09830MAAAe15.pdf

ACIE Interface: Informal excepts of 3BK 09773 MAAA PBZZA

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3BK 09830 MAAA PBZZA 1/1

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9153 OMC-R Configuration Import/Export Interface:

Informal excerpts of 3BK 09773 MAAA PBZZA

- Release B11 MR1ed2.1 -


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SYSTEM FUNCTIONAL BLOCKS

TABLE OF CONTENTS

1. INTRODUCTION...............................................................................................4

1.1 Scope of the document .........................................................................4

1.2 Conventions and notations...................................................................4

2. INFORMAL EXCERPTS OF [ACIE-SI11].........................................................6 15 100603 Update O&M System TD/MRC/OMD Spec

14 100315 Update O&M System TD/MRC/OMD Spec











01 080103 First issue O&M System TD/MRC/OMD Spec

ED DATE CHANGE NOTE APPRAISAL AUTHORITY ORIGINATOR

LIST OF FIGURES AND TABLES

None

HISTORY

Ed. 01

Corresponding 9153 OMC-R internal IM version: B11_INFO ACIE 1.

21/12/2007: Version aligned with [ACIE-si11] Ed.01 dated the 21/12/2007


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REFERENCED DOCUMENTS


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[ACIE-si11] 9153-RA Configuration Import/Export Interface: Supplementary Information - Release B11 3BK 09773 MAAA PBZZA

RELATED DOCUMENTS

None


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1. INTRODUCTION

1.1 Scope of the document

This document contains informal excepts of the document [ACIE-si11].

Important notice:

This document is informal. It is produced as a help for clients but its contents is

not guaranteed to be 100% correct. The companion [ACIE-si11] document shall

be considered as the reference.

1.2 Conventions and notations

ASN1 type ASN1 type in expanded form

BOOLEAN

INTEGER

INTEGER { int1 (0), int2 (1), ..... intn (n)

}

ENUMERATED { enum1 (0), enum2 (1), ..... enumn (n)

}

REAL

OCTET STRING

BIT STRING { bitstr1 (0), bitstr2 (1), ..... bitstrn (n)

}

character string type (e.g. PrintableString, GraphicString) with name xyString

NULL

GeneralizedTime

OBJECT IDENTIFIER

ObjectInstance

SEQUENCE OF or SET OF

{...}

SEQUENCE { f1 T1, f2 T2, ... fn Tn

} or SET {..}

{f1 , f2 , ..., fn }


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CHOICE { alt1 [1] T1, alt2 [2] T2, ... altn [n] Tn

}

alt1: | alt2: | .. | altn:


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2. INFORMAL EXCERPTS OF [ACIE-SI11]

Corresponding MOC

Attribute Pr. ASN1 Type ASN1 Type in expanded form

GDMO Attribute Behaviour

"NML":adjacency

"ABSS":aGprsNcReselectHysteresis

GR IntegerValue

This attribute indicates the NC cell reselection offset used for triggering power budget causes.

"NML":adjacency

"C9ML":adjacencyType

GR AdjacencyType

This attribute gives the type of adjacency (handover, reselection or both).

"NML":adjacency

"C9ML":csVgcsChar GR CsVgcsType

This attribute indicates if a handover adjacency is to be used as a normal Circuit Switched tansaction only, or for VGCS call only, or for both.

"NML":adjacency

"C6ML":enableTrafficLoadHO

GR BooleanType

This attribute indicates whether or not the detection of handover depending on traffic load conditions in the serving cell is enabled.

"NML":adjacency

"A12.20":hoMargin GR HoMargin The value of this attribute is used as a threshold to prevent repetitive hand-over between adjacent cells, in case the handover is caused by received signal level or the power budget process. Refer to Annex A of Specification GSM 05.08 (HO_MARGIN (n)).

"NML":adjacency

"C6ML":hoMarginAlcatelDist

GR HoMargin The value of this attribute is used as a threshold to prevent repetitive handovers between adjacent cells for the distance handover causes.

"NML":adjacency

"COML":hoMarginLevel

GR HoMarginAlcatel

This attribute is used as a level threshold to prevent repetitive hand-over between adjacent cells, in case the handover is caused by emergency situation.

"NML":adjacenc "COML":hoMarginQual GR HoMarginAl This attribute is used as a quality


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y catel threshold to prevent repetitive hand-over between adjacent cells, in case the handover is caused by emergency situation.

"NML":adjacency

"GSM 12.20":hoPriorityLevel

GR HoPriorityLevel

This attribute defines the handover priority level for an adjacent cell used for target cell evaluation in the handover control process. Eight distinct priority levels exist.

"NML":adjacency

"COML":l-RXLEV-CPT-HO

GR LRxlevOcho This attribute indicates the minimum receive level on downlink for handover from upper cellto neighbour lower layer cell or from classical band to preferred band celln.

"NML":adjacency

"COML":linkfactor0n GR Linkfactor This attribute is used to order the adjacent cells during handover and may be used to give higher priority to intra-BSC (HO between cells that belong to the same BSC) over inter-BSC (HObetween cells that belong to different BSCs with the same MSC) and inter NSS handovers (HO between cells belonging to different MSCs). The higher the linkfactor the higher is the chance the adjacent cell may take over a MS.

"NML":adjacency

"M.3100":locationName

GR LocationName

The Location Name attribute type identifies a location where an equipment is located.

"NML":adjacency

"C6ML":maxRxLevNCellHo

GR RxLev This attribute indicates the maximum downlink received level from the neighbour cells of the same layer and the same frequency band as the serving cell to cause a better zone handover from the outer zone to the inner zone of a concentric cell.

"NML":adjacency

"COML":oUTDOOR-UMB-LEV

GR RxLev This attribute indicates the minimum receive level to trigger HO towards umbrella cell. It is used to prevent indoor MS going to umbrella.


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"NML":adjacency

"C9ML":relatedTargetCell

GR RelatedGSMObject

notAvailable: | relatedObject:

This attribute identifies the target cell of a corresponding adjacency.

"NML":adjacency

"M.3100":userLabel GR UserLabel The User Label attribute type assigns a user friendly name to the associated object.

"NML":adjacency2gTo3g


GR AdjacencyType




GR RelatedGSMObject





"NML":adjacency2gToLte


GR AdjacencyType




GR RelatedGSMObject





"NML":cell "CMB":aCmbBsCvMax GR ACmbNumber Number of remaining RLC data blocks to be 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 may check if the resolution contention has failed.

"NML":cell "CMB":aCmbFDD-Qmin GR IntegerValue

This attribute defines the minimum threshold for Ec/Io for UTRAN FDD cell re-selection.

"NML":cell "CMB":aCmbFDD-Qoffset

GR IntegerValue

This attribute indicates the offset added to the received level average of the serving cell and of the


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neighbour GSM cells for UTRAN FDD cell re-selection.

"NML":cell "CMB":aCmbLSA-ID-i GR LSAIDList { ...} This attribute indicates the list of authorized LSA-IDs on the cell.

"NML":cell "CMB":aCmbNExtraAbisTsMain

Go IntegerValue

This attribute indicates the number of extra Abis timeslots configured on the main sector of a cell.

"NML":cell "CMB":aCmbNExtraAbisTsSecondary

Go IntegerValue

This attribute indicates the number of extra Abis timeslots configured on the secondary sector of a cell.

"NML":cell "CMB":aCmbNbTsMpdch GR IntegerValue

This attribute indicates the number of radio timeslots reserved for the primary and secondary master PDCHs defined in the cell.

"NML":cell "CMB":aCmbPanDec GR ACmbNumber GSM 04.60: PAN_DEC (3 bit field)If the mobile station transmits k RLC data blocks without receiving a Packet ACK/NACK message, the mobile station shall start timer T3182. Timer T3182 shall be stopped upon reception of a PACKET UPLINK ACK/NACK message. If timer T3182 expires, the mobile station shall decrement counter N3102 by PAN_DEC, and perform an abnormal release with random access.

"NML":cell "CMB":aCmbPanInc GR ACmbNumber GSM 04.60: PAN_INC (3 bit field) whenever the mobile station receives a PACKET UPLINK ACK/NACK message, the mobile station shall increment N3102 by PAN_INC, however N3102 shall never exceed the value PAN_MAX. Upon cell reselection, the mobile station shall set counter N3102 to the value PAN_MAX. When N3102


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value allowed for counter N3102 Cell reselection is done by MS when N3102


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for a given AMR-NB call, when that call is currently established in Half Rate for cell load reason and when TFO is possible for that call (TFO on AMR-NB supported by the TC and configured in the cell).

"NML":cell "C9ML":aEcnoHo GR IntegerValue

This attribute indicates the window size for Ec/No level averages for 2G to 3G handover.

"NML":cell "C7ML":aG-PREMPT-PCH

GR BooleanType

This attribute is a flag to enable pre-emption of paging sub-channels by Access grant messages when there is one remaining free AGCH block.

"NML":cell "ABSS":aGprsAccessBurstType

GR IntegerValue

This attribute indicates the 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.

"NML":cell "ABSS":aGprsBepPeriod

GR IntegerValue

This attribute indicates the filter constant for EGPRS channel quality measurements.

"NML":cell "ABSS":aGprsBsPagBlksRes

GR IntegerValue

This attribute indicates the number of blocks allocated to the PAGCH or PDTCH or PACCH per 52 multiframe.

"NML":cell "ABSS":aGprsBsPbcchBlks

GR IntegerValue

This attribute indicates the number of blocks allocated to the PBCCH per 52 multiframe.

"NML":cell "ABSS":aGprsBsPrachBlks

GR IntegerValue

This attribute indicates the number of blocks statically allocated to the PRACH per 52 multiframe on each MPDCH.

"NML":cell "ABSS":aGprsC31Hyst GR IntegerValue

This attribute determines whether an additional cell hysteresis shall be applied to the C31 criterion. The hysteresis is indicated by the aGprsGprsCellReselectHysteresis attribute (for NC0 mode).

"NML":cell "ABSS":aGprsC32Qual GR IntegerValue

This attribute is a flag indicating an exception rule concerning the


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aGprsGprsReselectionOffset attribute in NC0 mode.

"NML":cell "ABSS":aGprsCsMaxIdlePeriod

GR IntegerValue

This attribute indicates the maximum transfer inactivity time to reuse the previous (Modulation and) Coding Scheme. This applies in case of transfer resumption during inactive TBF phase (delayed downlink TBF mode / extended uplink TBF mode) and in case of uplink TBF establishment on PACCH while extended uplink TBF mode is not used (with some additional restrictions).

"NML":cell "ABSS":aGprsEgprsN3105Limit

GR IntegerValue

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.

"NML":cell "ABSS":aGprsEgprsN3105LimitSatellite

GR IntegerValue

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


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released. "NML":cell "ABSS":aGprsEnConvG

ps GR IntegerVal

ue This attribute is a flag indicating

whether the positioning method Conventional GPS is enabled or disabled.

"NML":cell "ABSS":aGprsEnCsAdaptationAck

GR BooleanType

This attribute is used to enable/disable the link adaptation in RLC acknowledged mode.

"NML":cell "ABSS":aGprsEnCsAdaptationNack

GR BooleanType

This attribute is used to enable/disable the link adaptation in RLC unacknowledged mode.

"NML":cell "ABSS":aGprsEnEda GR IntegerValue

Enables Extended Dynamic Allocation (EDA).

"NML":cell "ABSS":aGprsEnExtendedUlTbf

GR IntegerValue

This attribute is a flag indicating whether extended TBF mode feature on the uplink is enabled or disabled.

"NML":cell "ABSS":aGprsEnFastInitialGprsAccess

GR IntegerValue

This attribute 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)

"NML":cell "ABSS":aGprsEnFullIrDlPerCell

GR IntegerValue

(EN_FULL_IR_DL_per_cell) Enables/Disables the resegmentation for the downlink TBF in the cell.

"NML":cell "ABSS":aGprsEnIrUlPerCell

GR IntegerValue

(EN_IR_UL_per_cell) Enables/Disables Incremental redundancy for the uplink TBF in the BSS.

"NML":cell "ABSS":aGprsEnMcs1InCrp

GR IntegerValue

(EN_MCS1_in_CRP) Enables the forced usage of MCS-1 for uplink EGPRS TBF in contention resolution phase at one-phase access to make this phase


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more robust. "NML":cell "ABSS":aGprsEnMsAss

istedAgps GR IntegerVal

ue This attribute is a flag indicating

whether the positioning method MS Assisted A-GPS is enabled or disabled.

"NML":cell "ABSS":aGprsEnMsBasedAgps

GR IntegerValue

This attribute is a flag indicating whether the positioning method MS Based A-GPS is enabled or disabled.

"NML":cell "ABSS":aGprsEnMultislotClass3033

GR IntegerValue

"NML":cell "ABSS":aGprsEnNacc GR IntegerValue

This attribute indicates whether the Network Assisted Cell Change feature is enabled or disabled.

"NML":cell "ABSS":aGprsEnOutgoingGprsRedir

GR IntegerValue

This attribute indicates whether or not outgoing GPRS redirections are systematically triggered from the serving cell.

"NML":cell "ABSS":aGprsEnPsiStatus

GR IntegerValue

This attribute indicates whether the Packet SI Status feature in cells w/o PBCCH or the Packet PSI Status feature in cells with a PBCCH is enabled or disabled.

"NML":cell "ABSS":aGprsEnResegmentationUlPerCell

GR IntegerValue

This attribute indicates whether the resegmentation for the uplink TBF in the cell, in case of RLC acknowledged mode, is enabled or disabled.

"NML":cell "ABSS":aGprsEnSolsa GR IntegerValue

This attribute indicates whether the support of localized service areas in the BSS is enabled or disabled.

"NML":cell "ABSS":aGprsEnStreaming

GR IntegerValue

This attribute indicates whether the support of the STREAMING flows is enabled or disabled.

"NML":cell "ABSS":aGprsFddGprsQoffset

GR IntegerValue

This attribute indicates the offset added to the received level average of the serving cell and of the neighbour GSM cells for UTRAN FDD cell re-selection in GPRS.

"NML":cell "ABSS":aGprsGchRedFactorHighAterUsage

GR IntegerValue

This attribute indicates the reduction factor of the number of


ED 15 Released

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GCHs targeted per PDCH, when the Ater usage is high.

"NML":cell "ABSS":aGprsGprsCellReselectHysteresis

GR IntegerValue

This attribute indicates an additional hysteris which applies in Ready state for cells in the same RA.

"NML":cell "ABSS":aGprsGprsHcsThr

GR IntegerValue

This attribute indicates the HCS signal strength.

"NML":cell "ABSS":aGprsGprsPenaltyTime

GR IntegerValue

This attribute indicates the time during which GPRS_TEMPORARY_OFFSET is active.

"NML":cell "ABSS":aGprsGprsPriorityClass

GR IntegerValue

This attribute indicates the HCS priority of the cell used in the NC0 mode.

"NML":cell "ABSS":aGprsGprsReselectionOffset

GR IntegerValue

This attribute indicates a permanent offset for GPRS cell reselection.

"NML":cell "ABSS":aGprsGprsRxLevAccessMin

GR IntegerValue

This attribute indicates the minimum received level at the MS required for access to the system.

"NML":cell "ABSS":aGprsGprsTemporaryOffset

GR IntegerValue

This attribute indicates the negative offset used for MS cell reselection process.

"NML":cell "ABSS":aGprsHalfpwrBeamWidth

GR IntegerValue

This attribute indicates the antenna half power beam for the sector supporting the cell (used by the MFS to compute location estimate based on TA positionning method).

"NML":cell "ABSS":aGprsIeutmMaxIdlePeriod

GR IntegerValue

Maximum duration of UL TBF inactivity before MS is polled in EUTM mode when EN_EXTENDED_UL_TBF is set ot 2 (IEUTM enabled).

"NML":cell "ABSS":aGprsInitPdchShortDataEgprs

GR IntegerValue

(INIT_PDCH_SHORT_DATA_EGPRS) Number of PDCHs on which MAX_EGPRS_MCS_SHORT_DATA_DL and MAX_EGPRS_MCS_SHORT_DATA_UL are targeted when establishing GCHs for an EGPRS TBF associated to a 'short data' MS transfer.

"NML":cell "ABSS":aGprsInitPdchShortDataGprs

GR IntegerValue

(INIT_PDCH_SHORT_DATA_GPRS) Number of PDCHs on which


ED 15 Released

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MAX_GPRS_CS_SHORT_DATA_DL and MAX_GPRS_CS_SHORT_DATA_UL are targeted when establishing GCHs for a GPRS TBF associated to a 'short data' MS transfer.

"NML":cell "ABSS":aGprsMaxDlTbfSpdch

GR IntegerValue

This attribute indicates the maximum number of DownLink (E)GPRS TBFs per Slave PDCH.

"NML":cell "ABSS":aGprsMaxEgprsMcs

GR IntegerValue

This attribute indicates the maximum Modulation and Coding Scheme used for EGPRS traffic in the cell.

"NML":cell "ABSS":aGprsMaxEgprsMcsShortDataDl

GR IntegerValue

(MAX_EGPRS_MCS_SHORT_DATA_DL) Maximum Modulation and Coding Scheme used for the DL EGPRS TBFs associated to a 'short data' MS transfer.

"NML":cell "ABSS":aGprsMaxEgprsMcsShortDataUl

GR IntegerValue

(MAX_EGPRS_MCS_SHORT_DATA_UL) Maximum Modulation and Coding Scheme used for the UL EGPRS TBFs associated to a 'short data' MS transfer.

"NML":cell "ABSS":aGprsMaxGprsAssignAgchRetrans

Go AGprsMaxGprsAssignAgchRetrans

This attribute indicates the 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.

"NML":cell "ABSS":aGprsMaxGprsAssignPchRetrans

Go AGprsMaxGprsAssignPchRetrans

This attribute indicates the 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.


ED 15 Released

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"NML":cell "ABSS":aGprsMaxGprsCsShortDataDl

GR IntegerValue

(MAX_GPRS_CS_SHORT_DATA_DL) Maximum coding scheme used for the DL GPRS TBFs associated to a 'short data' MS transfer.

"NML":cell "ABSS":aGprsMaxGprsCsShortDataUl

GR IntegerValue

(MAX_GPRS_CS_SHORT_DATA_UL) Maximum coding scheme used for the UL GPRS TBFs associated to a 'short data' MS transfer.

"NML":cell "ABSS":aGprsMaxPdch GR IntegerValue

This attribute indicates the maximum number of slave and master PDCHs that can be allocated to the MFS in the cell.

"NML":cell "ABSS":aGprsMaxPdchHighLoad

GR AGprsPdchGroup

This attribute indicates the maximum number of slave and master PDCHs that can be allocated to the MFS when the CS traffic is high.

"NML":cell "ABSS":aGprsMaxPdchPerTbf

GR AGprsMaxPdchPerTbf

This attribute is the maximum number of PDCH allocated to a single (E)GPRS connection.

"NML":cell "ABSS":aGprsMaxRetrans1

GR IntegerValue

This attribute indicates the maximum number of PACKET CHANNEL REQUEST retransmissions by the MS on the PRACH with priority level 1.


GR IntegerValue



GR IntegerValue



GR IntegerValue


"NML":cell "ABSS":aGprsMaxUlTbfSpdch

GR IntegerValue

This attribute indicates the maximum number of UpLink (E)GPRS TBFs per slave PDCH.

"NML":cell "ABSS":aGprsMinPdch GR IntegerValue

This attribute indicates the minimum number of master and slave PDCHs


ED 15 Released

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that are always allocated to the MFS.

"NML":cell "ABSS":aGprsMinRlfTimeDl

GR IntegerValue

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

"NML":cell "ABSS":aGprsN3105Limit

GR IntegerValue

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.

"NML":cell "ABSS":aGprsN3105LimitSatellite

GR IntegerValue

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.

"NML":cell "ABSS":aGprsNbBonusAndPsCapableTrx

GR IntegerValue

(Nb-Bonus-and-PS-Capable-TRX) Represents the number of: PS-capable TRXs and non PS-capable TRXs supporting bonus Abis nibbles and TRXs supporting MPDCH(s)), in a cell.


ED 15 Released

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"NML":cell "ABSS":aGprsNc2DeactivationMode

GR IntegerValue

This attribute indicates whether or not the Packet Measurement Order message with a Reset Command is sent at the end of a packet transfer.

"NML":cell "ABSS":aGprsNcDlRxlevLimitThr

GR IntegerValue

This attribute indicates the threshold below which a NC cell reselection Cause PT2 can be triggered due to the detection of a better neighbour cell.

"NML":cell "ABSS":aGprsNcDlRxlevThr

GR IntegerValue

This attribute indicates the 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)..

"NML":cell "ABSS":aGprsNcDlRxqualThr

GR IntegerValue

This attribute indicates the 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)..

"NML":cell "ABSS":aGprsNcPingPongOffset

GR IntegerValue

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

"NML":cell "ABSS":aGprsNcReportingPeriodT

GR IntegerValue

This attribute indicates the reporting period of NC measurements reported by the MS while in packet transfer mode..

"NML":cell "ABSS":aGprsNcRxlevForgettingFactor

GR IntegerValue

This attribute indicates the rorgetting factor of the filter used to average the NC measurements reported in the Packet Measurement Report messages.

"NML":cell "ABSS":aGprsNcRxqualAvgPeriod

GR IntegerValue

This attribute indicates the period after which a weight of 0.9 s is applied to the current UL or DL RXQUAL samples in the averaging filter.


ED 15 Released

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"NML":cell "ABSS":aGprsNcUlRxqualThr

GR IntegerValue

This attribute indicates the 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).

"NML":cell "ABSS":aGprsNDataBytesMaxTrans

GR IntegerValue

(N_DATA_BYTES_MAX_TRANS) Number of bytes below which an MS transfer is considered to be 'short data'.

"NML":cell "ABSS":aGprsNetworkControlOrder

GR IntegerValue

This attribute indicates whether the MS or the BSS controls the cell reselections.

"NML":cell "ABSS":aGprsNPollingEutmLimit

GR IntegerValue

Maximum number of consecutive polling requests that can be sent to a MS in EUTM state (when EN_EXTENDED_UL_TBF is set ot 2 (IEUTM enabled)) without receiving a polling response in a PCA.

"NML":cell "ABSS":aGprsPersistenceLevel1

GR IntegerValue

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


GR IntegerValue



GR IntegerValue



GR IntegerValue


"NML":cell "ABSS":aGprsPrachBusyThres

GR IntegerValue

This attribute indicates the received level above which a PRACH block is deemed busy.

"NML":cell "ABSS":aGprsQosSafetyMargin

GR IntegerValue

Threshold for searching for 3G cells in GPRS packet transfer mode depending whether the received level average of the serving cell is below or above the threshold.

"NML":cell "ABSS":aGprsQsearchPPtm

GR IntegerValue


ED 15 Released

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"NML":cell "ABSS":aGprsRAverageEgprs

GR IntegerValue

This attribute indicates the average bitrate per PDCH for Edge capable terminals in this cell.

"NML":cell "ABSS":aGprsRAverageGprs

GR IntegerValue

This attribute indicates the.average bitrate per PDCH for non-Edge capable terminals in this cell.

"NML":cell "ABSS":aGprsRaReselectHysteresis

GR IntegerValue

This attribute indicates, in both the STANDBY and READY states, the additional hysteresis which applies when selecting a cell in a new Routing Area.

"NML":cell "ABSS":aGprsRminEgprs

GR IntegerValue

This attribute indicates the minimal bitrate per PDCH for Edge capable terminals in this cell.

"NML":cell "ABSS":aGprsRminGprs

GR IntegerValue

This attribute indicates the minimal bitrate per PDCH for non-Edge capable terminals in this cell.

"NML":cell "ABSS":aGprsRoundTripDelay

GR AGprsRoundTripDelay

This attribute indicates the round trip delay between the MFS and a MS.

"NML":cell "ABSS":aGprsS GR IntegerValue

This attribute indicates the number of slots between 2 successive PACKET CHANNEL REQUEST.

"NML":cell "ABSS":aGprsTCorr GR ACmbNumber This attribute is a timer used to supervise clock drift correction loop.

"NML":cell "ABSS":aGprsTDlAssignCcch

Go ACmbNumber This attribute indicates the maximum emission duration of an Immediate Assignment message on PCH aimed at establishing a downlink TBF.

"NML":cell "ABSS":aGprsTDlEgprsMeasreport

GR IntegerValue

This attribute indicates the time period to request for an EGPRS Packet Downlink Ack/Nack with measurements.

"NML":cell "ABSS":aGprsTDlGprsMeasreport

GR IntegerValue

This attribute indicates the time period to request a Packet Downlink Ack/Nack with measurements.

"NML":cell "ABSS":aGprsTMaxExtendedUl

GR IntegerValue

This attribute indicates the maximum duration of the extended uplink TBF phase.

"NML":cell "ABSS":aGprsTNcPing GR IntegerVal This attribute indicates the time


ED 15 Released

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pong ue during which the ping-pong offset is applied.

"NML":cell "ABSS":aGprsTNcRejCell

GR IntegerValue

This attribute indicates the time during which a NC cell reselection is inhibited towards that cell due to a previous NC cell reselection failure on that cell.

"NML":cell "ABSS":aGprsTResel GR IntegerValue

This attribute is a timer whose expiry allows a MS, which has performed an abnormal release with cell reselection, to reselect the previous cell.

"NML":cell "ABSS":aGprsTUlAssignCcch

Go ACmbNumber This attribute indicates the 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.

"NML":cell "ABSS":aGprsTUlAssignPccch

GR IntegerValue

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

"NML":cell "ABSS":aGprsTUlRlsEutm

GR IntegerValue

(T_UL_RLS_EUTM) Waiting time between two successive polling request sent to a MS for an UL TBF in EUTM mode when EN_EXTENDED_UL_TBF is set ot 2 (IEUTM enabled).

"NML":cell "ABSS":aGprsTbfDlInitCs

GR IntegerValue

When the link adaptation algorithm is disabled, this attribute indicates the value of the downlink CS coding scheme otherwise, it indicates the initial value of this coding scheme.

"NML":cell "ABSS":aGprsTbfDlInitMcs

GR IntegerValue

This attribute indicates the value of the downlink modulation and coding scheme when the link adaptation algorithm is disabled or initial value of the modulation and


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coding scheme otherwise. "NML":cell "ABSS":aGprsTbfUlIn

itCs GR IntegerVal

ue When the link adaptation algorithm

is disabled, this attribute indicates the value of the uplink CS coding scheme otherwise, it indicates the initial value of this coding scheme.

"NML":cell "ABSS":aGprsTbfUlInitMcs

GR IntegerValue

This attribute indicates the 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.

"NML":cell "ABSS":aGprsTestab GR ACmbNumber This attribute is used for the supervision of loss of GCH link establishment.

"NML":cell "ABSS":aGprsThrNc2LoadRanking

GR IntegerValue

This attribute indicates the threshold above which the load of the serving cell is considered in a high load situation in the NC2 cell ranking process.

"NML":cell "ABSS":aGprsTxEfficiencyAckThr

GR IntegerValue

This attribute indicates the threshold below which the TBF is released because of a bad transmission efficiency in acknowledged mode.

"NML":cell "ABSS":aGprsTxEfficiencyNackThr

GR IntegerValue

This attribute indicates the threshold below which the TBF is released because of a bad transmission efficiency in unacknowledged mode.

"NML":cell "ABSS":aGprsTxInt GR IntegerValue

This attribute indicates the number of PRACH timeslots to spread transmission of PACKET CHANNEL REQUEST.

"NML":cell "ABSS":aGprsWiPr GR AGprsWiPr This attribute represents the wait indication used in IMMEDIATE ASSIGNMENT REJECT or PACKET ACCESS REJECT in the nominal case (see the WI_PR_CPU_OVERLOAD parameter for the


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particular cases). "NML":cell "ABSS":aGprsWiPrCpu

Overload GR IntegerVal

ue (WI_PR_CPU_OVERLOAD) Wait indication

used in IMMEDIATE ASSIGNMENT REJECT or PACKET ACCESS REJECT in case of PPC CPU or memory overload.

"NML":cell "C7ML":aMR-FR-HYST GR IntegerValue

This attribute defines the hysteresis for AMR-NB FR codec mode adaptation. Its value is only significant if the eN-AMR-FR attribute contains 'TRUE'.

"NML":cell "C7ML":aMR-FR-THR1 GR IntegerValue

The aMR-FR-THRi (i = 1, 2, 3) attributes indicate thresholds for AMR FR codec mode adaptation. Their value is only significant if the eN-AMR-FR attribute contains 'TRUE'. Mandatory rule: aMR-FR-THR1


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HR-THR2


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the availability state of the frequency.

"NML":cell "C6ML":accessClassBarringThreshold

GR Number This attribute contains a TCH occupancy high threshold for Access Class Barring H-Thr-AC-Bar-TCH BSS telecom parameter: when the percentage of busy TCH channels becomes higher than this threshold, the standard Access Classes 0 to 9 are automatically barred. The value of this attribute is only significant if the enableLoadMngtAccessClassBarring contains 'TRUE'. When this attribute contains '100', no automatic access class barring based on TCH occupancy is performed, whatever the load.

"NML":cell "N7ML":activeRadioConfig

GR ActiveRadioConfig

This attribute indicates if the active radio configuration is the nominal one (use of Frequency hopping) or the alternative one (No Frequency hopping).

"NML":cell "X.721":administrativeState

GR AdministrativeState

"NML":cell "M.3100":alarmStatus

Go AlarmStatus

The alarm status attribute indicates the occurence of an abnormal condition relating to an object. This attribute may also function as a summary indicator of alarm condition associated with a specific resource. It is used to indicate the existence of an alarm condition, a pending alarm condition such as treshold situations, or the highest severity of active alarm conditions when it is used as a summary indicator, the order of severity (from highest to lowest) is: activeReportable-Critical


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activeReportable-Major activeReportable-Minor activeReportable-Indeterminate activeReportable-Warning activePending cleared

"NML":cell "CMB":alarmsAcknowledgementStatus

Go AlarmStatus

This attribute indicates the highest perceivedSeverity value of the alarms that have not yet been acknowledged among the alarms sent by the MOIs that are considered to compute this status (which are the same as those considered to compute the alarmStatus attribute value).

"NML":cell "CMB":alignmentStatus

Go AlignmentStatusType

This attribute indicates the synchronization status between the data of a lower entity and that of an upper entity in the TMN sense (e.g. the data of the BSC or MFS compared with that known by the OMC3). The semantics of the different values are as follows: - 'aligningUp' indicates that an upwards data comparison is in progress - 'aligningDown' indicates that a downwards data comparison is in progress - 'misAligned' indicates either that the data are known not to be aligned or that the data comparison has failed. - 'inConfig' indicates that the data of one of the concerned entity is under the process of being changed. - 'aligned' indicates that the data are known to be aligned. - 'auditing' can be used to indicate that an audit is in progress.

"NML":cell "COML":alignmentStatusCause

Go AlcatelErrorInfoList

{{errorOriginator


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mfs=3>, omcError {component , errorCode , [basicErrorInformation {integer: | string: | date: ...}], [additionalErrorInformation {{xidentifier , significance , information } ...}], [attributeErrorInformation {{attribute {attributeId , attributeValue }, attributeError } ...}]}, [bscError {{xidentifier , significance , information } ...}]} ...}

the value of the last processing failure that caused the misalignment

"NML":cell "GSM 12.20":allowIMSIAttachDetach

GR BooleanType

This attribute controls whether the IMSI attach/detach procedure is used in the cell. The value TRUE means that IMSI attach/detach is used. Ref. GSM 04.08.

"NML":cell "X.721":availabilityStatus

Go AvailabilityStatus

{ ...}


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"NML":cell "N8ML":azimuth GR Azimuth This attribute indicates the antenna direction orientation (azimuth) for the sector the corresponding cell is mapped onto (from an OMC viewpoint).

"NML":cell "N8ML":bBTsPerCellNumber

GR Number This attribute indicates the number of BBTs per cell.

"NML":cell "GSM 12.20":bCCHFrequency

Go AbsoluteRFChannelNo

This attribute contains the absolute radio frequency channel number of the BCCH channel of adjacent cells. This information is sent to the mobile station.

"NML":cell "COML":bSS-Release Go BssRelease

This attribute indicates the software release of the BSS.

"NML":cell "C6ML":bTS-Q-LENGTH GR Number This attribute indicates the maximum number of Assignment Requests and Handover Requests that can be queued simultaneously.

"NML":cell "GSM 12.20":bsIdentityCode

GR BSIdentityCode

{ncc , bcc }

This attribute contains the Base Station Identity Code (BSIC), which is transmitted on the SCH and used for identifying a BTS. The BSIC consists of the Network Colour Code (NCC) and the Base Station Colour Code (BCC). Refer to Specification GSM 04.08.

"NML":cell "NML":bscGSMGeneralObjectID

Go GsmGeneralObjectID

This attribute is used to point onto the alcatelBsc which manages the cell.

"NML":cell "CMB":btsSiteManagerIDSecondary

Go GsmGeneralObjectID

This attribute indicates the value of the btsSiteManagerID attribute for the BTS on which the secondary sector of a cell is mapped.

"NML":cell "CMB":cCCH-CONF Go CcchConf

This attribute gives the configuration of the CCCH.

"NML":cell "COML":cELL-BAR-QUALIFY

GR BooleanType

This attribute indicates cell priority. Rules: TRUE = lowest priority Remark: present if cELL_RESELECT_PARAM_IND = TRUE.

"NML":cell "CMB":cELL- GR IntegerVal This attribute indicates the


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RESELECT-OFFSET ue permanet offset to the C2 reselection criterion.

"NML":cell "COML":cELL-RESELECT-PARAM-IND

GR BooleanType

This attribute indicates the presence of C2 cell reselection parameters in the message. Rules: FALSE = C2 parameter not present, TRUE = C2 parameter present.

"NML":cell "GSM 12.20":callReestablishmentAllowed

GR BooleanType

This attribute indicates whether call re-establishment is allowed in the cell.

"NML":cell "GSM 12.20":cellAllocation

GR CellAllocation

{ ...} This attribute defines the set of radio frequencies allocated and available to a cell. The first element sets the BCCH frequency.

"NML":cell "NML":cellAllocationDCS

GR CellAllocation

{ ...} This attribute defines the set of radio frequencies allocated in the band DCS 1800 or 1900. For other bands, the GSM 12.20 cellAllocation attribute is used.

"NML":cell "GSM 12.20":cellBarred

Go BooleanType

This attribute indicates whether Mobile Stations may camp on the cell. The value TRUE indicates that the cell is barred and camping on the cell is forbidden. Refer to Specification GSM 05.08 (CELL_BAR_ACCESS).

"NML":cell "C9ML":cellCapacityClass

GR IntegerValue

This attribute indicates the capacity class of the cell, measured on a linear scale, ranging from 1 to 100.

"NML":cell "CBML":cellCiphSet GR CellCiphSet

{noCiph , a51 , a52 , a53 , a54 , a55 , a56 , a57 }

This attribute represents a list of flag indicating what are the ciphering algorithms allowed by the operator (each bit represents an A5 algorithm). When several algorithms can be selected (depending on network configuration, MS capabilities and operator choice), the one with the highest A5 number is used.


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"NML":cell "GSM 12.20":cellGlobalIdentity

GR CellGlobalIdentity

{lai {mcc , mnc , lac }, ci }

This attribute contains the Cell Identification (CI) and the Location Area of the cell. A Location Area is unique within a GSM PLMN a Cell Identification is unique within a location area. For further details see Specification GSM 03.03.

"NML":cell "GSM 12.20":cellReselectHysteresis

GR CellReselectHysteresis

The cellReselectHysteresis attribute indicates the value of the receiver RF power level hysteresis required for cell reselection. Refer to Specification GSM 05.08.

"NML":cell "NAML":cellRimNaccCapability

Go IntegerValue

This attribute indicates wheter the cell is RIM_NACC capable or not. This parameter is introduced for UTRAN to know if NACC is activated in 2G cells.

"NML":cell "NML":checkActivationErrorList

Go CheckAndActivationErrorList

{{objectInError , actionType , [checkCellError ], [checkWithHWError ], [activateErrorStatus ]} ...}

This attribute stores the errors occuring during the last check or the last activation processing.

"NML":cell "CBML":ciSi GR CellIdentity

This attribute indicates specific Cell Identity to be broadcasted in the SI3 and SI6 messages instead of the value of the other O&M parameter . When set to 0, it indicates that the feature is de-activated, i.e the existing CI is sent in SI3 and SI6.


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"NML":cell "N8ML":dtmCapability

GR BooleanType

This attribute indicates whether the cell is DTM-capable or not. This attribute is introduced for 3G 2G HO/reselection purpose. The UTRAN chooses preferably a 2G cell DTM capable.

"NML":cell "CAML":dtxIndicatorSacchAmrWbGmsk

GR DtxIndicatorSacchAmrWbGmsk

This attribute controls uplink DTX usage for GSM phase 2 MS. Applies only for AMR WB GMSK.

"NML":cell "GSM 12.20":dtxUplink

GR DtxUplink

This attribute specifies the Discontinuous Transmission (DTX) mode to be used by the Mobile Stations. The implementation of DTX for the uplink is compulsory in the Mobile Station and the Base Station System. However, its actual use is under control of the operator. GSM 04.08 allows for three availability options to be broadcast to the MS. The information as to whether a MS can use uplink DTX is transmitted in the Cell Options of the SYSINFO3 message. The alternatives are the following: - Uplink DTX is on in the BTS and usage is under the control of the MS (MS may use DTX) - Uplink DTX is on in the BTS and all MSs must use it. (MS shall use DTX) - Uplink DTX is off in the BTS. (MS shall not use DTX).

"NML":cell "C7ML":dtxUplinkAMR GR DtxUplinkAMR

This attribute indicates if a GSM phase 2 MS may use, shall use or shall not use uplink DTX for AMR-NB FR speech calls.

"NML":cell "C7ML":dtxUplinkAMR GR DtxUplinkA


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-HR MRHR R=0 msShallUseDTxAMRHR=1 msShallNotUseDTxAMRHR=2>

phase 2 MS may use, shall use or shall not use uplink DTX for AMR-NB HR speech calls.

"NML":cell "COML":dtxUplinkHR GR DtxUplinkHR

Controls uplink DTX usage for GSM phase 2 for HR. Applies for all codec types except AMR-NB and AMR-WB.

"NML":cell "COML":eFR-ENABLED GR BooleanType

This attribute defines if the FR TCH assignments can used the Enhanced Full rate transcoding. The established communications are not changed. If the transcoder and/or the BTS equipment are not able to support enhanced half rate, then the eFR_ENABLED setting to TRUE will be rejected.

"NML":cell "C7ML":eN-AMR-FR GR BooleanType

This attribute indicates whether or not AMR-NB full rate is allowed in the cell.

"NML":cell "C7ML":eN-AMR-HR GR BooleanType

This attribute indicates whether or not AMR-NB half rate is allowed in the cell.

"NML":cell "C6ML":eN-Extended-CBCH

GR BooleanType

This attribute indicates whether or not the extended CBCH is used.

"NML":cell "COML":eN-RL-RECOV GR BooleanType

This attribute enables or inhibits the sending of CONNECTION FAILURE INDICATION message to the BSC in case of Radio LinkRecovery. Rules: TRUE means 'enabled'.

"NML":cell "C7ML":eN-TFO GR BooleanType

This attribute indicates whether the Tandem Free Operation (TFO) function for FR, EFR and HR is enabled or disabled.

"NML":cell "C7ML":eN-TFO-MATCH GR BooleanType

This attribute indicates whether the TFO codec mismatch resolution function (for FR, EFR and HR) is enabled or disabled.

"NML":cell "C7ML":eN-TFO-OPT GR BooleanType

This attribute indicates whether the TFO codec optimisation function is enabled or disabled.


ED 15 Released

9830m15re.doc 04/06/2010


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