2G Common Mml Commands

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COMMON MML COMMANDS 1 (94) Consulting & Integration

QUICK LINKS

Click on the links below in the table to goto the relevant MML command.

BTS

Abis Interface

BSC

Gb

Interface

MSC

SGSN

General BTS

parameters DAP Configuration Parameters Frame Relay (Gb Interface) BTS in MSC Parameters Handover Control Abis mapping DAP

Configuration BSC in MSC Network Configuration

Power control LAPD Timers Subscriber in

VLR Frame Relay (Gb Interface) TRX level Monitor PCM

disturbance PR File parameters Location Area parameters PR File parameters Adjacency level

parameters

Active Alarms PLMN

parameters

Active Alarms Alarm History VLR parameters

Alarm History Routing Areas

(RA) Number of subs in VLR

Measurements

BSC

SGSN

MSC

BTS BTS

Gb

A, A-ter

Abis

BSC

SGSN

MSC

BTS BTS

Gb

A, A-ter

Abis

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C O N T E N T S

QUICK LINKS ...1

1 INTRODUCTION...4

2 STRUCTURE OF MML COMMANDS...4

3 LIST OF COMMONLY USED BSC COMMANDS ...5

3.1 ZEEI-OUTPUTRADIONETWORKCONFIGURATION ...6

3.2 ZEEL-OUTPUTTRXRADIOTIMESLOTS...9

3.3 ZEQO-OUTPUTBTSPARAMETERS...9

3.4 ZEHO-OUTPUTHANDOVERCONTROLPARAMETERS...13

3.5 ZEUO-OUTPUTPOWERCONTROLPARAMETERS ...15

3.6 ZERO-OUTPUTTRANSCEIVERPARAMETERS ...16

3.7 ZEAO-OUTPUTADJACENTCELLPARAMETERS ...20

3.8 ZEGO-OUTPUTTIMERS/PARAMETERS ...22

3.9 ZEEO-OUTPUTBASESTATIONCONTROLLERPARAMETERS ...24

3.10 ZESI-OUTPUTDYNAMICABISPOOLINFORMATION...27

3.11 ZDSB–INTERROGATEBASESTATIONCONTROLLERD-CHANNELDATA...29

3.12 ZYMO–OUTPUTSTATISTICALDISTURBANCESONONECIRCUIT ...30

3.13 ZWOI-SYSTEMCONFIGURATIONADMINISTRATION,INTERROGATEPARAMETERVALUE...31

3.14 ZEOL-LISTALARMSCURRENTLYON...40

3.15 ZEOH-LISTALARMSHISTORY ...41

3.16 ZEOE-LISTBLOCKEDALARMS ...42

3.17 ZTPI-INTERROGATEGSMMEASUREMENT...42

3.18 ZWOS-OUTPUTFEATURESACTIVATIONSTATUS ...44

3.19 ZABO-OUTPUTBLOCKEDALARMS(BSCALARMS) ...46

3.20 ZAHO-PRINTALARMSCURRENTLYON(BSCALARMS) ...47

3.21 ZAHP–PRINTALARMHISTORY(BSCALARMS)...47

3.22 ZEBP-OUTPUTROUTINGAREA(S) ...48

3.23 ZEBI-OUTPUTMOBILEALLOCATIONFREQUENCYLIST(S)...49

3.24 ZFWO-OUTPUTTHENETWORKSERVICEVIRTUALCONNECTIONDATA...52

3.25 ZFUI-INTERROGATEFRAMERELAYBEARERCHANNELDATA...57

3.26 ZEAT–CHECKADJACENTCELLDATA...57

3.27 ZUSI–INTERROGATEUNITSTATE ...58

4 LIST OF COMMONLY USED SGSN COMMANDS...62

4.1 ZEJH–OUTPUTSGSNPARAMETERTS ...62

4.2 ZEJH–OUTPUTNETWORKCONFIGURATION...64

4.3 ZFUI–INTERROGATEFRAMERELAYBEARERCHANNELDATA...68

4.4 ZFWO-OUTPUTTHENETWORKSERVICEVIRTUALCONNECTIONDATA...71

4.5 ZWOI-SYSTEMCONFIGURATIONADMINISTRATION,INTERROGATEPARAMETERVALUE...71

5 LIST OF COMMONLY USED MSC/VLR COMMANDS...80

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5.2 ZEIO–OUTPUTNETWORKLOCATIONAREADATA ...80

5.3 ZEPO–OUTPUTBTSORSERVICEAREADATA...81

5.4 ZEDO–OUTPUTBSC/MGWDATA ...82

5.5 ZMVO–OUTPUTVISITINGSUBSCRIBERDATA ...85

5.6 ZMXP–OUTPUTPLMNPARAMTERS...87

5.7 ZMXO–OUTPUTVLRPARAMTERS...89

5.8 ZMVI–DISPLAYSUBSCRIBERSINVLR...91

5.9 ZMVP–DISPLAYEQUIPMENTIDENTITYOFVISITINGSUBSCRIBER ...91

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1 INTRODUCTION

The purpose of this document is to list out the most common MML commands that the network planning and performance engineers need to be familiar with. A quick reference to the common commands is provided at the end of the document.

All commands listed here are interrogation/output only commands, that is, the commands which do not allow any modifications. The commands are given with a short description followed by example of an execution printout. The examples included in this document are from S11.

2 STRUCTURE OF MML COMMANDS

MML commands consist of a command part and, in general, a parameter part . The command part consists of three command letters that define the function you want the system to perform. The parameter part consists of parameters that contain information necessary for the execution of a command. See the following example of the ICL command:

ICL:DATE=2002-01-01,HOURS=1&&3;

In this example, “ICL” comprises the command part and “DATE=2002–01–01,HOURS=1&&3;” the parameter part .

MML commands are subject to certain punctuation rules. Parameters are separated from one another and from the command part by punctuation marks and the command is completed by a semicolon (;).

Each MML command has a fixed structure, which is defined by syntactic rules . The syntax of a command determines, for example, the parameters that must be given specific values and the order of the various elements in the command. Syntactic rules are presented in the command-specific instructions, and the online help offers guidance you when you enter the command.

Table: Punctuation marks in MML commands

PUNCTUATION

MARK FUNCTION IN THE COMMAND Space No syntactic significance.

Comma (,) Separates parameters from one another.

Gives the default value to position-defined and name-defined parameters. Colon (:) Separates the command part from the parameter part.

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PUNCTUATION

MARK FUNCTION IN THE COMMAND Semicolon (;) Completes and executes the command.

Question mark (?) Displays guidance when entering a command (guidance can be either a menu or some parameter guidance).

Note that separators do not always have to be entered. Instead, after you have typed in a parameter, you can press ENTER and, in most cases, the system adds the correct separator. Also note that if a parameter block contains name-defined parameters, you may have to enter a colon to move to the following parameter block. The system never adds the semicolon (;).

3 LIST OF COMMONLY USED BSC COMMANDS

The CELLULAR RADIO NETWORK ADMINISTRATION COMMAND (ZE__) group has the most commands that are used by Network planners.

Following is the main menu of the MML commands. > Z?

BSC BCT01 2005-06-14 11:49:27 MAIN LEVEL

? ... DISPLAY MENU

A ... ALARM SYSTEM ADMINISTRATION C ... ROUTING STATE ADMINISTRATION D ... SYSTEM SUPPORT AND COMMUNICATION E ... CELLULAR RADIO NETWORK ADMINISTRATION F ... FRAME RELAY ADMINISTRATION

I ... I/O SYSTEM ADMINISTRATION N ... SS7 NETWORK ADMINISTRATION

O ... SUPPLEMENTARY SS7 NETWORK ADMINISTRATION Q ... O&M NETWORK ADMINISTRATION

R ... ROUTING ADMINISTRATION T ... TRAFFIC ADMINISTRATION U ... UNIT ADMINISTRATION

W ... SYSTEM CONFIGURATION ADMINISTRATION Y ... SYSTEM SUPERVISION

Z; .... END DIALOGUE/DESTINATION SELECTION (:)

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> ZE?

BSC BCT01 2005-06-14 10:32:43 CELLULAR RADIO NETWORK ADMINISTRATION ? ... DISPLAY MENU

A ... ADJACENT CELL HANDLING

B ... FREQUENCY LIST AND GPRS OBJECTS HANDLING C ... SMS CELL BROADCAST HANDLING

E ... BASE STATION CONTROLLER PARAMETER HANDLING IN BSC F ... BASE CONTROL FUNCTION HANDLING

G ... GSM TIMER AND BSC PARAMETER HANDLING H ... HANDOVER CONTROL PARAMETER HANDLING

M ... BASE CONTROL FUNCTION MAINTENANCE MODE HANDLING O ... BASE TRANSCEIVER STATION ALARMS HANDLING

Q ... BASE TRANSCEIVER STATION HANDLING IN BSC R ... TRANSCEIVER HANDLING

S ... ABIS INTERFACE CONFIGURATION

T ... TRUNK RESERVATION ALGORITHMS HANDLING U ... POWER CONTROL PARAMETER HANDLING V ... BCF HARDWARE DATABASE HANDLING W ... BCF SOFTWARE HANDLING

X ... POSITION BASED SERVICES HANDLING Y ... A-INTERFACE HUNTING ORDER HANDLING Z; .... RETURN TO MAIN LEVEL

3.1 ZEEI - OUTPUT RADIO NETWORK CONFIGURATION

You can list the whole BSC (ZEEI;) or list the configuration by specifying BTS#, SEG#, BCF#, BTS Name etc.

What you can get is CI, LAC, Type of site (Ultrasite, Metrosite, Talk Family), Working state (Working, Locked), Allocated frequencies (BCCH), Hopping type (RF, BB), Occupied FR, HR timeslots and GPRS timeslots (gives the current territory size, not necessary occupied).

3.1.1 ZEEI; < ZEEI;

LOADING PROGRAM VERSION 16.15-0

BSC BCT01 2005-06-10 16:31:49 RADIO NETWORK CONFIGURATION IN BSC:

E P B

F T R C D-CHANNEL BUSY ADM OP R ET- BCCH/CBCH/ R E S O&M LINK HR FR LAC CI HOP STA STATE FREQ T PCM ERACH X F U NAME ST /GP ===================== === ====== ==== == ==== =========== = = = ===== == === === BCF-001 ULTRASITE U WO 5 BC001 WO

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05001 10022 BTS-003 U WO 1 2 184G10022 RF 4 EDGE TRX-001 U WO 242 0 34 6 EDGE TRX-002 U WO 212 0 42 MBCCH P 7 05001 10022 BTS-004 U WO 9 3 184P10022 RF 0 EDGE TRX-005 U WO 515 0 34 2 EDGE TRX-006 U WO 516 0 42 5 05001 10023 BTS-005 U WO 1 2 184G10023 RF 4 EDGE TRX-007 U WO 241 0 34 2 EDGE TRX-008 U WO 216 0 42 MBCCH P 2 05001 10023 BTS-006 U WO 2 3 184P10023 RF 0 EDGE TRX-011 U WO 517 0 34 2 EDGE TRX-012 U WO 518 0 42 0 BCF-002 ULTRASITE U WO 2 BC002 WO 05001 10031 BTS-007 U WO 0 7 184G10031 RF 4 EDGE TRX-001 U WO 219 0 35 4 EDGE TRX-002 U WO 209 0 43 MBCCH P 2 EDGE TRX-003 U WO 220 0 43 7 05001 10031 BTS-008 U WO 0 4 184P10031 RF 0 EDGE TRX-005 U WO 512 0 35 1 EDGE TRX-006 U WO 513 0 43 4 05001 10032 BTS-009 U WO 0 4 184G10032 RF 4 EDGE TRX-007 U WO 221 0 35 6 EDGE TRX-008 U WO 217 0 43 MBCCH P 1 05001 10032 BTS-010 U WO 0 1 184P10032 RF 0 EDGE TRX-011 U WO 514 0 35 3 EDGE TRX-012 U WO 515 0 43 0 BCF-003 METROSITE U WO 6 BC003 WO 05001 12131 BTS-077 U WO 0 0 032P12131 RF 4 EDGE TRX-001 U WO 515 0 36 6 EDGE TRX-002 U WO 535 0 36 MBCCH P 3 EDGE TRX-003 U BL-SYS 513 0 36 0 EDGE TRX-004 U BL-SYS 516 0 36 7 3.1.2 ZEEI:SEG=1; ZEEI:SEG=1;

BSC BCT01 2005-06-10 16:32:42

Busy FR/HR channels. GP (GPRS) shows GPRS territory (may or may not be occupied)

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RADIO NETWORK CONFIGURATION IN BSC:

E P B

F T R C D-CHANNEL BUSY ADM OP R ET- BCCH/CBCH/ R E S O&M LINK HR FR LAC CI HOP STA STATE FREQ T PCM ERACH X F U NAME ST /GP ===================== === ====== ==== == ==== =========== = = = ===== == === === 05001 10021 SEG-001 EASTHARTFORD1 BCF-049 ULTRASITE U WO 7 BC049 WO BTS-001 U WO 7 2 184G10021 RF 5 EDGE TRX-001 U WO 210 0 34 MBCCH P 3 EDGE TRX-002 U WO 244 0 42 4 EDGE TRX-003 U WO 243 0 34 3 BTS-002 U WO 11 4 184P10021 RF 0 EDGE TRX-009 U WO 512 0 34 2 EDGE TRX-010 U WO 513 0 42 6 EDGE TRX-011 U WO 514 0 42 0 COMMAND EXECUTED 3.1.3 ZEEI::BCSU; < ZEEI::BCSU; LOADING PROGRAM VERSION 16.15-0 BSC BCT06 2005-09-09 03:59:48 NUMBER OF CREATED TRXS, LINKS AND REAL TCHS UNDER BCSUS: D-CHANNEL D-CHANNEL REAL UNIT TRXS TELECOM LINKS O&M LINKS TCHS ======== ====== ============= ========= ====== BCSU-5 56 58 5 740 BCSU-3 55 58 6 790 BCSU-1 55 58 6 850 BCSU-7 53 57 7 788 BCSU-8 53 57 6 812 BCSU-4 53 58 7 680 BCSU-2 54 58 6 834 BCSU-6 54 58 7 816 ======== ====== ====== TOTAL 433 6310

HARDWARE SUPPORTED MAXIMUM TRX CAPACITY : 512 HW AND SW SUPPORTED MAXIMUM TRX CAPACITY: 512

Site is RF Hopping

BSC Capacity can be checked

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COMMAND EXECUTED

3.2 ZEEL - OUTPUT TRX RADIO TIME SLOTS

You will get the number of TCH timeslots that are busy (FR/HR), idle (FR/HR), Blocked and timeslots for GPRS BASE STATION CONTROLLER HANDLING COMMAND <EE_>

< ZEEL;

BSC BCT01 2005-06-10 16:32:27 BSC NETWORK INFORMATION:

BUSY FULL RATE ... 505

BUSY HALF RATE ... 783

BUSY SDCCH ... 156

IDLE FULL RATE ... 2319

IDLE HALF RATE ... 4831

IDLE SDCCH ... 1348

BLOCKED RADIO TIME SLOTS .... 48

GPRS TIME SLOTS ... 398 COMMAND EXECUTED

3.3 ZEQO - OUTPUT BTS PARAMETERS You need to specify the SEG id, BTS id, LAC/CI.

You can get all the BTS parameters (see below) if you specify ‘ALL’ in the command. Parameters that are segment-level parameters (CI, LAC, NCC, BCC) will be shown when you specify the segment id.

3.3.1 ZEQO:SEG=1;

BSC BCT01 2005-06-10 16:33:39 SEG IDENTIFICATION PARAMETERS :

=============================== SEG-001 EASTHARTFORD1

BCF-049 BTS-001 184G10021 BCF-049 BTS-002 184P10021

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---

CELL IDENTITY...(CI)... 10021 BS IDENTITY CODE...(BSIC)

NETWORK COLOUR CODE...(NCC).... 6 BACKGROUND NETWORK COLOUR CODE...(BNCC)... - BTS COLOUR CODE...(BCC).... 4 BACKGROUND BTS COLOUR CODE...(BBCC)... - LOCATION AREA ID...(LAI)

MOBILE COUNTRY CODE...(MCC).... 310 MOBILE NETWORK CODE...(MNC).... 410 LOCATION AREA CODE...(LAC).... 05001

COMMAND EXECUTED

3.3.2 ZEQO:BTS=1:ALL;

BSC BCT01 2005-06-10 16:34:44 BTS PARAMETERS : ================ SEG-001 EASTHARTFORD1 BCF-049 BTS-001 184G10021 --- BTS ADMINISTRATIVE STATE ... UNLOCKED BTS OPERATIONAL STATE ... WO

BTS BACKGROUND DATA STATE .. NOT DEFINED

FREQUENCY BAND IN USE...(BAND)... 800

BTS HOPPING MODE...(HOP).... RF BACKGROUND BTS HOPPING MODE...(BHOP)... - UNDERLAY BTS HOPPING MODE...(UHOP)... N BACKGROUND UNDERLAY BTS HOPPING MODE...(BUHOP).. - ANTENNA HOPPING...(AHOP)... N MOBILE ALLOCATION FREQUENCY LIST...(MAL).... 5 BACKGROUND MOBILE ALLOC FREQ LIST...(BMAL)... - UNDERLAY MOBILE ALLOC FREQ LIST...(UMAL)... - BG UNDERLAY MOBILE ALLOC FREQ LIST....(BUMAL).. - DFCA MOBILE ALLOCATION FREQUENCY LISTS(DMAL)... - DFCA UNSYNCHRONIZED MODE MA FREQ LIST.(DUMAL).. -

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HOPPING SEQUENCE NUMBER 1...(HSN1)... 23 BACKGROUND HOPPING SEQUENCE NUMBER 1..(BHSN1).. - HOPPING SEQUENCE NUMBER 2...(HSN2)... 23 BACKGROUND HOPPING SEQUENCE NUMBER 2..(BHSN2).. - UNDERLAY HOPPING SEQUENCE NUMBER...(UHSN)... 0 BG UNDERLAY HOPPING SEQUENCE NUMBER...(BUHSN).. -

GPRS NON BCCH LAYER RXLEV UPPER LIMIT....(GPU)....-095 dBm GPRS NON BCCH LAYER RXLEV LOWER LIMIT....(GPL)....-100 dBm

C/N THRESHOLD...(CNT).... 15 dB BOUNDARY 0...(BO0)....-110 dBm BOUNDARY 1...(BO1)....-105 dBm BOUNDARY 2...(BO2)....-100 dBm BOUNDARY 3...(BO3)....-095 dBm BOUNDARY 4...(BO4)....-090 dBm BOUNDARY 5...(BO5)....-047 dBm MS TX PWR MIN...(PMIN)... 05 dBm RX DIVERSITY...(RDIV)... Y SOFTBLOCKING THRESHOLD ON REGULAR FREQ...(STR).... 255 SOFTBLOCKING THRESHOLD ON SUPER FREQ...(STS).... 255 NON BCCH LAYER OFFSET...(NBL).... 0 dBm BTS LOAD IN SEG...(LSEG)... 0 % DFCA PARAMETERS:

DFCA MODE ...(DMOD).. OFF DL NOISE LEVEL ...(DLN)... -117 dB UL NOISE LEVEL ...(ULN)... -117 dB BSC-BSC INTERFACE STATUS ... - DFCA TRX FAULT STATUS ... - BTS HOPPING MODE...(HOP).... RF (RF HOPPING) BACKGROUND BTS HOPPING MODE...(BHOP)... -

HOPPING SEQUENCE NUMBER 1...(HSN1)... 23 BACKGROUND HSN1...(BHSN1).. -

HOPPING SEQUENCE NUMBER 2...(HSN2)... 23 *) BACKGROUND HSN2...(BHSN2).. -

MAIO OFFSET...(MO)... 0 BACKGROUND MAIO OFFSET...(BMO).... - MAIO STEP...(MS)... 2 BACKGROUND MAIO STEP...(BMS).... - MOBILE ALLOCATION FREQ LIST....(MAL).... 5 FREQUENCIES:

195 196 197 218 219 220 221 222 223 224 225 226 227 228 229 230 231 241 242 243 244 245 246 247 248 249 250

BACKGROUND MA FREQ LIST...(BMAL)... -

UNDERLAY BTS HOPPING MODE...(UHOP)... N (NOT HOPPING) BG UNDERLAY BTS HOPPING MODE...(BUHOP).. -

UNDERLAY HOP SEQ NUMBER...(UHSN)... 0 *) BG UNDERLAY HOP SEQ NUMBER...(BUHSN).. -

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UNDERLAY MAIO OFFSET...(UMO).... 0 *) BG UNDERLAY MAIO OFFSET...(BUMO)... -

UNDERLAY MAIO STEP...(UMS).... 1 *) BG UNDERLAY MAIO STEP...(BUMS)... -

UNDERLAY MA FREQUENCY LIST...(UMAL)... - *) BG UNDERLAY MA FREQUENCY LIST..(BUMAL).. -

DFCA MODE ...(DMOD)... OFF DFCA MA FREQ LIST(S)...(DMAL)... - DFCA UNSYNC MODE MA FREQ LIST..(DUMAL).. - MAIO VALUES PER RADIO TIMESLOT:

OVERLAY TRXS: ADM. OP.

STATE STATE FREQ RTSL0 RTSL1 RTSL2 RTSL3 RTSL4 RTSL5 RTSL6 RTSL7 TRX-001 U WO 210 BCCH - - - - TRX-002 U WO 0 0 0 0 0 0 0 0 TRX-003 U WO 2 2 2 2 2 2 2 2 THERE IS NO UNDERLAY TRX UNDER BTS

*) NOT RELEVANT IN THIS HOPPING MODE

EGPRS ENABLED...(EGENA).. Y DEDICATED GPRS CAPACITY...(CDED)... 40 % DEFAULT GPRS CAPACITY...(CDEF)... 80 % MAX GPRS CAPACITY...(CMAX)... 100 %

AMR FR CODEC MODE SET...(FRC)... 12.2 7.40 5.90 4.75 kbit/s AMR FR START MODE...(FRS)... 00

AMR FR INITIAL CODEC MODE INDICATOR (ICMI)...(FRI)... 0 AMR FR THRESHOLD 1...(FRT1).. 8.0 dB AMR FR THRESHOLD 2...(FRT2).. 11.0 dB AMR FR THRESHOLD 3...(FRT3).. 15.0 dB AMR FR HYSTERESIS 1...(FRH1).. 3.0 dB AMR FR HYSTERESIS 2...(FRH2).. 3.0 dB AMR FR HYSTERESIS 3...(FRH3).. 3.0 dB

AMR HR CODEC MODE SET...(HRC)... 7.40 5.90 4.75 kbit/s AMR HR START MODE...(HRS)... 01

AMR HR INITIAL CODEC MODE INDICATOR (ICMI)...(HRI)... 1 AMR HR THRESHOLD 1...(HRT1).. 14.0 dB AMR HR THRESHOLD 2...(HRT2).. 18.0 dB AMR HR THRESHOLD 3...(HRT3).. 21.0 dB AMR HR HYSTERESIS 1...(HRH1).. 3.0 dB AMR HR HYSTERESIS 2...(HRH2).. 3.0 dB AMR HR HYSTERESIS 3...(HRH3).. 3.0 dB COMMAND EXECUTED

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3.4 ZEHO - OUTPUT HANDOVER CONTROL PARAMETERS

You need to specify the BTS or Segment. You will get all handover parameters (not adjacency parameters).

3.4.1 ZEHO:BTS=1;

BSC BCT01 2005-06-10 16:36:31

HANDOVER CONTROL PARAMETERS OF SEG-001 EASTHARTFORD1 BTS-001 184G10021

ENABLE INTRA HO INTERF UL ... N ENABLE INTRA HO INTERF DL ... N ENABLE PWRBUDGET HANDOVER ... Y ENABLE MS DISTANCE PROCESS ... N ENABLE SDCCH HANDOVER ... Y ENABLE UMBRELLA HANDOVER ... N ENABLE FAST AVE CALL SETUP ... Y ENABLE FAST AVE PC ... Y ENABLE FAST AVE HO ... Y

MIN INT BETWEEN HO REQ ... 05 s HO PERIOD UMBRELLA ... 06 MIN INT BETWEEN UNSUCC HO ATTEMPT .. 03 s HO PERIOD PBGT ... 04 GSM PLMN PRIORISATION ... 0

AMH TRAFFIC CONTROL MCN ... N AMH TRAFFIC CONTROL IUO ... N AMH TRHO PBGT MARGIN ... 0

AVERAGING WINDOW SIZE ADJ CELL ... 06 NUMBER OF ZERO RESULTS ... 2 ALL ADJACENT CELLS AVERAGED ... N

HO AVERAGING LEV DL WINDOW SIZE ... 06 WEIGHTING .... 2 HO AVERAGING LEV UL WINDOW SIZE ... 06 WEIGHTING .... 2 HO AVERAGING QUAL DL WINDOW SIZE ... 01 WEIGHTING .... 2 HO AVERAGING QUAL UL WINDOW SIZE ... 01 WEIGHTING .... 2 MS SPEED AVERAGING ... 04

HO THRESHOLDS QUAL DL RX QUAL ... 6.4% - 12.8% PX .. 04 NX .. 06 HO THRESHOLDS QUAL UL RX QUAL ... 3.2% - 6.4% PX .. 04 NX .. 06 HO THRESHOLDS LEV DL RX LEVEL ... -100 dBm PX .. 03 NX .. 04 HO THRESHOLDS LEV UL RX LEVEL ... -105 dBm PX .. 03 NX .. 04 HO THRESHOLDS LEV UL FOR RAPID FIELD DROP . -110 dBm PX .. 00 (DISABLED) ENABLE ENHANCED RAPID FIELD DROP ... DIS (DISABLED) THRESHOLD DEEP DROPPING EDGE ... 10 dB PX .. 02 NX .. 03 DEEP DROPPING EDGE MONITORING WINDOW ... 2

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MODIFIED NUMBER OF ZERO RESULTS ... 1 ENHANCED RAPID FIELD DROP DURATION ... 10 s NON BCCH LAYER ACCESS THRESHOLD ... -095 dBm

NON BCCH LAYER EXIT THRESHOLD ... -100 dBm PX .. 01 NX .. 01 HO THRESHOLDS INTERFERENCE DL RX LEVEL ... -085 dBm PX .. 03 NX .. 04 HO THRESHOLDS INTERFERENCE UL RX LEVEL ... -085 dBm PX .. 03 NX .. 04 MS DISTANCE AVERAGING PARAM WINDOW SIZE ... 20

MS DISTANCE HO THRESHOLD PARAM MS RANGE MAX .... 63 PX .. 01 NX .. 01 USED C/I ESTIMATION METHOD ... MAX (MAXIMUM TAKING METHOD)

LOWER C/I LIMIT 1 ... 30 dB PRIORITY ADJ. STEP FOR BAND 1 ... 3 LOWER C/I LIMIT 2 ... 25 dB PRIORITY ADJ. STEP FOR BAND 2 ... 1 LOWER C/I LIMIT 3 ... 20 dB PRIORITY ADJ. STEP FOR BAND 3 ... 0 LOWER C/I LIMIT 4 ... 17 dB PRIORITY ADJ. STEP FOR BAND 4 ... - 1 LOWER C/I LIMIT 5 ... 13 dB PRIORITY ADJ. STEP FOR BAND 5 ... - 2 LOWER C/I LIMIT 6 ... 9 dB PRIORITY ADJ. STEP FOR BAND 6 ... - 5 PRIORITY ADJ. STEP FOR BAND 7 ... - 8 SUPER REUSE ESTIMATION METHOD ... MAX (MAXIMUM TAKING METHOD) ENABLE INTER FRT HANDOVER ... DIS (DISABLED)

INTERFERING CELL AVERAGING WINDOW SIZE .... 10 INTERFERING CELL NUMBER OF ZERO RESULTS ... 7 ALL INTERFERING CELLS AVERAGED ... Y

SUPER REUSE GOOD C/I THRESHOLD ... 15 dB PX .. 04 NX .. 05 SUPER REUSE BAD C/I THRESHOLD ... 12 dB PX .. 04 NX .. 05 MINIMUM BSIC DECODE TIME ... 10

ENABLE TCH ASS SUPER IUO ... 0 MINIMUM INTERVAL BETWEEN UNSUCC IUO HO .... 20 s MINIMUM INTERVAL BETWEEN IUO HO REQ BQ .... 10 s

SUPER REUSE GOOD THRESHOLD RX LEVEL ... -080 dBm PX .. 08 NX .. 10 SUPER REUSE BAD THRESHOLD RX LEVEL ... -085 dBm PX .. 02 NX .. 06 LOWER SPEED LIMIT ... 0 ( 0 km/h )

UPPER SPEED LIMIT ... 0 ( 0 km/h )

MS SPEED THRESHOLD PX ... 3 MS SPEED THRESHOLD NX ... 6 MS SPEED DETECTION STATE ... 0

THRESHOLD DL RX QUAL AMR FR ... 3.2% - 6.4% THRESHOLD UL RX QUAL AMR FR ... 3.2% - 6.4% INTRA HO THRESHOLD RX QUAL AMR FR ... 0.2% - 0.4% THRESHOLD DL RX QUAL AMR HR ... 3.2% - 6.4% THRESHOLD UL RX QUAL AMR HR ... 3.2% - 6.4% INTRA HO THRESHOLD RX QUAL AMR HR ... 3.2% - 6.4% SUPER REUSE GOOD C/I THRESHOLD AMR FR ... 17 dB SUPER REUSE BAD C/I THRESHOLD AMR FR ... 10 dB SUPER REUSE GOOD C/I THRESHOLD AMR HR ... 17 dB SUPER REUSE BAD C/I THRESHOLD AMR HR ... 10 dB COMMAND EXECUTED

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3.5 ZEUO - OUTPUT POWER CONTROL PARAMETERS

You need to specify the BTS or Segment. You will get all power control parameters (including GPRS power control parameters)

3.5.1 ZEUO:BTS=1;

BSC BCT01 2005-06-10 16:38:07 POWER CONTROL PARAMETERS OF

SEG-001 EASTHARTFORD1 BTS-001 184G10021

POWER CTRL ENABLED ... Y POWER CONTROL INTERVAL ... 01 s BS TX PWR MIN ....PEAK PWR - 14 dB BS TX PWR MAX ....PEAK PWR - 00 dB BS TX PWR MAX1X00 PEAK PWR - 00 dB POWER INCR STEP SIZE ... 4 dB POWER RED STEP SIZE ... 2 dB POWER DECR LIMIT BAND 0 .... 10 dB POWER DECR LIMIT BAND 1 .... 6 dB POWER DECR LIMIT BAND 2 .... 4 dB POWER DECR QUAL FACTOR ... 1 ALA ENABLED ... N MIN INT BETWEEN ALA ... 10 s POWER LIMIT ALA ... 6 dB

PC AVERAGING LEV DL WINDOW SIZE ... 06 WEIGHTING .... 2 PC AVERAGING LEV UL WINDOW SIZE ... 06 WEIGHTING .... 2 PC AVERAGING QUAL DL WINDOW SIZE ... 01 WEIGHTING .... 2 PC AVERAGING QUAL UL WINDOW SIZE ... 01 WEIGHTING .... 2 PC UPPER THRESHOLDS QUAL DL RX QUAL .. 0.8% - 1.6% PX .. 01 NX .. 01 PC UPPER THRESHOLDS QUAL UL RX QUAL .. 0.8% - 1.6% PX .. 01 NX .. 01 PC LOWER THRESHOLDS QUAL DL RX QUAL .. 3.2% - 6.4% PX .. 01 NX .. 01 PC LOWER THRESHOLDS QUAL UL RX QUAL .. 3.2% - 6.4% PX .. 01 NX .. 01 PC LOWER THRESHOLDS QUAL144 RX QUAL .. 3.2% - 6.4% PX .. 01 NX .. 01 PC UPPER THRESHOLDS LEV DL RX LEVEL .. - 50 dBm PX .. 01 NX .. 01 PC UPPER THRESHOLDS LEV UL RX LEVEL .. - 50 dBm PX .. 01 NX .. 01 PC LOWER THRESHOLDS LEV DL RX LEVEL .. - 90 dBm PX .. 01 NX .. 01 PC LOWER THRESHOLDS LEV UL RX LEVEL .. - 95 dBm PX .. 01 NX .. 01 IDLE MODE SIGNAL STRENGHT FILTER PERIOD ... 9

TRANSFER MODE SIGNAL STRENGHT FILTER PERIOD ... 13 BINARY REPRESENTATION ALPHA ... 0 BINARY REPRESENTATION TAU ... 0 dBm BIT ERROR PROBABILITY FILTER AVERAGING PERIOD ... 10 PC UPPER THRESHOLDS DL RX QUAL AMR FR .. 0.8% - 1.6% PC UPPER THRESHOLDS UL RX QUAL AMR FR .. 0.8% - 1.6% PC LOWER THRESHOLDS DL RX QUAL AMR FR .. 3.2% - 6.4%

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PC LOWER THRESHOLDS UL RX QUAL AMR FR .. 3.2% - 6.4% PC UPPER THRESHOLDS DL RX QUAL AMR HR .. 0.4% - 0.8% PC UPPER THRESHOLDS UL RX QUAL AMR HR .. 0.4% - 0.8% PC LOWER THRESHOLDS DL RX QUAL AMR HR .. 1.6% - 3.2% PC LOWER THRESHOLDS UL RX QUAL AMR HR .. 1.6% - 3.2% COMMAND EXECUTED

3.6 ZERO - OUTPUT TRANSCEIVER PARAMETERS

You can specify the BTS/SEF ID and get the details of all TRXs under that object. You can get information on whether TRX is EDGE, DAP being used by the TRX, PCM-TSL and subtimeslot on the Abis, whether it supports half rate (HRS), and other TRX parameters. ZERO:SEG=1; BSC BCT01 2005-06-10 16:45:18 TRANSCEIVER DATA ADM.STATE OP.STATE --- BCF-049 UNLOCKED WO SEG-001 EASTHARTFORD1 BTS-001 184G10021 UNLOCKED WO TRX-001 EDGE UNLOCKED WO BCSU-3

TRA NORM HRS Y PREF P GTRX Y DFCA N

FREQ 210 TSC 4 FRT 0 (REGULAR) LEV - 85 dBm BFREQ - BTSC - BFRT - BLEV -

DAL N (NOT USED) DAP 49 LEVD - 85 dBm BDAL -

SIGN 0 D-CH TELECOM LINK SET 31 T4901

RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS --- 0 34 - MBCCH - UNLOCKED WO 1 34 - SDCCH - UNLOCKED WO 2 34 - SDCCH - UNLOCKED WO 3 34- 9 3 TCHD 0 UNLOCKED WO GP TRX attached to DAP ID-49

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4 34- 10 0 TCHD 0 UNLOCKED WO GP 5 34- 10 1 TCHD 0 UNLOCKED WO GP 6 34- 10 2 TCHD 0 UNLOCKED WO GP 7 34- 10 3 TCHD 0 UNLOCKED WO GP TRANSCEIVER HAS NO INTERFERING CELLS

ADM.STATE OP.STATE --- BCF-049 UNLOCKED WO SEG-001 EASTHARTFORD1 BTS-001 184G10021 UNLOCKED WO TRX-002 EDGE UNLOCKED WO BCSU-4

TRA NORM HRS Y PREF N GTRX N DFCA N

DAL N (NOT USED) DAP N (NOT USED) LEVD - 85 dBm BDAL -

MA FREQUENCY LIST 5 SIGN 0 D-CH TELECOM LINK SET 39 T4902

RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS --- 0 42- 9 0 TCHD 0 UNLOCKED WO FR 1 42- 9 1 TCHD 0 UNLOCKED WO HR HR 2 42- 9 2 TCHD 0 UNLOCKED WO HR HR 3 42- 9 3 TCHD 0 UNLOCKED WO ID ID 4 42- 10 0 TCHD 0 UNLOCKED WO ID ID 5 42- 10 1 TCHD 0 UNLOCKED WO HR HR 6 42- 10 2 TCHD 0 UNLOCKED WO HR HR 7 42- 10 3 TCHD 0 UNLOCKED WO ID ID TRANSCEIVER HAS NO INTERFERING CELLS

ADM.STATE OP.STATE --- BCF-049 UNLOCKED WO SEG-001 EASTHARTFORD1 BTS-001 184G10021 UNLOCKED WO TRX-003 EDGE UNLOCKED WO BCSU-3

EGPRS support not activated on TRX

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RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS --- 0 34- 17 0 TCHD 0 UNLOCKED WO ID ID 1 34- 17 1 TCHD 0 UNLOCKED WO FR 2 34- 17 2 TCHD 0 UNLOCKED WO ID ID 3 34- 17 3 TCHD 0 UNLOCKED WO ID ID 4 34- 18 0 TCHD 0 UNLOCKED WO HR HR 5 34- 18 1 TCHD 0 UNLOCKED WO FR 6 34- 18 2 TCHD 0 UNLOCKED WO ID ID 7 34- 18 3 TCHD 0 UNLOCKED WO HR HR TRANSCEIVER HAS NO INTERFERING CELLS

ADM.STATE OP.STATE --- BCF-049 UNLOCKED WO SEG-001 EASTHARTFORD1 BTS-002 184P10021 UNLOCKED WO TRX-009 EDGE UNLOCKED WO BCSU-2

RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS --- 0 34- 11 0 TCHD 0 UNLOCKED WO HR HR 1 34- 11 1 TCHD 0 UNLOCKED WO ID ID 2 34- 11 2 TCHD 0 UNLOCKED WO HR HR 3 34- 11 3 TCHD 0 UNLOCKED WO ID ID 4 34- 12 0 TCHD 0 UNLOCKED WO FR 5 34- 12 1 TCHD 0 UNLOCKED WO ID ID 6 34- 12 2 TCHD 0 UNLOCKED WO ID ID 7 34- 12 3 TCHD 0 UNLOCKED WO ID ID TRANSCEIVER HAS NO INTERFERING CELLS

ADM.STATE OP.STATE

TRX not attached to EDAP (no EDGE support)

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--- BCF-049 UNLOCKED WO SEG-001 EASTHARTFORD1 BTS-002 184P10021 UNLOCKED WO TRX-010 EDGE UNLOCKED WO BCSU-6

RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS --- 0 42- 11 0 TCHD 0 UNLOCKED WO HR HR 1 42- 11 1 TCHD 0 UNLOCKED WO HR HR 2 42- 11 2 TCHD 0 UNLOCKED WO ID ID 3 42- 11 3 TCHD 0 UNLOCKED WO ID ID 4 42- 12 0 TCHD 0 UNLOCKED WO ID ID 5 42- 12 1 TCHD 0 UNLOCKED WO FR 6 42- 12 2 TCHD 0 UNLOCKED WO ID ID 7 42- 12 3 TCHD 0 UNLOCKED WO ID ID TRANSCEIVER HAS NO INTERFERING CELLS

ADM.STATE OP.STATE --- BCF-049 UNLOCKED WO SEG-001 EASTHARTFORD1 BTS-002 184P10021 UNLOCKED WO TRX-011 EDGE UNLOCKED WO BCSU-0

(20)

--- 0 42- 17 0 TCHD 0 UNLOCKED WO ID ID 1 42- 17 1 TCHD 0 UNLOCKED WO FR 2 42- 17 2 TCHD 0 UNLOCKED WO ID ID 3 42- 17 3 TCHD 0 UNLOCKED WO ID ID 4 42- 18 0 TCHD 0 UNLOCKED WO HR HR 5 42- 18 1 TCHD 0 UNLOCKED WO ID HR 6 42- 18 2 TCHD 0 UNLOCKED WO ID ID 7 42- 18 3 TCHD 0 UNLOCKED WO ID ID TRANSCEIVER HAS NO INTERFERING CELLS

COMMAND EXECUTED

3.7 ZEAO - OUTPUT ADJACENT CELL PARAMETERS

You need to specify the BTS or Segment. You will get all adjacencies with the adjacency parameters < ZEAO:SEG=1;

BSC BCT01 2005-06-10 16:38:55 ADJACENT CELL DATA

SEG-001 EASTHARTFORD1 HAS ADJACENT CELL : SEG-003 EASTHARTFORD2

ADJACENT CELL INDEX...(INDEX). 0 MOBILE COUNTRY CODE...(MCC)... 310 MOBILE NETWORK CODE...(MNC)... 410 LOCATION AREA CODE...(LAC)... 5001 CELL IDENTIFICATION...(CI).... 10022 NETWORK COLOUR CODE...(NCC)... 6 BACKGROUND NETWORK COLOUR CODE...(BNCC).. - BTS COLOUR CODE...(BCC)... 4 BACKGROUND BTS COLOUR CODE...(BBCC).. - FREQUENCY NUMBER OF BCCH...(FREQ).. 212 BACKGROUND FREQUENCY NUMBER OF BCCH...(BFREQ). - HO MARGIN PBGT...(PMRG).. 6 dB HO MARGIN LEV...(LMRG).. 4 dB HO MARGIN QUAL...(QMRG).. 2 dB ENABLE HO MARGIN LEV QUAL...(MRGS).. Y HO PRIORITY LEVEL...(PRI)... 3 HO LOAD FACTOR...(OF).... 1 RX LEV MIN CELL...(SL)....-110 dBm HO LEVEL UMBRELLA...(AUCL)..- 47 dBm MS TX PWR MAX GSM...(PMAX1). 33 dBm MS TX PWR MAX GSM1X00...(PMAX2). 30 dBm SYNCHRONIZED...(SYNC).. Y

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TRHO TARGET LEVEL...(TRHO).. N (NOT IN USE) ADJACENT CELL LAYER...(ACL)... N (NOT IN USE) FAST MOVING THRESHOLD...(FMT)... 0 (NOT IN USE) MS PWR OPT LEVEL...(POPT)..- 80 dBm

CELL TYPE...(CTY)... GSM CHAINED ADJACENT CELL...(CHAIN). N DIRECTED RETRY THRESHOLD...(DRT)...- 90 dBm

INTERFERED CELL...(IC).... 0 (NO INTERFERENCE) BACKGROUND INTERFERED CELL...(BIC)... -

TARGET CELL OF DIRECT ACCESS TO

DESIRED LAYER...(DADL).. N AMR TARGET CELL OF DIRECT ACCESS TO

DESIRED LAYER...(DADLA). N ADJACENT GPRS ENABLED...(AGENA). Y GPRS RXLEV ACCESS MIN...(GRXP)..-110 dBm GPRS MS TX PWR MAX CCH...(GTXP1). 33 dBm GPRS MS TX PWR MAX CCH1X00...(GTXP2). 30 dBm PRIORITY CLASS...(PRC)... 7

HCS THRESHOLD...(HCS)... N (NOT IN USE) GPRS TEMPORARY OFFSET...(GTEO).. 0 dB

GPRS PENALTY TIME...(GPET).. 10 s GPRS RESELECT OFFSET...(GREO).. 0 dB ROUTING AREA CODE...(RAC)... 150 GPRS CELL BARRED...(GBAR).. 0

ADJACENT CELL HAS NO REFERENCE CELLS

SEG-001 EASTHARTFORD1 HAS ADJACENT CELL : SEG IS NOT DEFINED TO THIS BSS

ADJACENT CELL INDEX...(INDEX). 1 MOBILE COUNTRY CODE...(MCC)... 310 MOBILE NETWORK CODE...(MNC)... 410 LOCATION AREA CODE...(LAC)... 5008 CELL IDENTIFICATION...(CI).... 10383 NETWORK COLOUR CODE...(NCC)... 4 BACKGROUND NETWORK COLOUR CODE...(BNCC).. - BTS COLOUR CODE...(BCC)... 4 BACKGROUND BTS COLOUR CODE...(BBCC).. - FREQUENCY NUMBER OF BCCH...(FREQ).. 215 BACKGROUND FREQUENCY NUMBER OF BCCH...(BFREQ). - HO MARGIN PBGT...(PMRG).. 6 dB HO MARGIN LEV...(LMRG).. 4 dB HO MARGIN QUAL...(QMRG).. 2 dB ENABLE HO MARGIN LEV QUAL...(MRGS).. Y HO PRIORITY LEVEL...(PRI)... 3 HO LOAD FACTOR...(OF).... 1 RX LEV MIN CELL...(SL)....-110 dBm HO LEVEL UMBRELLA...(AUCL)..- 47 dBm MS TX PWR MAX GSM...(PMAX1). 33 dBm MS TX PWR MAX GSM1X00...(PMAX2). 30 dBm

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SYNCHRONIZED...(SYNC).. N

TRHO TARGET LEVEL...(TRHO).. N (NOT IN USE) ADJACENT CELL LAYER...(ACL)... N (NOT IN USE) FAST MOVING THRESHOLD...(FMT)... 0 (NOT IN USE) MS PWR OPT LEVEL...(POPT)..- 80 dBm

CELL TYPE...(CTY)... GSM CHAINED ADJACENT CELL...(CHAIN). N DIRECTED RETRY THRESHOLD...(DRT)...- 90 dBm

INTERFERED CELL...(IC).... 0 (NO INTERFERENCE) BACKGROUND INTERFERED CELL...(BIC)... -

TARGET CELL OF DIRECT ACCESS TO

DESIRED LAYER...(DADL).. N AMR TARGET CELL OF DIRECT ACCESS TO

DESIRED LAYER...(DADLA). N ADJACENT GPRS ENABLED...(AGENA). Y GPRS RXLEV ACCESS MIN...(GRXP)..-110 dBm GPRS MS TX PWR MAX CCH...(GTXP1). 33 dBm GPRS MS TX PWR MAX CCH1X00...(GTXP2). 30 dBm PRIORITY CLASS...(PRC)... 7

HCS THRESHOLD...(HCS)... N (NOT IN USE) GPRS TEMPORARY OFFSET...(GTEO).. 0 dB

GPRS PENALTY TIME...(GPET).. 10 s GPRS RESELECT OFFSET...(GREO).. 0 dB ROUTING AREA CODE...(RAC)... 101 GPRS CELL BARRED...(GBAR).. 0

ADJACENT CELL HAS NO REFERENCE CELLS

3.8 ZEGO - OUTPUT TIMERS/PARAMETERS

This is a BSC-level command. You can specify if you want to see timers or BSC parameters

TIM ... DISPLAYS TIMERS PAR ... DISPLAYS PARAMETERS

ALL ... DISPLAYS ALL PARAMETERS AND TIMERS

ZEGO:ALL; PAGE 1

PRESET

PARAMETER VALUE VALUE MODIFIABLE --- T4 60.00 S 60.00 S YES T7 20.00 S 20.00 S YES T8 12.00 S 12.00 S YES

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T10 8.00 S 8.00 S YES T13 15.00 S 15.00 S YES T17 4.00 S 4.00 S YES T18 12.00 S 12.00 S YES T3101 3.00 S 3.00 S YES T3103 6.00 S 6.00 S YES T3105_D 0.28 S 0.28 S NO T3105_F 0.10 S 0.10 S NO T3107 6.00 S 6.00 S YES T3109 12.00 S 12.00 S YES T3111 0.50 S 0.50 S NO T3121 12.00 S 12.00 S YES T3122 6.00 S 6.00 S YES T3168 1.00 S 1.00 S YES T3192 0.50 S 0.50 S YES T9101 10.00 S 10.00 S NO PAGE 2 PRESET

PARAMETER VALUE VALUE MODIFIABLE --- T9103 2.00 S 2.00 S NO T9104 15.00 S 15.00 S YES T9105 10.00 S 10.00 S YES T9108 2.00 S 2.00 S NO T9113 13.00 S 13.00 S YES TBBI 15.00 S 15.00 S YES CELL IDENTIFIER CGI LAC+CI YES BLOCK MSG INCOMING GLOBAL RESET YES YES YES BLOCK MSG OUTGOING GLOBAL RESET YES YES YES UNBLOCK MSG IN GLOBAL RESET NO NO YES SEND SYS INFO GLOBAL RESET YES YES YES CELL BARRING INCOMING GLOBAL RESET NO NO YES ALLOW SENDING OF CONFUSION MESSAGES NO NO YES ALLOW CIRCUIT GROUP MESSAGES NO NO YES ALARM LIMIT FOR UNAVAILABLE A-IF CIRCUITS 100 % 100 % YES ALARM DELAY FOR UNAVAILABLE A-IF CIRCUITS 60 S 60 S YES ALARM LIMIT FOR SUCCESSIVE REMOTE TC FAIL 3 3 YES ALLOW SENDING OF UNEQUIPPED CIRCUIT MESSAGES NO NO YES ALLOW SENDING OF TA VALUE TO MSC 0 0 YES PAGE 3

PRESET

PARAMETER VALUE VALUE MODIFIABLE --- PREFERENCE PROCEDURE IN CONFLICT SITUATION ASSIGN ASSIGN YES BS_CV_MAX 6 6 YES DECREMENT VALUE FOR COUNTER N3102 1 1 YES INCREMENT VALUE FOR COUNTER N3102 1 1 YES MAXIMUM VALUE FOR COUNTER N3102 1 1 YES DOWNLINK DTX YES NO YES NMO - NETWORK MODE OF OPERATION 01 BIN 01 BIN YES REPEAT COUNT FOR ALARM 3121 10 10 YES FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL1 2 % 2 % YES FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL2 4 % 4 % YES

You will find BS_CV_MAX here

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FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL3 6 % 6 % YES FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL4 8 % 8 % YES FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL5 10 % 10 % YES FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL6 12 % 12 % YES FEP CORR WITH RXQUAL IN PC&HO ALGRTHM CL7 14 % 14 % YES SGSN RELEASE 1 1 YES MSC RELEASE 1 1 YES DRX TIMER MAX 0 3 YES TWO-WAY SPEECH PATH CONNECT TRIGGER POINT 0 0 YES COMMAND EXECUTED

3.9 ZEEO - OUTPUT BASE STATION CONTROLLER PARAMETERS This is a BSC level command. It gives the BSC level parameters.

GSM TIMER AND BSC PARAMETERS HANDLING COMMAND <EG_> < ZEEO:

LOADING PROGRAM VERSION 16.15-0 /* IDENTIFY PARAMETER GROUP:

GEN ... GENERAL BASE STATION CONTROLLER PARAMETERS SUP ... RADIO NETWORK SUPERVISION PARAMETERS

MIS ... MISCELLANEOUS PARAMETERS HOT ... DYNAMIC HOTSPOT PARAMETERS QOS ... QUALITY OF SERVICE PARAMETERS

DFCA ... DYNAMIC FREQUENCY AND CHANNEL ASSIGNMENT PARAMETERS PRI ... PRIORITY LEVEL TO SUBSCRIBER TYPES

ALL ... ALL PARAMETERS

DEFAULT IS GEN GROUP */ EEO:ALL;

BSC BCT01 2005-06-10 16:42:21 BASE STATION CONTROLLER DATA

BACKGROUND DATA STATE ... NEW

NUMBER OF PREFERRED CELLS ...(NPC).... 3 GSM MACROCELL THRESHOLD ...(GMAC)... 33 dBm GSM MICROCELL THRESHOLD ...(GMIC)... 33 dBm DCS MACROCELL THRESHOLD ...(DMAC)... 30 dBm DCS MICROCELL THRESHOLD ...(DMIC)... 30 dBm MS DISTANCE BEHAVIOUR ...(DISB)... 255 (NO RELEASE, ONLY HANDOVER ATTEMPTS)

(25)

ANSWER TO PAGING CALL ON FACCH ...(EPF).... Y ORDINARY CALLS ON FACCH ...(EOF).... N RE-ESTABLISHMENT ON FACCH ...(ERF).... Y TCH IN HANDOVER ...(HRI).... 5 (TCH HAS TO BE ALLOCATED PRIMARILY FROM THE BEST BTS)

LOWER LIMIT FOR FR TCH RESOURCES ...(HRL).... 40 % UPPER LIMIT FOR FR TCH RESOURCES ...(HRU).... 60 % BSC CALL NUMBER ...(BCN).... 0000 AMH UPPER LOAD THRESHOLD ...(AUT).... 80 % AMH LOWER LOAD THRESHOLD ...(ALT).... 20 % AMH MAX LOAD OF TARGET CELL ...(AML).... 70 % AMR CONFIGURATION IN HANDOVERS ...(ACH).... 2 INITIAL AMR CHANNEL RATE ...(IAC).... 1 SLOW AMR LA ENABLED ...(SAL).... N AMR SET GRADES ENABLED ...(ASG).... N FREE TSL FOR CS DOWNGRADE ...(CSD).... 95 % FREE TSL FOR CS UPGRADE ...(CSU).... 4 s TRHO GUARD TIME ...(TGT).... 30 s PRIORITY HO INTERFERENCE DL ...(HDL).... INTER PRIORITY HO INTERFERENCE UL ...(HUL).... INTER LOAD RATE FOR CHANNEL SEARCH ...(CLR).... 100 % CS TCH ALLOCATE RTSL0 ...(CTR).... N CS TCH ALLOCATION CALCULATION ...(CTC).... 0 MINIMUM MEAN HOLDING TIME FOR TCHS ...(MINHTT). 1 s MAXIMUM MEAN HOLDING TIME FOR TCHS ...(MAXHTT). 480 min MAXIMUM MEAN HOLDING TIME FOR SDCCHS ...(MAXHTS). 30 min ALARM THRESHOLD FOR TCH FAILURE RATE ...(TCHFR).. 50 % ALARM THRESHOLD FOR SDCCH FAILURE RATE ...(SCHFR).. 80 % ALARM THRESHOLD FOR TCH CONGESTION ...(CNGT)... 20 % ALARM THRESHOLD FOR SDCCH CONGESTION ...(CNGS)... 20 % ALARM THRESHOLD FOR NUMBER OF CHANNEL SEIZURES ...(CS)... 25 ALARM THRESHOLD FOR NUMBER OF CH SEIZURE REQUESTS (CSR).... 100 MEAS PRD FOR TCH MEAN HOLDING TIME SUPERVISION ...(PRDMHT). 240 min MEAS PRD FOR SDCCH MEAN HOLDING TIME SUPERVISION .(PRDMHS). 60 min MEAS PRD FOR SUPERVISION OF CHANNEL FAILURE RATE .(PRDCFR). 60 min MEAS PRD FOR SUPERVISION OF CONGESTION IN BTS ....(PRDCNG). 120 min THRESHOLD FOR HIGH TCH INTERFERENCE LEVEL ...(HIFLVL). 4 ALARM THRESHOLD FOR SHARE OF HIGH TCH INTERFERENCE(HIFSHR). 50 % MEAS PRD FOR HIGH TCH INTERFERENCE SUPERVISION ...(PRDHIF). 120 min MEAS PRD FOR SUPERVISION OF BTS WITH NO TRANSACT .(PRDBNT). 120 min STARTING MOMENT FOR SUPERVISION OF BTS ...(SMBNT).. 08-00 ENDING MOMENT FOR SUPERVISION OF BTS ...(EMBNT).. 18-00 GPRS TERRITORY UPDATE GUARD TIME ...(GTUGT).. 5 s BCSU LOAD THRESHOLD ...(BCSUL).. 1.50 % LAPD LOAD THRESHOLD ...(LAPDL).. 1.50 %

UPPER LIMIT OF MS SPEED CLASS 1 ...(MSSCF).. 10 ( 20 km/h) UPPER LIMIT OF MS SPEED CLASS 2 ...(MSSCS).. 30 ( 60 km/h) ALARM LIMIT FOR FULL RATE TCH AVAILABILITY ...(ALFRT).. 30 %

ALARM LIMIT FOR HALF RATE TCH AVAILABILITY ...(ALHRT).. 30 % ALARM LIMIT FOR SDCCH AVAILABILITY ...(ALSDC).. 0 % DISABLE INTERNAL HO ...(DINHO).. N DISABLE EXTERNAL DR ...(DEXDR).. N RX LEVEL BALANCE ...(RXBAL).. 10 dB

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RX ANTENNA SUPERVISION PERIOD ...(RXANT).. 60 min NUMBER OF IGNORED TRANSCODER FAILURES ...(ITCF)... 0 VARIABLE DL STEP SIZE ...(VDLS)... Y MAXIMUM NUMBER OF DL TBF ...(MNDL)... 9 MAXIMUM NUMBER OF UL TBF ...(MNUL)... 7 FEP IN PC HO USE ...(FPHO)... N INTRA SEGMENT SDCCH HO GUARD ...(ISS).... 255 s PRE-EMPTION USAGE IN HANDOVER ...(PRE).... Y WPS PRIORITY CAPACITY ...(WPIC)... 25 % WPS PREFERENCE CAPACITY ...(WPEC)... 97 % PUBLIC SERVED COUNT ...(PSC).... 3 TIME LIMIT WPS ...(TLW).... 28 s TIME LIMIT WPS HANDOVER ...(TLWH)... 5 s BAD QUALITY LIMIT ...(BQL).... 100 % TCH PROBABILITY 1 ...(TCP1)... 100 % SIGNAL QUALITY LIMIT 1 ...(SQL1)... 100 % TCH PROBABILITY 2 ...(TCP2)... 100 % SIGNAL QUALITY LIMIT 2 ...(SQL2)... 100 % TCH PROBABILITY 3 ...(TCP3)... 100 % GOOD QUALITY LIMIT ...(GQL).... 100 % DL HIGH PRIORITY SSS...(DHP).... 3 DL NORMAL PRIORITY SSS...(DNP).... 6 DL LOW PRIORITY SSS...(DLP).... 12 UL PRIORITY 1 SSS...(UP1).... 3 UL PRIORITY 2 SSS...(UP2).... 6 UL PRIORITY 3 SSS...(UP3).... 9 UL PRIORITY 4 SSS...(UP4).... 12 C/I TARGET FR ...(CIF).... 14 dB SOFT BLOCKING C/I FR ...(SBF).... 0 dB SOFT BLOCKING C/N FR ...(SBCNF).. 12 dB C/I TARGET UL OFFSET ...(CIUL)... 0 dB C/I TARGET AMR FR ...(CIAF)... 8 dB SOFT BLOCKING C/I AMR FR ...(SBAF)... 0 dB SOFT BLOCKING C/N AMR FR ...(SBCNAF). 7 dB C/I TARGET AMR HR ...(CIAH)... 12 dB SOFT BLOCKING C/I AMR HR ...(SBAH)... 0 dB SOFT BLOCKING C/N AMR HR ...(SBCNAH). 12 dB BIM CONFIDENCE PROBABILITY ...(BCP).... 90 % BIM INTERFERENCE THRESHOLD ...(BIT).... 30 dB BIM UPDATE PERIOD ...(BUP).... 60 min BIM UPDATE SCALING FACTOR ...(BUSF)... 0.5 BIM UPDATE GUARD TIME ...(BUGT)... 10 DFCA CHANNEL ALLOCATION METHOD ...(DCAM)... 0

PRIORITY LEVEL SUBSCRIBER TYPE

1 0 (GSM SUBSCRIBER) 2 0 (GSM SUBSCRIBER) 3 0 (GSM SUBSCRIBER) 4 0 (GSM SUBSCRIBER) 5 0 (GSM SUBSCRIBER) 6 0 (GSM SUBSCRIBER)

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7 0 (GSM SUBSCRIBER) 8 0 (GSM SUBSCRIBER) 9 0 (GSM SUBSCRIBER) 10 0 (GSM SUBSCRIBER) 11 0 (GSM SUBSCRIBER) 12 0 (GSM SUBSCRIBER) 13 0 (GSM SUBSCRIBER) 14 0 (GSM SUBSCRIBER) COMMAND EXECUTED

3.10 ZESI - OUTPUT DYNAMIC ABIS POOL INFORMATION

To get the list and size of DAPs created in the BSC. Also to check which BTSs use a particular EDAP.

BASE STATION CONTROLLER HANDLING COMMAND <EE_> < ZESI

LOADING PROGRAM VERSION 7.5-0 /* DATA UNITS:

POOL IDENTIFICATION: TRXS;

DEFAULT IS ALL POOLS

IF TRXS GIVEN, ID IS OBLIGATORY */ ESI:

/* IDENTIFY DYNAMIC ABIS POOL PARAMETER NAMES:

ID ... POOL ID */ ESI:;

BSC BCT01 2005-06-10 16:43:02 DAP CTRL

ID ETPCM-TSLS BCSU PCU --- --- --- 1 42-13&&-16 5 4 2 43-13&&-16 6 4 3 36- 9&&-12 2 4 4 37-17&&-20 3 4 5 93-17&&-20 4 4 6 47-13&&-16 6 4 7 58-13&&-16 0 4 8 125-13&&-16 5 4

EDAP size is 4 timeslots (of 64kbps) each

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10 101-15&&-18 2 4 11 44-17&&-20 7 4 12 63-13&&-16 5 4 13 124-13&&-16 4 4 14 79-13&&-16 7 4 15 84-13&&-16 0 4 16 77-15&&-20 6 3 17 35-13&&-16 6 4 18 87-13&&-16 7 4 19 90-17&&-20 7 4 20 99-13&&-16 7 4 21 49-17&&-20 3 4 22 130-17&&-20 4 4 23 102-13&&-16 6 4 24 103-13&&-16 6 4 25 52-13&&-16 5 4 26 115-13&&-16 3 4 27 116-13&&-16 3 4 28 117-13&&-16 7 4 29 118-13&&-16 5 4 30 111-15&&-20 3 4 31 131-13&&-16 0 4 32 132-13&&-16 4 4 33 133-13&&-16 5 4 34 134-13&&-16 7 4 35 127-17&&-20 0 4 36 146-13&&-16 0 4 37 62-17&&-20 5 4 38 144-13&&-16 6 4 40 109-13&&-16 7 4 41 92-13&&-16 5 4 44 50-13&&-16 2 4 45 100-15&&-20 1 4 46 148-15&&-20 6 3 47 113-15&&-18 1 4 48 123-13&&-16 5 4 49 34-13&&-16 3 4 50 137-15&&-20 1 4 51 82-15&&-18 1 4 52 98-17&&-20 2 4 53 121-13&&-16 5 4 54 45-17&&-20 3 4 56 75- 9&&-12 2 4 57 106-17&&-20 4 4 58 122-17&&-20 3 4 59 76-13&&-16 0 4 61 145-17&&-20 0 4 62 135-15&&-18 0 4 63 85-15&&-18 6 3 64 119-15&&-18 3 4 65 140-15&&-20 3 4 67 142-17&&-20 4 4 70 150-15&&-18 4 4 73 139-13&&-16 1 4 74 147-17&&-20 4 4

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TOTAL OF 63 DYNAMIC ABIS POOLS PRINTED COMMAND EXECUTED

ZESI:ID=1:TRXS;

With the above command you can find out which BTSs are sharing a particular EDAP.

BSC BCT01 2005-06-10 16:43:43 DAP ID 1 BCF ID BTS ID TRX ID --- --- --- 1 3 2 5 8 COMMAND EXECUTED

3.11 ZDSB – INTERROGATE BASE STATION CONTROLLER D-CHANNEL DATA

To find out the Abis mapping of a site, i.e., find out the timeslot mapping for the BCFSIG, TRXSIG, TRXs etc. You can also find the BCSU controlling the TRXs. If you only have the PCM Id, you can find out the BCF using it.

BASE STATION CONTROLLER HANDLING COMMAND <EE_> < ZDSB:::PCM=235;

BSC BCT01 2006-09-01 10:59:52 INTERROGATING BASE STATION CONTROLLER D-CHANNEL DATA

EXT SUB TERM LOG LOG INT NAME NUM SAPI TEI BR PCM-TSL-TSL C UNIT TERM FUNC UNIT TERM PCM-TSL --- --- ---- --- -- --- - --- --- --- BC094 2 62 1 16 235-24-2 BCSU-0 2 5 415BH 12 6-05 T9401 3 0 1 16 235-24-0 BCSU-5 1 5 415EH 11 25-05 T9402 4 0 2 16 235-24-4 BCSU-5 2 8 415EH 18 27-08 T9403 5 0 3 16 235-23-0 BCSU-6 1 4 415DH 6 29-04

BTS Ids 3 & 5 use the EDAP ID-1

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T9404 6 0 4 16 235-23-4 BCSU-5 2 9 415EH 20 27-09 T9405 7 0 5 16 235-22-0 BCSU-6 2 4 415DH 8 31-04 T9406 8 0 6 16 235-22-4 BCSU-5 1 10 415EH 21 25-10 COMMAND EXECUTED

Below is the ZEEI for the site using PCM-235.

< ZEEI:BCF=94;

BSC BCT01 2006-09-01 10:59:35 RADIO NETWORK CONFIGURATION IN BSC:

E P B

F T R C D-CHANNEL BUSY ADM OP R ET- BCCH/CBCH/ R E S O&M LINK HR FR LAC CI HOP STA STATE FREQ T PCM ERACH X F U NAME ST /GP ===================== === ====== ==== == ==== =========== = = = ===== == === === BCF-094 ULTRASITE U WO 0 BC094 WO 05001 51211 BTS-227 U WO 4 1 184P51211 RF 6 EDGE TRX-001 U WO 692 0 235 MBCCH P 5 TRX-002 U WO 512 0 235 P 5 05001 51212 BTS-228 U WO 0 2 184P51212 RF 4 EDGE TRX-003 U WO 697 0 235 MBCCH P 6 EDGE TRX-004 U WO 530 0 235 P 5 05001 51213 BTS-229 U WO 1 3 184P51213 RF 1 EDGE TRX-005 U WO 599 0 235 P 6 EDGE TRX-006 U WO 701 0 235 MBCCH P 5 COMMAND EXECUTED

3.12 ZYMO – OUTPUT STATISTICAL DISTURBANCES ON ONE CIRCUIT

PCM STATISTICS: MEASUREMENT AND OUTPUT COMMANDS <YM_> < ZYMO:ET,39:;

BSC3i BPR07 2006-08-22 10:27:34 PCM STATISTICS

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PERMANENT MEASUREMENT UNIT START TIME ET-39 2006-08-22 00:00

DISTURBANCES:

DISTTYPE COUNTER LIMITS (MS)

10-50 50-200 200-1000 1000- NOINSGN 0 0 0 0 FALOST 0 0 0 0 AIS 0 0 0 1 REMOTE 2 1 0 0 FRAME ALIGNMENT SIGNAL ERRORS:

COUNTER LIMITS (ERRORS/ 5 SEC)

1-39 40-79 80-159 160- 1 0 0 11 SLIPS: POSITIVE NEGATIVE 0 4 CRC PERFORMANCE MONITORING:

TOTAL AVAIL UNAVAIL TIME TIME TIME LOCAL END 10:27:16 10:26:40 00:00:36 REMOTE END 10:27:16 10:27:16 00:00:00 (%) EFS ES SES DM LOCAL END 99.98 0.02 0.00 0.48 REMOTE END 99.98 0.02 0.00 0.00 COMMAND EXECUTED

3.13 ZWOI - SYSTEM CONFIGURATION ADMINISTRATION, INTERROGATE PARAMETER VALUE The more important parameter classes for BSS performance are:

PARAMETER CLASS: 10 IMPLEMENTA_OF_CALL_CTRL PARAMETER CLASS: 46 PCU_TELECOM_PARAMETERS PARAMETER CLASS: 49 GB_INTERFACE

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ZWOI:;

EXECUTION STARTED

PARAMETER CLASS: 0 ANNOUNCEMENT_DEVICE

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY

PARAMETER CLASS: 1 CHARGING

PARAMETER CLASS: 2 SYSTEM_FUNCT_CONFIGUR

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00035 PRIMARY_RATE_INTERFACE 00FF NO 00188 T1_ENVIRONMENT 00FF NO 00241 Q3_DX_ALARMS_FORW_ON 0001 YES 00361 NORTH_AMERICAN_NUMBER 0000 YES 00418 SMSCB_LAST_BLOCK_INFO 0000 YES 00461 BIN_HEADER_TYPE 0000 YES 00470 SMSCB_INDEPEN_MULTIPAGE 0000 YES 00511 ABIS_AUTOCONF_IN_USE 0000 NO 00602 TRE_SW_DL_MC_ADDRESS 0FD2 YES 00603 NE_CONFIG_REDUNDANT 0000 YES 00629 TRUNK_INTERFACE_TYPES 0000 NO 00693 FIRST_FREE_NUMBERED_CGR 012C YES 00790 HW_INVENTORY_IN_USE 0000 YES 00862 HUNTING_QUEUE_SIZE 0010 YES PARAMETER CLASS: 3 SUBSCRIBER_FACILITIES

PARAMETER CLASS: 4 THREE_PARTY_FACILITIES

PARAMETER CLASS: 5 OPERATOR_CALL

PARAMETER CLASS: 6 CALL_TECHNIC_TIM_LIMI

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PARAMETER CLASS: 7 CALL_CONTROL

PARAMETER CLASS: 8 ACCESS_SERVER

PARAMETER CLASS: 9 SYSTEM_SUPERVISION

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00008 LOAD_RATE_SAMPLE_INTERV 0004 YES 00010 CRC4_TRH_FOR_DEGRAD_MIN 007B NO 00011 CRC4_TRH_FOR_ERRORE_SEC 0367 NO 00028 SEC_EVENT_ALARM_LIMIT 0046 YES 00029 SEC_EVENT_MON_PERIOD 0007 YES 00044 EXCL_EST_CAUSES_HO_REF 0000 YES 00049 BITMAP_CHECK_RECORDS 0200 YES 00050 BITMAP_CHECK_BYTES 61A8 YES 00051 BITMAP_SUPERV_INTERVAL 0032 YES 00052 CHKSUM_SUPERV_INTERVAL 01F4 YES 00055 TR_EQU_COLL_START_TIM 0004 YES 00072 CBC_INDIC_FILT_TIMER 00B4 YES 00075 NUMBER_OF_Q1_CHANNELS 0012 YES 00079 TRE_CHKSUM_COLL_COUNT 0001 YES 00090 BTS_Q1_RT_UPDATE_COUNT 0001 YES 00098 SDCCH_SIGN_SUP_BTS_MSC 0020 YES PARAMETER CLASS: 10 IMPLEMENTA_OF_CALL_CTRL

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00004 PCM_MAINT_ANNOUNCE_TL 03E8 NO 00005 DR_USAGE 00FF YES 00006 IDR_USAGE 00FF YES 00007 TR_USAGE_IN_MTC 00FF YES 00008 TR_USAGE 00FF YES 00011 CM_BASED_SUBS_TYPE 0000 YES 00012 PRIOR_BASED_SERV_SEP 0000 YES 00014 C2_CELL_RESEL 00FF YES 00015 FACCH_CALL_SET_UP 00FF YES 00016 PREEMPT_USAGE 00FF YES 00019 CI_BASED_HO_EVAL_P 00FF YES 00021 MS_PWR_OPT_IN_HO_P 00FF YES 00022 SDCCH_HO_USAGE_P 00FF YES 00023 UNDERLAY_OVERLAY_US_P 00FF YES 00024 CHAINED_CELL_USAGE_P 00FF YES 00025 FMMS_USAGE_P 0000 YES 00027 RNOS_USAGE_P 00FF YES 00028 RXQ_HAC_USAGE_P 00FF YES 00030 DISTANCE_VERIFYING 0000 YES

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00032 Q3_BTS_HW_REM_INQ_USE 00FF YES 00033 EFR_SUPPORT_IN_BSC 00FF YES 00034 SMS_CB_DRX_USD_IN_BSC 00FF YES 00035 HOT_SPOT_USAGE_P 00FF YES 00036 CI_STATISTICS_USAGE_P 00FF YES 00042 DYNAMIC_SDCCH 00FF YES 00043 DYN_HOTSPOT_USAGE 00FF YES 00044 SMS_CBC_USD_IN_BSC 00FF YES 00045 ICE_USAGE_P 00FF YES 00046 ERFD_USAGE_P 00FF YES 00048 DATA_144_USAGE 00FF YES 00050 DADLB_USAGE_P 00FF YES 00051 DC_OBSERVATION_USAGE 00FF YES 00052 FCS_SET_USAGE 00FF YES 00053 AMH_USAGE_P 00FF YES 00065 CHAN_FIN_USAGE_P 00FF YES 00068 RCS_FER_FILTER 0000 YES PARAMETER CLASS: 11 SYSTEM_DIMENSIONING

PARAMETER CLASS: 12 OVERLOAD

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00039 NAMETBL_MAX_SERV 03E8 YES

PARAMETER CLASS: 13 PRIORITY_CALLS

PARAMETER CLASS: 14 INCOM_CALL_BARRING

PARAMETER CLASS: 15 SUBSC_NBR_ANALYSIS

PARAMETER CLASS: 16 ALARM_SYSTEM

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00000 ALARM_PRINT_END_MARK 0000 YES 00001 LAMP_PANEL_POLARITY 0001 YES 00002 ALARM_DRIVEN_OUTPUTS 0010 YES 00003 LAMP_PANEL_BUZZER 0000 YES 00004 PRINTING_MODE 0000 YES 00007 BTS_ALARM_FILTERING_USE 0001 YES

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PARAMETER CLASS: 17 CALL_FORWARDING

PARAMETER CLASS: 18 DX_SCP

PARAMETER CLASS: 19 WAKE_UP_FACILITY

PARAMETER CLASS: 20 CARRIER_ACCESS_CODES

PARAMETER CLASS: 21 COMPLETION_OF_CALL

PARAMETER CLASS: 22 DX_RF_CODES

PARAMETER CLASS: 23 DN_SIGNAL

PARAMETER CLASS: 24 V5_INTERFACE

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00014 LE_LINK_ID_TSL 000D NO

00015 AN_LINK_ID_TSL 0012 NO PARAMETER CLASS: 25 DIGITAL_CROSS_CONNECT

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00001 IDLE_CAS_MARK 000D YES

PARAMETER CLASS: 26 OWN_ADDR

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PARAMETER CLASS: 28 ROUTING_ATTRIBUTES

PARAMETER CLASS: 29 AIF_ATTRIBUTES

PARAMETER CLASS: 30 CHARGING_ATTRIBUTES

PARAMETER CLASS: 31 SHORT_MESSAGE_SERVICE

PARAMETER CLASS: 32 CM_ATTRIBUTE_CONTROL

PARAMETER CLASS: 33 CM_ATTRIBUTES

PARAMETER CLASS: 34 NTN_COMM_OPTIONS

PARAMETER CLASS: 35 CALL_PARK

PARAMETER CLASS: 36 SUBSC_IDENTIFICATION

PARAMETER CLASS: 37 RADIO_NW_CTRL_REL

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00000 ATTN_FOR_2_GEN_BTS FF00 NO

00001 ATTN_FOR_3_GEN_BTS FF00 NO 00002 ATTN_FOR_4_GEN_BTS FF00 NO

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00003 ATTENUATED_CH_NBR_1 FF00 NO 00004 ATTENUATED_CH_NBR_2 FF00 NO 00005 ATTENUATED_CH_NBR_3 FF00 NO 00006 ATTENUATED_CH_NBR_4 FF00 NO 00007 ATTENUATED_CH_NBR_5 FF00 NO 00008 ATTENUATED_CH_NBR_6 FF00 NO 00009 ATTENUATED_CH_NBR_7 FF00 NO 00010 ATTENUATED_CH_NBR_8 FF00 NO 00011 ATTENUATED_CH_NBR_9 FF00 NO 00012 ATTENUATED_CH_NBR_10 FF00 NO 00013 ATTENUATED_CH_NBR_11 FF00 NO 00014 ATTENUATED_CH_NBR_12 FF00 NO 00015 ATTENUATED_CH_NBR_13 FF00 NO 00016 ATTENUATED_CH_NBR_14 FF00 NO 00017 ATTENUATED_CH_NBR_15 FF00 NO 00018 ATTENUATED_CH_NBR_16 FF00 NO 00019 ATTENUATED_CH_NBR_17 FF00 NO 00022 ATTN_FOR_METROSITE_BTS FF00 NO 00024 ATTN_FOR_ULTRASITE_BTS FF00 NO 00025 ATTN_FOR_INSITE_BTS FF00 NO 00026 ATT_850_CH_NBR_1 FF00 NO 00027 ATT_850_CH_NBR_2 FF00 NO 00028 ATT_850_CH_NBR_3 FF00 NO 00029 ATT_850_CH_NBR_4 FF00 NO 00030 ATT_850_CH_NBR_5 FF00 NO 00031 ATT_850_CH_NBR_6 FF00 NO 00032 ATT_850_CH_NBR_7 FF00 NO 00033 ATT_850_CH_NBR_8 FF00 NO 00036 INC_SIGNAL_WAITING_TIME 0000 NO 00039 IUO_RECOVERY_NOT_DONE 00FF YES PARAMETER CLASS: 38 MML_COMMAND_LOG

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00000 WRITE_CACHE_TIMEOUT 003C YES

00001 STORAGE_LENGTH 001E YES 00002 MAX_FILE_COUNT 7530 YES 00003 ADMINISTRATION_HOUR 0001 YES 00004 ADMINISTRATION_MINUTES 0019 YES PARAMETER CLASS: 39 CHA_MODIFICATION

PARAMETER CLASS: 40 ECT_PARAMETERS

PARAMETER CLASS: 41 CAMEL_PARAMETERS

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PARAMETER CLASS: 42 QSIG_PARAMETERS

PARAMETER CLASS: 43 IWF_CTRL_PARAMETER

PARAMETER CLASS: 44 MML_SESSION

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00000 PW_CHAR_TO_PRINT 002A YES

00001 FIRST_MMI_LOGIN_DELAY 000A YES 00002 MAX_MMI_LOGIN_DELAY 05A0 YES 00003 OVERFLOW_LOGIN_DELAY 0005 YES 00005 DISCLAIMER_TEXT 0001 YES 00006 DEF_MAIN_HEADING_TEXT 0000 YES PARAMETER CLASS: 45 NTN_FEATURE_AND_ATTRI

PARAMETER CLASS: 46 PCU_TELECOM_PARAMETERS

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00046 MEMORY_OUT_FLAG_SUM 0003 YES 00047 EGPRS_UPLINK_PENALTY 0002 YES 00048 EGPRS_UPLINK_THRESHOLD 0019 YES 00049 EGPRS_DOWNLINK_PENALTY 0001 YES 00050 EGPRS_DWNLINK_THRESHOLD 0019 YES 00051 GPRS_UPLINK_PENALTY 0003 YES 00052 GPRS_UPLINK_THRESHOLD 0016 YES 00053 GPRS_DOWNLINK_PENALTY 0002 YES 00054 GPRS_DOWNLINK_THRESHOLD 0010 YES 00055 UPLNK_RX_LEV_FRG_FACTOR 0032 YES 00059 TERRIT_BALANCE_THRSHLD 0032 YES 00060 TERRIT_UPD_GTIME_GPRS 0005 YES 00061 TBF_LOAD_GUARD_THRSHLD 0032 YES 00062 TBF_SIGNAL_GRD_THRSHLD 0005 YES 00064 PRE_EMPTIVE_TRANSMISSIO 0000 YES 00066 BCCH_BAND_TBF_THRSHLD 0050 NO 00067 DL_TBF_RELEASE_DELAY 0BB8 YES 00068 UL_TBF_RELEASE_DELAY 03E8 YES 00071 UL_TBF_REL_DELAY_EXT 07D0 YES 00072 UL_TBF_SCHED_RATE_EXT 0005 YES PARAMETER CLASS: 47 V5_PSTN_MAPPING_PARAM

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PARAMETER CLASS: 48 V5_PSTN_MAPPING_PARAM_2

PARAMETER CLASS: 49 GB_INTERFACE

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00000 TNS_BLOCK 012C YES 00001 TNS_RESET 012C YES 00002 TNS_TEST 01F4 YES 00003 TNS_ALIVE 012C YES 00005 NS_BLOCK_RETRIES 0003 YES 00006 NS_UNBLOCK_RETRIES 0003 YES 00007 NS_ALIVE_RETRIES 000A YES 00008 NS_RESET_RETRIES 00FF YES 00009 TGB_BLOCK 012C YES 00010 TGB_RESET 012C YES 00011 TGB_SUSPEND 012C YES 00013 BVC_BLOCK_RETRIES 0003 YES 00014 BVC_UNBLOCK_RETRIES 0003 YES 00015 BVC_RESET_RETRIES 0003 YES 00016 SUSPEND_RETRIES 0003 YES 00020 FC_R_DIF_TRG_LIMIT 0064 YES 00021 FC_MS_R_DEF 0BB8 YES 00022 FC_MS_R_DEF_EGPRS 399E YES 00023 FC_MS_R_MIN 0064 YES 00024 FC_MS_B_MAX_DEF 1D4C YES 00025 FC_MS_B_MAX_DEF_EGPRS 7530 YES 00026 FC_R_TSL 05DC YES 00027 FC_R_TSL_EGPRS 1CCF YES 00028 FC_B_MAX_TSL 61A8 YES 00029 FC_B_MAX_TSL_EGPRS 61A8 YES PARAMETER CLASS: 50 REPORT_FORMING

IDENTIFIER NAME OF PARAMETER VALUE CHANGE POSSIBILITY 00001 MEA_REPORT_FORMATS 0003 YES

PARAMETER CLASS: 51 AAL2_SIG_PARAMETERS

PARAMETER CLASS: 52 SIP_SIGNALLING_PARAM