Parámetros de Diseño 2G_v41

v5

FPDCH updated elliminado el copyPSKONBCCH UPDATED ELIMINADO EL COPYEA como codigo postalParaemtros de Radiolink, valores por defecto siempre excepto si tiene valores superiores a los por defecto, en ese caso se conservan los anteriores.

v6

mstxpower 30-->1800 33-->900implantacion completa de SDCCH dinamico: 1&&3 CH GR 0 Y 1&&7 CH GR 1Implantacionn completa EGPRS 4&&7 EN CH GR 0. CH GR 1=0Dthamr--->21--cuidado POR DEBAJO DEL VALOR POR DEFECTOMBCR=1 antiguo valor a 2FDDMRR=0 antiguo valor a 1qlimdl,qlimdlafr,qlimul,qlimulafr =60 (changed from 55)

v6-1

Correccion erratas qlimdl,qlimdlafr,qlimul,qlimulafr, FDDMRFPDCH 1800 0 para celdas con solo 1 trxTN SDCCH Dinamico corregido a 0&&7

v7

Modificación de los parámetros LAYER, ACCMIN, CRO, PT, MSRXMIN, LAYERTHR, LAYERHYST de acuerdo a la estrategia de HCS y celdas microModificación de MAIO, HSN.Modificación de la asignacion de EDGE para incluir el caso de celdas con 1 solo TRX.

v7-1ACLC SDCCH en CH GR 0 en TN 2&&3ACLC SDCCH en CH GR 1 todo a NULL

v8t3212=20 (corergido tb en QuickSearch)Parametrización para micros 2G donde no se migra bastidor en Important-Comments

v9

POWER CONTROL CHANGES:Parameter value: BTS Power Control:

lcompdl --> 6 qcompdl --> 70 qdesdl --> 35 ssdesdl --> 88

MS Power Control:lcompul --> 5 qcompul --> 70 qdesul --> 35 ssdesul --> 90

ICM Bands:limit1 --> 2 limit2 --> 10 limit3 --> 18 limit4 --> 39 intave--> 25

v10

POWER CONTROL CHANGES:Parameter value: bsrxmin=122 For all cellsIRC=ON For all cells

v11

The following parameters have been added to the configuration of MICRO cells where legacy RBS is not swappedfpdch=1 gamma=28 gprssup=YES pdchalloc=FIRST slevel=2 stime=40tn7bcch=EGPRS

v12

The following parameters have been changed ONLY FOR DCSQLIMDL=55QLIMUL=55

v13

The following parameters have been changed GSM DCS

dthamr_0 45 45dthnamr_0 21 21rlinktafr 32 40rlinktahr 32 40rlinkupafr 40 40rlinkupahr 40 40

v14Parameters of QUICK SEARCH sheet have been revieved because they didn't have the right values.

v15

Sheet NEIGHBORNEW NEIGHBOR RELATIONS

CELL n_cell_0 awoffsetcelda 900 celda 900 5celda 900 celda 1800 10celda 1800 celda 900 10900/1800 90/1800 5

HIHYST 3Sheet CELL

accmin (DCS only) 105accmin (GSM only) 105

v16The following parameter has been changed in 'cell' sheet:

mfrms 2

v17The following parameter has been changed in 'cell' sheet:

fpdch 1 (for all the cells)

v18The following parameter has been changed in 'cell' sheet:

fddqoff 0 (for all the cells)

v19

The following parameterS has been added in 'cell' sheet:dmqb dmqbamr_0 dmqbnamr_0 dmqgOFF 50 45 ONOFF 50 45 ONOFF 50 45 ONOFF 50 45 ON

v20

v21

New set for RLINK (for all the cells)rlinkt 32rlinktafr 40rlinktahr 32rlinkup 32rlinkupafr 40rlinkupahr 32

v22The following parameter has been changed in 'gprs' sheet:

Set NUMREQEGPRSBPC ChGrp1 according to the number of installed TRXs:Ø      2TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 6Ø      3TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 14Ø      4TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 22Ø      5TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 30Ø      6TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 38Ø      7TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 46Ø      8TRX Cell -> NUMREQEGPRSBPC (ChGrp1) = 54

v22 fddqmin 7 (for all the cells)

v23

New worksheet was created (Mobility) to include the mobility strategy, parameters are: accmin, cro, layer, layerthr, layerhyst, msrxmin and ptTwo different strategies are set.The following parameters have been changed in 'cell' and 'Mobility' sheet:

accmincrolayerlayerthrkayerhystmsrxminpt

v24New worksheet was created (Mandatory) to include the parameters that you must not changeNew values for HR usage, its depend from percentile usage. See table in sheet 'Mandatory'

v25 gprssup=YES set for swapped cells (to guarantee that all cells become GPRS Capable after swap)

v26change qlendl qlenul regintdl regintulBSC Parameter 8 8 5 5

v27 New worksheet was created (Tx parameters), parameters are: pal, jbpta, ovlth, ipov, jbsdl, jbsul, crc32, lbg, mcltdl, mcltul, mplddl, mplsul

v28

AMR Power control, new values and new parameters (in blue)parameter amrpcstate lcompdl lcompul qcompdlvalue ACTIVE 5 6 55parameter qdesulahr ssdesdl ssdesdlafr ssdesdlahrvalue 30 90 90 90

v29

Corrections for TN in ChGr_1tn_0_1 tn_1_1 tn_2_1 tn_3_1

0 1 2 3

v30

New camping strategyChanged in sheets: Mandatory and Mobility

G900-G1800 co-locatedCELL accmin cro layerG900 110 0 7G1800 95 8 4

G900 - G1800 onlyaccmin cro layer

CELL 110 0 7

v31

Include a new sheet "OSP_SC Guides" with the values recommended by OSP (Service Creation)Deleted sheet "Mandatory", all the parameters are now included in sheet "OSP_SC Guides" and marked as MANDATORYNew parameters were added in sheet "cell"

fddrscpmin fddqminoff hcsin hcsout6 0 20 100

v32Include a new sheet "Mandatory" with the mandatory parameters and their valuesSheet Mandatory has been protected. Please ask Ericsson Central Team or OSP NADO Central for the password if you need to edit this sheet.

v33New parameters were added in sheet "Neighbors"

bqoffsetafr=3v34

v35

Change in Idle Mode Behaviour cell parameter, Intra Cell Handover parameters & parameters for Urgency condition and Handover failure MAXRET

2

MAXIHO qoffsetdl qoffsetul3 10 20 0 10

QLENSI PSSBQ PTIMBQ PTIMHF PTIMTA

remove unused parameter PDCHALLOC

qoffsetdlafr

qoffsetulafr

v35 4 7 15 5 30v36 Updated Tx parameters sheet with PACKALG values and JBPTA values

v37

New worksheets was included with the active FEATURES and BSC Exchange PropertiesNew parameters are included to control new feature Reduced Power Level after Handover (RPWRHO)

bsrpwrho msrpwrho BSRPWROFFSE MSRPWROFFSETPACTIVE ACTIVE 2 2

v38

- New value for NUMREQEGPRSBPC in CHGR_1, now is set to 3 - New value for HCSIN , now is set to 0. The old value (20 for EGMS cells) remains as a recomendation - New value for GPRSPRIO , now is set to 1.

v39 - New value for GAMMA in gprs sheet, for all the cells

GAMMA= 28v40 Include a new sheet "Optional Recommendations" with values recommended for OPTIMIZATION purpose

v41

- New value for CBCH in CHGR_0 in ch_grp sheet, for all the cellsCBCH=NO

- New set of values for power parameters. See sheet IMPORTANT-COMMENTS from row 65

Paraemtros de Radiolink, valores por defecto siempre excepto si tiene valores superiores a los por defecto, en ese caso se conservan los anteriores.

Modificación de los parámetros LAYER, ACCMIN, CRO, PT, MSRXMIN, LAYERTHR, LAYERHYST de acuerdo a la estrategia de HCS y celdas micro

Modificación de la asignacion de EDGE para incluir el caso de celdas con 1 solo TRX.

Parametrización para micros 2G donde no se migra bastidor en Important-Comments

The following parameters have been added to the configuration of MICRO cells where legacy RBS is not swapped

Parameters of QUICK SEARCH sheet have been revieved because they didn't have the right values.

dmqgamr_0 dmqgnamr_0 dmsupp dmthamr dmthnamr dmtfamr dmtfnamr dhass dhassthrass25 20 ON 20 10 100 100 ON 9325 20 ON 20 10 100 100 ON 9325 20 ON 20 10 100 100 ON 9325 20 ON 20 10 100 100 ON 93

New worksheet was created (Mobility) to include the mobility strategy, parameters are: accmin, cro, layer, layerthr, layerhyst, msrxmin and pt

New worksheet was created (Mandatory) to include the parameters that you must not changeNew values for HR usage, its depend from percentile usage. See table in sheet 'Mandatory'gprssup=YES set for swapped cells (to guarantee that all cells become GPRS Capable after swap)

sslendl sslenul5 5

New worksheet was created (Tx parameters), parameters are: pal, jbpta, ovlth, ipov, jbsdl, jbsul, crc32, lbg, mcltdl, mcltul, mplddl, mplsul

qcompul qdesdl qdesdlafr qdesdlahr qdesul qdesulafr75 30 40 30 30 40

ssdesul ssdesulafr ssdesulahr92 92 92

tn_4_1 tn_5_1 tn_6_1 tn_7_14 5 6 7

G900-G1800 co-locatedlayerthr msrxmin pt

90 100 085 95 0

G900 - G1800 onlylayerthr msrxmin pt

90 100 0Include a new sheet "OSP_SC Guides" with the values recommended by OSP (Service Creation)Deleted sheet "Mandatory", all the parameters are now included in sheet "OSP_SC Guides" and marked as MANDATORY

Include a new sheet "Mandatory" with the mandatory parameters and their valuesSheet Mandatory has been protected. Please ask Ericsson Central Team or OSP NADO Central for the password if you need to edit this sheet.

Change in Idle Mode Behaviour cell parameter, Intra Cell Handover parameters & parameters for Urgency condition and Handover failure

ssoffsetdl tiho tmaxiho0 -10 -10 10 12

SSOFFSETUL

SSOFFSETULAFR

New worksheets was included with the active FEATURES and BSC Exchange PropertiesNew parameters are included to control new feature Reduced Power Level after Handover (RPWRHO)

MSRPWROFFSETP

- New value for HCSIN , now is set to 0. The old value (20 for EGMS cells) remains as a recomendation

Include a new sheet "Optional Recommendations" with values recommended for OPTIMIZATION purpose

- New set of values for power parameters. See sheet IMPORTANT-COMMENTS from row 65

dhassthrho95959595

Entidad ParámetroReselección 2G-3G

Cell FDDQMINCell FDDQOFFHandover 2G-3G

Cell ISHOLEVAdaptive configuration of logical channels (ACLC)

Dynamic HR/FR Allocation

Cell DTHAMR_0

Cell DTHNAMR_0

GPRS Configuration

BSC (Exchange Property)

TBFDLLIMIT

BSC (Exchange Property)

TBFULLIMIT

BSC (Exchange Property) PILTIMERPeriodic LAU / Implicit detach

Cell T3212900-1800

cell layer

cellcro

cell pt

cellmsrxmin

BSC (Exchange Property) HCSTRAFDISSTATERadio links Time-outs

Cell rlinkt

Cell rlinktafr

Cell rlinktahr

Cell rlinkup

Cell rlinkupafr

Cell rlinkupahr

ValorReselección 2G-3G

70

Handover 2G-3G0

Adaptive configuration of logical channels (ACLC)

Dynamic HR/FR Allocation

GPRS Configuration

2Periodic LAU / Implicit detach

20900-1800

4 (G1800) & 7 (G900) on cosite, the other cells 7

0

95 (en celdas 1800 con cosite 900) / 100 (resto de celdas)

1Radio links Time-outs

324032324032

Legacy-> 30. RR-> en función del percentil que condiciona el dimensionamiento de la celda

Legacy-> 15. RR-> en función del percentil que condiciona el dimensionamiento de la celda

RR: 80; Legacy: si la ocupación de GSL > 80% ir, incrementando TBFDLLIMIT de en pasos de 20 hasta que la carga de GSL sea <80% o se llegue a TBFXXLIMIT=80

RR: 60; Legacy: si la ocupación de GSL > 80% ir, incrementando TBFULLIMIT de en pasos de 20 hasta que la carga de GSL sea <80% o se llegue a TBFXXLIMIT=80

8 (1800 con cosite 900) / 0 (resto: 1800 sin cosite y 900 en todo caso)

HO 3G-2G desactivado

Nota: las siguientes codificaciones deberán estar activas -> FR, EFR, AMR-FR y AMR-HR; códecs AMR: 4.75 Kbps, 5.90 Kbps, 7.4 Kbps y 12.2 Kbps

Los valores que se deben configurar serán 80, 60, 50, 30 en función del percentil que se tomó para el dimensionamiento de la celda.

Entidad ParámetroReselección 2G-3G

Cell FDDQMINCell FDDQOFF

Cell QSICell QSCIBSC (Exchange Property) COEXUMTS

Cell FDDRSCPMIN

Cell FDDQMINOFFHandover 2G-3G

Cell ISHOLEV

Cell Relation MRSLCell FDDMRRCell SPRIO

Cell QSCAdaptive configuration of logical channels (ACLC)

Cell ACSTATECell SLEVEL

Cell STIME

Dynamic HR/FR Allocation

Cell DMSUPP

Cell DHACell DTHAMR_0

Cell DTHNAMR_0

Cell DMTHAMRCell DMTHNAMRGPRS Configuration

BSC (Exchange Property) TBFDLLIMIT

BSC (Exchange Property) TBFULLIMIT

Channel group

ODPDCHLIMIT

BSC (Exchange Property) PILTIMERPeriodic LAU / Implicit detach

MSC BTDM

MSC GTDM

Cell T3212

900-1800

cell layer

cellaccmin

cellcro

cell pt

cell layerthr

cell layerhyst

cellmsrxmin

Neighbour awoffset

BSC (Exchange Property) HCSTRAFDISSTATECell HCSINCell HCSOUTRadio links Time-outs

Cell rlinkt

Cell rlinktafr

Cell rlinktahr

Cell rlinkup

Cell rlinkupafr

Cell rlinkupahr

ValorReselección 2G-3G

7070160

Handover 2G-3G0

300

NO

15Adaptive configuration of logical channels (ACLC)

ON2

40

Dynamic HR/FR Allocation

ONON

2010

GPRS Configuration

2Periodic LAU / Implicit detach

1201020

Legacy-> 30. RR-> en función del percentil que condiciona el dimensionamiento de la celda

Legacy-> 15. RR-> en función del percentil que condiciona el dimensionamiento de la celda

RR: 80; Legacy: si la ocupación de GSL > 80% ir, incrementando TBFDLLIMIT de en pasos de 20 hasta que la carga de GSL sea <80% o se llegue a TBFXXLIMIT=80

RR: 60; Legacy: si la ocupación de GSL > 80% ir, incrementando TBFULLIMIT de en pasos de 20 hasta que la carga de GSL sea <80% o se llegue a TBFXXLIMIT=80

- (Ajuste fino por celda: Si se ha llegado a (TBFDLLIMIT = 80 y TBFULLIMIT = 60) y la BSC está por encima del 80% de ocupación de GSL, pasar a limitar ODPDCHLIMIT celda

a celda, comenzando por las celdas de menor número promedio de TBF’s por PDCH)

900-18004 (G1800) & 7 (G900) on cosite, the other cells 7

0902

95 (en celdas 1800 con cosite 900) / 100 (resto de celdas)

120

100Radio links Time-outs

324032324032

95 (1800) / 110 (900) si son Cosite.Si es 900 o 1800 sin Cosite, siempre 110.

8 (1800 con cosite 900) / 0 (resto: 1800 sin cosite y 900 en todo caso)

10 las relaciones de vecindad entre 900 y 1800 cosite5 para el resto

HO 3G-2G desactivado

Percentil

Percentil 100%Percentil 98%

Percentil 95%

Percentil 85%

Si HO 2G-3G está desactivado, QSC = 15 evita que se hagan medidas en modod dedidado. Ahorro de batería.

Nota: las siguientes codificaciones deberán estar activas -> FR, EFR, AMR-FR y AMR-HR; códecs AMR: 4.75 Kbps, 5.90 Kbps, 7.4 Kbps y 12.2 Kbps

Configuración de umbrales de HR según especificación de las guías de dimensionado de

Service Creation

Los valores que se deben configurar serán 80, 60, 50, 30 en función del percentil que se tomó para el dimensionamiento de la celda.

MANDATORY PARAMETERSRECOMMENDED VALUES

dthamr_0 dthnamr_0

80% 80 4060%

60 30

50% 50 25

50% Rural 50 2530% Urbano 30 15

Configuración de umbrales de HR según especificación de las guías de dimensionado de

Service Creation

See important commnets in email

attached

→Umbrales de HR a configurar

(dthamr, dthnamr)

FW 2G mandatory parametrs (dthamr_0 dthnamr_0).msg

FW 2G mandatory parametrs (dthamr_0 dthnamr_0).msg

NEW CAMPING STRATEGY G900-G1800 co-located

CELL accmin cro layer layerthr layerhyst msrxminG900 110 0 7 90 2 100G1800 95 8 4 85 2 95

G1800 onlyaccmin cro layer layerthr layerhyst msrxmin

DCS 110 0 7 90 2 100

G900 onlyaccmin cro layer layerthr layerhyst msrxmin

GSM 110 0 7 90 2 100

MICRO CELLSlayer accmin cro pt msrxmin layerthr

GSM 2 104 0 0 100 75DCS 2 100 0 0 100 75

NEW CAMPING STRATEGY G900-G1800 co-located

pt00

G1800 onlypt0

G900 onlypt0

MICRO CELLSlayerhyst

22

NOTE:

G900 only: LAYER=5G1800 only: LAYER=2

In MAD01B6, MAD01B7, MAD60B4, MAD06B5 must respect the legacy values:G900: LAYER=5G1800: LAYER=2

PARAMETER VALUE ISSUE CELL E//RLINKT 32 rlinkt 32RLINKTAHR 32 rlinktafr 40RLINKUP 32 rlinktahr 32RLINKUPAHR 32 rlinkup 32

RLINKUPAFR 40 rlinkupafr 40

RLINKTAFR 40 rlinkupahr 32FINAL (impuesto por OSP)

Nº TRX Nº SDCCH estáticos1 12 13 24 25 3

>5 3

MAIO maio_0_1 maio_1_1 maio_2_1 maio_3_1 maio_4_1S1 0 4 8 12 16S2 2 6 10 14 18S1=S3 0 4 8 12 16

HSN: Igual para las celdas del mismo siteDistinto de sus vecinas (Requiere planificación)Rango de valores 0-63

Valores por defecto, excepto si los valores

previos superan a los de por defecto, en ese caso se

conservan. Viniendo de SIE se mapea.

NOTA: El numero de columnas de MAIO a rellenar es igual al numero de TRX en ChGr1. De todos modos no tenemos más de cinco columnas asi que estos casos se resolverán como excepciones )

MICROS SIN CAMBIO DE BASTIDOR

MSC MODIFICARBSC MODIFICARSITE MODIFICARCELL MODIFICAR

PARAMETROS CELDAlac MODIFICARci MODIFICARicmstate ACTIVEslevel 2stime 40t3212 20

PARAMETROS GPRSfpdch 1gamma 28gprssup YES pdchalloc FIRST tn7bcch EGPRS

PARAMETROS HCS900 1800

layer 2 2accmin 104 100cro 0 0pt 0 0msrxmin 100 100layerthr 75 75layerhyst 2 2

power parametersBSPWRB=BSPWRT=BSTXPWR=BSPWR

Caso Power/TRX Num TRXs Rus Power U900 colocTXPWR MAXTRX MAXPWR MPWR MIXED MODBSPWRB=BSPWRT=BSTXPWR=BSPWRDCS only 20w 1 N/A NO AUTO 1 43 Not set OFF 43DCS cosite GSM 20w 1 N/A NO AUTO 1 43 Not set OFF 43GSM only 20w 1 N/A NO AUTO 1 43 Not set OFF 43DCS only 20w 1 N/A SI AUTO 1 43 43 OFF 43DCS cosite GSM 20w 1 N/A SI AUTO 1 43 43 OFF 43GSM only 20w 1 N/A SI MANUAL 1 43 43 ON 43DCS only 20w 2 N/A NO AUTO 2 46 Not set OFF 43DCS cosite GSM 20w 2 N/A NO AUTO 2 46 Not set OFF 43GSM only 20w 2 N/A NO AUTO 2 46 Not set OFF 43DCS only 20w 2 N/A SI AUTO 2 46 43 OFF 43DCS cosite GSM 20w 2 N/A SI AUTO 2 46 43 OFF 43GSM only 20w 2 N/A SI MANUAL 2 46 43 ON 43DCS only 20w 3 N/A NO AUTO 3 48 Not set OFF 43DCS cosite GSM 20w 3 N/A NO AUTO 3 48 Not set OFF 43GSM only 20w 3 N/A NO AUTO 3 48 Not set OFF 43DCS only 20w 3 N/A SI AUTO 3 48 43 OFF 43DCS cosite GSM 20w 3 N/A SI AUTO 3 48 43 OFF 43GSM only 20w 3 80w only SI MANUAL 3 48 43 ON 43GSM only 30w 1 N/A NO MANUAL 1 45 45 OFF 45GSM only 30w 1 N/A SI AUTO 1 45 45 ON 45GSM cosite DCS 30w 1 N/A NO AUTO 1 45 Not set OFF 45GSM cosite DCS 30w 2 N/A NO AUTO 2 48 Not set OFF 45GSM cosite DCS 30w 1 N/A SI AUTO 1 45 45 ON 45GSM cosite DCS 30w no cabe / 20w 2 60w only SI MANUAL 2 46 43 ON 43GSM only preexistente bspwr >= 45 30w 2 N/A NO MANUAL 2 48 45 OFF 45GSM only preexistente bspwr >= 45 30w 2 80w only SI AUTO 2 48 45 ON 45GSM cosite DCS 30w 2 80w only SI AUTO 2 48 45 ON 45

BSPWRB&BSPWRT:

RUS 1800

Se configurará siempre a 43 dbm (20w)

RUS 900 - 60W

Celdas nuevas: Se configurará a 43 dbm SI NO SON COSITE.Celdas 900 preexistentes: Se configurará al valor que más se aproxime en caso existir previamente el 900 (43 o 45 dmb). Si hay U900 van 43 dmbCeldas 900 cosite con 1800: Se configurará siempre a 45 dbm independientemente de si son preexistentes o no. Si hay U900 van 43 dmb

RUS 900 - 80W

Celdas nuevas: Se configurará a 43 dbm SI NO SON COSITE.Celdas 900 preexistentes: Se configurará al valor que más se aproxime en caso existir previamente el 900 (43 o 45 dmb).Celdas 900 cosite con 1800: Se configurará siempre a 45 dbm independientemente de si son preexistentes o no.

FINAL (impuesto por OSP)

BSPWRB=BSPWRT=BSTXPWR=BSPWR

NW MSC BSC SITE altitude latitudeCell GIS/indif Nxx-xx-xx.xxxCell GIS/indif Nxx-xx-xx.xxxCell copy Nxx-xx-xx.xxxCell copy Nxx-xx-xx.xxx

ERICSSON MSC BSC SITE altitude latitudePARAMETRO SIEMENS/VALORN/A N/A N/A DE GIS DE GISCOMENTARIOS CAT01Q2 ARA10B1 ARAX0006E 201 N41-40-14.00

longitude CELL acc_0 acc_1 acc_2 acc_3 accmin acstateWx-xx-xx.xxx NEWCELL1800 NULL NULL NULL NULL ONWx-xx-xx.xxx NEWCELL900 NULL NULL NULL NULL ONWx-xx-xx.xxx SWAPPEDCELL1800 NULL NULL NULL NULL ONWx-xx-xx.xxx SWAPPEDCELL900 NULL NULL NULL NULL ON

longitude CELL acc_0 acc_1 acc_2 acc_3 accminDE GIS N/A NULL NULL NULL NULL RXLEVAMIW0-51-09.000R0006E2 NULL NULL NULL NULL

COSITE SITUATIONCOSITE SITUATIONCOSITE SITUATIONCOSITE SITUATION

Realmente su valo es accmin=abs(rxlevami-110) pero en Zona5 los valores de integración por defecto los pongo en Hoja2

agblk amrpcstate antenna_type att aw1 ACTIVE (OMNI, SECTOR o ADAPTIVE) YES ON1 ACTIVE (OMNI, SECTOR o ADAPTIVE) YES ON1 ACTIVE (OMNI, SECTOR o ADAPTIVE) YES ON1 ACTIVE (OMNI, SECTOR o ADAPTIVE) YES ON

agblk amrpcstateantenna_type att awNBLKAINACTIVE DE GIS IMSIA ON1 INACTIVE SECTOR En Er ON

bcc bcchno bcchtypeFrecuency Plan Frecuency Plan NCOMBFrecuency Plan Frecuency Plan NCOMBFrecuency Plan Frecuency Plan NCOMBFrecuency Plan Frecuency Plan NCOMB

bcc bcchno bcchtypeBSIC BCCHFREQ NCOMBEn Siemens no vienen separados hay que cogerlos del B982

CHTYPE realmente no es lomismo. El CHTYPE es Define la combinación de canales lógicos mapeados en un canal físico (ts). TCHFULL: TCH/F + FACCH/F + SACCH/TFSDCCH: SDCCH/8 + SACCH/C8MAINBCCH: FCCH + SCH + BCCH + CCCHMBCCHC:FCCH + SCH + BCCH + CCCH +SDCCH/4 (0..3) + SACCH/C4 (0..3)CCCH: BCCH + CCCHSCBCH: SDCCH/8(0..7) + SACCH/C8(0..7) + CBCH BCBCH: FCCH + SCH + BCCH + CCCH + SDCCH/4 + SACCH/4 + CBCHTCHF_HLF: TCH/H(0,1) + FACCH/H(0,1) + SACCH/TH(0,1) or TCH/F + FACCH/F + SACCH/TFTCHSD: SDCCH/8 + SACCH/8 + TCH/H(0,1) + FACCH/H(0,1) + SACCH/TH(0,1) or TCH/F + FACCH/F + SACCH/F

bspwr bspwrb bspwrmin bspwrt bsrxminbspwr-bspwrb=7 -20 122bspwr-bspwrb=7 -20 122

-20 122-20 122

bspwr bspwrb bspwrminbspwrt bsrxminDE GIS DE LA RBS -20 DE LA RBS 123este hay que cogerlo de la Pi este no lo dirá la RBS que se -20 igual que bspwr 123

bspwrb bspwrbbspwrb bspwrb

bspwrb bspwrb bspwrbbspwr bspwrb bspwrb

bsrxsuff bstxpwr btspshyst150 4150 4

copy 4copy 4

bsrxsuffbstxpwr150 DE GIS150 igual que bspwr

POWER PARAMETERSPOWER PARAMETERSPOWER PARAMETERSPOWER PARAMETERS

c_sys_type cb cbqGSM1800 NO HIGHGSM900 NO LOWGSM1800 NO copyGSM900 NO copy

c_sys_type cb cbqSYSID CELLBARRCBQSi es 1800 pone DCS1800 si es 900 pone EXT9NO 0 es HIGH 1 es LO

cchpwr3033

copycopy

cchpwrMSTXPMAXCHEn Siemens normalmente normalmente se pone 0 para 1800 y 5!. Coincide con lo que dice Ericsson de 33 para 900 y 30 para 1800por qué.

cell_dir cell_state cellq0..359 (Entero) para celdas con antena SECTOR o ADAPTIVE. NULL para OMNI na HIGH0..359 (Entero) para celdas con antena SECTOR o ADAPTIVE. NULL para OMNI na HIGH0..359 (Entero) para celdas con antena SECTOR o ADAPTIVE. NULL para OMNI na copy0..359 (Entero) para celdas con antena SECTOR o ADAPTIVE. NULL para OMNI na copy

cell_dir cell_state cellqDE GIS ACTIVE HIGH

En Siemens normalmente normalmente se pone 0 para 1800 y 5!. Coincide con lo que dice Ericsson de 33 para 900 y 30 para 1800por qué. HIGH

chap ci cls_status co crh cro1 INACTIVE 0 4 EN MICROS ZONA SIEMENS 61 INACTIVE 0 4 EN MICROS ZONA SIEMENS 61 copy copy copy1 copy copy copy

chap ci cls_status co crh cro0 el cell id nuev INACTIVE 0 CELLRESH CRESOFF0 2 INACTIVE 0 4 MIRAR HOJA 2

COSITE SITUATIONCOSITE SITUATIONCOSITE SITUATIONCOSITE SITUATION

cspsalloc dha dthamr_0 dthamr_1 dthamr_2 dthamr_3 dthamr_4CSLASTPSFIRST ON NULL NULL NULL NULLCSLASTPSFIRST ON NULL NULL NULL NULLCSLASTPSFIRST copy copy copy copy copyCSLASTPSFIRST copy copy copy copy copy

dhaONON

%AMR_HR%AMR_HR%AMR_HR%AMR_HR

dthamr_5 dthamr_6 dthamr_7 dthamr_8 dthamr_9 dthamr_10 dthamr_11 dthamr_12 dthamr_13NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLcopy copy copy copy copy copy copy copy copycopy copy copy copy copy copy copy copy copy

dthamr_14 dthnamr_0 dtxd dtxful dtxu dynbtspwr_state dynmspwr_state eaNULL ON NULL 1 ACTIVE ACTIVE DE GIS (Codigo PostalNULL ON NULL 1 ACTIVE ACTIVE DE GIS (Codigo Postalcopy copy copy copy copy copy copycopy copy copy copy copy copy copy

dthnamr_0 dtxd dtxful dtxu dynbtspwr_statedynmspwr_stateea20 ON NULL 1 ACTIVE ACTIVE DE GIS (Codigo Postal

ON NULL 1 ACTIVE ACTIVE DE GIS (Codigo Postal

%AMR_HR%AMR_HR%AMR_HR%AMR_HR

ecsc fastmsreg fboffs fddrscpmin fddqminoff hcsinYES OFF 0 6 0 0YES OFF 0 6 0 0copy copy copy 6 0 0copy copy copy 6 0 0

ecsc fastmsregfboffsEARCLM OFF 0en los 2 lados YES creo que no está en Siemens

hcsout hoclsacc hpbstate icmstate100 OFF ACTIVE ACTIVE100 OFF ACTIVE ACTIVE100 copy ACTIVE ACTIVE100 copy ACTIVE ACTIVE

hoclsacc hpbstate icmstateOFF ACTIVE ACTIVEcreo que no está en Siemencreo que no está en Siemencreo que no está en Siemen

ihoONONcopycopy

ihoINTRACHEn Ericsson ON/OFF en Siemenes TRUE/FALS

intave irc25 ON25 ON25 ON25 ON

intave ircINTAVEPR ONEs del tipo 10-10-18-28-34, lo primero es INTAVE y luego LIMIT1, LIMIT2, LIMIT3 y LIMON

lac layer layerhyst

lac layer layerhystNUEVA LACPL 2

(HAND) Lo que en Ericsson en 2, 4 7 en Siemen es 3, 7 10

COSITE SITUATION COSITE SITUATIONCOSITE SITUATION COSITE SITUATIONCOSITE SITUATION COSITE SITUATIONCOSITE SITUATION COSITE SITUATION

layerthr lcompdl lcompul5 65 65 65 6

layerthr lcompdl lcompul90 5 10090 ver lcompdul

COSITE SITUATIONCOSITE SITUATIONCOSITE SITUATIONCOSITE SITUATION

esto es para el powecontro y comp de dl y ul. En Ericsson se hace con long de filtros, señales deseadas y porcentajes de desviacion. En siemens se pone una señal max en el dl y otra el el dw a paritr de la cual se baja a pot y una señal baja en el dow y en el up a paritr de la cual se sube la pot. Lo mismo para calidad

limit12222

limit1INTAVEPREs del tipo 10-10-18-28-34, lo primero es INTAVE y luego LIMIT1, LIMIT2, LIMIT3 y LIM

limit210101010

limit2INTAVEPREs del tipo 10-10-18-28-34, lo primero es INTAVE y luego LIMIT1, LIMIT2, LIMIT3 y LIM

limit318181818

limit3INTAVEPREs del tipo 10-10-18-28-34, lo primero es INTAVE y luego LIMIT1, LIMIT2, LIMIT3 y LIM

limit439393939

limit4INTAVEPREs del tipo 10-10-18-28-34, lo primero es INTAVE y luego LIMIT1, LIMIT2, LIMIT3 y LIM

maxiho3333

maxihoMAIRACHOThis attribute specifies both the maximum number of consecutive successful Quality IntraBSC Handovers and the maximum number of consecutive successful compression/decompression AMR Quality IntraBSC Handovers that are per

maxret2222

maxretMAXRETRTe dice FOUR en vez de

maxta6363

copycopy

maxtaEXCDISTMAXTA(pero este es en periodos, de 0..63 para celdas normales y de 0 a 219 para las extendidas).En Siemens tienen el parámetro EEXCDIST para tirar celdas por excesiva distancia y está a FALSE, con lo cual este valor no usan. Yo pondría el MAXTA de Ericsson y listo.

mbcr mcc mfrms1 214 21 214 2

copy 214 2copy 214 2

mbcr mcc mfrmsNMULBAC 214 NFRAMEPGEn Siemens a 2 y en ercisson a 0 y a214 5

missnm mnc msrxmin3 33 3

copy 3copy 3

MAPEO DE SIEMENS (OCULTO)-SOLO CONSULTA

missnm mnc msrxmin3 3 100Este parámetro yo creo que Siemens no lo tiene recomendación ponerlo as

COSITE SITUATIONCOSITE SITUATIONCOSITE SITUATIONCOSITE SITUATION

msrxsuff mstxpwr0 300 330 300 33

msrxsuff mstxpwr0 MSTXPMAXGSM//MSTXPMAXDCSrecomendación ponerlo as

MSTXPMAXGSM//MSTXPMAXDCSMaximo valor con la que el móvil puede tx en una celda de 900. Valor = 39dBm - ((MSTXPMAXGSM - 2) * 2)Db///Maximo valor con la que el móvil puede tx en una celda de 1800. Valor = 30dBm - (MSTXPMAXDCS * 2)dB

ncc nccperm_0 nccperm_1 nccperm_2 nccperm_3Frequency plan 0 1 2 3Frequency plan 0 1 2 3Frequency plan 0 1 2 3Frequency plan 0 1 2 3

ncc nccperm_0nccperm_1nccperm_2nccperm_3BSIC 0 1 2 3En Siemens tienes el bsic completo lo sacas de 0 1 2 3

nccperm_4 nccperm_5 nccperm_6 nccperm_7 ncs neci pdchpreempt4 5 6 7 0 1 numtrx=1 0;numtrx>1 44 5 6 7 0 1 numtrx=1 0;numtrx>1 44 5 6 7 copy copy numtrx=1 0;numtrx>1 44 5 6 7 copy copy numtrx=1 0;numtrx>1 4

nccperm_4nccperm_5nccperm_6nccperm_7ncs neci4 5 6 7 0 14 5 6 NULL 0 1

Estrategia para 1 solo trx

pssbq psshf7 637 637 copy7 copy

pssbq psshf63 63No veo esa penalización en Sieme No veo esa penalización en Sieme

Estrategia para 1 solo trx

pssta psstemp pt63 063 0

copy copycopy copy

pssta psstemp pt63 0 PENTIMENo veo esa penalización en Sieme No veo esa penalización en Sieme MIRAR HOJA 2

COSITE SITUATIONCOSITE SITUATIONCOSITE SITUATIONCOSITE SITUATION

ptimbq ptimhf ptimta15 5 3015 5 3015 5 3015 5 30

ptimbq ptimhf ptimta10 10 10No veo esa penalización en Sieme igual BHOFOT(ADJC)No veo esa penalización en Sieme

ptimtemp qcompdl qcompul qdesdl qdesdlafr0 55 75 30 400 55 75 30 40

copy 55 75 30 40copy 55 75 30 40

ptimtemp qcompdl qcompul qdesdl qdesdlafr0 55 22 30 40No veo esa penalización en Siemever lcompdulver lcompdulver lcompdulver lcompdu

qdesdlahr qdesul qdesulafr qdesulahr qevalsd qevalsi30 30 40 30 6 630 30 40 30 6 630 30 40 30 copy copy30 30 40 30 copy copy

qdesdlahr qdesul qdesulafr qdesulahr qevalsd qevalsi30 0 40 30 6 6

ver lcompduver lcompdulver lcompdulver lcompdulver lcompduver lcompdu

qlength qlensd5 105 10

copy 10copy 10

qlendl qlengthPAVRQUAL 5En siemens está PAVRQUAL con el primer digito longitud de ventana(P ver lcompdu

qlensi qlimdl4 554 604 554 60

qlensd qlensi10 10ver lcompduver lcompdu

qlimdlafr qlimul60 5560 6060 5560 60

qlenul qlimdlPAVRQUAL 55En siemens está PAVRQUAL con el primer digito longitud de ventana(P ver lcompdu

qlimulafr qoffsetdl qoffsetdlafr qoffsetul qoffsetulafr reslimit rhyst60 10 20 0 10 25 7560 10 20 0 10 25 7560 10 20 0 10 copy copy60 10 20 0 10 copy copy

qlimdlafr qlimul qlimulafr qoffsetdl qoffsetdlafr qoffsetul qoffsetulafr55 55 55 -5 0 -5 0ver lcompduver lcompduver lcompduver lcompduver lcompduver lcompduver lcompdu

rlinkt rlinktafr rlinktahr rlinkup32 40 32 3232 40 32 3232 40 32 3232 40 32 32

regintdl regintul reslimit rhystNULL NULL 25 75ver lcompduver lcompduNo lo veo en Siemensno encuentro nada de cell load shari

rlinkupafr rlinkupa ro scalloc scho sdcchreg sdcchul simsg140 32 0 UL ON NULL DEFAULT ON40 32 0 UL ON NULL DEFAULT ON40 32 copy copy copy copy copy copy40 32 copy copy copy copy copy copy

rlinkt rlinkup ro scalloc scho sdcchreg sdcchul simsg1RDLNKTO RDLNKT0 UL ON (NO NULL DEFAULT ON

0 Yo creo queEn SiemeNo lo veo DEFAULT ON

RLINKT(4..64 periodos de SACCH salta de 4 en 4)/RLINKUP(1..63 periodos SACCH de 1 en 1).Umbral con el que se decide que hay un RadioLinkFailure. (RADIOLINKTIMEOUT). Lo mismo, el contadro que si decodifica SACCH +2 y si no -1 hasta llegar a 0. Valor S=4+RDLNKTO*4. En siemens va de 4+64 y en ericsson de 1-63. Es decir no se puede hacer una formula exacta ya que los saltos de ericsson van de 1 en 1 sacch y los de siemesn de 4 en 4 y Ericsson tiene más rango.LA GRAN MAYORÍA ESTÁN A 7 QUE ES UN 32 aunque hay otro con 8,9 y hasta 15, es decir, 64 para ericsson

vete a rlinkt

simsg7 simsg8 spdch ss_sdcch_state ss_tch_state ssdesdl ssdesdlafrOFF OFF 0 INCLUDED INCLUDED 90 90OFF OFF 0 INCLUDED INCLUDED 90 90copy copy 0 INCLUDED INCLUDED 90 90copy copy 0 INCLUDED INCLUDED 90 90

simsg7 simsg8 ss_sdcch_state ss_tch_state ssdesdl ssdesdlafrOFF OFF INCLUDED INCLUDED 90 90OFF OFF INCLUDED INCLUDED ver lcompdu ver lcompdul

ssdesdlahr ssdesul ssdesulafr ssdesulahr ssevalsd ssevalsi90 92 92 92 6 690 92 92 92 6 690 92 92 92 copy copy90 92 92 92 copy copy

ssdesdlahr ssdesul ssdesulafr ssdesulahr ssevalsd ssevalsi90 80 92 92 6 6

ver lcompdul ver lcompdul ver lcompdul ver lcompdul ver lcompduver lcompdu

sslensd sslensi ssoffsetdl ssoffsetdlafr ssoffsetul ssoffsetulafr ssrampsd10 4 0 0 -10 -10 510 4 0 0 -10 -10 510 4 0 0 -10 -10 copy10 4 0 0 -10 -10 copy

sslendl sslensd sslensi sslenul ssoffsetdlafr ssoffsetul ssoffsetulafr4-NO MAPEO10 4 4- N MAPEO 0 0 0En siemens ever lcompduver lcompduEn siemens ever lcompduver lcompdulver lcompdu

ssrampsi streamsup t32121 NO 201 NO 20

copy copy 20copy copy 20

ssrampsd ssrampsi streamsup5 1 NOver lcompduver lcompdul NO

talim tiho tmaxiho xrange dmqb dmqbamr_0dmqbnadmqg62 10 12 NO OFF 50 45 ON62 10 12 NO OFF 50 45 ON

copy 10 12 copy OFF 50 45 ONcopy 10 12 copy OFF 50 45 ON

t3212 talim tiho tmaxiho xrangeT3212 HOTMSRM 5 7 NO5 (HAND) 5 7 No hay en Siemens si por TRX y siempre a NO

dmqgamrdmqgnamdmsupp dmthamr dmthnamr dmtfamr dmtfnamr dhass dhassthras25 20 ON 20 10 100 100 ON 9325 20 ON 20 10 100 100 ON 9325 20 ON 20 10 100 100 ON 9325 20 ON 20 10 100 100 ON 93

No hay en Siemens si por TRX y siempre a NO

dhassthrhobsrpwrho msrpwrho BSRPWROFFSETP MSRPWROFFSETP95 ACTIVE ACTIVE 2 295 ACTIVE ACTIVE 2 295 ACTIVE ACTIVE 2 295 ACTIVE ACTIVE 2 2

NW MSC BSC of_gprs alpha chcoding gprsnwmodgprsprioGprs 1 10 2 2 1Gprs 1 10 2 2 1Gprs 1 10 2 2 1Gprs 1 10 2 2 1

CAMBIOS EN ESTA VERSION

CELL bpdchbr chcsdl epdchbr fddmrr fddqmin fddqoffNEWCELL1800 10 CS2 20 0 7 0NEWCELL900 10 CS2 20 0 7 0SWAPPEDCELL1800 copy CS2 copy 0 7 0SWAPPEDCELL900 copy CS2 copy 0 7 0

fpdch gamma gpdchbr gprssup isholev la pdchalloc phcsthr player1 28 14 YES 0 ON FIRST MAPPED MAPPED1 28 14 YES 0 ON FIRST MAPPED MAPPED1 28 copy YES copy ON FIRST copy copy1 28 copy YES copy ON FIRST copy copy

pskonbcch qsc qsci qsi slevel sprio stimeENABLED 15 0 7 2 NO 40ENABLED 15 0 7 2 NO 40ENABLED copy copy copy 2 NO 40ENABLED copy copy copy 2 NO 40

NW MSC BSC SITE CELL ch_group_ band_0ChGr NEWCELL1800 0 GSM1800ChGr NEWCELL900 0 GSM900ChGr SWAPPEDCELL1800 0 GSM1800ChGr SWAPPEDCELL900 0 GSM900

MAPEO DE SIEMENS (OCULTO)-SOLO CONSULTA

CAMBIOS EN ESTA VERSION

0,2,4 para sectores 1,2,3

bccd_0 cbch_0 chgr_state dchno_0_0dchno_1_0dchno_2_0dchno_3_0dchno_4_0dchno_5_0YES NO ACTIVE Frequency NULL NULL NULL NULL NULLYES NO ACTIVE Frequency NULL NULL NULL NULL NULLYES NO ACTIVE Frequency NULL NULL NULL NULL NULLYES NO ACTIVE Frequency NULL NULL NULL NULL NULL

dchno_6_0dchno_7_0dchno_8_0etchtn_0_0 etchtn_1_0etchtn_2_0etchtn_3_0etchtn_4_0etchtn_5_0NULL NULL NULL 4 5 6 7 NULL NULLNULL NULL NULL 4 5 6 7 NULL NULLNULL NULL NULL 4 5 6 7 NULL NULLNULL NULL NULL 4 5 6 7 NULL NULL

etchtn_6_0etchtn_7_0exchgr_0 hop_0 hsn_0 maio_0_0 maio_1_0 maio_2_0 maio_3_0NULL NULL INCL OFF Frequency Frequency NULL NULL NULLNULL NULL INCL OFF Frequency Frequency NULL NULL NULLNULL NULL INCL OFF Frequency Frequency NULL NULL NULLNULL NULL INCL OFF Frequency Frequency NULL NULL NULL

maio_4_0 numreqbpcnumreqcs3numreqegpsas_0 sctype_0 sdcch_0 tn_0_0 tn_1_0NULL SYSDEF 0 4 QUALITY UL 1 2 3NULL SYSDEF 0 4 QUALITY UL 1 2 3NULL SYSDEF 0 4 QUALITY UL 1 2 3NULL SYSDEF 0 4 QUALITY UL 1 2 3

tn_2_0 tn_3_0 tn_4_0 tn_5_0 tn_6_0 tn_7_0 tn7bcch_0 ch_group_ band_1NULL NULL NULL NULL NULL NULL EGPRS 1 GSM1800NULL NULL NULL NULL NULL NULL EGPRS 1 GSM900NULL NULL NULL NULL NULL NULL EGPRS 1 GSM1800NULL NULL NULL NULL NULL NULL EGPRS 1 GSM900

bccd_1 cbch_1 chgr_state dchno_0_1dchno_1_1dchno_2_1dchno_3_1dchno_4_1dchno_5_1YES NO ACTIVE Frequency Frequency Frequency Frequency Frequency Frequency YES NO ACTIVE Frequency Frequency Frequency Frequency Frequency Frequency YES NO ACTIVE Frequency Frequency Frequency Frequency Frequency Frequency YES NO ACTIVE Frequency Frequency Frequency Frequency Frequency Frequency

dchno_6_1dchno_7_1dchno_8_1etchtn_0_1 etchtn_1_1etchtn_2_1etchtn_3_1etchtn_4_1etchtn_5_1Frequency Frequency Frequency NULL NULL NULL NULL NULL NULLFrequency Frequency Frequency NULL NULL NULL NULL NULL NULLFrequency Frequency Frequency NULL NULL NULL NULL NULL NULLFrequency Frequency Frequency NULL NULL NULL NULL NULL NULL

etchtn_6_1etchtn_7_1exchgr_1 hop_1 hsn_1 maio_0_1 maio_1_1NULL NULL INCL ONNULL NULL INCL ON 0,2,4 para sectores 1,2,3 NULLNULL NULL INCL ON See IMPORTANT-COMMENTSNULL NULL INCL ON 0,2,4 para sectores 1,2,3 NULL

See IMPORTANT-COMMENTS See IMPORTANT-COMMENTSSee IMPORTANT-COMMENTSSee IMPORTANT-COMMENTSSee IMPORTANT-COMMENTS

suponemos trx 900=2Para otros casos hay que hacer un diseño particular

maio_2_1 maio_3_1 maio_4_1 numreqbpcnumreqcs3numreqegprsbpc_1 sas_1 sctype_1"=8*(numtrx 0 3 QUALITY UL

NULL NULL NULL "=8*(numtrx 0 3 QUALITY ULSee IMPORTANT-COMMENTS "=8*(numtrx 0 3 QUALITY UL

NULL NULL NULL "=8*(numtrx 0 3 QUALITY UL

See IMPORTANT-COMMENTS

suponemos trx 900=2Para otros casos hay que hacer un diseño particular

sdcch_1 tn_0_1 tn_1_1 tn_2_1 tn_3_1 tn_4_1 tn_5_1 tn_6_1 tn_7_10 0 1 2 3 4 5 6 70 0 1 2 3 4 5 6 70 0 1 2 3 4 5 6 70 0 1 2 3 4 5 6 7

tn7bcch_1 ch_group_2 band_2 bccd_2 cbch_2 chgr_state dchno_0_2dchno_1_2dchno_2_2EGPRS NULL NULL NULL NULL NULL NULL NULL NULLEGPRS NULL NULL NULL NULL NULL NULL NULL NULLEGPRS NULL NULL NULL NULL NULL NULL NULL NULLEGPRS NULL NULL NULL NULL NULL NULL NULL NULL

dchno_3_2dchno_4_2dchno_5_2dchno_6_2dchno_7_2dchno_8_2etchtn_0_2etchtn_1_2etchtn_2_2NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

etchtn_3_2etchtn_4_2etchtn_5_2etchtn_6_2etchtn_7_2exchgr_2 hop_2 hsn_2 maio_0_2NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

maio_1_2 maio_2_2 maio_3_2 maio_4_2 numreqbpcnumreqcs3numreqegpsas_2 sctype_2NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

sdcch_2 tn_0_2 tn_1_2 tn_2_2 tn_3_2 tn_4_2 tn_5_2 tn_6_2 tn_7_2NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

tn7bcch_2 ch_group_ band_3 bccd_3 cbch_3 chgr_state dchno_0_3dchno_1_3dchno_2_3NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

dchno_3_3dchno_4_3dchno_5_3dchno_6_3dchno_7_3dchno_8_3etchtn_0_3etchtn_1_3etchtn_2_3NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

etchtn_3_3etchtn_4_3etchtn_5_3etchtn_6_3etchtn_7_3exchgr_3 hop_3 hsn_3 maio_0_3NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

maio_1_3 maio_2_3 maio_3_3 maio_4_3 numreqbpcnumreqcs3numreqegpsas_3 sctype_3NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

sdcch_3 tn_0_3 tn_1_3 tn_2_3 tn_3_3 tn_4_3 tn_5_3 tn_6_3 tn_7_3NULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULLNULL NULL NULL NULL NULL NULL NULL NULL NULL

tn7bcch_3NULLNULLNULLNULL

SITE NW RNC UCELL cId diversity lacARA0020 Ucell 403 R0020B2 17373 NODIV 24004

Parametros fijos

mcc mnc mrsl primaryScramblingCode uarfcnDl userLabel214 3 30 61 10663 R0020B2

Parametros fijos

NW MSC BSC qlendl qlenul regintdl regintul sacchdlthr sacchulthrAXE 8 8 5 5 4 4

sslendl sslenul5 5

BSC SITE CPOSTAL ZC RBS_TYPE TEI900 TEI1800ARA10B1 ARAX0058 50 82&7 RBS6201

Ciudad Código Postal

81Aragón 82 Madrid 28 1Asturias 83 Barcelona 8 2

84 Sevilla 41 3

85 Malaga 29 4

86 Bilbao 48 5

87 Valencia 46 6

88 Zaragoza 50 7

89 7 8

90 15 9

91 36 10

Galicia 92 Las Palmas 35 11La Rioja 93 3 12

Madrid 94 San Sebastian 20 13Murcia 95 15 14

Navarra 96 Vitoria 1 1597 Ceuta 51(11) 17

Asturias 33 16Ciudad Real 13 18Valladolid 47 19Cádiz 11 20Castellón 12 21

Comunidad Autónoma

Zone Code Set

Zone Code Set

Andalucía

Baleares

Canarias

Cantabria

Castilla La Mancha

Castilla y León

Cataluña

Palma de Mallorca

Comunidad Valenciana

Coruña + El Ferrol

Extremadura

Pontevedra + Vigo

Alicante + Elche

Santiago de Compostela

País Vasco

Bastidor

Murcia 30 22Tarragona 43 23Toledo 45 24Granada 18 25Gerona 17 26

38 27

Melilla 52(29) 28Salamanca 37 29León 24 30Albacete 2 37Almería 4 33Avila 5 45Badajoz 6 39Burgos 9 36Cáceres 10 47Santander 39 31Córdoba 14 40Cuenca 16 34Guadalajara 19 50Huelva 21 35Huesca 22 41Jaén 23 51Logroño 26 49Lérida 25 42Lugo 27 38Pamplona 31 32Orense 32 48Palencia 34 44Segovia 40 43Soria 42 53Teruel 44 46Zamora 49 52

Sta. Cruz de Tenerife

RU900 RU1800 TG900 TG1800 Config900 Config1800n+n+n n+n+n

Config. SW 2011

Tipo de tarjeta (ruG/ruS)X(Potencia/TRX)

RBS6201 SX20W SX20WRBS6102 SX30W SX30W

GX20W

NEW NEIGHBOR RELATIONS

CELL n_cell_0 awoffset bqoffset bqoffsetafr cs hihyst---------------------------celda 900 celda 900 5 5 3 YES 3celda 900 celda 1800 10 5 3 YES 3celda 1800 celda 900 10 5 3 YES 3900/1800 900/1800 5 5 3 NO 3

PREVIOUSLY EXISTING NEIGHBOR RELATIONS

MAP FROM PREVIOUS PARAMETERS

CAMBIOS EN ESTA VERSION

esamshr:COSITE=YESNO COSITE=NO

only cositeonly cositeonly cosite

esamshr:COSITE=YESNO COSITE=NO

NW PARAMETER NEWCELL1NEWCELL9SWAPPEDCSWAPPEDCELL900Gprs gamma 28 28 28 28

esamshr:Si trx=1 , pdchpreempt=0

esamshr:Si trx=1 , pdchpreempt=0

esamshr:Si trx=1 , pdchpreempt=0

esamshr:Si trx=1 , pdchpreempt=0

esamshr:Si trx=1 , pdchpreempt=0

esamshr:Si trx=1 , pdchpreempt=0

Feature/Parameter MO Node

HCSIN/OUT Parameter Cell

LAYER Parameter Cell

Tight BCCH Frequency Reuse

BSC_Feature

BSC-Cell

Value

HCSIN=20HCSOUT=100

DCSonly LAYER = 4 (or the same as it was in Legacy)GSMonly LAYER = 7 Region1:DCSonly LAYER = 2 (or the same as it was in Legacy)GSMonly LAYER = 5for the swaps coming from G1800 and after swap it's G900 we can use LAYER=3

Comments

AXEPARS= TIGHTBCCHREUSEBCCHREUSE is a parameter activating/de-activating the feature Tight BCCH Frequency Reuse, set per cell.DTCBSC is a BSC Exchange Property that Defines if the DTCB (Distance-To-Cell-Border) criterion is taken into consideration during subcell changes (1) or not (0).BCCHLOSS is a parameter indicating maximum allowed path loss of the BCCH carrier, set per cell.BCCHDTCB is a parameter expressing the limit of the calculated difference in signal strength between the BCCH of the serving cell and the strongest non-cosited neighbor cell within the same frequency band, set per cell.BCCHLOSSHYST is a parameter for the hysteresis of the BCCHLOSS parameter, set per cell.BCCHDTCBHYST is a parameter for the hysteresis of the parameter BCCHDTCB, set per cell.Use this recommendation to offload speech traffic from EGSM cells with congestion problems.

The G1800-only should be set to layer = 4, so it can capture the same traffic as neighbors G1800 who are in the same layer.Put G900-only with layer = 7, with this the G900, as they will always have better signal level than its neighbors G1800, will carry traffic that corresponds in areas where the signal level is better than the G1800 and avoid congestion in these cells

Nodes Apllied

Cell by Cell Optimization

Cell by Cell Optimization

It is advisable to activate this feature on geographical areas with very high site

density and spectrum shortage as may be the case of denser areas, such as Madrid center or Barcelona center areas of the

network.

Parameter name Default ValueCRC32 ON ON

LBG, DSCPDL 0

LBG, DSCPUL 0MCLTDL 1 5MCLTUL 1 5MPLSDL 1465 1465MPLSUL 1465 1465JBSDL 20 25JBSUL 20 30IPOV OFF OFFOVLTH 25 1000JBPTA 20PAL 0 1PACKALG 0 1

LBG SAPI1 02 102 113 121 621 02 102 113 121 62

TRAPOOL ConfigurationCodecs PercentageAMRFR 55%AMRHR 30%

EFR 10%FR 3%HR 2%

Port Mode11 Full duplex

Recommended Value for Abis over IP in RR project

LGB=1, SAPI=0&62, DSCPDL=46 LGB=2, SAPI=10&11, DSCPDL=46 LGB=3, SAPI=12, DSCPDL=18

LGB=1, SAPI=0&62, DSCPUL=46 LGB=2, SAPI=10&11, DSCPUL=46 LGB=3, SAPI=12, DSCPUL=18

20 If PACKALG=1 then JBPTA=14

RELATION TG TRANSPORT- LBG -

SAPI

12 Full duplex13 Full duplex

Self configuration must be activated

MINPOOLSIZE must be configured as the 50% of required number of transcoder resources

Capacity1Gbps

In BSS the following SAPI values are used over Abis: 0 for RSL, 10 for Speech, 11 for CS Data, 12 for (E)GPRS, and 62 for OML.

1Gbps1Gbps

values are used over Abis: 0 for RSL, 10 for Speech, 11 for CS Data, 12 for (E)GPRS, and 62 for OML.

FAJ Number MAPPED FEATUREFAJ 121 055 ADAPTIVE MULTI RATE (AMR)FAJ 121 055/5 Adaptive Multi Rate (AMR) CapacityFAJ 121 056 GPRS CODING SCHEME 3 AND 4FAJ 121 0816 Mixed Mode in Multistandard RBSFAJ 121 31 EGPRSFAJ 121 32 QUALITY OF SERVICE (QoS) AND SCHEDULINGFAJ 121 329 Enhanced Full Rate (EFR) FAJ 121 353 AMR POWER CONTROLFAJ 121 355 INCREASED SDCCH CAPACITYFAJ 121 356 SELF CONFIGURING TRANSCODER POOLSFAJ 121 358 AMR HALF RATEFAJ 121 358/3 AMR Half Rate CapacityFAJ 121 359 NETWORK ASSISTED CELL CHANGEFAJ 121 361 DYNAMIC FR/HR ADAPTATIONFAJ 121 362 CALL QUEUINGFAJ 121 375 GPRS/EGPRS END-USER PERFORMANCEFAJ 121 375 GPRS/EGPRS END-USER PERFORMANCEFAJ 121 51 FLEXIBLE POSITIONING SUPPORTFAJ 121 51 FLEXIBLE POSITIONING SUPPORTFAJ 121 52 EXTENDED RANGE CELL 121 KMFAJ 121 57 GSM-UMTS CELL RESELECTION AND HANDOVERFAJ 121 588 E911 U-TDOA SUPPORT IN BSCFAJ 121 595 MSC IN POOL SUPPORT IN BSCFAJ 121 595 MSC IN POOL SUPPORT IN BSCFAJ 121 595 MSC IN POOL SUPPORT IN BSCFAJ 121 606 EXTENDED DYNAMIC ALLOCATIONFAJ 121 618 REMOTE OMT OVER IPFAJ 121 786 GB OVER IPFAJ 121 787 SGSN IN POOL SUPPORT IN BSCFAJ 121 813 TIGHT BCCH FREQUENCY REUSEFAJ 121 815 GSM-WCDMA ACTIVE BA-LIST RECORDINGFAJ 121 817 SUPPORT FOR 1024 CELLS IN BSCFAJ 121 820 SINGLE PHASE ACCESS FOR EGPRSFAJ 121 826 AMR RADIO LINK TIMERSFAJ 121 840 SMOOTH GSM TO WCDMA UNLOADINGFAJ 121 846 ABIS TRIGGERED HR ALLOCATIONFAJ 121 997 ABIS OPTIMIZATIONFAJ 121 998 ABIS OVER IPFAJ 122 081 SYNCHRONIZED RADIO NETWORKSFAJ 122 083 INTERFERENCE REJECTION COMBINING (IRC)FAJ 122 260 DYNAMIC MS POWER CONTROLFAJ 122 284 SMS CELL BROADCASTFAJ 122 315 HALF RATE CHANNELSFAJ 122 381 ADAPTIVE CONFIGURATION OF SDCCHsFAJ 122 395 FREQUENCY ALLOCATION SUPPORTFAJ 122 398 FREQUENCY RE-CONFIGURATION WITH MINIMUM DISTURBANCEFAJ 122 399 STATISTICS BASED ON MEASUREMENT RESULTSFAJ 122 428 ADVANCED HANDLING OF FAST MOVING MOBILESFAJ 122 429 HANDOVER POWER BOOSTFAJ 122 430 DYNAMIC OVERLAID/UNDERLAID SUBCELLS

FAJ 122 433FAJ 121 060

This parameter controls two separate features:1) EFFICIENT PRIORITY HANDLING2) FLEXIBLE PRIORITY HANDLING OF PACKET DATA CHANNELS

FAJ 122 435 SUPPORT OF REMOTE BSCsFAJ 122 437 ABIS INTERFACE OVER SATELLITEFAJ 122 438 HIGH SPEED CIRCUIT SWITCHED DATAFAJ 122 572 GPRSFAJ 122 573 MULTI LAYERED HCSFAJ 122 574 14.4 kbit/s Circuit Switched DataFAJ 122 582 DYNAMIC HALF RATE ALLOCATIONFAJ 122 583 SPEECH QUALITY SUPERVISIONFAJ 122 625 ENHANCED HANDOVER SUCCESS RATEFAJ 122 639 MOBILE CROSS TALK CONTROL (MCC)FAJ 122 646 EXTENDED GSM FREQUENCY BAND SUPPORTFAJ 122 854 RBS 2000 SYNCHRONIZATIONFAJ 122 854 RBS 2000 SYNCHRONIZATIONFAJ 122 855 RBS 200 AND 2000 IN THE SAME CELLFAJ 122 859 SGSN SELECTIONFAJ 122 870 FLEXIBLE MAIO MANAGEMENTFAJ 122 910 DYNAMIC BTS POWER CONTROLFAJ 122 930 COMPETITOR COVERAGE RECORDINGFAJ 122 959 ENHANCED AMR COVERAGE (REPEATED SACCH)FAJ 123 137 AMR Wide BandFAJ 123 146 SUPPORT FOR 4000 TRX PER BSCFAJ 123 147 A-INTERFACE OVER IPFAJ 123 148 2048 CELLS PER BSCFAJ 123 151 Time Slot Power Savings FAJ 123 156 Multiple CCCHFAJ 123 162 Automatic FLP FAJ 123 167 Emergency Unlock ResetFAJ 123 173 Multi Carrier Power Amplifier, number of 20W-40W power licensesFAJ 123 173 Multi Carrier Power Amplifier, number of 40W-60W power licensesFAJ 123 176 BSS G11B Node Basic SW license G11B FAJ 123 164 Reduced Power Level after Handover

NAME Elect. License Key IdAMR Elect. License 1AMRFRMAXTRAFFIC Elect. License Diseño RadioGPRSCS3CS4 1MIXEDMODERADIO Elect. License 1EGPRSBPCLIMIT Elect. License 16000GPRSQOS 1EFR 1AMRPWRCTRL 1INCRSDCCHCAP 1SELFCONFIGPOOL 1AMRHR Elect. License 1AMRHRMAXTRAFFIC Elect. License Diseño RadioNACC 1DYMA 1PMSQ 1DYNULDL 1PKTCELLPLAN 1BSSPOSITIONING 1TAPOSITIONING 1XRANGECELL 1SUPCOEXUMTS 1UTDOA 1GSMBSC 1MIP 1MIPROUTE 1GPRSEDA 1ROMTIP 1GBIP 1SGSNPOOL 32TIGHTBCCHREUSE 1GWBAR 1EXTNUMCELL 1REDPACLAT 1RLINKTIMERAMR 1ISHOLSH 1ATHAABIS 1ABISOPT 1ABISIP 1FEATSYNCHRNW 1SUPIRC 1MSPWRCTRL 1EXTLANG 1HRC 1ADAPTIVECONFIG 1RADIOINTREC 1AUTOHFSEXPAND 1MEASRESREC 1PFASTMSREG 1HPBOOST 1DYNOLULSC 1

PREEMPTION 3

NODETYPECHANGE 1SATELLITSUPPORT 1HSCSD 1GPRS 1HCSBAND 1HDRATE 1DYNHRALLOC 1SQSSUPPORT 1ENHOSUCCRATE 1MCCSUPPORTPARAM 1G1GSMBAND 1G12EXPNDWITHG12 1MASTERRES 1G01EXPNDWITHG12 1SGSNSELGAN 1MAIOMANAGEMENT 1BTSPWRCTRL 1CCEBAR 1ENHAMRCOV 1AMRWB Elect. License 0MAXNUMTRXS Diseño RadioAOIP Elect. License 0MAXNUMCELLS Diseño RadioTIMESLOTPS 1MULTICCCH 1AUTOFLP Elect. License 0EMERGENCYMODE 0MCTRPWR40 Diseño RadioMCTRPWR60 Diseño Radio- 1RPWRHO Elect. License 1

PROP Value CommentABISDROPLEVEL 0ABISDROPNOTRAF 0ALPHA 10AMRFRSUPPORT 2 LICENCIAAMRHRSUPPORT 2 LICENCIAAMRSPEECHVERUSE 1 LICENCIAAMRWBDHA 2AMRWBDYMAPRIO 1AMRWBFB 0AMRWBPRIO 0AMRWBSPVERUSE 1AMRWBSUPPORT 0AQMMAXIPSIZE 1700 AXEPARS GPRSAQM AQMMINBUFF 4 AXEPARS GPRSAQM AQMMINIPSIZE 300 AXEPARS GPRSAQM AQMRTTCONST 850 AXEPARS GPRSAQM AQMSUPPORT 0 AXEPARS GPRSAQM ATERDROPLEVEL 0ATERDROPNOTRAF 0ATERFCSTEPUPLMT 40ATERFCWINMAX 12ATERFCWINMIN 1BADQDL 55BADQUL 55BCCHNORMAL 0BSCFSOFFSETLSW 0BSCFSOFFSETMSW 0BSSRELEASE 1110CALLDROPMSC 0CHCODING 2CICCODING 0CLMRKMSG 0CLSTIMEINTERVAL 100COEXUMTS 1COEXUMTSLSH 1COEXUMTSTINT 1000CONCBOARDALARM 70CONCBOARDCEASE 60CONCLINKALARM 70CONCLINKCEASE 60DCAHANDOVER 1DEFAULTSYNCSRC 65535 AXEPARS FEATSYNCSRCDLDELAY 1700DTCBSC 0EBANDINCLUDED 1EGPRSIRUL 1 AXEPARS EGPRSIRUEITADMCTRL 0 AXEPARS GPRSEITEITEMAXUSEDL 10 AXEPARS GPRSEITEITEMAXUSEUL 10 AXEPARS GPRSEITEITGMAXUSEDL 10 AXEPARS GPRSEITEITGMAXUSEUL 10 AXEPARS GPRSEITEITHIGHCS 2 AXEPARS GPRSEITEITQOSPRIO 3 AXEPARS GPRSEIT

eangesa:LICENCIA: The values is related with the Elect.License loaded.AXEPARS: These PROPs are associated to Features (AXEPARS) that are not activate on the network yet.

EITSCHEDFREQH 100 AXEPARS GPRSEITEITSCHEDFREQL 360 AXEPARS GPRSEITEMHOSUPPRES 0 AXEPARS GPRSEITESDELAY 750EXMASTERRES 0FASTASSIGN 0FASTRET3GNC2 0 AXEPARS FASTRETURN3GFBCHALLOC 2FCMAXNOPTGLG01 0FCMAXNOPTGLG12 50FCMAXNOPTGUG12 0GANMAXIPEP 128 AXEPARSGBCAPALARMACT 0GBCAPWARNTHR 80GBTRANSPORT 1GERANMAXIPEP 128GPRS5TSDLACT 0 AXEPARS GPRS5TSDLGPRSAVAINT 3GPRSEDAACT 1GPRSNEUTRALACT 0 AXEPARS GPRSNEUTRALGPRSNWMODE 2HALFRATESUPP 0HCSCHAVAILTIMER 500HCSTRAFDISSTATE 1HIGHFERDLAFR 4HIGHFERDLAHR 4HIGHFERDLAWB 4HIGHFERDLEFR 4HIGHFERDLFR 4HIGHFERDLHR 4HIGHFERULAFR 4HIGHFERULAHR 4HIGHFERULAWB 4HIGHFERULEFR 4HIGHFERULFR 4HIGHFERULHR 4HOMTD 0HOREQLACCI 0HOSUPPRES 0 AXEPARS SLTMSUPPRESSHSCSDUPGTIMER 5INITTCH 2LINKCHECKTIME 4LOADOPT 0 AXEPARS GPRSLOADOPTLOPTETHR 10 AXEPARS GPRSLOADOPTLOPTGTHR 3 AXEPARS GPRSLOADOPTLOWSSDL 100LOWSSUL 108LQCACT 3LQCDEFAULTMCSDL 5LQCDEFAULTMCSUL 3LQCDEFMCSDLE2A 5LQCDEFMCSULE2A 5LQCHIGHMCS 9LQCHIGHMCSDLE2A 12

LQCHIGHMCSULE2A 11LQCMODEDL 2LQCMODEUL 0 AXEPARS EGPRSIRULQCUNACK 1MAXCELLSINLAYER 1MAXCHDATARATE 144MAXDBDEVINLAYER 3MAXLOAD 80MAXNOSDCCHTRX 4MAXPWRUTDOA 0MBCRAC 0MCCSUPPORT 0MLOGDEFLEV 1MNCDIGITHAND 0MODHOTOHCS 0MSCREL 1MSEITRESPTIME 1500 AXEPARS GPRSEITMSQHOPRIO 0MSQUEUING 0MSRACREQCCCH 1MSRACREQPCCCH 0NACCACT 0NOOFPHYSINFOMSG 35NUMTRALOADS 3ONDEMANDGPHDEV 20ONDEMANDGPHDG2 140OSSPRINTVER 0PAGBUNDLE 50PAGLIMIT 0PCMLAW 0PCUEIT 0 AXEPARS GPRSEITPCUQOS 0PHHSCSD 1PHSTATE 0PILTIMER 2PILTIMERFLEX 50 AXEPARS FLEXABISPSCELLPLAN 0PSETCHKPERIOD 5PULSCHEDINT 0 AXEPARS GPRSPULSQOSCONVPRIO 1QOSMAPPING 0QOSSTREAMPRIO 1QOSTHP1 3QOSTHP2 2RECCAP 10RECTIME 0REGPOINTPROCLD 80RNDFILL 0ROMTBIPADDRLSW 0ROMTBIPADDRMSW 0RPBUSMAXNOSEG 525SBHOACTIVE 0SDCCHEMERG 1SGSNREL 1

SPEECHVERUSED 1SPEQINDCOLLECT 1SUPPORT8CHAR 0 AXEPARSTBFDLLIMIT 80TBFMODEACT 0TBFULLIMIT 60TCHCAP1 31TCHCAP2 31TCHCAP3 31TCHCAPAA 0TCHCAPSEL 1TCHOPTIMIZATION 0TEITPENDING 30 AXEPARS GPRSEITTFILIMIT 4TFOCONFIGTRA 0TFOPRIO 0TFOSTATUS 0THPMBRFACTOR 0TIMER3101 15TIMER3105 4TIMERT3TRC 20TPHSTATUS 0 AXEPARSTRACEMSGTYPE 0TRADROPLEVEL 25TRADROPNOTRAF 0TRXOFFDELAY 30TRXOFFTARGET 50TRXONTARGET 20TRXTAUTOINITIME 10TRXTAUTOTHRSHLD 20TSLOOPTEST 0TSTREAMPENDING 30 AXEPARS QOSSTREAM TSTREAMSTART 50 AXEPARS QOSSTREAM TTALONG 15TTANORMAL 10ULDELAY 750UPDWNRATIO 300USFLIMIT 2UTDOAMRMODE 0

eangesa:LICENCIA: The values is related with the Elect.License loaded.AXEPARS: These PROPs are associated to Features (AXEPARS) that are not activate on the network yet.