Nokia BSC Commands

System Group

BSC COMMANDS

FOR BEGINNERS

BSC COMMANDS For beginners

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CONTENTS

1. INTRUDUCTION ...................................................................................................4

2. OUTPUT RADIO NETWORK CONFIGURATION .............................................6

3. ALARMS HANDLING...........................................................................................6

3.1. List Alarms Currently On...............................................................................6

3.2. List Alarm History..........................................................................................6

4. SW PACKAGE HANDLING..................................................................................7

4.1. List SW package of BCF................................................................................7

4.2. Attach Software Package To BCF..................................................................7

4.3. Activate BCF software package .....................................................................7

5. CHANGE BCF, BTS AND TRX STATE...............................................................8

5.1. Locking the BCF, BTS, TRX and Timslot.....................................................8

5.2. Forced Handover ............................................................................................8

6. POWER CONTROL PARAMETER HANDLING ................................................8

6.1. Change max power .........................................................................................9

7. HOPPING PARAMETER.....................................................................................10

7.1. Change BB-hopping on ................................................................................12

7.2. Change RF-hopping on.................................................................................13

8. CHANNEL CONFIGURATION...........................................................................14

8.1. Change channel configuratio ........................................................................15


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8.1.1. Cell broadcast channel configuration .............................................15

9. LAPD LINK HANDLING ....................................................................................17

9.1. Check LAPD links speed..............................................................................17

9.2. Block LAPD links ........................................................................................17

10. CHECK THE SW VERSION OF BSC SW-PACKAGE......................................17

11. LINE EDITOR FUNCTIONS ...............................................................................18

12. ZEF?.......................................................................................................................20

13. ZEQ?......................................................................................................................21

14. ZER? ......................................................................................................................22


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1. INTRUDUCTION

This documet includes BSC basic commands for berginners.

BSC SW S7.17 was in used. (BSC-MML commands may vary between different BSC SW version.)

In example has used BCF=57, BTS=66, TRX-1 and 2.

If you like to get more inforamtion, please look from NED, BSC S7:2.6 command reference manual. NED is a program package designed for the retrieval, viewing, and printing of the electronic Nokia documents. As a whole, NED consists of the system documentation, the NED viewer and the Model.

At the beginning of an MML session, the user enters a user identification (= USER ID) and his password.

START Press any key.

USER ID\ PASSWORD

Give user identification and password.

ENTER USERNAME .............. LOCAL SYSTEM HLR_38424> .... CMBLEY BSC1> ......... CMBLEY BSC2> ......... CMBLEY BSC3> ......... CMBLEY MSC038103> .... CMBRLY BSC4> ......... CAMBERLEY BSC5> ......... CMBLEY END> ............ END DIALOGUE

DIALOGUE DESTINATION < BSC2>


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The following is displayed on the screen:

MAIN LEVEL COMMAND < >


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2. OUTPUT RADIO NETWORK CONFIGURATION

Check the status of the BCF/BTS/TRX: ZEEI:BCF=57;

E P B F T R C D-CHANNEL ADM OP R ET- BCCH/CBCH/ R E S O&M LINK BUSY LAC CI STA STATE FREQ T PCM ERACH X F U NAME ST HR FR ===================== === ====== ==== == ==== =========== = = = ===== == === === BCF-057 DE34/DF34 U WO 3 OMU57 WO 00004 02066 BTS-066 U WO 0 0 STARRMINI TRX-001 U WO 699 0 57 MBCCHC 3 TRX-002 U WO 745 0 57 3

3. ALARMS HANDLING

3.1. List Alarms Currently On

Check the active alarms using: ZEOL:57;

BTS ALARM LISTING BSC2 BCF-057 ENVIR 1999-01-15 11:11:05.61 * ALARM (11000) 7870 CABINET DOOR OPEN 00H 00H 00H 4BH 01H 00H

3.2. List Alarm History

Examples

List the alarm history collected after January 02, 1999 at 14:00

ZEOH:1999-01-02,14-00-00:BCF=57; List the history of alarm 7870 collected today. ZEOH::NR=7870;


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4. SW PACKAGE HANDLING

4.1. List SW package of BCF ZEWO:57;

DX 200 BSC2 1999-01-15 11:12:03 BCF STATUS PACKAGE-ID VERSION SUBDIR STATE ----------------------------------------------------------------------- BCF-057 NW DE34/DF34 BU DF30_A51 3.0-10 /PACK_14 DEFAULT (DEFAULT=in use) FB

4.2. Attach Software Package To BCF The command executes the background downloading to the non-volatile memory of the BCF.

ZEWA:57:NW:DF40_A51;

4.3. Activate BCF software package The command is used for activating and restarting the BCF with the attached software package.

ZEWV:57:NW; THIS COMMAND CUTS ALL ONGOING CALLS IN THE RESETED BTS SITE CONFIRM COMMAND EXECUTION: Y/N ? Y SOFTWARE PACKAGE ACTIVATED BCF NUMBER RESET REASON FOR DENIAL --------------------------------------------------------- BCF-057 STARTED ZEWO:57; BCF STATUS PACKAGE-ID VERSION SUBDIR STATE ----------------------------------------------------------------------- BCF-057 NW DF40_A51 4.0-10 /PACK_13 DEFAULT (default = in use) DE34/DF34 BU DF30_A51 3.0-10 /PACK_14 FB

Fastest way to take new SW in use: Block OMU LAPD link (DTC:OMU57:,BL;) (background downloading can not start) Attach Software Package ZEWA:57:NW:DF40_A51; Unblock a LAPD link (DTC:OMU57:,BL;) Activate BCF software package: ZEWV:57:NW;


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5. CHANGE BCF, BTS AND TRX STATE

5.1. Locking the BCF, BTS, TRX and Timeslot ZEFS:57:L; (lock BCF) ZEQS:BTS=66:L; (lock BTS) ZERS:BTS=66,TRX=1:L; (lock TRX) ZERS:BTS=66,TRX=1,CH=1&&4:L; (lock the RTSLs 1-4 in TRX number 1)

DX 200 BSC2 1999-01-25 11:27:14 RADIO NETWORK CONFIGURATION IN BSC: E P B F T R C D-CHANNEL ADM OP R ET- BCCH/CBCH/ R E S O&M LINK BUSY LAC CI STA STATE FREQ T PCM ERACH X F U NAME ST HR FR ===================== === ====== ==== == ==== =========== = = = ===== == === === BCF-057 DE34/DF34 L BL-USR 3 OMU57 WO 00004 02066 BTS-066 L BL-USR 0 0 STARRMINI TRX-001 L BL-USR 699 0 57 MBCCHC 3 TRX-002 L BL-USR 745 0 57 3

Unlock timeslots, TRX, BTS and BCF ZERS:BTS=66,TRX=1,CH=1&&4:U; (unlock the RTSLs 1-4 in TRX 1) ZERS:BTS=66,TRX=1:U; (unlock TRX) ZEQS:BTS=66:U; (unlock BTS) ZEFS:57:U; (unlock BCF)

5.2. Forced Handover

With this parameter you force handovers in order to clear the traffic in the BTS or TRX.

BTS: ZEQS:BTS=66:L:FHO;

TRX: ZERS:BTS=66,TRX=1:L:FHO;

6. POWER CONTROL PARAMETER HANDLING Output the power control parameters: ZEUO:BTS=66;

LOADING PROGRAM VERSION 7.8-0 DX 200 BSC2 1999-01-25 11:28:04 POWER CONTROL PARAMETERS OF BTS-066 STARRMINI POWER CTRL ENABLED ......... Y POWER CONTROL INTERVAL ..... 02 s


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BS TX PWR MIN ....PEAK PWR - 30 dB BS TX PWR MAX ....PEAK PWR - 14 dB POWER INCR STEP SIZE ....... 4 dB POWER RED STEP SIZE ........ 2 dB POWER DECR LIMIT BAND 0 .... 38 dB POWER DECR LIMIT BAND 1 .... 38 dB POWER DECR LIMIT BAND 2 .... 38 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 ............ 04 WEIGHTING .... 1 PC AVERAGING LEV UL WINDOW SIZE ............ 04 WEIGHTING .... 1 PC AVERAGING QUAL DL WINDOW SIZE ............ 01 WEIGHTING .... 1 PC AVERAGING QUAL UL WINDOW SIZE ............ 01 WEIGHTING .... 1 PC UPPER THRESHOLDS QUAL DL RX QUAL .. < 0.2% PX .. 32 NX .. 32 PC UPPER THRESHOLDS QUAL UL RX QUAL .. < 0.2% PX .. 32 NX .. 32 PC LOWER THRESHOLDS QUAL DL RX QUAL .. 0.8% - 1.6% PX .. 03 NX .. 04 PC LOWER THRESHOLDS QUAL UL RX QUAL .. 0.8% - 1.6% PX .. 03 NX .. 04 PC LOWER THRESHOLDS QUAL144 RX QUAL .. 0.8% - 1.6% PX .. 03 NX .. 04 PC UPPER THRESHOLDS LEV DL RX LEVEL .. - 70 dBm PX .. 01 NX .. 01 PC UPPER THRESHOLDS LEV UL RX LEVEL .. - 70 dBm PX .. 01 NX .. 01 PC LOWER THRESHOLDS LEV DL RX LEVEL .. - 85 dBm PX .. 01 NX .. 01 PC LOWER THRESHOLDS LEV UL RX LEVEL .. - 85 dBm PX .. 01 NX .. 01 COMMAND EXECUTED

6.1. Change max power bs tx pwr max, PMAX = decimal number With this parameter you identify the maximum transmission power of the BTS as an attenuation from the peak power of the TRX. The possible attenuation values range from 0 to 30 dB with a step size of 2 dB. The value of the parameter must be smaller than or equal to the value of the parameter PMIN. ZEUG:BTS=66:PMAX=0;

DX 200 BSC2 1999-01-25 11:28:30 POWER CONTROL GENERAL PARAMETERS OF BTS-066 STARRMINI POWER CTRL ENABLED ......... Y POWER CONTROL INTERVAL ..... 02 s BS TX PWR MIN ....PEAK PWR - 30 dB BS TX PWR MAX ....PEAK PWR - 00 dB POWER INCR STEP SIZE ....... 4 dB POWER RED STEP SIZE ........ 2 dB POWER DECR LIMIT BAND 0 .... 38 dB POWER DECR LIMIT BAND 1 .... 38 dB POWER DECR LIMIT BAND 2 .... 38 dB POWER DECR QUAL FACTOR ..... 1 ALA ENABLED ................ N MIN INT BETWEEN ALA ........ 10 s POWER LIMIT ALA ............ 6 dB

(Change min power, ZEUG:BTS=66:PMAX=30;)


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7. HOPPING PARAMETER Check the hopping parameter: ZEQO:BTS=66:ALL; (Using ZEQO:BTS=66; only hopping

parameters)

BTS PARAMETERS : ================ BCF-057 BTS-066 STARRMINI ------------------------------------- BTS ADMINISTRATIVE STATE ... UNLOCKED BTS OPERATIONAL STATE ...... BL-RST BTS BACKGROUND DATA STATE .. NOT DEFINED CELL IDENTITY............................(CI)..... 02066 FREQUENCY BAND IN USE....................(BAND)... DCS BS IDENTITY CODE.........................(BSIC) NETWORK COLOUR CODE...................(NCC).... 3 BACKGROUND NETWORK COLOUR CODE........(BNCC)... - BTS COLOUR CODE.......................(BCC).... 3 BACKGROUND BTS COLOUR CODE............(BBCC)... - LOCATION AREA ID.........................(LAI) MOBILE COUNTRY CODE...................(MCC).... 234 MOBILE NETWORK CODE...................(MNC).... 15 LOCATION AREA CODE....................(LAC).... 00004 BTS HOPPING MODE.........................(HOP).... N BACKGROUND BTS HOPPING MODE..............(BHOP)... - UNDERLAY BTS HOPPING MODE................(UHOP)... N BACKGROUND UNDERLAY BTS HOPPING MODE.....(BUHOP).. - MOBILE ALLOCATION FREQUENCY LIST......(MAL).... 25 BACKGROUND MOBILE ALLOC FREQ LIST.....(BMAL)... - UNDERLAY MOBILE ALLOC FREQ LIST.......(UMAL)... - BG UNDERLAY MOBILE ALLOC FREQ LIST....(BUMAL).. - HOPPING SEQUENCE NUMBER 1.............(HSN1)... 0 BACKGROUND HOPPING SEQUENCE NUMBER 1..(BHSN1).. - HOPPING SEQUENCE NUMBER 2.............(HSN2)... 0 BACKGROUND HOPPING SEQUENCE NUMBER 2..(BHSN2).. - UNDERLAY HOPPING SEQUENCE NUMBER......(UHSN)... 0 BG UNDERLAY HOPPING SEQUENCE NUMBER...(BUHSN).. - CELL BARRED..............................(BAR).... N CALL REESTABLISHMENT ALLOWED.............(RE)..... N EMERGENCY CALL RESTRICTED................(EC)..... N PLMN PERMITTED...........................(PLMN)... 03 NOT ALLOWED ACCESS CLASSES...............(ACC).... - ADJACENCY ON OTHER BAND..................(DBC).... N DIRECTED RETRY USED......................(DR)..... N INTELLIGENT DIRECTED RETRY USED..........(IDR).... N CELL TYPE................................(CTY).... GSM MIN TIME LIMIT DIRECTED RETRY............(MIDR)... 0 MAX TIME LIMIT DIRECTED RETRY............(MADR)... 5 DIRECTED RETRY METHOD....................(DRM).... 0 CELL RESELECT HYSTERESIS.................(HYS).... 04 dB MS TXPWR MAX CCH.........................(TXP).... 30 dBm RXLEV ACCESS MIN.........................(RXP)....-105 dBm RADIO LINK TIMEOUT.......................(RLT).... 20 SACCH FRAMES POWER OFFSET.............................(PO)..... 00 dB


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MAX QUEUE LENGTH.........................(MQL).... 050 % TIME LIMIT CALL..........................(TLC).... 10 SECONDS TIME LIMIT HANDOVER......................(TLH).... 05 SECONDS QUEUE PRIORITY USED......................(QPU).... Y QUEUEING PRIORITY CALL................(QPC).... 10 QUEUEING PRIORITY URGENT HANDOVER.....(QPH).... 09 QUEUEING PRIORITY NON-URGENT HANDOVER.(QPN).... 09 MS PRIORITY USED.........................(MPU).... Y NBR OF BLOCKS FOR ACCESS GRANT MSG.......(AG)..... 01 NBR OF MULTIFRAMES.......................(MFR).... 02 TIMER FOR PERIODIC MS LOCATION UPDATING..(PER).... 00.5 HOURS ALLOW IMSI ATTACH DETACH.................(ATT).... Y C/N THRESHOLD............................(CNT).... 00 dB (NOT USED) AVERAGING PERIOD.........................(AP)..... 06 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 DTX MODE.................................(DTX).... 2 (MS SHALL NOT USE DTX) BTS MEASURE AVERAGE......................(BMA).... 01 MS TXPWR MAX.............................(PMAX)... 30 dBm MS TXPWR MIN.............................(PMIN)... 00 dBm MAX NUMBER OF RETRANSMISSION.............(RET).... 04 MAX NUMBER OF REPETITION.................(NY1).... 05 NUMBER OF SLOTS SPREAD TRANS.............(SLO).... 10 SMS CB USED..............................(CB)..... N BTS LOAD THRESHOLD.......................(BLT).... 070 % MS MAX DISTANCE IN CALL SETUP............(DMAX)... 255 (NO REJECTION) TRX PRIORITY IN TCH ALLOCATION...........(TRP).... 0 TCH RATE INTRA-CELL HANDOVER.............(TRIH)... 0 (NO CONSTRAINTS) LOWER LIMIT FOR FR TCH RESOURCES.........(FRL).... 100 % UPPER LIMIT FOR FR TCH RESOURCES.........(FRU).... 0 % NEW ESTABLISHMENT CAUSES SUPPORT.........(NECI)... N RADIUS EXTENSION.........................(EXT).... 00 km (NORMAL CELL) MULTIBAND CELL REPORTING.................(MBR).... 1 EARLY SENDING INDICATION.................(ESI).... Y C2 RESELECTION PARAMETERS: CELL RESELECTION PARAMETER INDEX......(PI)..... N CELL BARR QUALIFY.....................(QUA).... N CELL RESELECT OFFSET..................(REO).... 0 dB TEMPORARY OFFSET......................(TEO).... 0 dB PENALTY TIME..........................(PET).... 20 s TRUNK RESERVATION USED...................(TR)..... N LIMIT FOR FREE TCHS......................(LIMIT).. 16 TCHS RESERVED FOR PRIORITY SUBSCRIBERS...(TCRP)... 0 RESTRICTED USE OF PRIORITY CHANNELS......(RUP).... Y RESERVATION METHOD.......................(REM).... DYN TRAFFIC TYPE TABLE 1 (GSM CALL SETUP) - 2 (MCN CALL SETUP) - 3 (GSM HANDOVER) - 4 (MCN HANDOVER) - 5 (PRIORITY CALL SETUP) - 6 (PRIORITY HANDOVER) - 7 - 8 - 9 - 10 - ID. OF BCCH FREQUENCY LIST........(IDLE)... 0 (ADJACENT CELL LIST USED) BCCH ALLOC. USAGE FOR ACTIVE MS...(ACT).... ADJ (ADJACENT CELL LIST USED) BTS HOPPING MODE..................(HOP).... NOT (NOT HOPPING) BACKGROUND BTS HOPPING MODE.......(BHOP)... -


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HOPPING SEQUENCE NUMBER 1......(HSN1)... 0 *) BACKGROUND HSN1................(BHSN1).. - HOPPING SEQUENCE NUMBER 2......(HSN2)... 0 *) BACKGROUND HSN2................(BHSN2).. - MAIO OFFSET....................(MO)..... 0 *) BACKGROUND MAIO OFFSET.........(BMO).... - MAIO STEP......................(MS)..... 1 *) BACKGROUND MAIO STEP...........(BMS).... - MOBILE ALLOCATION FREQ LIST....(MAL).... 25 *) BACKGROUND MA FREQ LIST........(BMAL)... - UNDERLAY BTS HOPPING MODE.........(UHOP)... NOT (NOT HOPPING) BG UNDERLAY BTS HOPPING MODE......(BUHOP).. - UNDERLAY HOP SEQ NUMBER........(UHSN)... 0 *) BG UNDERLAY HOP SEQ NUMBER.....(BUHSN).. - 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).. - MAIO VALUES PER RADIO TIMESLOT: OVERLAY TRXS: ADM. OP. STATE STATE FREQ RTSL0 RTSL1 RTSL2 RTSL3 RTSL4 RTSL5 RTSL6 RTSL7 TRX-001 U WO 699 BCCH TRX-002 U WO 745 THERE IS NO UNDERLAY TRX UNDER BTS *) NOT RELEVANT IN THIS HOPPING MODE HSCSD TCH CAPACITY MINIMUM...............(HTM).... 100 % HSCSD CELL LOAD UPPER LIMIT..............(HCU).... 100 % HSCSD CELL LOAD LOWER LIMIT..............(HCL).... 100 % HSCSD REGULAR CELL LOAD UPPER LIMIT......(HRCU)... 100 % HSCSD UPGRADE GUARD TIME.................(HUT).... 0 s HSCSD DOWNGRADE GUARD TIME...............(HDT).... 0 s HSCSD UPGRADE GAIN.......................(HUG).... 0 % HSCSD MINIMUM EXHAUST....................(HME).... 1 COMMAND EXECUTED

7.1. Change BB-hopping on ZEQE:BTS=66:HOP=BB, HSN1=15,|HSN2=35; before that BCF (ZEFS:57:L;)

and BTS (ZEQS:BTS=66:L;) have to be locked, random RF hopping, HSN1=15 and HSN2=35 (BCF lock is not needed anymore after S8))

LOADING PROGRAM VERSION 7.24-0 EXECUTION STARTED BCF-057 BTS-066 STARRMINI ------------------------------------- BTS ADMINISTRATIVE STATE ... LOCKED BTS OPERATIONAL STATE ...... BL-USR BTS BACKGROUND DATA STATE .. NOT DEFINED CELL IDENTITY............................(CI)..... 02066 FREQUENCY BAND IN USE....................(BAND)... DCS BS IDENTITY CODE.........................(BSIC)


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NETWORK COLOUR CODE...................(NCC).... 3 BACKGROUND NETWORK COLOUR CODE........(BNCC)... - BTS COLOUR CODE.......................(BCC).... 3 BACKGROUND BTS COLOUR CODE............(BBCC)... - LOCATION AREA ID.........................(LAI) MOBILE COUNTRY CODE...................(MCC).... 234 MOBILE NETWORK CODE...................(MNC).... 15 LOCATION AREA CODE....................(LAC).... 00004 BTS HOPPING MODE.........................(HOP).... BB BACKGROUND BTS HOPPING MODE..............(BHOP)... - UNDERLAY BTS HOPPING MODE................(UHOP)... N BACKGROUND UNDERLAY BTS HOPPING MODE.....(BUHOP).. - MOBILE ALLOCATION FREQUENCY LIST......(MAL).... 25 BACKGROUND MOBILE ALLOC FREQ LIST.....(BMAL)... - UNDERLAY MOBILE ALLOC FREQ LIST.......(UMAL)... - BG UNDERLAY MOBILE ALLOC FREQ LIST....(BUMAL).. - HOPPING SEQUENCE NUMBER 1.............(HSN1)... 15 BACKGROUND HOPPING SEQUENCE NUMBER 1..(BHSN1).. - HOPPING SEQUENCE NUMBER 2.............(HSN2)... 35 BACKGROUND HOPPING SEQUENCE NUMBER 2..(BHSN2).. - UNDERLAY HOPPING SEQUENCE NUMBER......(UHSN)... 0 BG UNDERLAY HOPPING SEQUENCE NUMBER...(BUHSN).. -

7.2. Change RF-hopping on

ZEQE:BTS=66:HOP=RF,HSN1=0,|HSN2=0; before that BCF (ZEFS:57:L;) and BTS (ZEQS:BTS=66:L;) have to be locked, (cyclic BB-hop, HSN1=HSN2=0)

BCF-057 BTS-066 STARRMINI ------------------------------------- BTS ADMINISTRATIVE STATE ... LOCKED BTS OPERATIONAL STATE ...... BL-USR BTS BACKGROUND DATA STATE .. NOT DEFINED CELL IDENTITY............................(CI)..... 02066 FREQUENCY BAND IN USE....................(BAND)... DCS BS IDENTITY CODE.........................(BSIC) NETWORK COLOUR CODE...................(NCC).... 3 BACKGROUND NETWORK COLOUR CODE........(BNCC)... - BTS COLOUR CODE.......................(BCC).... 3 BACKGROUND BTS COLOUR CODE............(BBCC)... - LOCATION AREA ID.........................(LAI) MOBILE COUNTRY CODE...................(MCC).... 234 MOBILE NETWORK CODE...................(MNC).... 15 LOCATION AREA CODE....................(LAC).... 00004 BTS HOPPING MODE.........................(HOP).... RF BACKGROUND BTS HOPPING MODE..............(BHOP)... - UNDERLAY BTS HOPPING MODE................(UHOP)... N BACKGROUND UNDERLAY BTS HOPPING MODE.....(BUHOP).. - MOBILE ALLOCATION FREQUENCY LIST......(MAL).... 25 BACKGROUND MOBILE ALLOC FREQ LIST.....(BMAL)... - UNDERLAY MOBILE ALLOC FREQ LIST.......(UMAL)... - BG UNDERLAY MOBILE ALLOC FREQ LIST....(BUMAL).. -


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

Check used MAL list:

ZEBI:25; EXECUTION STARTED MOBILE ALLOCATION FREQUENCY LIST - 25 BAND ... DCS FREQUENCIES : 529 596 727 856 ATTACHED AS MOBILE ALLOCATION FREQUENCY LIST TO BTS: 66 STARRMINI If there is not any MAL attached, attach BTS-66 to mobile allocation frequency list 25

ZEQA:BTS=66:MAL=25;

8. CHANNEL CONFIGURATION ZERO:BTS=66; Check used channel configuration

ADM.STATE OP.STATE -------------------------------------- BCF-057 UNLOCKED WO BTS-066 STARRMINI UNLOCKED WO TRX-001 UNLOCKED WO ETRX N TRA NORM HRS Y PREF N FREQ 699 TSC 3 FRT 0 (REGULAR) LEV N (NOT USED) BFREQ - BTSC - BFRT - BLEV - DAL N (NOT USED) BDAL N (NOT USED) SIGN 0 D-CH TELECOM LINK SET 80 FU157 RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS ------------------------------------------------------------------------------ 0 57 - MBCCHC - UNLOCKED WO 1 57- 1 1 TCHF 0 UNLOCKED WO ID 2 57- 1 2 TCHF 0 UNLOCKED WO ID 3 57- 1 3 TCHF 0 UNLOCKED WO ID 4 57- 2 0 TCHF 0 UNLOCKED WO ID 5 57- 2 1 TCHF 0 UNLOCKED WO ID 6 57- 2 2 TCHF 0 UNLOCKED WO ID 7 57- 2 3 TCHF 0 UNLOCKED WO ID TRANSCEIVER HAS NO INTERFERING CELLS ADM.STATE OP.STATE -------------------------------------- BCF-057 UNLOCKED WO BTS-066 STARRMINI UNLOCKED WO TRX-002 UNLOCKED WO ETRX N TRA NORM HRS Y PREF N


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FREQ 745 TSC 3 FRT 0 (REGULAR) LEV N (NOT USED) BFREQ - BTSC - BFRT - BLEV - DAL N (NOT USED) BDAL N (NOT USED) MA FREQUENCY LIST 25 SIGN 0 MA FREQUENCY LIST (SUPER) - D-CH TELECOM LINK SET 144 FU257 RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS ------------------------------------------------------------------------------ 0 57- 3 0 TCHD 0 UNLOCKED WO ID ID 1 57- 3 1 TCHD 0 UNLOCKED WO ID ID 2 57- 3 2 TCHD 0 UNLOCKED WO ID ID 3 57- 3 3 TCHD 0 UNLOCKED WO ID ID 4 57- 4 0 TCHD 0 UNLOCKED WO ID ID 5 57- 4 1 TCHD 0 UNLOCKED WO ID ID 6 57- 4 2 TCHD 0 UNLOCKED WO ID ID 7 57- 4 3 TCHD 0 UNLOCKED WO ID ID TRANSCEIVER HAS NO INTERFERING CELLS COMMAND EXECUTED

8.1. Change channel configuration ZERM:BTS=66,TRX=1:CH0=MBCCH,CH1=SDCCH; Before modifications TRX have to be locked. (ZERS:BTS=66,TRX=1:L;) Note ! If you have hopping in use you have to lock BTS first and then TRX and.... TRX unlock and now you have new configuration in use. (ZERS:BTS=66,TRX=2:U;)

8.1.1. Cell broadcast channel configuration ZERS:BTS=66,TRX=1:L; ZERM:BTS=66,TRX=1:CH0=MBCCH,CH1=SDCCB; Cell broadcast short message service (SMS CB) is allowed to be used in the cell.

ZEQM:BTS=66:CB=Y; EXECUTION STARTED MISCELLANEOUS PARAMETERS MODIFY COMPLETED: ========================================== BCF-057 BTS-066 STARRMINI ------------------------------------- BTS ADMINISTRATIVE STATE ... UNLOCKED BTS OPERATIONAL STATE ...... WO BTS BACKGROUND DATA STATE .. NOT DEFINED DTX MODE.................................(DTX).... 2 (MS SHALL NOT USE DTX) BTS MEASURE AVERAGE......................(BMA).... 01 MS TXPWR MAX.............................(PMAX)... 30 dBm MS TXPWR MIN.............................(PMIN)... 00 dBm MAX NUMBER OF RETRANSMISSION.............(RET).... 04


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MAX NUMBER OF REPETITION.................(NY1).... 05 NUMBER OF SLOTS SPREAD TRANS.............(SLO).... 10 SMS CB USED..............................(CB)..... Y BTS LOAD THRESHOLD.......................(BLT).... 070 % MS MAX DISTANCE IN CALL SETUP............(DMAX)... 255 (NO REJECTION) TRX PRIORITY IN TCH ALLOCATION...........(TRP).... 0 TCH RATE INTRA-CELL HANDOVER.............(TRIH)... 0 (NO CONSTRAINTS) LOWER LIMIT FOR FR TCH RESOURCES.........(FRL).... 100 % UPPER LIMIT FOR FR TCH RESOURCES.........(FRU).... 0 % NEW ESTABLISHMENT CAUSES SUPPORT.........(NECI)... N RADIUS EXTENSION.........................(EXT).... 00 km (NORMAL CELL) MULTIBAND CELL REPORTING.................(MBR).... 1 EARLY SENDING INDICATION.................(ESI).... Y C2 RESELECTION PARAMETERS: CELL RESELECTION PARAMETER INDEX......(PI)..... N CELL BARR QUALIFY.....................(QUA).... N CELL RESELECT OFFSET..................(REO).... 0 dB TEMPORARY OFFSET......................(TEO).... 0 dB PENALTY TIME..........................(PET).... 20 s

Display all active messages within BTS 66 in long format.

ZECP:BTS=66:LONG; ALL ACTIVE MESSAGES WITHIN THE BTS-066 STARRMINI NO ACTIVE CB MESSAGES WITHIN THE BTS COMMAND EXECUTED Check all created messaged ZECP; or create your own ZECA Or ask it from you tutor)

Activate message with message index 2 for BTS 66,

ZECS:2:BTS=66:; LOADING PROGRAM VERSION 4.17-0 DX 200 BSC2 1999-01-25 12:05:26 PAGE 1 MESSAGE NO. 2 ACTIVATION BTS NO. BTS NAME STATE BTS-066 STARRMINI OK ZECP:N BTS=66:LONG; ALL ACTIVE MESSAGES WITHIN THE BTS-066 STARRMINI MESSAGE INDEX : 2 MESSAGE IDENTIFIER : 50 MESSAGE CODE : 50 GEOGRAPHICAL SCOPE : CELL WIDE, NORMAL CODING GROUP : 0000 LANGUAGE : ENGLISH REPETITION RATE : 4 MESSAGE BROADCASTED 0 TIMES LIVE IS WONDERFUL............................................................. ...............................................................................


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System Group

9. LAPD LINK HANDLING

9.1. Check LAPD links speed

ZDSB:NAME=OMU57; ZDS? PRIMARY RATE ACCESS D-CHANNEL DATA HANDLING COMMAND

INTERROGATING BASE STATION CONTROLLER D-CHANNEL DATA EXT SUB TERM LOG LOG INT NAME NUM SAPI TEI BR PCM-TSL-TSL UNIT TERM FUNC UNIT TERM PCM-TSL ----- --- ---- --- -- ----------- ----------------- ---------- ------- OMU57 79 62 1 64 57-31 BCSU-3 1 4 4160H 36 17-04

ZDSB:NAME=FU157; INTERROGATING BASE STATION CONTROLLER D-CHANNEL DATA EXT SUB TERM LOG LOG INT NAME NUM SAPI TEI BR PCM-TSL-TSL UNIT TERM FUNC UNIT TERM PCM-TSL ----- --- ---- --- -- ----------- ----------------- ---------- ------- FU157 80 0 1 64 57-30 BCSU-3 1 18 4160H 50 17-18

ZDSB:NAME=FU257; INTERROGATING BASE STATION CONTROLLER D-CHANNEL DATA EXT SUB TERM LOG LOG INT NAME NUM SAPI TEI BR PCM-TSL-TSL UNIT TERM FUNC UNIT TERM PCM-TSL ----- --- ---- --- -- ----------- ----------------- ---------- ------- FU257 144 0 2 64 57-29 BCSU-3 1 19 4160H 51 17-19

9.2. Block LAPD links

ZDTC:FU157:,BL; MODIFYING D-CHANNEL WORKING STATE EXT NAME NUM D-CHANN PCM-TSL OLD STATE NEW STATE ----- --- ------- ----------- --------- --------- FU157 80 P 57-30 WO-EX BL-US

10. CHECK THE SW VERSION OF BSC SW-PACKAGE ZWQO:RUN; LOADING PROGRAM VERSION 5.9-0 WORKING PACKAGES IN UNITS PAGE 1 MBA UNIT NAME STATUS PACKAGE_ID (REP-ID) 0 OMU S7101298 BU S7 7.17-0 1 4 MCMU-0 S7101298 BU S7 7.17-0 1 5 MCMU-1 S7101298 BU S7 7.17-0 1 30 BCSU-0 S7101298 BU S7 7.17-0 1 31 BCSU-1 S7101298 BU S7 7.17-0 1 32 BCSU-2 S7101298 BU S7 7.17-0 1 33 BCSU-3 S7101298 BU S7 7.17-0 1 34 BCSU-4 S7101298 BU S7 7.17-0 1 35 BCSU-5 S7101298 BU S7 7.17-0 1 36 BCSU-6 S7101298 BU S7 7.17-0 1 37 BCSU-7 S7101298 BU S7 7.17-0 1 38 BCSU-8 S7101298 BU S7 7.17-0 1


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System Group

11. LINE EDITOR FUNCTIONS

CONTROL-A

Switches the editor from the INSERT mode to the REPLACE mode, or vice versa. In the REPLACE mode, the new characters you type are placed on top of the old characters, replacing them. In the INSERT mode, the old characters are moved forward, making room for the new ones.

CONTROL-B

CONTROL-B can be used for the same search functions in the command buffer as the 'up' arrow.

CONTROL-D

Moves the cursor one character to the left. Functions like the 'left' arrow.

CONTROL-F

Moves the cursor one character to the right. Functions like the 'right' arrow.

CONTROL-K

Language change key. Press the key to take the next language into use. The name of the language is displayed if there are several languages available.

CONTROL-P

Pressing CONTROL-P displays the following text on the screen:

or

In addition, all the characters read into the line buffer so far are displayed. PAGE MODE means that the text is displayed one screen at a time, and the system waits for a command to continue the output. The request for the continuation command is displayed on the bottom line of the screen.

CONTINUOUS MODE means that the text is output continuously without interruptions.

You can change the PAGE MODE output to CONTINUOUS MODE during the output when the program is waiting for the continuation command. It is not possible to change the CONTINUOUS MODE to PAGE MODE during the outputting.

CONTROL-Q

With this character, you can continue the output which you have interrupted by pressing CONTROL-S.

CONTROL-S

Interrupts the output until CONTROL-Q is pressed.

CONTROL-U

Deletes all the characters in the line buffer and the written characters on the screen.

CONTROL-7


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System Group

Outputs the explanation for the error referred to by the latest general error message of the DX system.

CONTROL-Y Interrupts editing and returns the procedure to the command selection phase. If you press CONTROL-Y again, the procedure returns to the command class selection phase.


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System Group

12. ZEF? BASE CONTROL FUNCTION HANDLING COMMANDS

? ..... DISPLAY MENU

C: ..... CREATE BASE CONTROL FUNCTION

D: ..... DELETE BASE CONTROL FUNCTION

M: ..... MODIFY BASE CONTROL FUNCTION PARAMETERS

O: ..... OUTPUT BASE CONTROL FUNCTION PARAMETERS

S: ..... CHANGE BASE CONTROL FUNCTION ADMINISTRATIVE STATE

T: ..... SET BASE CONTROL FUNCTION OUTPUTS

R: ..... RESET BASE CONTROL FUNCTION

Z; ..... RETURN TO MAIN LEVEL


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System Group

13. ZEQ?

BASE TRANSCEIVER STATION HANDLING IN BSC COMMANDS


C: ..... CREATE BTS

D: ..... DELETE BTS

A: ..... MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS

B: ..... MODIFY BCCH FREQUENCY LIST USAGE PARAMETERS

E: ..... MODIFY BTS IDENTIFICATION PARAMETERS

F: ..... MODIFY CELL ACCESS PARAMETERS

G: ..... MODIFY RADIO LINK CONTROL DL PARAMETERS

H: ..... MODIFY QUEUEING PARAMETERS

J: ..... MODIFY CCH CONFIGURATION PARAMETERS

K: ..... MODIFY INTERFERENCE AVERAGING PARAMETERS

M: ..... MODIFY MISCELLANEOUS PARAMETERS

O: ..... OUTPUT BTS PARAMETERS

S: ..... CHANGE BTS ADMINISTRATIVE STATE

T: ..... MODIFY TRUNK RESERVATION PARAMETERS



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System Group

14. ZER? TRANSCEIVER DATA HANDLING COMMANDS


C: ..... CREATE TRANSCEIVER

D: ..... DELETE TRANSCEIVER

F: ..... CHANGE ABSOLUTE RADIO FREQUENCY NUMBER

M: ..... MODIFY TRANSCEIVER AND RADIO TIMESLOT PARAMETERS

T: ..... MODIFY TRANSCEIVER BINARY OUTPUTS

Y: ..... MODIFY TRANSCEIVER UNDERLAY-OVERLAY PARAMETERS

O: ..... OUTPUT TRANSCEIVER PARAMETERS

S: ..... CHANGE TRANSCEIVER AND RADIO TIMESLOT STATE


Nokia BSC Commands

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Transcript of Nokia BSC Commands