uen© Ericsson AB 2005 - All Rights Reserved Date 3/10/2005

Revision PA1

DisclaimerNo part of this document may be reproduced in any form withoutthe written permission of the copyright owner.

The contents of this document are subject to revision without notice Revision Historydue to continued progress in methodology, design and manufacturing. PA1 Preliminary P4 release.Ericsson shall have no liability for any error or damage of any kindresulting from the use of this document.



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Prepared: ERAOLERDate: 2005-03-11

Sheet: Introduction

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

Introduction

This document describes the WCDMA RAN 4.0 Radio Network parameters as seen by the operator.

been locked.

The sheet Revision control presents the parameter changes made from last revision of the document.

The following information is presented for each parameter:

MO Name Managed object the attribute belongs to.Parameter name Attribute name as defined in the MOM.Node

Description A brief description of the parameter.Data Type The data type for the parameter. E.g. Long, string.MOM Range The valid range of values for the parameter.Recommended Range The recommended range of values for the parameter.Default value The default value, as initially set by the system. New default value

Recommended value The recommended value if other than the default value.Valid values Values valid for configurationAccess

Mandatory

Persistent

Change take effect Indicates when a change of a parameter will take effect.Network entity The network entity for which the parameter is configured. Feature The feature where the parameter is used.Element manager window

Element manager parameter name Parameter name in the Element manager window.BulkCM MO name

BulkCM parameter name The name of the parameter on the BulkCM interface.CPI Reference Reference to the user description covering the parameterInitial parameter value source

Initial tuning

1.1 Purpose

The User Description is mainly written for operators. Its intended use is as a dictionary for more in depth descriptions of the WCDMA Radio Network parameters.

1.2 Scope

This document lists and gives information about the WCDMA RAN Radio Network Parameters. It contains a general description of the parameter, unit, value, range, default value, syntax description, reference to GUI and whether it should be used within tuning

1.3 Structure

To assure that the correct information is delivered to the end-user of this document some of the sheets have

1.4 Revision control

Indicates the node to which the parameter belongs (where it is created and configured).

A new better default value has been found. This value is intended to be the default value in coming releases. Not yet implemented in MOM.

Indicates if the parameter is Read only, Read & write or Restricted. If restricted, once the corresponding MO has been created, the parameter value can only be retrieved (not set) . It could only be modified by recreating the MO.

Indicates whether or not this parameter is mandatory to configure at creation of the corresponding managed object. For mandatory parameters no default value is defined.

Indicates whether or not the parameter is stored persistently in the database of a node. Persistent data will survive a node restart.

Element manager window where the parameter can be viewed or configured.

The name of the BulkCM managed object this parameter belongs to.

Source for initial configuration of each parameter (such as radio network design or system default).

Indicates whether it is recommended to tune the parameter during the initial tuning phase. It is assumed that all initial parameter values have been correctly defined and loaded. Thus, this column disregards consistency and parameter check activities.



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Sheet: P3 - P4 Delta

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

New, removed or changed parameters from P3 to P4.MO Name Parameter Name Node Change comment

ChannelSwitching downswitchTimerSp RNC Replaces downswitchTimerMrabChannelSwitching downswitchTimerUp RNC Replaces downswitchTimerMrabChannelSwitching hsdschInactivityTimer RNC New ParameterChannelSwitching multiRabSp0Available RNC New ParameterChannelSwitching multiRabUdi8Available RNC New ParameterCoverageRelation coverageIndicator RNC New MO and new parameterCoverageRelation CoverageRelationId RNC New MO and new parameterCoverageRelation hsPathlossThreshold RNC New MO and new parameterCoverageRelation utranCellRef RNC New MO and new parameterHandover hoTypeDrncBand13 RNC New ParameterHandover hoTypeDrncBand14 RNC New ParameterHandover hoTypeDrncBand15 RNC New ParameterHandover hoTypeDrncBand16 RNC New ParameterHandover hoTypeDrncBand17 RNC New ParameterHandover maxGsmMonSubset RNC New ParameterHandover maxIefMonSubset RNC New ParameterHsdsch administrativeState RNC New MO and new parameterHsdsch availabilityStatus RNC New MO and new parameterHsdsch cqiFeedbackCycle RNC New MO and new parameterHsdsch deltaAck1 RNC New MO and new parameterHsdsch deltaAck2 RNC New MO and new parameterHsdsch deltaCqi1 RNC New MO and new parameterHsdsch deltaCqi2 RNC New MO and new parameterHsdsch deltaNack1 RNC New MO and new parameterHsdsch deltaNack2 RNC New MO and new parameterHsdsch HsdschId RNC New MO and new parameterHsdsch hsMeasurementPowerOffset RNC New MO and new parameterHsdsch initialAckNackRepetitionFactor RNC New MO and new parameterHsdsch initialCqiRepetitionFactor RNC New MO and new parameterHsdsch numHsPdschCodes RNC New MO and new parameterHsdsch operationalState RNC New MO and new parameterHsdsch userLabel RNC New MO and new parameterIubLink beMarginDlHw RNC New ParameterIubLink beMarginUlHw RNC New ParameterIubLink dlHwAdm RNC New ParameterIubLink ulHwAdm RNC New ParameterPowerControl ulInitSirTargetExtraHigh RNC New ParameterRabHandling activeQueueMgmt RNC New ParameterRabHandling psStreaming128 RNC New ParameterRcs hsDschRcLostT RNC New ParameterRncFunction allow384HsRab RNC New ParameterRncFunction gpehDataLevel RNC New ParameterRncFunction hsCellChangeAllowed RNC New ParameterRncFunction hsOnlyBestCell RNC New ParameterUeMeasControl filterCoeff4_2b RNC New ParameterUeMeasControl filterCoeff6 RNC New ParameterUeMeasControl filterCoefficient1 RNC New ParameterUeMeasControl filterCoefficient2 RNC New ParameterUeMeasControl gsmFilterCoefficient3 RNC New ParameterUeMeasControl hsHysteresis1d RNC New ParameterUeMeasControl hsQualityEstimate RNC New ParameterUeMeasControl hsTimeToTrigger1d RNC New ParameterUeMeasControl measQuant4_2b RNC Removed ParameterUeMeasControl measQuantity2 RNC Removed Parameter (trigger on both RSCP and Ec/No implemented)UeMeasControl nonUsedFreqW4_2b RNC New ParameterUeMeasControl timeToTrigger2dEcno RNC New Parameter (replaces timeToTrigger2d)UeMeasControl timeToTrigger2dRscp RNC New Parameter (replaces timeToTrigger2d)UeMeasControl timeToTrigger2fEcno RNC New Parameter (replaces timeToTrigger2f)UeMeasControl timeToTrigger2fRscp RNC New Parameter (replaces timeToTrigger2f)UeMeasControl usedFreqRelThresh4_2bEcno RNC New Parameter (replaces usedFreqThresh4_2bEcno)UeMeasControl usedFreqRelThresh4_2bRscp RNC New Parameter (replaces usedFreqThresh4_2bRscp)UeMeasControl usedFreqW2d RNC New ParameterUeMeasControl usedFreqW2f RNC New ParameterUeMeasControl usedFreqW4_2b RNC New ParameterUeMeasControl utranFilterCoefficient3 RNC New ParameterUeMeasControl utranMeasQuantity3 RNC Removed Parameter (trigger on both RSCP and Ec/No implemented)UeMeasControl utranRelThresh3aEcno RNC New Parameter (replaces utranThresh3aEcno)UeMeasControl utranRelThresh3aRscp RNC New Parameter (replaces utranThresh3aRscp)UeMeasControl utranW3a RNC New ParameterUeMeasControl w1a RNC New ParameterUeMeasControl w1b RNC New ParameterUtranCell hardIfhoCorr RNC New ParameterUtranCell hsdpaUsersAdm RNC New ParameterUtranCell loadSharingMargin RNC New Parameter



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Sheet: P3 - P4 Delta

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

UtranCell releaseAseDlGhs RNC New Parameter

UtranCell sf16gAdm RNC New ParameterUtranCell sf4AdmUl RNC New ParameterUtranCell sf4UlPathlossThreshold RNC New Parameter

UtranCell sHcsRat RNC New ParameterUtranCell tmCongActionGhs RNC New ParameterUtranCell tmInitialGhs RNC New ParameterUtranCell ulPathlossCheckEnabled RNC New ParameterCarrier aiDeviceRef RBS Moved from MO SectorCarrier cqiAdjustmentOn RBS New ParameterCarrier cqiErrors RBS New ParameterCarrier cqiErrorsAbsent RBS New ParameterCarrier dlTestModelTransmissionHsOn RBS New ParameterCarrier hsPowerMargin RBS New ParameterCarrier hsScchMaxCodePower RBS New ParameterCarrier queueSelectAlgorithm RBS New ParameterCarrier supportOf16qam RBS New ParameterHsDschResources availabilityStatus RBS New MO and new parameter

HsDschResources HsDschResourcesId RBS New MO and new parameter

HsDschResources operationalState RBS New MO and new parameter

HsDschResources pnOnScchDschIsActive RBS New MO and new parameter

HsDschResources userLabel RBS New MO and new parameter

IubDataStreams maxHsRate RBS New ParameterRbsLocalCell hsdpaCapability RBS New ParameterRbsSynchronization masterTu RBS New ParameterRbsSynchronization plugInUnitRef1 RBS New ParameterRbsSynchronization plugInUnitRef2 RBS New Parameter



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Prepared: ERAOLERDate: 2005-03-11Sheet: RAN 4.0

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

MO Name Parameter Name Node Parameter Description Data Type MOM Range Recommended Range Default Value New default Value (Not yet implemented in MOM)

ChannelSwitching upswitchPwrMargin RNC long 0..20 6

ChannelSwitching upswitchTimer RNC long 0..100 5

CoverageRelation coverageIndicator RNC SupportedCoverage OVERLAP

CoverageRelation CoverageRelationId RNC Naming attribute. Contains the value part of the RDN. stringCoverageRelation hsPathlossThreshold RNC long 15..170 170

CoverageRelation utranCellRef RNC UtranCell

Upswitch (DCH to DCH) power margin.

Unit: 0.5 decibels (dB)Resolution: 1

0 : 0.0 dB1 : 0.5 dB2 : 1.0 dB...6 : 3.0 dB...20 : 10.0 dB

Time during which the bandwidth utilisation is allowed to be high before an upswitch request is issued.

Unit: 0.1 seconds (s)Resolution: 1

0 indicates that the upswitch is never requested, even if bandwidth utilization is high.

1 : 0.1 s...10 : 1 s...100 : 10 s

Defines whether the coverage area of the source cell and the target cell are indicated to overlap, i.e. approximately the same coverage area, or whether the coverage area of the target cell is indicated to cover the source cell or it is contained in the source cell.

Unit: N/AResolution: N/A

Reference: [84]

Maximum pathloss allowed for Serving HS-DSCH cell selection to validate the target cell for selection.

Unit: 1 dBResolution: 1

Reference: [84]

Reference to the UtranCell MO that contains the specification of the cell indicated by this coverage relation (the target cell)


Reference: [84]



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


DchFrameSynch doStep RNC long 0..10 1

DchFrameSynch dto RNC long 1..200 10

DchFrameSynch reservedBy RNC ManagedObject

DchFrameSynch toAE RNC long 0..1279 195

DchFrameSynch toAEUl RNC long 0..1279 95

DchFrameSynch toAWE RNC long 0..2559 2

DchFrameSynch toAWEUl RNC long 0..2559 2

DchFrameSynch toAWS RNC long 0..1279 30

Downlink Offset step size.

Unit: 1 millisecond (ms)Resolution: 1

0 = 0 ms...10 = 10 ms

Downlink Transport delay Offset.


1 = 1 ms...200 = 200 ms

Reference back to the UeRrcType and/or UeRabType MO(s) that uses this DchFrameSynch instance .

The system will set this attribute when the dchFrameSynchRef attribute of the UeRrcType MO and/or UeRabType MO is set to this instance, and then in the same transaction as the creation/set/delete.

Downlink, time of arrival early point.


Uplink, time of arrival early point.


Downlink, time of arrival window endpoint.


Uplink, time of arrival window endpoint.


Downlink, time of arrival window startpoint.




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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


DchFrameSynch toAWSUl RNC long 0..1279 40

DchFrameSynch uoStep RNC long 0..10 1

DchFrameSynch uto RNC long 1..200 10

ExternalGsmCell bandIndicator RNC SupportedBands DCS1800

ExternalGsmCell bcc RNC long 0..7

ExternalGsmCell bcchFrequency RNC long 0..1023

ExternalGsmCell cellIdentity RNC long 0..65535

Uplink, time of arrival window startpoint.


Uplink Offset step size.


0 = 0 ms...10 = 10 ms

Uplink Transport delay Offset.


1 = 1 ms...200 = 200 ms

Indicates the frequency band of the external GSM cell.

The BCCH frequency is unique for all GSM bands except the two GSM bands DCS1800 and PCS1900, so the band indicator is needed to discriminate between the two. When the ExternalGsmCell has a BCCH frequency indicating some other frequency band, then the band indicator is not needed and may be set to "Not applicable".


This is part of the BSIC.

BCCH frequency code in the GSM cell. Contains the absolute radio frequency channel number of the BCCH channel for the GSM cell. It uniquely identifies the BCCH.

Old name: bcchArfcn

The external GSM cell identity. This is the identity of the GSM cell. It is unique within a location area. The cI along with the LAI (Location area identity) makes up the CGI (cell global identification).

Old name: cI



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalGsmCell individualOffset RNC long -10..10 0

ExternalGsmCell lac RNC long 1..65533 65535..65535

ExternalGsmCell maxTxPowerUl RNC long -50..33 100..100 100

ExternalGsmCell ncc RNC long 0..7

Used in UE function event-reporting. This offset is added to the measured quantity before the UE evaluates if an event has occured.

Note !

In RRC spec 25.331 (v3.6.0) the parameter is defined (10.3.7.23)Inter-RAT cell info list) as -50 .. 50 dB (step 1dB)

In RNSAP spec 25.423 (v3.6.0) the parameter is defined (9.2.1.41C)Neighbouring GSM Cell Information) as -10..10 dB (step 0.5dB)

With the current RRC and RNSAP definitions, the only "useable" values are -10 .. 10 dB (step 1 dB).

The parameter is used both for signalling over RRC and RNSAP.


-10: -10 dB...0: 0 dB...10: 10 dB

The Location Area Code of the external GSM cell.

Note: the values 0000 and FFFE are reserved for special cases where no valid LAI exists in the MS.

Old name: lAC

The maximum UE transmission power on the RACH when accessing the system. Used in UE functions for cell selection/reselection in idle mode and connected mode. Also used by UTRAN to control the maximum TX power level an UE may use.

If the current UE uplink transmit power is above the indicated power value, the UE shall decrease the power to a level below the power value. Value launched by System information (SIB11) for each intra-frequency measurement object corresponding to adjacent cells of serving cell.

Unit: 1 dBmResolution: 1 -50: -50 dBm...33: 33 dBm

100 : Indicates that the maximum UL transmission power has not been specified by the operator.The parameter is then not present in SIB11 for this neighbour. The UE will use the serving cell value (UtranCell MO value) instead.

This is part of the BSIC.



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalGsmCell qRxLevMin RNC long -115..-25 100..100 100

ExternalGsmCell reservedBy RNC ManagedObject

ExternalGsmCell userLabel RNC string

ExternalGsmNetwork aliasPlmnIdentities RNC PlmnIdentity

Used in UE functions for cell selection/reselection in idle mode and connected mode. Minimum required (acceptable) RX level in the cell. (dBm). Value launched by System information (SIB11) for each intra-frequency measurement object corresponding to adjacent cells of serving cell.

Unit: 1 dBmResolution: 2

-115 : -115dBm-113 : -113dBm-111 : -111dBm-109 : -109dBm.....

-25 : -25 dBm

100 : Indicates that the minimum Rx level has not been specified by the operator. The parameter is then notpresent in SIB11 for this neighbour. The UE will use the serving cell value (UtranCell MO value) instead.

Reference back to the GsmRelation and/or UtranCell MO(s) that refers to this ExternalGsmCell.

When a new GsmRelation MO is created with its externalGsmCellRef attribute set to refer to this ExternalGsmCell, the system automatically adds to this sequence a reference back to the GsmRelation MO in the same transaction. Likewise, when the GsmRelation MO is deleted, the system deletes the backward reference to that GsmRelation MO in the same transaction.

When a new attribute directedRetryTarget in UtranCell MO is set to this ExternalGsmCell, the system automatically adds to this sequence a reference back to the UtranCell MO in the same transaction. Likewise, when the UtranCell MO is deleted or its directedRetryTarget attribute is changed, the system deletes the backward reference to that UtranCell MO in the same transaction.

Provides the possibility to put a user-friendly label on the MO instance. The value is not used by the RNC.

List of alias PLMN identities. When the Selective Handover feature is active, only UEs with Home PLMN id equal to the PLMN id of this GSM network, or to any of the alias PLMN ids, will be allowed handover to this GSM network.

The default value "empty" indicates that the sequence length = 0, i.e. no alias PLMNs defined.




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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalGsmNetwork aliasPlmnIdentities.mcc RNC long 0..999

ExternalGsmNetwork aliasPlmnIdentities.mnc RNC long 0..999

ExternalGsmNetwork aliasPlmnIdentities.mncLength RNC long 2..3

ExternalGsmNetwork mcc RNC long 0..999

ExternalGsmNetwork mnc RNC long 0..999

ExternalGsmNetwork mncLength RNC long 2..3

ExternalGsmNetwork userLabel RNC string

ExternalUtranCell cId RNC long 0..65535

ExternalUtranCell individualOffset RNC long -100..100 0

The MCC part of a PLMN identity used in the radio network.


The MNC part of a PLMN identity used in the radio network.


The length of the MNC part of a PLMN identity used in the radio network

Unit: 1 digitResolution: 1

The MCC part of the PLMN identity used in the GSM radio network.

The PLMN identity consists of two parts: 1. MobileCountryCode, MCC, 3 digits2. MobileNetworkCode, MNC, 2 or 3 digitsExample: If MCC=125 and MNC=46 then plmnId=12546.

The MNC part of the PLMN identity used in the radio network.

The PLMN identity consists of two parts: 1. MobileCountryCode, MCC, 3 digits2. MobileNetworkCode, MNC, 2 or 3 digitsExample: If MCC=125 and MNC=46 then plmnId=12546.

The length of the MNC part of the PLMN identity used in the Gsm radio network.


Cell identity. Unique in an external RNC. cId is the identifier of a cell in an external RNC, it is used together with the external RadioNetwork attribute rncId on MO IurLink as cell id at system information broadcast.

Used in UE function event-reporting. This offset is added to the measured quantity before the UE evaluates if an event has occured.

Unit: 0.1 dBResolution: 5

-100: -10,0 dB- 95: - 9,5 dB... 100: 10,0 dB



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalUtranCell lac RNC long 1..65533 65535..65535

ExternalUtranCell maxTxPowerUl RNC long -50..33 100..100 100

ExternalUtranCell primaryCpichPower RNC long -100..500 270

ExternalUtranCell primaryScramblingCode RNC long 0..511

The Location Area Code of the external RNC cell, used by UTRAN to page mobiles on request from the CS CN.

Old name: lAC

The maximum UE transmission power on the RACH when accessing the system. Used in UE functions for cell selection/reselection in idle mode and connected mode. Also used by UTRAN to control the maximum TX power level an UE may use.

If the current UE uplink transmit power is above the indicated power value, the UE shall decrease the power to a level below the power value. Value launched by System information (SIB11) for each intra-frequency measurement object corresponding to adjacent cells of serving cell.


-50 : -50dBm......

33 : 33dBm

100 : Indicates that the maximum UL transmission power has not been specified by the operator.The parameter is then not present in SIB11 for this neighbour. The UE will use the serving cell value (UtranCell MO value) instead.

Power to be used for transmitting the PCPICH.

Changing this parameter may affect existing traffic. It is recommended to increase/decrease the value in steps not greater than 3dBm (preferably in 1dBm steps).


-100 : -10 dBm-99 : -9.9dBm-98 : -9.8 dBm-97 : -9.7 dBm...270 : 27 dBm...500 : 50 dBm

The primary downlink scrambling code to be used in the external cell.



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalUtranCell qQualMin RNC long -24..0 100..100 100

ExternalUtranCell qRxLevMin RNC long -115..-25 100..100 100

ExternalUtranCell rac RNC long 0..255

ExternalUtranCell reservedBy RNC UtranRelation

Used in UE functions for cell selection/reselection in idle mode and connected mode. Minimum required (acceptable) quality level in the cell (dB). Used to set cell border between two cells.


-24 : -24dB......0 : 0dB

100 : Indicates that the minimum quality level has not been specified by the operator. The parameter is then notpresent in SIB11 for this neighbour. The UE will use the serving cell value (UtranCell MO value) instead.

Used in UE functions for cell selection/reselection in idle mode and connected mode. Minimum required (acceptable) RX level in the cell. (dBm). Value launched by System information (SIB11) for each intra-frequency measurement object corresponding to adjacent cells of serving cell.


-115 : -115dBm-113 : -113dBm-111 : -111dBm-109 : -109dBm.....-25 : -25 dBm

100 : Indicates that the minimum Rx level has not been specified by the operator. The parameter is then notpresent in SIB11 for this neighbour. The UE will use the serving cell value (UtranCell MO value) instead.

Routing Area Code of a routing area. An RA is used by UTRAN to page mobiles on request from the PS CN.When the parameter is changed, UTRAN shall update system information and notity UEs.

Old name: rAC

Reference to the UtranRelation MO that corresponds to this ExternalUtranCell (having a reference to this ExternalUtranCell). The system will update the reservedBy[i] when a new UtranRelation MO is associated or deassociated to the ExternalUtranCell (UtranRelation attribute UtranCellRef is set), and then in the same transaction as that set operation.



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalUtranCell uarfcnDl RNC long

ExternalUtranCell uarfcnUl RNC long

ExternalUtranCell userLabel RNC string

Fach administrativeState RNC SupportedAdminStates UNLOCKED

Fach availabilityStatus RNC long 0..2047 0

Downlink Utra Absolute Radio Frequency Channel Number.

Channel number is the value to be configured using this attribute. The relationship between channel number and frequency is as follows:The frequency is calculated by multiplying the channel number with 0.2 MHz except for channel numbers:412, 437, 462, 487, 512, 537, 562, 587, 612, 637, 662, 687; where the frequency is calculated by multiplying the channel number with 0.2 MHz and adding 1850.1 MHz.

Unit: N/A (Channel number)Resolution: N/A

412..412 437..437 462..462 487..487 512..512 537..537 562..562 587..587 612..612 637..637 662..662 687..687 9650..9950 10550..10850

Uplink Utra Absolute Radio Frequency Channel Number.

Channel number is the value to be configured using this attribute. The relationship between channel number and frequency is as follows:The frequency is calculated by multiplying the channel number with 0.2 MHz except for channel numbers: 12, 37, 62, 87, 112, 137, 162, 187, 212, 237, 262, 287;where the frequency is calculated by multiplying the channel number with 0.2 MHz and adding 1850.1 MHz.

Unit: N/A (Channel number)Resolution: N/A

12..12 37..37 62..62 87..87 112..112 137..137 162..162 187..187 212..212 237..237 262..262 287..287 9250..9550 9600..9900


The administrative state of the channel.

The availability status of the FACH channel.

More than one of the following conditions can apply for the same object.

Bit 0 = 1: INTESTBit 1 = 1: FAILEDBit 2 = 1: POWEROFFBit 3 = 1: OFFLINEBit 4 = 1: OFFDUTYBit 5 = 1: DEPENDENCY (set to 1 when bit 9 or bit 10 is set to 1)Bit 6 = 1: DEGRADEDBit 7 = 1: NOTINSTALLEDBit 8 = 1: LOGFULL Bit 9 = 1: DEPENDENCYLOCKEDBit 10 = 1: DEPENDENCYFAILED



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


Fach maxFach1Power RNC long -350..150 18Maximum power, to be used for transmitting the first FACH channel, relative the primaryCpichPower value. The first FACH is used for logical channels BCCH, CCCH and DCCH, control signalling.


-350: -35.0 dB-349: -34.9 dB.. 150: 15.0 dB



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

MO Name Parameter Name Node

ChannelSwitching upswitchPwrMargin RNC

ChannelSwitching upswitchTimer RNC

CoverageRelation coverageIndicator RNC

CoverageRelation CoverageRelationId RNCCoverageRelation hsPathlossThreshold RNC

CoverageRelation utranCellRef RNC

Recommended Value Valid Values Access Mandatory Persistent Change Take Effect Network Entity Feature

Read/Write N Y New Connection RNC Channel Switching

5 Read/Write N Y New Connection RNC Channel Switching

Read/Write N Y New connection Coverage Relation HSDPA Mobility

Restricted Y Y Coverage RelationRead/Write N Y New connection Coverage Relation HSDPA Mobility

Restricted Y Y N/A Coverage Relation HSDPA Mobility

COVERS, OVERLAP, CONTAINED_IN



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


DchFrameSynch doStep RNC

DchFrameSynch dto RNC

DchFrameSynch reservedBy RNC

DchFrameSynch toAE RNC

DchFrameSynch toAEUl RNC

DchFrameSynch toAWE RNC

DchFrameSynch toAWEUl RNC

DchFrameSynch toAWS RNC


Read/Write N Y New Connection RNC


Read N Y N/A RNC






Connection Setup and Release

Speech: 10CS/UDI: 11PS: 11










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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


DchFrameSynch toAWSUl RNC

DchFrameSynch uoStep RNC

DchFrameSynch uto RNC

ExternalGsmCell bandIndicator RNC

ExternalGsmCell bcc RNC

ExternalGsmCell bcchFrequency RNC

ExternalGsmCell cellIdentity RNC





Read/Write N Y External GSM Cell

Read/Write Y Y External GSM Cell





Speech: 10CS/UDI: 11PS: 11


DCS1800 = 0PCS1900 = 1OTHER_BANDS = 2

GSM Handover and Cell Reselection






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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalGsmCell individualOffset RNC

ExternalGsmCell lac RNC

ExternalGsmCell maxTxPowerUl RNC

ExternalGsmCell ncc RNC












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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalGsmCell qRxLevMin RNC

ExternalGsmCell reservedBy RNC

ExternalGsmCell userLabel RNC

ExternalGsmNetwork aliasPlmnIdentities RNC



Read N Y N/A External GSM Cell


Read/Write N Y Immediately External GSM Network Shared Network Support






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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalGsmNetwork aliasPlmnIdentities.mcc RNC

ExternalGsmNetwork aliasPlmnIdentities.mnc RNC

ExternalGsmNetwork aliasPlmnIdentities.mncLength RNC

ExternalGsmNetwork mcc RNC

ExternalGsmNetwork mnc RNC

ExternalGsmNetwork mncLength RNC

ExternalGsmNetwork userLabel RNC

ExternalUtranCell cId RNC

ExternalUtranCell individualOffset RNC





Read/Write Y Y External GSM Network



Read/Write N Y External GSM Network

Read/Write Y Y External Utran Cell

Read/Write N Y External Utran Cell





WCDMA RAN Intra-frequency Soft/Softer Handover




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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalUtranCell lac RNC

ExternalUtranCell maxTxPowerUl RNC

ExternalUtranCell primaryCpichPower RNC

ExternalUtranCell primaryScramblingCode RNC




Read/Write N Y New Connection External Utran Cell Power Control







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Reference:


ExternalUtranCell qQualMin RNC

ExternalUtranCell qRxLevMin RNC

ExternalUtranCell rac RNC

ExternalUtranCell reservedBy RNC





Read N Y N/A External Utran Cell






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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


ExternalUtranCell uarfcnDl RNC

ExternalUtranCell uarfcnUl RNC

ExternalUtranCell userLabel RNC

Fach administrativeState RNC

Fach availabilityStatus RNC





Read/Write N Y At commit Utran Cell Power Control

Read N N N/A Utran Cell Power Control




LOCKED = 0UNLOCKED = 1



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:


Fach maxFach1Power RNC


Read/Write N Y New connection Utran Cell Power Control



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:







Element Manager Window

Information will be added in a later release of the document

Element Manager Parameter Name

Information will be added in later a release of the document



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:














Radio Network/DCH Frame Synchs/Properties Offset step size (ms)

Radio Network/DCH Frame Synchs/Properties Transport delay offset (ms)

Radio Network/DCH Frame Synchs/Properties TOA early point (ms)

Radio Network/DCH Frame Synchs/Properties TOA early point (ms)

Radio Network/DCH Frame Synchs/Properties TOA window endpoint (ms)

Radio Network/DCH Frame Synchs/Properties TOA window endpoint (ms)

Radio Network/DCH Frame Synchs/Properties TOA window startpoint (ms)



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:













Radio Network/DCH Frame Synchs/Properties TOA window startpoint (ms)

Radio Network/DCH Frame Synchs/Properties Offset step size (ms)

Radio Network/DCH Frame Synchs/Properties Transport delay offset (ms)

Radio Network/GSM Network/GSM Cell/AddRadio Network/GSM Network/GSM Cell/Properties

Band IndicatorBand Indicator


BCCBCC


BCCH ARFCNBCCH ARFCN


Cell IDCell ID



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:











Individual offset (dB)Individual offset (dB)


LACLAC


UL MS max. TX power (dBm)UL MS max. TX power (dBm)


NCCNCC



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:











Min. quality RX level (dBm)Min. quality RX level (dBm)

Radio Network/Iub link/UTRAN Cell/GSM Relation/PropertiesRadio Network/GSM Network/GSM Cell/ListRadio Network/GSM Network/GSM Cell/AddRadio Network/GSM Network/GSM Cell/PropertiesRadio Network/GSM Network/GSM Cell/GSM Relation/Properties

GSM cellNameCell nameCell nameGSM cell



30 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:















Radio Network/GSM Network/AddRadio Network/GSM Network/Properties

MCCMCC


MNCMNC


MNC lengthMNC length

Radio Network/Iub link/UTRAN Cell/GSM Relation/AddRadio Network/GSM Network/ListRadio Network/GSM Network/AddRadio Network/GSM Network/Properties

GSM networkNameGSM network nameGSM network name

Radio Network/External RNC/External UTRAN Cell/AddRadio Network/External RNC/External UTRAN Cell/Properties

UTRAN cell IDUTRAN cell ID


Individual offset (dB)Individual offset (dB)



31 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:











LACLAC


UL UE max. TX power (dBm)UL UE max. TX power (dBm)


P-CPICH power (dBm)P-CPICH power (dBm)


Primary scrambling codePrimary scrambling code



32 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:











Min. quality level (dB)Min. quality level (dB)


Min. quality RX level (dBm)Min. quality RX level (dBm)


RACRAC



33 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:











Radio Network/Iub link/UTRAN Cell/FACH/Availability Status Availability status


DL UARFCN (MHz)DL UARFCN


UL UARFCN (MHz)UL UARFCN

Radio Network/Iub link/UTRAN Cell/External UTRAN Relation/PropertiesRadio Network/External RNC/External UTRAN Cell/ListRadio Network/External RNC/External UTRAN Cell/AddRadio Network/External RNC/External UTRAN Cell/PropertiesRadio Network/External RNC/External UTRAN Cell/External UTRAN Relation/Properties

External UTRAN cellNameUTRAN cell nameUTRAN cell nameExternal UTRAN cell

Radio Network/Iub link/UTRAN Cell/FACH/ListRadio Network/Iub link/UTRAN Cell/FACH/Add

Administrative stateAdministrative state



34 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:







Radio Network/Iub link/UTRAN Cell/FACH/AddRadio Network/Iub link/UTRAN Cell/FACH/Properties

Max. FACH1 power (dB)Max. FACH1 power (dB)



35 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:







CPI Reference Initial Tuning RN OptimizationBulkCM MOC NameInformation will be updated in a later release of the documnet

BulkCM Parameter NameInformation will be updated in a later release of the document

Initial Parameter Value Source

VsDataChannelSwitching upswitchPwrMargin 82/1553-HSD 101 02/4 System default N Intermediate

VsDataChannelSwitching upswitchTimer 82/1553-HSD 101 02/4 System default N Advanced

4/1553-HSD 101 02/4 RND Y Basic

N/A N/A N/A4/1553-HSD 101 02/4 System Default Y Basic

N/A N/A N/A



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Reference:













VsDataDchFrameSynch doStep 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch dto 84/1553-HSD 101 02/4 System default N Advanced

N/A N/A N/A

VsDataDchFrameSynch toAE 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch toAEUI 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch toAWE 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch toAWEUI 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch toAWS 84/1553-HSD 101 02/4 System default N Advanced



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Reference:












VsDataDchFrameSynch toAWSUl 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch uoStep 84/1553-HSD 101 02/4 System default N Advanced

VsDataDchFrameSynch uto 84/1553-HSD 101 02/4 System default N Advanced

VsDataExternalGsmCell bandIndicator 71/1553-HSD 101 02/4 RND N/A N/A

ExternalGsmCell bcc RND N/A N/A

ExternalGsmCell bcchFrequency 71/1553-HSD 101 02/4 RND N/A N/A

ExternalGsmCell cellIdentity RND N/A N/A



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Reference:









VsDataExternalGsmCell individualOffset 76/1553-HSD 101 02/4 System default Y Basic

ExternalGsmCell lac 71/1553-HSD 101 02/4 RND N/A N/A

VsDataExternalGsmCell maxTxPowerUl 71/1553-HSD 101 02/4 RND N/A N/A

ExternalGsmCell ncc RND N/A N/A



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Reference:









VsDataExternalGsmCell qRxLevMin 71/1553-HSD 101 02/4 System default N Advanced

N/A N/A N/A

ExternalGsmCell userLabel N/A N/A N/A

N/A N/A N/A



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Reference:














RND N/A N/A

RND N/A N/A

RND N/A N/A

RND N/A N/A

RND N/A N/A

RND N/A N/A

N/A N/A N/A

ExternalUtranCell cId N/A N/A N/A

VsDataExternalUtranCell individualOffset 76/1553-HSD 101 02/4 System default Y Basic



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No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:









ExternalUtranCell lac 71/1553-HSD 101 02/4 RND N/A N/A

VsDataExternalUtranCell maxTxPowerUl 71/1553-HSD 101 02/4 RND N/A N/A

ExternalUtranCell primaryCpichPower 80/1553-HSD 101 02/4 RND N Intermediate

ExternalUtranCell primaryScramblingCode 71/1553-HSD 101 02/4 RND Y Basic



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Reference:









VsDataExternalUtranCell qQualMin 71/1553-HSD 101 02/4 System default N Advanced

VsDataExternalUtranCell qRxLevMin 71/1553-HSD 101 02/4 RND N Intermediate

ExternalUtranCell rac 71/1553-HSD 101 02/4 RND N/A N/A

N/A N/A N/A



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Reference:










ExternalUtranCell uarfcnDl 71/1553-HSD 101 02/4 RND N/A N/A

ExternalUtranCell uarfcnUl 71/1553-HSD 101 02/4 RND N/A N/A

ExternalUtranCell userLabel N/A N/A N/A

N/A N/A N/A

N/A N/A N/A



44 (48)


No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:






VsDataFach maxFach1Power 80/1553-HSD 101 02/4 System default N Intermediate



45 (48)


Sheet: Cell Relation

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

Cell Relation

Definitions:

UTRAN CELL RELATION:The UtranRelation MO type models the manageable characteristics of the relation to a neighbouring Cell of type Utran, e.g. MO Utran Cell (intra RNC Handover) or MO ExternalUtranCell (inter RNC handover).

It is a cell relation where the source UtranCell and the target UtranCell reside at the same or different frequencies and reside in the same RNC or a different RNC.

Limits on cell relation definition:- Number of UtranRelation instances of type intra frequency may not exceed 31.- Number of UtranRelation instances of type inter frequency may not exceed 32.- The allowed total number of cell relations in a UtranCell (UtranRelations (63)+GsmRelations (64) <= 127) also depends on the configuration of the system information distribution. An algorithm is used to calculate number of cell relations supported on the BCCH when the Sid MO is configured. A new configuration on the Sid MO will be rejected if there currently is a UtranCell within the RNC that have more cell relations configured than the new configuration can support. A check is made against this limit (calculated by the algorithm) when a cell relation is added to a cell.

- The allowed total number of cell relations that can be configured in the RNC node is 93000.

- The allowed total number of Utran cells that can be configured in the RNC node is 1500.

EXTERNAL GSM NETWORK:The ExternalGsmNetwork MO type models the manageable characteristics of an external Gsm Network. It is an image of a Gsm Network.

EXTERNAL GSM CELL:ExternalGsmCell MO type models an external GSM cell. It is an image of a GSM cell. For Inter Radio Access Technology handover purpose the RNC needs to store GSM cell information.

Cell Relation concept for a Utran Cell

ExternalUtranCell ExternalGsmCell

ExternalGsmNetwork

0..1500 0..1500

UtranRelation

0..*

0..1

0..*

0..1

GsmRelation

0..*

1

0..*

1

0..5

UtranCell

0..63 0..63

0..1

0..*

0..1

0..* 0..32 0..32

0..1500 0..1500

0..1 0..*

CoverageRelation 0..1

GSM RELATION:GsmRelation MO type models the manageable characteristics of the relation to an external GSM neighbour cell. The information is valid for Inter Radio Access Technology Handover.Its is a cell relation between a source UtranCell and a target cell that belongs to a GSM System.

Limits on cell relation definition:The allowed total number of cell relations in a UtranCell (UtranRelations+GsmRelations <= 95) also depends on the configuration of the system information distribution. An algorithm is used to calculate number of cell relations supported on the BCCH when the Sid MO is configured. A new configuration on the Sid MO will be rejected if there currently is a UtranCell within the RNC that have more cell relations configured than the new configuration can support. A check is made against this limit (calculated by the algorithm) when a cell relation is added to a cell.

COVERAGE RELATION:Models the manageable characteristics of the relation of an UTRAN cell to a another UTRAN cell. The source UTRAN cell and the target neighbouring UTRAN cell may reside at the same or different frequencies but must always reside in the same RNC. The maximum number of coverage relations for a UtranCell is one. .



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Sheet: Cell Relation

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

Definitions:

UTRAN CELL RELATION:The UtranRelation MO type models the manageable characteristics of the relation to a neighbouring Cell of type Utran, e.g. MO Utran Cell (intra RNC Handover) or MO ExternalUtranCell (inter RNC handover).

It is a cell relation where the source UtranCell and the target UtranCell reside at the same or different frequencies and reside in the same RNC or a different RNC.

Limits on cell relation definition:- Number of UtranRelation instances of type intra frequency may not exceed 31.- Number of UtranRelation instances of type inter frequency may not exceed 32.- The allowed total number of cell relations in a UtranCell (UtranRelations (63)+GsmRelations (64) <= 127) also depends on the configuration of the system information distribution. An algorithm is used to calculate number of cell relations supported on the BCCH when the Sid MO is configured. A new configuration on the Sid MO will be rejected if there currently is a UtranCell within the RNC that have more cell relations configured than the new configuration can support. A check is made against this limit (calculated by the algorithm) when a cell relation is added to a cell.

- The allowed total number of cell relations that can be configured in the RNC node is 93000.

- The allowed total number of Utran cells that can be configured in the RNC node is 1500.

EXTERNAL GSM NETWORK:The ExternalGsmNetwork MO type models the manageable characteristics of an external Gsm Network. It is an image of a Gsm Network.

EXTERNAL GSM CELL:ExternalGsmCell MO type models an external GSM cell. It is an image of a GSM cell. For Inter Radio Access Technology handover purpose the RNC needs to store GSM cell information.

GSM RELATION:GsmRelation MO type models the manageable characteristics of the relation to an external GSM neighbour cell. The information is valid for Inter Radio Access Technology Handover.Its is a cell relation between a source UtranCell and a target cell that belongs to a GSM System.

Limits on cell relation definition:The allowed total number of cell relations in a UtranCell (UtranRelations+GsmRelations <= 95) also depends on the configuration of the system information distribution. An algorithm is used to calculate number of cell relations supported on the BCCH when the Sid MO is configured. A new configuration on the Sid MO will be rejected if there currently is a UtranCell within the RNC that have more cell relations configured than the new configuration can support. A check is made against this limit (calculated by the algorithm) when a cell relation is added to a cell.

COVERAGE RELATION:Models the manageable characteristics of the relation of an UTRAN cell to a another UTRAN cell. The source UTRAN cell and the target neighbouring UTRAN cell may reside at the same or different frequencies but must always reside in the same RNC. The maximum number of coverage relations for a UtranCell is one. .



47 (48)


Sheet: Area Configuration

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

Area Configuration

Area Configuration concept

RoutingArea

LocationArea

0..154

0..47

ServiceArea

0..2304

UtranCell

0..2304

0..1 0..1 0..2304

1 1

1

0..2304

1

Definitions:

Location Area (LA) consists of a number of cells and is used by the UTRAN to page UEs in all cells in the LA on request from the Circuit SwitchCore Network.

Service Area (SA) consists of a number of cells and is used by the UTRAN to indicate the location of a UE to the Core Network.

Routing Area (RA) consists of a number of cells and is used by the UTRAN to page UEs on request from the Packet Switched Core Network.

The areas LA, RA, SA also reside in the Core Network. They can span over several RNCs in UTRAN.

The maximum number of LAs, RAs or SAs in RNC is 1500. That is when LA, RA, or SA contains only one cell in a RNC configured with 1500 cells.



48 (48)


Sheet: Area Configuration

No: 86/1553-HSD 101 02/4 Uen Rev: PA1

Reference:

Area Configuration concept

RoutingArea

LocationArea

0..154

0..47

ServiceArea

0..2304

UtranCell

0..2304

0..1 0..1 0..2304

1 1

1

0..2304

1

Definitions:

Location Area (LA) consists of a number of cells and is used by the UTRAN to page UEs in all cells in the LA on request from the Circuit SwitchCore Network.

Service Area (SA) consists of a number of cells and is used by the UTRAN to indicate the location of a UE to the Core Network.

Routing Area (RA) consists of a number of cells and is used by the UTRAN to page UEs on request from the Packet Switched Core Network.

The areas LA, RA, SA also reside in the Core Network. They can span over several RNCs in UTRAN.

The maximum number of LAs, RAs or SAs in RNC is 1500. That is when LA, RA, or SA contains only one cell in a RNC configured with 1500 cells.

ran parameters

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