ericsson nokia mapping

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Common Cell DataCELL CGI BSIC BSPWRB BCCHNO

Description of Ericsson Parameter

CI, LAC, MCC, MNC BSIC BCC BS Tx Pwr Max BCCH Frequency

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BCCHTYPE AGBLK MFRMS FNOFFSET ECSC SCTYPE MSTXPWR BSPWRT

RTSL type 0 Number Of Blocks For Access Grant Msg number of multiframes Frame Number Offset - Indicates the time difference from the FN generator in the Early Sending Indication Subcell type MS Tx Pwr Max GSM Base Station output power for the non-BCCH RF channel numbers 0

Channel Group DataCHGR BAND SCTYPE HOP BCCD HSN NUMREQBPC DCHNO SDCCH CCHPOS TN CBCH MAIO

A cell is divided into one or more channel groups which contain all physical channe 0 Subcell type BTS Hopping Mode 0 HSN1/HSN2 The number of required basic physical channels (BPCs) in a channel group Absolute RF channel number Required number of SDCCH/8 0 Timeslot number where the SDCCH/8 will be located. Cell Broadcast Channel MAIO Offset,MAIO Step

Idle Mode Behaviour Cell 0 DataACCMIN CCHPWR CRH NCCPERM CB MSGDIST (SIMSG=1) MSGDIST (SIMSG=7) MSGDIST (SIMSG=8) CBQ ACC rxlev access min MS txpwr max CCH(TXP1),MS txpwr max CCH1x00(TXP2) cell reselect hysteresis BSIC NCC cell barred (BAR) System Information BCCH Message is distributed MSGDIST type 7 = OFF MSGDIST type 8 = OFF Cell Bar Qualify not allowed access classes

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MAXRET

max number of retransmission

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TX ATT T3212 CRO TO PT

number of slots spread trans allow IMSI attach detach timer for periodic MS location updating cell reselect offset temporary offset penalty time

Locating Filter Cell Data 0SSEVALSD QEVALSD SSEVALSI QEVALSI SSLENSD QLENSD SSLENSI QLENSI SSRAMPSD SSRAMPSI MISSNM

Signal strength filter for speech/data Quality filter for speech./data 0 Quality filter for signalling only Length of signal strength filter speech/data Length of quality filter for speech/data Length of signal strength filter for signalling only Length of quality filter for signalling only Ramping length of signal strength for speech/data Ramping length of signal strength for signalling only Max no of consecutive missing measurements for serving cell or neighbouring cell

Locating Basic Ranking Cell Data 0BSPWR MSRXMIN BSRXMIN MSRXSUFF BSRXSUFF SCTYPE BSTXPWR

BCCH TRX TX pwr reduction RX lev min cell Minimum required signal strength received at the BTS, at the reference point, to co Sufficient signal strength received at the MS to consider the cell selectable for furth Sufficient signal strength received at the BTS, at the reference point, to consider th Subcell type BS TX pwr max

Locating Urgency Cell Data 0TALIM PSSBQ PSSTA PTIMBQ PTIMTA PSSHF PTIMHF SCTYPE

MS distance threshold param MS max range Signal strength penalty when handover due to bad quality. This penalty is valid du Signal strength penalty when handover doe to too large timing advance. It is valid Penalty time when handover due to bad quality Penalty time when handover due to too large timing advance Signal strength penalty at handover failure Penalty time at handover failure Subcell type

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QLIMDL

threshold qual downlink Rx qual

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QLIMUL

threshold qual uplink Rx qual

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QLIMDLAFR

threshold dl Rx qual for AMR FR

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QLIMULAFR

threshold ul Rx qual AMR FR

Locating Misc Cell Data 0SCHO CELLQ MAXTA RLINKUP RLINKT enable SDCCH handover Chained Adj Cell MS max distance in call setup Radio Link Time-out radio link timeout

Handover Power Boost Cell Data 0HPBSTATE 0

GPRS/EGPRS Cell Reselection Cell Data 0PLAYER PHCSTHR 0 0

Channel Administration / Immediate Assignment On TCH Cell Data 0CMDR 0

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CHAP

TRX priority in TCH allocation

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NECI MC

new establishment causes support 0

Channel Administration Channel Group Data 0CHGR SAS

A cell is divided into one or more channel groups which contain all physical channe 0

GPRS/EGPRS Channel Administration Cell Data 0GPRS FPDCH EGPRS Enabled Dedicated GPRS Capacity

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PDCHALLOC PSKONBCCH SCALLOC

Dedicated GPRS Capacity 0 prefer BCCH frequency GPRS

GPRS/EGPRS Channel Administration Channel Group Data 0CHGR NUMREQCS3CS4BPC NUMREQEGPRSBPC TN7BCCH

A cell is divided into one or more channel groups which contain all physical channe 0 0 0

MS Power Control Cell Data 0DMPSTATE AMRPCSTATE SCTYPE SSDESUL SSLENUL LCOMPUL

power ctrl enabled Requires Progressive AMR Power Control feature in BSC. There are 32 threshold Subcell type pc lower thresholds lev ul Rx level pc lower thresholds qual dl Nx Path loss compensator factor, uplink. When set to zero, no power control towards

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QDESUL QLENUL QCOMPUL REGINTUL DTXFUL SSDESULAFR QDESULAFR UPDWNRATIO

pc lower thresholds qual ul RX qual pc lower thresholds qual ul Nx Quality deviation compensation factor, uplink power control interval Number of measurements periods before the full set of measurements are used 0 0 0

GPRS/EGPRS MS Power Control Cell Data 0GAMMA 0

BTS Power Control Cell Data 0DBPSTATE AMRPCSTATE SCTYPE SDCCHREG SSDESDL REGINTDL SSLENDL LCOMPDL

Dynamic BTS power control state Requires Progressive AMR Power Control feature in BSC. There are 32 threshold Subcell type SDCCH power control switch pc lower thresholds lev dl Rx level power control interval pc lower thresholds lev dl Nx Path Loss compensator factor, downlink

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QDESDL

pc lower thresholds qual dl Rx qual

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QCOMPDL QLENDL BSPWRMIN BSPWRMINP SSDESDLAFR QDESDLAFR

Quality deviation compensation factor, downlink pc lower thresholds qual dl Nx BS Tx Pwr Min 0 0 0 0 DOWNLINK DTX ( BSC Parameter) DTX Mode

DTX Cell DataDTXD DTXU

Intra Cell Handover Cell Data 0SCTYPE IHO TMAXIHO TIHO MAXIHO QOFFSETUL QOFFSETDL SSOFFSETUL SSOFFSETDL Subcell type

enable intracell handover interference DL, enable intracell handover interference U Timer for handover counter Intra cell handover inhibition timer Maximum number of consecutive intra-cell handovers Offset for quality uplink Offset for quality downlink Offset for signal strength uplink Offset for signal strength downlink

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QOFFSETULAFR QOFFSETDLAFR SSOFFSETULAFR SSOFFSETDLAFR

Intra HO Threshold Rx Qual AMR FR 0 0 0

Assignment To Other Cell0- Cell DataAW ASSOC IBHOASS AWOFFSET Assignment to worst cell switch directed retry used 0 Signal strength region where assignment to worse cell is allowed

Overlaid Subcell Locating0DataSCTYPE LOL LOLHYST TAOL TAOLHYST DTCB DTCBHYST NDIST Subcell type non BCCH layer exit threshold 0 0 0 non BCCH layer access threshold non BCCH layer exit threshold nx,non BCCH layer exit threshold px 0

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NNCELLS

0

Subcell Load Distribution0 DataSCLD SCLDTIMEINT SCLDLL SCLDUL AMH traffic control IUO 0 AMH lower load threshold AMH upper load threshold 0

HCS Cell DataLAYER LAYERTHR LAYERHYST PSSTEMP PTIMTEMP FASTMSREG

priority class The signal strength threshold is used for ranking of cells in different layer within ea Layer Hysteresis - signal strength is used for ranking cells in different layers within Signal strength penalty temporary offset specifies the duration during which PSSTEMP is valid fast moving threshold

Extended Range Cell Data 0XRANGE E-TRX type

Double BA Lists Cell Data0(Measurement Frequencies)LISTTYPE MBCCHNO MRNIC identifies which type pf list the chosen frequencies will be on frequency 0

LISTTYPE MBCCHNO MRNIC

identifies which type pf list the chosen frequencies will be on frequency 0

Idle Channel Measurements Cell Data 0ICMSTATE INTAVE LIMIT1 LIMIT2 LIMIT3 LIMIT4 N/A N/A boundary 0 boundary 1, boundary 2 boundary 3, boundary4 boundary 5

Cell Load Sharing Cell Data 0CLSSTATE BTS load in SEG

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CLSACC CLSLEVEL CLSRAMP HOCLSACC RHYST

BTS load threshold Percentage of available full rate capable traffic channels at which or below which C Cell load sharing ramping time parameter. TRHO target level Hysteresis reduction parameter - determines how much hysteresis can be reduced

Multi Band Operation Cell0DataCSYSTYPE MBCR FBOFFS Specifies the system type for the cell multiband cell reporting non BCCH layer offset

Enhanced Multi-Level Precedence and Pre-emption Service (eMLPP) Cell Data 0RESLIMIT QLENGTH 0 max queue length

Differential Channel Allocation Priority Profile Data 0

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CHTYPE CHRATE SDCCHUL SDCCHOL TCHUL TCHOL

RTSL type 0 0 0 0 0 0

Adaptive Configuration of0Logical ChannelsCHGR ACSTATE SLEVEL STIME

A cell is divided into one or more channel groups which contain all physical channe 0 0 0

GSM-UMTS Cell Reselection and Handover 0UMFI FDDQMIN FDDQOFF SPRIO QSI ISHOLEV FDDMRR QSC QSCI 0 0 0 0 0 0 0 0 0 0

GPRS Link Adaptation

1 1 LA adaptive LA algorithm

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CHCSDL

DL coding scheme in acknowledged mode,UL coding scheme in acknowledged m

GPRS/EGPRS Quality of Service 0BPDCHBR GPDCHBR EPDCHBR STREAMSUP 0 0 0 0