Object Types&Statistics

7/29/2019 Object Types&Statistics

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Object Types

3.1 TRUNKROUTE 3.2 JUNCTROUTE

3.3 LOSSROUTE 3.4 CSRROUTE

3.5 KRROUTE 3.6 PBXSROUTE

3.7 TRAFFDEST 3.8 MJGROUP *** OBJECTTYPE IS CANCELLED ***

3.9 TSB 3.10 SSD

3.11 LOAS 3.12 TRAFFTYPE

3.13 EOS 3.14 RESTART

3.15 SERVICES 3.16 SUBDATA

3.17 TMSWITCH

3.18 DIGPATH 3.19 GRPSWITCH 3.20 SNT

3.21 NETWSYNC

3.22 AMA 3.23 COINBOX

3.24 TRUNKSUP 3.25 CP

3.26 RP

3.27 EMRP 3.28 EM

3.29 EMG

3.30 DTDSUBS 3.31 DTDTRUNK 3.32 STUDYSET

3.33 SUBSGRPTRAF 3.34 SUBSGRPFEAT

3.35 EAINC 3.36 EAOUT

3.37 SSPSTAT 3.38 SS7SLTRAFF

3.39 SS7TOTAL 3.40 BGCFCINT

3.41 BGCFCPUB 3.42 BGCFCOUTW

3.43 TMATRIX 3.44 BSUBTYPE

3.45 SS7SLMT1 3.46 SS7SLMT2

3.47 SS7PRGRP 3.48 SS7TOTAL2

3.49 SS7TIMERS

3.50 SS7LS 3.51 CAMABT



3.52 CFC800 ** OBJECTTYPE IS CANCELLED ** 3.53 ECDET

3.54 EQACCTOT 3.55 ONIQUEUE

3.56 ONITRUNK 3.57 EMGSTAT

3.58 SPSP 3.59 SPHD

3.60 SPDL 3.61 SSPSTAT2

3.62 TCAPBAS 3.63 BCROUTE

3.64 SUSSAE 3.65 SERVICES2

3.66 SS7GWON 3.67 SS7GWONTT

3.68 SS7GWLS 3.69 SS7GWLSON

3.70 SS7GWLSDN

3.71 SS7TT 3.72 CELLTCH 3.73 CELLCCH

3.74 NCELL

3.75 TG 3.76 TRXC

3.77 LAPD 3.78 LIBAL1ST

3.79 L2STATBA

3.80 L3STATBA 3.81 C7SI

3.82 C7MESS

3.83 EXCHFAULT 3.84 BASTRAFFTY 3.85 HLRMAP

3.86 ROAMING 3.87 AUTHEN

3.88 VLR 3.89 CHASSIGNT

3.90 HNDOVER 3.91 UPDLOCAT

3.92 PAGING 3.93 MAPSIGIWRK

3.94 SECHAND 3.95 SUPPLSERV

3.96 BSCSTAT 3.97 SESSCF

3.98 SESSSF 3.99 C7SCPERF

3.100 C7SCQOS 3.101 C7SCSUBSYS

3.102 C7SCCPUSE

3.103 C7SCSIGP 3.104 TCMSG



3.105 TCCMP 3.106 TCUSE

3.107 TCABO 3.108 TCREJ

3.109 C7SL1 3.110 C7SL2

3.111 C7SLSET 3.112 C7RTSET

3.113 C7ADJSLP 3.114 C7OPC

3.115 C7DPC 3.116 C7SIO

3.117 C7OPCSIO 3.118 C7DPCSIO

3.119 C7ODS 3.120 C7RTTOTAL

3.121 DIP 3.122 CBA

3.123 ASDLILINK

3.124 ASDLIEXCH 3.125 SERVICES3 3.126 SBSQUE1

3.127 SBSQUE2

3.128 SBSQUE3 3.129 CELLSTAT

3.130 EQIDCON 3.131 LOCAREAST

3.132 HLRSTAT

3.133 NBRCELLST 3.134 NBRMSCLST

3.135 SHMSGSERV

3.136 NCELLREL 3.137 SESIWU 3.138 EXMACTSUB

3.139 EXMPAGRES 3.140 FHC

3.141 FHCHANNEL 3.142 FHL

3.143 GLPAGERES 3.144 IS41GMSC

3.145 IS41GMSCT 3.146 IS41HLR

3.147 IS41HLRT 3.148 IS41HOFF1

3.149 IS41HOF1T 3.150 IS41HOFF2

3.151 IS41HOF2T 3.152 IS41VMSC

3.153 IS41VMSCT 3.154 LAPAGE

3.155 LAPAGERES

3.156 MTUPGLOBL 3.157 MTUPGMSC



3.158 MTUPHLR1 3.159 MTUPHLR2

3.160 MTUPHOFF1 3.161 MTUPHOFF2

3.162 MTUPHOFF3 3.163 MTUPLOC

3.164 MTUPVMSC1 3.165 MTUPVMSC2

3.166 PAPAGE 3.167 PAPAGERES

3.168 SPAPAGE 3.169 SPAPAGRES

3.170 SYSTSUB 3.171 TRAFFTYPE1

3.172 BASTRAFTY1 3.173 NECELLREL

3.174 CELLCCHDR 3.175 CELLEVENT

3.176 CELLTCHDR

3.177 MOTG 3.178 MOTS 3.179 NCELLRXT

3.180 NECELLRXT

3.181 BSC 3.182 TCDIA

3.183 GIWUSTAT 3.184 SMSGMSC

3.185 HLRSUBS

3.186 SMSIWMSC 3.187 MTSFB

3.188 ODB

3.189 ODBINV 3.190 PLMNSUB 3.191 SSACT

3.192 SSSPROC 3.193 HMAPERR

3.194 HMAPPRI 3.195 MAUTH

3.196 MLOR 3.197 MMAPERR

3.198 MMAPPRI 3.199 MRSCELCCH

3.200 MRSCELCHS 3.201 MRSCELTCH

3.202 MRSCELVCH 3.203 MRSMSC

3.204 MRSNCELL 3.205 SAE

3.206 C7OD 3.207 C7LSSI

3.208 C7OPCDS

3.209 AUTH 3.210 MTUPHLR3



3.211 MTUPVMSC3 3.212 MRVTOT

3.213 MRVFAIL 3.214 C7ODS24

3.215 PTNTCFC 3.216 SUBLINES

3.217 ISDNTSI 3.218 AJROUTE

3.219 BJROUTE 3.220 DASAD

3.221 L2STATPRA 3.222 L3STATPRA

3.223 ALLSERV 3.224 CALLFSERV

3.225 CAWSERV 3.226 CKWSERV

3.227 HOLDSERV 3.228 RDTPSTN

3.229 RDTISDN

3.230 COPRVLRST 3.231 CUGBSG 3.232 ALTSERVICE

3.233 TRAFFDEST1

3.234 REGSERVICE 3.235 TRUNKROUT2

3.236 DIPSEC 3.237 CLIPSERV

3.238 CLIRSERV

3.239 COLPSERV 3.240 COLRSERV

3.241 CUGSERV

3.242 UUSSERV 3.243 ISDNEBS 3.244 ISDNESG

3.245 CELLSDCCH 3.246 RANDOMACC

3.247 LATASTAT 3.248 LATAMISTAT

3.249 SS7SCQOS 3.250 SS7SCSUBSY

3.251 SS7SCCPUSE 3.252 EQLACC

3.253 HINTERMAP 3.254 MINTERMAP

3.255 MRSLA 3.256 C7OPCDS24

3.257 TPLAT 3.258 ASSSERV

3.259 RTN 3.260 CB

3.261 CI

3.262 NETWRK 3.263 RLM



3.264 NRCSTATS 3.265 WIDEBAND

3.266 DISCCALL 3.267 DIPPRM

3.268 IRNEG 3.269 CODERASGN

3.270 IDLECH 3.271 RNDACCEXT

3.272 COMPSERV 3.273 QUESERV

3.274 RCSSSERV 3.275 TPYSERV

3.276 SCRNSERV 3.277 FHLPRA

3.278 SYSSUB 3.279 SLOCSUB

3.280 EXMSUB 3.281 ELOCSUB

3.282 MEXMSUB

3.283 MELOCSUB 3.284 VGMAPPRI 3.285 VGMAPERR

3.286 VVMAPPRI

3.287 VVMAPERR 3.288 TRANSFLNO

3.289 TCAP01 3.290 SCP800

3.291 TRAFFSAE

3.292 ECPOOL 3.293 DTISTAT

3.294 MRSCELAL

3.295 TTRMSN 3.296 FHLV5 3.297 SSFICCT

3.298 SSFOHDCT 3.299 SSFSCFT

3.300 SSFMCSOHT 3.301 SSFSRFT

3.302 SSFMCST 3.303 SSFSFT

3.304 SSFCGT 3.305 SSFECT

3.306 SSFCHMT 3.307 SSFICCI

3.308 SSFICCRII 3.309 SSFOHDCI

3.310 SSFDPCI 3.311 SSFGLTI

3.312 CLSMS 3.313 CLSDCCH

3.314 CLSDCCHO

3.315 CLTCH 3.316 CLTCHF



3.317 CLTCHH 3.318 CLTCHFV1

3.319 CLTCHFV2 3.320 CLTCHHV1

3.321 CLTCHDRF 3.322 CLTCHDRH

3.323 IDLEOTCHF 3.324 IDLEOTCHH

3.325 IDLEUTCHF 3.326 IDLEUTCHH

3.327 NECELASS 3.328 NECELHO

3.329 NICELASS 3.330 NICELHO

3.331 TRAPCOM 3.332 TRAPEVENT

3.333 TRASEVENT 3.334 SHAM

3.335 SHIST

3.336 SHSCF 3.337 CVTR01 3.338 CVTR02

3.339 SDFINAP

3.340 HLRPERF 3.341 AUCMAP

3.342 AUCSUBS 3.343 TRAFFMEAS

3.344 CTMMAP

3.345 VDBACT 3.346 CTMDECT

3.347 ACCESSROUT

3.348 USRACCESS 3.349 VCISERV 3.350 MSCREG

3.351 EXMSTAT 3.352 IS41HLR2

3.353 IS41HLR2T 3.354 IS41HOFF3

3.355 IS41HOF3T 3.356 IS41VMSC2

3.357 IS41VMSCT2 3.358 WIDEBAND1

3.359 WIDEBAND2 3.360 LNPGTT1

3.361 ATERTRANS 3.362 BSCMSLOT

3.363 CELLCCHHO 3.364 CELLCONF

3.365 CLTCHFV3 3.366 CLTCHHV2

3.367 CLTCHHV3

3.368 DOWNTIME 3.369 NECELHOEX



3.370 NICELHOEX 3.371 PREEMP

3.372 CELEVENTD 3.373 CELEVENTH

3.374 CELEVENTS 3.375 CELEVENTI

3.376 CELTCHF 3.377 CELTCHH

3.378 HINTSUPV 3.379 HINTARIC

3.380 AUTHCC 3.381 MBASTRAFTY

3.382 MTRAFTYPE 3.383 SERVFEAT

3.384 GSCF 3.385 ISP

3.386 LNPMAINT 3.387 SDIPMS

3.388 SDIPHP

3.389 SDIPLP 3.390 DATA 3.391 EMGINTCAL

3.392 AUSINTCAL

3.393 L2V5CPATH 3.394 L2V5PRA

3.395 L3V5PRA 3.396 AUS

3.397 NMROUTE

3.398 CELTCHFP 3.399 KRQUALITY

3.400 CNIPSERV

3.401 VPNSERV 3.402 GPRSGS 3.403 REGSATPAG

3.404 SGSNSTAT 3.405 SGSN

3.406 PDPDEF 3.407 NAMSUBS

3.408 MOBPOS 3.409 MRSCELTLM

3.410 MRSCDT 3.411 HS7SL1

3.412 DYNTRUNKV 3.413 DYNTRUNKH

3.414 BSCGPRS 3.415 CELLDUALT

3.416 CELLGPRS 3.417 CELLHCS

3.418 CELLHSCSD 3.419 CELLSQI

3.420 EMGPRS

3.421 LOADREG 3.422 LCSSTAT



3.423 DIGS 3.424 LOASMISC

3.425 LOASINCO 3.426 TRAFFSRF

3.427 MESSFLNO 3.428 MRSCELPKT

3.429 MRSCLUPCH 3.430 LSCC

3.431 GSINTMSC 3.432 AAL2PATH

3.433 AUTHSUBS 3.434 RNCSTAT

3.435 RELOC 3.436 PDCUMTSFLN

3.437 ECNP 3.438 NBRMSCUGHO

3.439 UGHNDOVER 3.440 SH2AM

3.441 SH2IST

3.442 SH2SCF 3.443 UMTSSEC 3.444 BSCPOS

3.445 CELLPOS

3.446 OPTFEAT 3.447 DTAPLCS

3.448 BSCSTAT2 3.449 GUHNDOVER

3.450 PCKTDATA

3.451 APPLATFORM 3.452 APDISKS

3.453 MTSFB3

3.454 NBRMSCGUH 3.455 ISDNEBA 3.456 ISDNEPRA

3.457 MNPMAINT 3.458 CAMEL3

3.459 CAPAGE 3.460 ANSIGSMNM

3.461 NRM 3.462 EMWIDELIV

3.463 UMTSPOS 3.464 MRSCELPAG

3.465 NUCELLREL 3.466 TRASUBPOOL

3.467 Object Type removed 3.468 CELLQOSG

3.469 CELLQOSEG 3.470 RLINKBIT

3.471 BSCQOS 3.472 CCCHLOAD

3.473 NBRMSCLST2

3.474 L3CCMSG 3.475 SS7HSLTRAF



3.476 SS7HSLMT1 3.477 SS7HSLMT2

3.478 SS7HSLMT3 3.479 SS7HSLS

3.480 SS7HSLPG1 3.481 SS7HSLPG2

3.482 Object Type removed 3.483 ECNPASLR

3.484 ECNPASLS 3.485 ECNPERL

3.486 ECNPPD 3.487 M3DATA

3.488 M3SSNM 3.489 M3ASPSM

3.490 M3ASPTM 3.491 M3MGMT

3.492 M3ASSOC 3.493 Object Type removed

3.494 M3DEST1

3.495 M3DEST2 3.496 M3PERF 3.497 SCTPLM

3.498 SCTPAM

3.499 RSASUBS 3.500 CELEVENTSC

3.501 CELLPAG 3.502 CLRATECHG

3.503 IS41GMSCT2

3.504 SILENTRET 3.505 SUCORCL

3.506 BSCGPRS2

3.507 CELLGPRS2 3.508 CLTCHFV3C 3.509 CLTCHHV3C

3.510 CELLMSQ 3.511 TRAFGPRS2

3.512 CELLFERF 3.513 CELLFERH

3.514 CLTCHDRAF 3.515 CLTCHDRAH

3.516 CELLGPRSO 3.517 CELLQOSS

3.518 CLQOSSCON 3.519 CLQOSSCON2

3.520 DELSTRTBF 3.521 GPRSGEN

3.522 TRAFDLGPRS 3.523 TRAFULGPRS

3.524 WINVPN 3.525 WINFPH

3.526 WINMAC

3.527 WINPPC 3.528 LBSPOSREQ



3.529 OTAPACOUN 3.530 Object Type removed

3.531 OOBTCSTAT 3.532 SHAM1

3.533 MSC 3.534 CELLFLXAB

3.535 CLDTMEST 3.536 CLDTMPER

3.537 CLDTMQOS 3.538 CELLEIT

3.539 CELLEIT2 3.540 CELLGPRS3

3.541 TRAFGPRS3 3.542 CHGRP0F

3.543 CHGRP0H 3.544 CLRXQUAL

3.545 NSEPCALL 3.546 TQROUTE

3.547 SCTPTM

3.548 PRBTCALL

CELLCCHThis Object Type is included in the following FS'sapproved by PC-STS - 16/155 17-ANT 240 04 Uen Rev PA11REPLACED by another Object Type17/155 17-ANT 240 02 Uen Rev E17/155 17-ANT 240 03 Uen Rev A17/155 17-ANT 240 03 Uen Rev B17/155 17-ANT 240 03 Uen Rev Capplication lines:NONE

Number Name Included Changeable Nobjects

73 CELLCCH No Yes 100

Number Name Type DID and DID-pos

1 CCALLS PC CELLCCHCNT.2

2 CCONGS PC CELLCCHCNT.3

3 CTRALCNT ST CELLCCHCNT.4

4 CNDROP PC CELLCCHCNT.5

5 CNROCNT PC CELLCCHCNT.6

6 CNUCHCNT ST CELLCCHCNT.7

7 CAVAACC PC CELLCCHCNT.8

8 CAVASCAN PC CELLCCHCNT.9

9 CMSESTAB PC CELLCCHCNT.10

10 CNSCAN PC CELLCCHCNT.11

11 CSMSDWN PC CELLCCHCNT.1212 CSMSUP PC CELLCCHCNT.13

13 CTCONGS PC CELLCCHCNT.14

14 RAANPAG PC CELLCCHCNT.15

15 RAEMCAL PC CELLCCHCNT.16

16 RACALRE PC CELLCCHCNT.17

17 RAOSREQ PC CELLCCHCNT.18

18 RAACCFA PC CELLCCHCNT.19

19 CTRALACC PC CELLCCHCNT.20



Traffic and event measurments

Object type = ATERTRANS (Ater Interface Transmission Devicesper BSC in a TRC)

Ater interface transmission devices per BSC in a TRC. The counters are

defined per BSC in a TRC (see chapter 2.1.1).Type Counter name Description

ID ID1 BSC pointer

PC AVATERTRCDEV Available Ater interface

transmission device accumulation

counter

PC SZATERTRCDEV Number of partly or wholly seized

Ater interface transmission device

accumulation counter

PC SZSATERTRCDEV Number of seized Ater interface

transmission subdevice accumulation

counter

PC ALLOCATERATP Number of allocation attempts

for Ater interface transmission

devicesPC SALLOCATERATP Total number of allocation attempts

for Ater interface transmission

subdevices

PC ATERCONG Number of failed allocation attempts

due to Ater interface transmission

congestion

PC BLATERTRCDEV Number of blocked Ater interface

transmission devices

PC TRCNSCAN Number of accumulations

Object type = BSC (Paging and MS sessions per BSC)The counters are defined per BSC (see chapter 2.2.1).Type Counter name Description

PC BSCCUMMS Cumulative number of MS sessions

in the BSC

ST BSCMAXMS Number of ongoing MS sessions in

the BSC

PC GSM1800CUMMS Cumulative number of MS sessions

in the BSC in GSM 1800 system

INTERNAL INFORMATIONUSER GUIDE 25 (182)3/198 17-APT 210 09 Uen2001-12-20 C1Nr — No.Datum —Date Rev File

EST GSM1800MAXMS Number of ongoing MS sessions in

the BSC in GSM 1800 system



ST GSM900MAXMS Number of ongoing MS sessions in


PC TOTPAG Number of paging messages received

from the MSC

PC TOTCONGPAG Number of Paging messages



discarded due to congestion

PC GSM400CUMMS Not valid

ST GSM400MAXMS Not valid



ST GSM800MAXMS Number of ongoing MS sessions in


Object type = CELEVENTH (Cell Load Sharing and Handovers dueto Operation and Maintenance Intervention per Cell)Measurements for Cell Load Sharing and Handovers due to Operation andMaintenance Intervention per Cell (see chapter 2.7.1).INTERNAL INFORMATIONUSER GUIDE 34 (182)3/198 17-APT 210 09 Uen2001-12-20 C1Nr — No.Datum —Date Rev File

EThe cells are identified with the cell names.Type Counter name Description

ID ID1 Global cell pointer to the

serving cell

PC CLSTIME Total time in seconds cell load

sharing evaluations is performed

in the cell

PC TOTCLSTIME Total time in seconds the cell is

active for cell load sharing

PC HOATTLS Handover attempts due to Cell

load sharing.

PC HOSUCLS Successful handovers due to Cell

load sharing.

PC HOATTBL Handover attempts due tooperation and maintenance

intervention.

PC HOSUCBL Successful handovers due to

operation and maintenance

intervention.

Object type = CELEVENTI (Intra Cell Channel Change per Cell)Intra cell handover measurements per cell (see chapter 2.8.1).The cells are identified with the cell names and one set of counters is definedfor each cell.Type Counter name Description


serving cell

PC HOINUQA Number of intra cell handover

attempts at bad uplink quality.

PC HOINDQA Number of intra cell handover

attempts at bad downlink quality.

PC HOINBQA Number of intra cell handover

attempts at bad quality in both

links.

PC HOINSUC Number of successful intra cell



handovers.

PC HOINBOCH Number of unsuccessful intra cell

handover attempts, MS back on old

channel.

Object type = CELEVENTS (Handover between Overlaid andUnderlaid Subcells per Cell)Handover Channel Change registrations between overlaid and underlaidsubcells of the same cell (see Chapter 2.9.1). The cell is identified with thecell name.Type Counter name Description


serving cell

PC HOAATUL Handover attempts to underlaid

subcell.

PC HOSUCUL Number of Successful handover

attempts to underlaid subcell.

PC HOAATOL Handover attempts to overlaid

subcell.

PC HOSUCOL Number of Successful handoverattempts to overlaid subcell.

PC HOATTULBQ Not valid

PC HOSUCULBQ Not valid

PC HOATTULMAXIHO Number of handover attempts from

OL to UL subcell due to MAXIHO in

OL subcell.

PC HOSUCULMAXIHO Number of successful handovers

from OL to UL subcell due to

MAXIHO in OL subcell

PC HOATTOLMAXIHO Number of handover attempts from

UL to OL subcell due to MAXIHO

in UL subcell

PC HOSUCOLMAXIHO Number of successful handovers

from UL to OL subcell due toMAXIHO in UL subcell

Object type = CELLCCHDR (Dropped Connections for ControlChannels per Cell)Traffic measurements for dropped connections per cell for SDCCH (seechapter 2.10.1). The counters are defined per cell for SDCCHs and the cell isidentified with the cell name.Type Counter name Description

PC CDISQA Dropped connections at bad quality

down or up link per cell

PC CDISSS1 Dropped connections for power class

1 MSs, at low signal strength downor up link.


2 MSs, at low signal strength down

or up link.



or up link.





or up link.



or up link.

PC CDISTA Dropped connections at excessive TA.

PC CDISQASUB Dropped connections at bad quality

down or up link per overlaid subcell

PC CDISSS Dropped connections at low signalstrength down or up link per cell.

PC CDISSSSUB Dropped connections at low signal

strength down or up link per

overlaid subcell.

Object type = CELLCCHHO (Handovers on SDCCH per Cell)Handovers on SDCCH. The counters are defined per cell. (see chapter 2.11.1)Type Counter name Description


serving cell

PC CCHHOCNT SDCCH handover attempts

PC CCHHOSUC Successful SDCCH handover attempts.

PC CCHHOTOCH SDCCH handover attempts return to

old channel.

Object type = CELLCONF (Adaptive Configuration of LogicalChannels per Cell)Registration of reconfiguration attempts from TCH to SDCCH, and fromSDCCH to TCH per cell, (see chapter 2.12.1).The counters are defined per cell and a cell is identified with a cell name.Type Counter name Description


serving cell

PC CONFATTC Number of all reconfiguration

attempts from TCH to SDCCHPC CONFATTT Number of all reconfiguration

attempts from SDCCH to TCH

Object Type = CELLGPRS (GPRS counters per cell)Registration of GPRS Measurements per Cell, (see chapter 2.14.1).Type Counter name Description


EPC ALLPDCHACC Number of allocated PDCHs

accumulator

PC ALLPDCHACTACC Average number of PDCHs carrying

packet traffic, per cell in the

measurement period.

PC ALLPDCHPEAK Maximum number of PDCHs allocated

and carrying packet traffic, per cell



during the last 15 minutes

PC ALLPDCHSCAN Number of accumulations of

allocated PDCHs

PC PAGCSBVCI Number of 08.18 PAGING CS messages

to be transmitted on PCH

PC PCHALLATT Number of packet channel allocation

attempts

PC PCHALLFAIL Number of packet channel allocationfailures

PC PDRAC Number of packet data random

accesses

PC PDPRAC Number of packet data packet

random accesses

PC PPAGCSBVCI Number of 08.18 PAGING CS messages

to be transmitted on PPCH

PC PREEMPTPDCH Total number of pre-empted PDCHs

carrying packet traffic, per cell

in the measurement period

PC RBCDL Number of radio block messages,

downlink

PC RBCUL Number of radio block messages,

uplinkPC RETRANSDL Number of retransmitted radio

messages, downlink

PC RETRANSUL Number of retransmitted radio

messages, uplink

Object type = CELLHCS (Locating Measurements for HCS per Cell)Registration of Locating Measurements for HCS per Cell, (see chapter 2.15.1).The counters are defined per cell and a cell is identified with a cell name.Type Counter name Description

PC LOCEVAL Accumulated number of locating

evaluations.

PC BRHILAYER Accumulated number of locating

evaluations where HCS ranking

differs from basic ranking

Object type = CELLSQI (Measurements for Speech QualitySupervision for TCH/F per Cell)Registration of Speech Quality Supervision per cell, (see chapter 2.18.1).The counters are defined per cell and a cell is identified with a cell name.Type Counter name Description

PC TSQIGOOD Number of measurements with good

speech quality.PC TSQIGOODSUB Number of measurements with good

speech quality in overlaid subcell.

PC TSQIACCPT Number of measurements with acceptable

speech quality.

PC TSQIACCPTSUB Number of measurements with acceptable

speech quality in overlaid subcell.

PC TSQIBAD Number of measurements with

unsatisfactory speech quality.

PC TSQIBADSUB Number of measurements with



unsatisfactory speech quality in

overlaid subcell.

Object type = CELTCHF (Traffic Channel/Full Rate Connectionsper Cell)Traffic measurements for TCH/F on cell (see chapter 2.19.1).The counters are defined per cell for TCH/Fs (Traffic Channels/Full Rate)connections per cell. The cell is identified with the cell name.Type Counter name Description

PC DJ TFNDROP Dropped connections due to failure.

PC DJ TFCASSALL Assignment complete for all

MS power classes

PC DP TFMSESTB Successful MS channel establishment

on TCHs

PC DP TFMSESTBSUB Successful MS channel establishment

on TCHs for overlaid subcell

PC DP TFCALLS Call attempt counter

PC DP TFCALLSSUB Call attempt counter for

overlaid subcellPC DJ TFTCONGS TCH congestion time

PC DJ TFTCONSUB TCH congestion time for

overlaid subcell

PC DP TFTRALACC Traffic level accumulator

PC TFNSCAN Number of accumulations of

traffic level counter

PC DP TFTRALSUB TCH traffic level accumulated in

overlaid subcell.

PC DJ TFNDROPSUB Dropped connections in overlaid

subcell due to failure.

PC DJ TFCASSALLSUB Assignment complete in overlaid

subcell for all MS power classes.

PC DJ TFCONGSAS Number of congestion at assignment

PC DJ TFCONGSASSUB Number of congestion at assignmentin overlaid subcell

PC DJ TFCONGSHO Number of congestion at handover

PC DJ TFCONGSHOSUB Number of congestion at handover in

overlaid subcell

PC DJ TFNRELCONG Number of released TCH due to radio

resource congestion.


EPC DJ TFNRELCONGSUB Number of released TCH due to radioresource congestion in overlaid

subcell.

PC DJ TFTHARDCONGS Counts the time when all radio

resources are occupied (hard

congestion)

PC DJ TFTHARDCONGSSUB Counts the time when all radio

resources are occupied (hard

congestion) in the overlaid



subcell

2.19.3 Object type = CELTCHH (Traffic Channel/Half Rate Connectionsper Cell)Traffic measurements for TCH/H on cell (see chapter 2.19.1).The counters are defined per cell for TCH/Hs (Traffic Channels/Half Rate)connections per cell. The cell is identified with the cell name.Type Counter name Description

PC DJ THNDROP Dropped connections due to failure.

PC DJ THCASSALL Assignment complete for all

MS power classes

PC DP THMSESTB Successful MS channel establishment

on TCHs

PC DP THMSESTBSUB Successful MS channel establishment

on TCHs for overlaid subcell

PC DP THCALLS Call attempt counter

PC DP THCALLSSUB Call attempt counter for

overlaid subcell

PC DJ THTCONGS TCH congestion time

PC DJ THTCONSUB TCH congestion time for

overlaid subcell

PC DP THTRALACC Traffic level accumulatorPC THNSCAN Number of accumulations of

traffic level counter

PC DP THTRALSUB TCH traffic level accumulated in

overlaid subcell.

PC DJ THNDROPSUB Dropped connections in overlaid

subcell due to failure.

PC DJ THCASSALLSUB Assignment complete in overlaid


Esubcell for all MS power classes.

PC DJ THCONGSAS Number of congestion at assignment

PC DJ THCONGSASSUB Number of congestion at assignment

in overlaid subcell

PC DJ THCONGSHO Number of congestion at handover

PC DJ THCONGSHOSUB Number of congestion at handover

in overlaid subcell

PC DJ THNRELCONG Number of released TCH due to

radio resource congestion

PC DJ THNRELCONGSUB Number of released TCH due to radio

resource congestion in overlaid

subcell

Object type = CLSDCCH (SDCCH per Cell)Traffic measurements for SDCCH on cell (see chapter 2.21.1).The counters are defined per cell for SDCCHs. The cell is identified withthe cell name.Type Counter name Description

PC DP CCALLS Call attempt counter



PC DJ CCONGS Congestion counter

PC DJ CTCONGS SDCCH congestion time

PC DP CTRALACC Traffic level accumulator

PC CNSCAN Number of accumulations of SDCCH

traffic level counter.

PC CNDROP Dropped connections due to failure.

ST DP CNUCHCNT Number of defined channels

PC DP CAVAACC Available channels accumulator

Object type = CLSDCCHO (Overlaid subcell for SDCCHs per Cell)Traffic measurements for overlaid subcell counters for SDCCHs on cell(see chapter 2.21.1). The overlaid subcell counters are defined per cell for SDCCHs. The cell is identified with the cell name.Type Counter name Description

PC DP CCALLSSUB Call attempt counter for overlaid

subcell

PC DJ CCONGSSUB Congestion counter for overlaid

subcell

PC DJ CTCONSUB SDCCH congestion time for

overlaid subcell

PC DP CTRALSUB Traffic level counter accumulator

for overlaid subcell

PC CNSCANSUB Number of accumulations of SDCCH

traffic level counter for

overlaid subcell.

ST DP CNUCHSUB Number of defined channels

in overlaid subcell

PC DP CAVASUB Available channels accumulator


PC CAVASCANSUB Number of accumulations of

available channels counter for

overlaid subcell.

PC DP CMSESTABSUB Successful MS channel establishment

on SDCCHs for overlaid subcell

PC DP CNRELCONGSUB Number of SDCCH released due to

radio resource congestion for

overlaid subcell.

Object type = CLSMS (Short Message Service per Cell)Traffic measurements for Short Message Service on both SDCCH and TCHper cell (see chapter 2.22.1).The counters are defined per cell for both SDCCHs and TCHs.The cell is identified with the cell name.Type Counter-name Description

PC CSMSDWN SMS messages downlink SDCCH

PC CSMSUP SMS messages uplink SDCCHPC TSMSDWN SMS messages downlink TCH

PC TSMSUP SMS messages uplink TCH

Object type = CLTCH (Traffic Channel Connections per Cell)Traffic measurements for TCH on cell (see chapter 2.23.1).The counters are defined per cell for TCHs. The cell is identified with thecell name.Function: TCH connections per cell. Description: The counters are defined



per cell for TCHs.Type Counter name Description

ST DP TNUCHCNT Number of defined channels

ST DP TNUCHSUB Number of defined channels in

overlaid subcell

PC DP TAVAACC Available BPCs for traffic

channels accumulator

PC TAVASCAN Number of accumulations ofavailable BPCs for traffic

channels counter

PC DP TAVASUB Available BPCs for traffic

channels accumulator for

overlaid subcell

PC TAVASCANSUB Number of accumulations of available

BPCs for traffic channels counter


PC TASSALL Assignment attempts for all

MS power classes.

Successful attempts are counted in

the target cell and failed attempts

are counted in the serving cell.

PC NONAVFCH Number of attempts to allocatechannels of TCH/F type when no

channels of that type are defined.

PC NONAVHCH Number of attempts to allocate

channels of TCH/H type when no

channels of that type are defined.


Ethat type are defined

PC TASSATT Number of assignment attempts on TCH

Incremented always in the target cell.

PC TCHSIG Number of TCH connections for

Signaling

Object type = CLTCHDRF (Dropped Connections for TrafficChannels/Full Rate per Cell)Traffic measurements for dropped connections per cell for TCH/F (see chapter 2.24.1).The counters are defined per cell for TCH/Fs (Traffic Channels/Full Rate). The

cell is identified with the cell name.Type Counter name Description

PC TFDISTA Dropped connections at excessive TA

PC TFDISSS1 Dropped connections for classmark

1 MSs, at low signal strength

downlink or uplink



downlink or uplink





downlink or uplink



downlink or uplink



downlink or uplinkPC DJ TFSUDLOS Suddenly lost connections

PC DJ TFSUDLOSSUB Suddenly lost connections in overlaid

subcell

PC DJ TFDISSDL Dropped connections at low signal

strength downlink

PC DJ TFDISSDLSUB Dropped connections at low signal

strength downlink in overlaid subcell


EPC DJ TFDISSUL Dropped connections at low signal

strength uplink

PC DJ TFDISSULSUB Dropped connections at low signal

strength uplink in overlaid subcell

PC DJ TFDISSBL Dropped connections at low signal

strength bothlink

PC DJ TFDISSBLSUB Dropped connections at low signal

strength bothlink in overlaid subcell

PC DJ TFDISQADL Dropped connections at bad quality

downlink

PC DJ TFDISQADLSUB Dropped connections at bad quality

downlink in overlaid subcellPC DJ TFDISQAUL Dropped connections at bad quality

uplink

PC DJ TFDISQAULSUB Dropped connections at bad quality

uplink in overlaid subcell

PC DJ TFDISQABL Dropped connections at bad quality

bothlink

PC DJ TFDISQABLSUB Dropped connections at bad quality

bothlink in overlaid subcell

2.24.3 Object type = CLTCHDRH (Dropped Connections for TrafficChannels/Half Rate per Cell)Traffic measurements for dropped connections per cell for TCH/F (see chapter 2.24.1).The counters are defined per cell for TCH/Fs (Traffic Channels/Full Rate). The

cell is identified with the cell name.Type Counter name Description

PC THDISTA Dropped connections at excessive TA

PC THDISSS1 Dropped connections for classmark


downlink or uplink.



downlink or uplink.





downlink or uplink.



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Edownlink or uplink.



downlink or uplink.

PC DJ THSUDLOS Suddenly lost connections

PC DJ THSUDLOSSUB Suddenly lost connections in overlaid

subcell

PC DJ THDISSDL Dropped connections at low signal

strength downlinkPC DJ THDISSDLSUB Dropped connections at low signal

strength downlink in overlaid subcell

PC DJ THDISSUL Dropped connections at low signal

strength uplink

PC DJ THDISSULSUB Dropped connections at low signal

strength uplink in overlaid subcell

PC DJ THDISSBL Dropped connections at low signal

strength bothlink

PC DJ THDISSBLSUB Dropped connections at low signal

strength bothlink in overlaid subcell

PC DJ THDISQADL Dropped connections at bad quality

downlink

PC DJ THDISQADLSUB Dropped connections at bad quality

downlink in overlaid subcellPC DJ THDISQAUL Dropped connections at bad quality

uplink

PC DJ THDISQAULSUB Dropped connections at bad quality

uplink in overlaid subcell

PC DJ THDISQABL Dropped connections at bad quality

bothlink

PC DJ THDISQABLSUB Dropped connections at bad quality

bothlink in overlaid subcell

Object type = DIGPATH (per Digital Path Supervision FunctionBlock)Digital path measurements per digital path supervision function block (see

chapter 2.26.1).Type Counter name Description

ID ID1 Block number

ST NDIPST Number of connected digital paths

PC NBLOC Number of blockings made by the

digital path supervision

ST NCONSDIP Number of connected synchronous

digital paths

ST NCONMS Number of connected multiplex sections

ST NCONHP Number of connected higher order path



objects (VC-4)

ST NCONLP Number of connected lower order path

objects (VC-12)

PC NBLOSDIP Number of blockings made by the synchronous

digital path supervision

PC NBLOMS Number of blockings made by the multiplex

section supervision

PC BLOHP Number of blockings made by higher orderpath supervision

PC BLOLP Number of blockings made by lower order

path supervision

PC NPC Number of performed network protection

switching events

Object type = DOWNTIME (Downtime Statistics per Cell)Traffic Measurements for cell downtime per cell (see chapter 2.27.1). Thecounters are defined per cell for TCHs. The cell is identified with the cell name.Type Counter name Description

PC TDWNACC Cell downtime accumulator

PC TDWNSCAN Number of accumulations of Cell

downtime accumulator

Object type = IDLEOTCHF (Idle Traffic Channels/Full Rate inOverlaid Subcell per Cell)Measurements of the number of idle TCH/Fs in overlaid subcell per interference band (see chapter 2.29.1).The counters are defined per cell for TCH/Fs (Traffic Channels/Full Rate). Thecell is identified with the cell name.Type Counter name Description

PC NOACCOF Number of accumulations

PC DJ ITFOSIB1 Accumulated number of idleTCH/Fs in Overlaid Subcell

in Interference Band 1

PC DJ ITFOSIB2 Accumulated number of idle

TCH/Fs in Overlaid Subcell










in Interference Band 52.29.3 Object type = IDLEOTCHH (Idle Traffic Channels/Half Rate inOverlaid Subcell per Cell)Measurements of the number of idle TCH/Hs in overlaid subcell per interference band (see chapter 2.29.1).The counters are defined per cell for TCH/Hs (Traffic Channels/Half Rate).The cell is identified with the cell name.INTERNAL INFORMATIONUSER GUIDE 85 (182)



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EType Counter name Description

PC NOACCOH Number of accumulations

PC DJ ITHOSIB1 Accumulated number of idle

TCH/Hs in Overlaid Subcell














2.29.4 Object type = IDLEUTCHF (Idle Traffic Channels/Full Rate inUnderlaid Subcell per Cell)Measurements of the number of idle TCH/Fs in underlaid subcell per interference band (see chapter 2.29.1).The counters are defined per cell for TCH/Fs (Traffic Channels/Full Rate). Thecell is identified with the cell name.Type Counter name Description

PC NOACCUF Number of accumulations

PC DJ ITFUSIB1 Accumulated number of idle

TCH/Fs in Underlaid Subcell


PC DJ ITFUSIB2 Accumulated number of idleTCH/Fs in Underlaid Subcell











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E2.29.5 Object type = IDLEUTCHH (Idle Traffic Channels/Half Rate inUnderlaid Subcell per Cell)Measurements of the number of idle TCH/Hs in underlaid subcell per



interference band (see chapter 2.29.1).The counters are defined per cell for TCH/Hs (Traffic Channels/Half Rate).The cell is identified with the cell name.Type Counter name Description

PC NOACCUH Number of accumulations

PC DJ ITHUSIB1 Accumulated number of idle

TCH/Hs in Underlaid Subcell

in Interference Band 1PC DJ ITHUSIB2 Accumulated number of idle












Object type = LAPD (Link Access Procedure for the D-channelper TRH device)LAPD link measurements per TRH device (see chapter 2.30.1).The LAPD is continuously recording the behaviour of the connections betweenthe BSC and BTS.The TRH device is identified with the TRH device identity.Type Counter name Description

PC CBADFRAME Number of received bad frames

PC CTRIFRAME Number of transmitted LAPD

information frames

PC CRECIFRAME Number of received LAPD

information framesPC CRETRANSM Number of retransmissions

PC COVERLOAD Number of link overloads

PC CLINKFAIL Number of link failures

PC CPROCOLERR Number of link protocol

Errors

Object type = LOADREG (Load Regulation Counters)Load regulation counters per BSC (see chapter 2.31.1).Type Counter name Description

PC NREJPCH Number of packet channel

allocation attempts rejected by

the Processor Load Control inBSC/TRC function.See Function

Specification ’Counters in the

Measurement Data Base for GPRS

Statistics.

PC NFTDEMC Not Valid.

PC NREJORG Not Valid.

PC NREJEMC Number of originating emergency

calls rejected by the Processor

Load Control in BSC/TRC function.



PC NREJPRIO Number of normal originating

connections rejected by the

Processor Load Control in BSC/TRC

function.

PC NREJNPRIO Number of location updates rejected

by the Processor Load Control in

BSC/TRC function.

Object type = NCELLREL (Handover to Neighbouring Internal Cell)Handover measurements per cell relation (see chapter 2.33.1).The cells (both originating and neighbour cells) are identified by the cellnames. The neighbouring cell is of type internal.Type Counter name Description

PC HOVERCNT Number of handover commands sent

to the neighbouring cell

PC HOVERSUC Number of successful handovers


PC HORTTOCH Number of handover attempts where

MS returns to the old channel.

2.33.3 Object type = NECELLREL (Handover to Neighbouring ExternalCell)Handover measurements per cell relation (see chapter 2.33.1).The cells (both originating and neighbour cells) are identified by the cellnames. The neighbouring cell is of type external.Type Counter name Description

PC HOVERCNT Number of handover commands sent


PC HOVERSUC Number of successful handovers


PC HORTTOCH Number of handover attempts where

MS returns to the old channel

Object type = NECELASS (Assignment Handovers toNeighbouring External Cell)

Assignment handover registrations between the serving cell and an externalneighbour (see chapter 2.34.1).The cells (both originating and neighbour cells) are identified by the cellnames. The neighbouring cell is of type external.Type Counter name Description

PC HOASBCL Number of assignment handovers

to better cell

PC HOASWCL Number of assignment handovers

to worse cell

PC HOSUCBCL Number of successful assignment

handovers to better cell

PC HOSUCWCL Number of successful assignment

handovers to worse cell

2.34.3 Object type = NICELASS (Assignment Handovers to InternalNeighbouring Cell)

Assignment handover registrations between the serving cell and an internalneighbour (see chapter 2.34.1).The cells (both originating and neighbour cells) are identified by the cellnames. The neighbouring cell is of type internal.Type Counter name Description

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EPC HOASBCL Number of assignment handovers

to better cell

PC HOASWCL Number of assignment handovers

to worse cell

PC HOSUCBCL Number of successful assignment

handovers to better cell

PC HOSUCWCL Number of successful assignment

handovers to worse cell

Object type = NECELHO (Handover to an External NeighbouringCell)

Handover registrations between the serving cell and an external neighbour (see chapter 2.35.1).The cells (both originating and neighbour cells) are identified by the cellnames. The neighbouring cell is of type external.Type Counter-name Description


EPC HOTOLCL Number of handovers to better

L-cell

PC HOTOKCL Number of handovers to better

K-cell

PC HOUPLQA Number of handovers at bad

uplink quality with or without bad

downlink quality

PC HODWNQA Number of handovers at bad

downlink quality

PC HOEXCTA Number of handovers due to

exceeded time alignment

PC HODUPFT Number of successful handover back to

old channel within a predefined time

PC HOTOHCS Number of handover attempts to a HCS

prioritised neighbour.2.35.3 Object type = NICELHO (Handover to Internal Neighbouring Cell)Handover registrations between the serving cell and an internal neighbour (see chapter 2.35.1).The cells (both originating and neighbour cells) are identified by the cellnames. The neighbouring cell is of type internal.Type Counter name Description

PC HOTOLCL Number of handovers to better

L-cell

PC HOTOKCL Number of handovers to better



K-cell

PC HOUPLQA Number of handovers at bad

uplink quality with or without bad

downlink quality

PC HODWNQA Number of handovers at bad

downlink quality

PC HOEXCTA Number of handovers due to

exceeded time alignmentPC HODUPFT Number of successful handover back to

old channel within a predefined time.

PC HOTOHCS Number of handover attempts to a HCS

prioritised neighbour.

Object type = NECELHOEX (Handover Attempts to ExternalNeighbouring Cells at High Handover Rate and ClassifyingServing Cells)Handover registrations at high handover rate between the serving cell and anexternal neighbour and classifying the serving cells (see chapter 2.36.1).The cells (both originating and neighbour cells) are identified by the cell

names. The neighbouring cell is of type external.Type Counter name Description

PC HOATTLSS Number of handover attempts when

the serving cell is a low signal

strength cell.

PC HOATTHSS Number of handover attempts when

the serving cell is a high signal

strength cell.

Object type = RANDOMACC (Random Access per Cell)Measurements for random access channels per cell (see chapter 2.38.1).The cell is identified with the cell name.

Type Counter name DescriptionPC CNROCNT Number of accepted random accesses

PC RAACCFA Failed random access

PC RAEMCAL Number of random accesses,

Emergency call

PC RACALRE Number of random accesses,

Call reestablishment

PC RAANPAG Number of random accesses,

Answer to paging.

PC RAOSREQ Number of random accesses,

Other service request.

PC RAOTHER Number of random accesses,

All other cases.

PC RATRHFAEMCAL Number of rejected CHANNEL

REQUIRED in TRH withestablishment cause

’Emergency call’.

PC RATRHFAOTHER Number of rejected CHANNEL

REQUIRED in TRH which are

not included in RATRHFAEMCAL

and RATRHFAREG.

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EPC RATRHFAREG Number of rejected CHANNEL

REQUIRED in TRH with establishment

cause ’Location Update’.

Object type = TRAPCOM (Transcoder Pool Resource Registrationsper BSC)Transcoder pool resource registrations per TRC or per TRC/BSC.This object type is used to give the operator the possibility to obtain statisticsabout the unsuccessful transcoder resource allocation attempts since therewas no transcoder pool defined for the required resource in the TRC or TRC/BSC (see chapter 2.42.1).Type Counter-name Description

INTERNAL INFORMATION

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EPC FRV1UNATT Unsuccessful Transcoder

Resource Allocation Attempts

due to missing transcoder pool

for Full Rate speech Version 1

PC FRV2UNATT Unsuccessful Transcoder




PC FRV3UNATT Unsuccessful Transcoder




PC HRV1UNATT Unsuccessful Transcoder



for Half Rate speech Version 1









2.42.3 Object type = TRAPEVENT (Transcoder Resource Registrationsper Transcoder Pool)Transcoder resource statistics per transcoder pool.The object type exists only in TRC or BSC/TRC.This object type is used to give the operator the possibility to obtain statisticsabout the transcoder resources in the transcoder pools in the system (see



chapter 2.42.1).Type Counter name Description

ID ID1 Global transcoder pool pointer

PC TPACC Number of accumulations

PC TPACTTR Active Transcoder Resources

PC TPAVTR Available Transcoder Resources

PC TPIDLTR Idle Transcoder Resources

PC TPALLOC Transcoder Resource AllocationINTERNAL INFORMATIONUSER GUIDE 116 (182)3/198 17-APT 210 09 Uen2001-12-20 C1Nr — No.Datum —Date Rev File

EAttempts

PC TPCONG Transcoder Resource Congestion

PC TPCTIME Transcoder Resource Congestion

Time

PC TPSYNCF V.110 Synchronization Failurefor pooled transcoder devices

(supported only for TRA R4 and R5)

BTS Statistics

Transceiver Group

Object type = MOTG (Managed Object Transceiver Group)Measurements are done per transceiver group record.Type Counter name Description

ID ID1 State identifier

ID ID2 Block number

PC INTERCNT Intermittent faults. Incremented

when an intermittent fault is

reported on one of the managed

objects within the TG.

PC TRASYNCCNT TRA synchronisation faults.

Incremented when a TRA

synchronisation fault is reported,

by the BTS, on one of the Timeslots

within the TG.

Object type = MOTS (Managed Object Time Slot Handler)Measurements are done per Time Slot Handler, TS.Type Counter name Description

ID ID1 State identifier

ID ID2 Block number

PC CONERRCNT Abnormally terminated connections

Incremented for TCH and SDCCH when

a connection is dropped due to



1) Error indication.

2) Connection failure indication.

3) Abnormal disconnect request (due

to Timing Advance larger than the

value specified for the cell or

number of Measurement Results

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E4) Trace failure at small restart

5) Forlopp release

PC CONCNT Connection set up attempts.

Incremented each time a TCH or

SDCCH is seized.

Documents

Object Types&Statistics