csdap deletion

GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 07

ES - Abis Interface Configuration for mcBSC

DN0990051

Issue 01AApproval Date 2011-11-14

Confidential

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Id:0900d805808e1f69Confidential

The information in this document is subject to change without notice and describes only the product defined in the introduction of this documentation. This documentation is intended for the use of Nokia Siemens Networks customers only for the purposes of the agreement under which the document is submitted, and no part of it may be used, reproduced, modified or transmitted in any form or means without the prior written permission of Nokia Siemens Networks. The documentation has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Nokia Siemens Networks welcomes customer comments as part of the process of continuous development and improvement of the documentation.

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Copyright © Nokia Siemens Networks 2011. All rights reserved

f Important Notice on Product SafetyThis product may present safety risks due to laser, electricity, heat, and other sources of danger.

Only trained and qualified personnel may install, operate, maintain or otherwise handle this product and only after having carefully read the safety information applicable to this product.

The safety information is provided in the Safety Information section in the “Legal, Safety and Environmental Information” part of this document or documentation set.

The same text in German:

f Wichtiger Hinweis zur Produktsicherheit Von diesem Produkt können Gefahren durch Laser, Elektrizität, Hitzeentwicklung oder andere Gefahrenquellen ausgehen.

Installation, Betrieb, Wartung und sonstige Handhabung des Produktes darf nur durch geschultes und qualifiziertes Personal unter Beachtung der anwendbaren Sicherheits-anforderungen erfolgen.

Die Sicherheitsanforderungen finden Sie unter „Sicherheitshinweise“ im Teil „Legal, Safety and Environmental Information“ dieses Dokuments oder dieses Dokumentations-satzes.

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Table of contentsThis document has 63 pages.

Summary of changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

ES - ABIS INTERFACE CONFIGURATION . . . . . . . . . . . . . . . . . . . . . . 6

ESC CREATE AUTOCONFIGURATION POOL <option>. . . . . . . . . . . . 7

ESD DELETE AUTOCONFIGURATION POOL <option> . . . . . . . . . . . . 9

ESO OUTPUT AUTOCONFIGURATION POOL INFORMATION <option>11

ESE CREATE DYNAMIC ABIS POOL <option> . . . . . . . . . . . . . . . . . . 13

ESG DELETE DYNAMIC ABIS POOL <option> . . . . . . . . . . . . . . . . . . 16

ESM MODIFY DYNAMIC ABIS POOL <option> . . . . . . . . . . . . . . . . . . 18

ESI OUTPUT DYNAMIC ABIS POOL INFORMATION <option> . . . . . 21

ESN MODIFY PCU ABIS PARAMETERS <option> . . . . . . . . . . . . . . . 23

ESP OUTPUT PCU ABIS PARAMETERS <option> . . . . . . . . . . . . . . . 26

ESA CREATE ABIS DELAY MEASUREMENT CHANNEL <option> . . 29

ESR DELETE ABIS DELAY MEASUREMENT CHANNEL . . . . . . . . . . 31

ESQ OUTPUT ABIS DELAY MEASUREMENT CHANNEL INFORMATION33

EST CREATE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> 34

ESV DELETE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> 36

ESU MODIFY CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> 38

ESB OUTPUT CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> 42

ESX CREATE ABIS HDLC LINK <option> . . . . . . . . . . . . . . . . . . . . . 44

ESF MODIFY ABIS HDLC LINK <option> . . . . . . . . . . . . . . . . . . . . . . 46

ESY DELETE ABIS HDLC LINK <option>. . . . . . . . . . . . . . . . . . . . . . 48

ESS CHANGE ABIS HDLC LINK ADMINISTRATIVE STATE <option> 49

ESK CREATE ETP-PCU CONNECTION <option> . . . . . . . . . . . . . . . 51

ESH REMOVE ETP-PCU CONNECTION <option> . . . . . . . . . . . . . . . 54

ESL OUTPUT PACKET ABIS CONFIGURATION <option>. . . . . . . . . 57

ESJ MODIFY ETP PARAMETERS <option> . . . . . . . . . . . . . . . . . . . . 62

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List of tablesTable 1 abis interface type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Table 2 abis interface type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

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ES - Abis Interface Configuration for mcBSC Summary of changes

Id:0900d8058081238fConfidential

Summary of changesChanges between document issues are cumulative. Therefore, the latest document issue contains all changes made to previous issues.

Changes made between issues 01A and 01The following commands are updated :

• ESK: CREATE ETP-PCU CONNECTION • ESP: OUTPUT PCU ABIS PARAMETERS • ESQ: OUTPUT ABIS DELAY MEASUREMENT CHANNEL INFORMATION • ESU: MODIFY CIRCUIT SWITCHED DYNAMIC ABIS POOL

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ES - ABIS INTERFACE CONFIGURATION

ES - ABIS INTERFACE CONFIGURATIONWith the commands in this command group you can handle Abis-interface pools.

Menu of the command group:

ABIS INTERFACE CONFIGURATION COMMANDS

? ..... DISPLAY MENUC: ..... CREATE AUTOCONFIGURATION POOL <option>D: ..... DELETE AUTOCONFIGURATION POOL <option>O: ..... OUTPUT AUTOCONFIGURATION POOL INFORMATION <option>E: ..... CREATE DYNAMIC ABIS POOL <option>G: ..... DELETE DYNAMIC ABIS POOL <option>M: ..... MODIFY DYNAMIC ABIS POOL <option>I: ..... OUTPUT DYNAMIC ABIS POOL INFORMATION <option>N: ..... MODIFY PCU ABIS PARAMETERS <option>P: ..... OUTPUT PCU ABIS PARAMETERS <option>A: ..... CREATE ABIS DELAY MEASUREMENT CHANNEL <option>R: ..... DELETE ABIS DELAY MEASUREMENT CHANNELQ: ..... OUTPUT ABIS DELAY MEASUREMENT CHANNEL INFORMATIONT: ..... CREATE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>V: ..... DELETE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>U: ..... MODIFY CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>B: ..... OUTPUT CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>X: ..... CREATE ABIS HDLC LINK <option>F: ..... MODIFY ABIS HDLC LINK <option>Y: ..... DELETE ABIS HDLC LINK <option>S: ..... CHANGE ABIS HDLC LINK ADMINISTRATIVE STATE <option>K: ..... CREATE ETP-PCU CONNECTION <option>H: ..... REMOVE ETP-PCU CONNECTION <option>L: ..... OUTPUT PACKET ABIS CONFIGURATION <option>J: ..... MODIFY ETP PARAMETERS <option>Z; ..... RETURN TO MAIN LEVEL

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ES - Abis Interface Configuration for mcBSC ESC CREATE AUTOCONFIGURATION POOL <op-tion>

Id:0900d80580624dc1Confidential

ESC CREATE AUTOCONFIGURATION POOL <option>

Function Use the ESC command to create a new autoconfiguration pool (AC pool). The AC pool is identified by an Abis PCM number and time slots.

Parameters circuit, pool size;

Syntax ESC: CRCT = <circuit>... , [SIZE = <pool size>... ]; <option>

Parameter explana-tions

circuit

CRCT=decimal number

Use the circuit (CRCT) parameter to define the Abis interface ET-PCM number and the first time slot of the pool. You can also use the &&-structure to set the last time slot of the pool or use the SIZE parameter to give the pool size directly. The minimum pool size is 3 time slots.The value range for CRCT depends on the BSC hardware configu-ration.

The parameter is obligatory.

pool size

SIZE=decimal number

Use this parameter to select the pool size directly. The minimum pool size is 3.

Note that this parameter cannot be used with the &&-structure in the CRCT parameter.

Examples 1. Create an AC pool to the PCM 73 and time slots 1..16.

ESC:CRCT=73-1&&-16;

2. Create an AC pool with size 8 to PCM 74, with time slot 8.

ESC:CRCT=74-8,SIZE=8;

Execution printouts The execution printout for example 1 is:

DX 200 DX220–LAB 2000–03–22 15:30:45

POOL FREE DCH DCH DCH CTRL ID ETPCM-TSLS TSLS NAME NBR TSL UNIT ---- ------------ ---- ----- ----- ------ ------ 1 73- 1&&-16 15 _P001 2 73-16 BCSU-0

POOL CREATED

COMMAND EXECUTED

Semantic error messages

/*** INCORRECT POOL SIZE ***/

The pool size that was given (either with the CRCT or SIZE parameter) is incorrect.

Give the correct pool size.

/*** PCM <XX> IS NOT AN ABIS INTERFACE PCM ***/

The PCM number that was given as the CRCT parameter is not an Abis interface PCM.

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ESC CREATE AUTOCONFIGURATION POOL <op-tion>

Give a correct PCM number.

The general semantic error messages of the MML commands and the DX error messages are also in use. For more information, see General Notice Messages of MML Session.

Execution error messages

If an error occurs, the text

/*** ERROR WHILE CREATING POOL ***/

is output after the general execution error messages of the MML commands. For more information, see General Error Messages of System.

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ES - Abis Interface Configuration for mcBSC ESD DELETE AUTOCONFIGURATION POOL <op-tion>


ESD DELETE AUTOCONFIGURATION POOL <option>

Function Use the ESD command to delete an AC pool. The AC pool is identified by pool circuits or by pool id.

Parameters circuit, pool id;

Syntax ESD: ( CRCT=<circuit> ... | ID =<pool id> ...) ; <option>


circuit

CRCT=decimal number

Use this parameter to define the circuits from which the pools are deleted. This is a compound type parameter, where the arguments include an Abis interface ET-PCM number and time slot(s). Use the &&-structure to select several time slots. The value range for CRCT depends on the BSC hardware configuration.

pool id

ID=decimal number

With this parameter you can select the pool id directly. Use the & or &&-structure to select several ids. Possible values for the id range from 1 to 254.

Examples 1. Delete AC pools from PCM 74 and time slots 1..16.

ESD:CRCT=74-1&&-16;

2. Delete AC pools 1 and 2

ESD:ID=1&2;

Additional informa-tion

The ABKONF MML asks the user for confirmation before the pools are deleted. If the given pools are not found, the command is not executed.


DX 200 DX220–LAB 2000–03–22 15:30:45

POOL FREE DCH DCH DCH CTRL ID ETPCM-TSLS TSLS NAME NBR TSL UNIT ---- ------------ ---- ----- ----- ------ ------ 4 74- 1&&- 8 7 _P004 3 74- 8 BCSU-0 5 74-12&&-24 12 _P005 4 74-24 BCSU-0

POOLS WILL BE DELETED

CONFIRM COMMAND EXECUTION: Y/N ? Y

POOL 4 DELETEDPOOL 5 DELETED

COMMAND EXECUTED

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ESD DELETE AUTOCONFIGURATION POOL <op-tion>


/*** POOL <xx> NOT FOUND ***/

Pool with the given id was not found.

/*** POOLS <xx>...<xx> NOT FOUND ***/

The consecutive pools that were given were not found.

/*** POOLS NOT FOUND ***/

No pools were found in the given circuits.



Give the correct Abis PCM number.




/*** ERROR WHILE DELETING POOL ***/


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ES - Abis Interface Configuration for mcBSC ESO OUTPUT AUTOCONFIGURATION POOL IN-FORMATION <option>


ESO OUTPUT AUTOCONFIGURATION POOL INFORMATION <option>

Function Use the ESO command to output information on an AC pool. An AC pool is identified by the pool circuit, pool id, or PCM number.

Parameters circuit, pool id, PCM number;

Syntax ESO: [ CRCT=<circuit> ...| ID=<pool id> ...| PCM=<PCM number>...];<option>


circuit

CRCT=decimal number

Use the CRCT parameter to output the pools containing the selected circuits. This is a compound type parameter, where the arguments include an Abis interface PCM number and time slot(s). Use the &&-structure to select several time slots. The value range for CRCT depends on the BSC hardware configuration.

pool id

ID=decimal number

Use this parameter to select the pool id directly. Use the & or &&-structure to select several ids. Possible id values range from 1 to 254.

PCM number

PCM=decimal number

Use this parameter to output all pools that are located in the given PCM. Use the & or &&-structure to give several PCMs. The valule range for PCM depends on the BSC hardware configuration.

Examples 1. Output information on pools in PCM 74 and time slots 2..16.

ESO:CRCT=74-2&&-16;

2. Output information on all pools in PCM 73.

ESO:PCM=73;

3. Output information on pools with ID 2, 3 and 4.

ESO:ID=2&&4;

4. Output information on all pools.

ESO;


DX 200 DX220–LAB 2000–03–22 15:30:45

POOL FREE DCH DCH DCH CTRL ID ETPCM-TSLS TSLS NAME NBR TSL UNIT ---- ------------ ---- ----- ----- ------ ------ 2 74- 1&&- 8 7 _P002 3 74- 8 BCSU-0 3 74-12&&-24 12 _P003 4 74-24 BCSU-0

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ESO OUTPUT AUTOCONFIGURATION POOL IN-FORMATION <option>

/*** POOL 4 NOT FOUND ***/TOTAL OF 2 AUTOCONFIGURATION POOLS

COMMAND EXECUTED



The given pool was not found.

/*** POOLS NOT FOUND ***/

No pool was not found in the given circuits.

/*** PCM <xx> DOES NOT HAVE ANY POOLS ***/

The given PCM does not have any pools.

/*** PCM <xx> IS NOT AN ABIS INTERFACE PCM ***/

The given PCM is not an Abis interface ET-PCM.

/*** PCMS <xx>...<xx> ARE NOT ABIS INTERFACE PCMS ***/

The consecutive PCMs that were given are not Abis interface ET-PCMs.


The PCM number that was given as the CRCT parameter is not an Abis interface ET-PCM.

Give a correct Abis interface ET-PCM number.




/*** ERROR WHILE INTERROGATING POOL ***/

is output after the general MML execution error message. For more information, see General Error Messages of System.

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ES - Abis Interface Configuration for mcBSC ESE CREATE DYNAMIC ABIS POOL <option>

Id:0900d8058074b5efConfidential

ESE CREATE DYNAMIC ABIS POOL <option>Function Use the ESE command to create a new dynamic Abis pool.

Parameters pool id, circuit, pool size, BCSU number, PCU index, packet service entity identifier;

Syntax ESE: ID = <pool id>, CRCT = <circuit>... , [SIZE = <pool size>... ], [BCSU = <bcsu number>, PCU = <pcu index>] | [PSEI = <packet service entity identifier> <option>] ;

<option>


pool id

ID = decimal number

Use this parameter to define the id for the dynamic Abis pool. Possible values range from 1 to 1800.


circuit

CRCT=decimal number

Use the CRCT parameter to define the Abis interface ET-PCM number and the first time slot of the pool. The last time slot can be given using the &&-structure or with the SIZE parameter. The value range for CRCT depends on the BSC hardware configuration.


pool size

SIZE=decimal number

Use the pool size parameter to select the pool size directly. The minimum pool size is 1. The maximum pool size is 24 time slots.

Note that the pool size parameter cannot be used with the &&-structure in the CRCT parameter.

BCSU number

BCSU=decimal number

Use the BCSU parameter to define the BCSU which handles the PCU. The value range for BCSU depends on the BSC hardware configuration. If BCSU is given PSEI cannot be given.

PCU index

PCU=decimal number

Use the PCU parameter to define the PCU which handles the pool. Possible values range from 0 to 254. If PCU is given PSEI cannot be given.

PSEI

PSEI=decimal number

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ESE CREATE DYNAMIC ABIS POOL <option>

The Packet Service Entity Identifier (PSEI) identifies the PSE object in the BSC. The value range for PSEI is 0 to 99. If PSEI is given PCU and BCSU cannot be given.

Examples 1. Create a dynamic Abis pool to PCM 74 and time slots 4..11.

ESE:ID=1,CRCT=74-4&&-11,BCSU=0,PCU=2;

2. Create a dynamic Abis pool with size 8, starting from the PCM 74 and time slot 8.

ESE:ID=1,CRCT=74-8,SIZE=8,BCSU=0,PCU=2;

3. Create a dynamic Abis pool to PCM 74 and time slots 4...11.

ESE:ID=1,CRCT=74-4&&-11,PSEI=2;


When command is executed and if PDDATA state is one of specific states (DOWN-LOADING, DOWNLOADED, VALIDATING or VALIDATED) a confirmation to proceed is asked from user. Answering Y executes command normally. Answering N aborts command. If PDDATA is in some other state, confirmation is not asked and command is executed normally. More information of feature File based RNW plan provisioning, PDDATA and its states can be found from File based RNW plan provisioning documen-tation.

The confirmation printout, if PDDATA state is one of specific states:

RNW PLAN CONFIGURATION IS DOWNLOADED AND THIS COMMAND CANCELS THE PLAN, ARE YOU SURE YOU WANT TO DO THIS COMMAND?

CONFIRM COMMAND EXECUTION: Y/N ?

The modification of the Dynamic Abis pool can take exceptionally long (up to 20 minutes) in some conditions.

After dynamic Abis pool creation BSC performs PCU hot restart to the PCU where the dynamic Abis pool is created.


DX 200 DX220–LAB 2000–03–22 15:30:45

DAP CTRL ID ETPCM-TSLS BCSU PCU ---- ----------- -------- 1 74- 4&&-11 0 2

POOL CREATED

COMMAND EXECUTED



The pool size that was given (either with the CRCT or SIZE parameter) is incorrect.

Give the correct pool size.



Give a correct PCM number.


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ES - Abis Interface Configuration for mcBSC ESE CREATE DYNAMIC ABIS POOL <option>






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ESG DELETE DYNAMIC ABIS POOL <option>

ESG DELETE DYNAMIC ABIS POOL <option>Function Use the ESG command to delete a dynamic Abis pool. You cannot delete a pool that still

has TRXs attached to it.

Parameters pool id ;

Syntax ESG: ID = <pool id>;


pool id

ID=decimal number

Use this parameter to select the pool id. Several ids can be selected with the & or && structure. Possible values for id range from 1 to 1800.


Examples 1. Delete dynamic Abis pools 1 and 2.

ESG:ID=1;


The system asks the user for a confirmation if the pools are to be deleted. If there are TRXs attached to pool, the deletion cannot be performed.






After dynamic Abis pool deletion BSC performs PCU hot restart to the PCU where the dynamic Abis pool is deleted.


DX 200 DX220–LAB 2000–03–22 15:30:45

DAP CTRL ID ETPCM-TSLS BCSU PCU ---- ------------ -------- 1 74-12&&-24 0 2

POOLS WILL BE DELETEDCONFIRM COMMAND EXECUTION: Y/N ? Y

POOL 1 DELETED

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ES - Abis Interface Configuration for mcBSC ESG DELETE DYNAMIC ABIS POOL <option>

Id:0900d8058073de32Confidential

COMMAND EXECUTED


/*** POOL DOES NOT EXIST ***/

The pool with the given id was not found.




/*** ERROR WHILE DELETING POOL ***/


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ESM MODIFY DYNAMIC ABIS POOL <option>

ESM MODIFY DYNAMIC ABIS POOL <option>Function Use the ESM command to modify a dynamic Abis pool that has been created. The

dynamic Abis pool is identified with a pool id.

Parameters pool id, new first time slot, new last time slot, BSCU number, PCU index, packet service entity identifier;

Syntax ESM : ID = <pool id>, [NFT = <new first time slot> | NLT = <new last time slot>], [BSCU = <bcsu number>, PCU = <pcu index>] | [PSEI = <packet service entity identifier> <option>] ; <option>


pool id

ID=decimal number

Use this parameter to select the pool to be modified. The value range is 1 to 1800.


new first time slot

NFT=decimal number.

Use this parameter to define the new first time slot. The time slots are entered as time slot numbers. By entering a number smaller than the first time slot you add the time slot(s) to the beginning of the pool. By entering a number bigger than the first time slot you remove time slot(s) from the beginning of the pool. The value range is 1-31.

The maximum pool size is 24 time slots.

new last time slot

NLT=decimal number.

Use this parameter to define the new last time slot. The time slots are entered as time slot numbers. By entering a number bigger than the last time slot you add time slot(s) to end of the pool. By entering a number smaller than the last time slot you remove time slot(s) from the end of the pool. The value range is 1-31.

The maximum pool size is 24 time slots.

BCSU number

BCSU=decimal number

Use the BCSU parameter to define the BCSU that handles the PCU. The value range for BCSU depends on the BSC hardware configuration. If BCSU is given PSEI cannot be given.

PCU index

PCU=decimal number

Use the PCU parameter to define the PCU that handles the pool. Possible values range from 0 to 254. If PCU is given PSEI cannot be given.

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ES - Abis Interface Configuration for mcBSC ESM MODIFY DYNAMIC ABIS POOL <option>


PSEI id

PSEI=decimal number

The Packet Service Entity Identifier (PSEI) identifies the PSE object in the BSC. The value range for PSEI is 0 to 99. If PSEI is given PCU and BCSU cannot be given.

Examples 1. Add three time slots to the end of the pool (pool id = 1).

ESM:ID=1,NLT=28;

2. Change the BCSU number and PCU index.

ESM:ID=1,BCSU=2,PCU=4;

3. Change PSEI number:

ZESM:ID=1,PSEI=3;







After dynamic Abis pool modification BSC performs PCU hot restart to the PCU where the dynamic Abis pool is modified.

Execution printouts The execution printout for example 1. before modification is:

DX 200 DX220–LAB 2000–03–22 15:30:45


The execution printout for example 1 is:

DX 200 DX220–LAB 2000–03–22 15:30:45


POOL MODIFIED

COMMAND EXECUTED

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ESM MODIFY DYNAMIC ABIS POOL <option>



The pool size is bigger than 24 time slots.


A pool with the given id was not found.




/*** ERROR WHILE MODIFYING POOL ***/


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ES - Abis Interface Configuration for mcBSC ESI OUTPUT DYNAMIC ABIS POOL INFORMATION<option>

Id:0900d80580819ac7Confidential

ESI OUTPUT DYNAMIC ABIS POOL INFOR-MATION <option>

Function Use the ESI command to output information on a dynamic Abis pool and the TRXs that are connected to the specified dynamic Abis pool. Identify the dynamic Abis pool with a pool id. To output the TRXs that are connected to the dynamic Abis pools you specified with the pool id, give the TRXS parameter after the pool id.

Parameters pool id , trxs;

Syntax ESI : [ ID = <pool id>... ] : [ TRXS ] ;


pool id

ID=decimal number

Use this parameter to select the pool id. To select several ids, use the & or && structure. Possible id values range from 1 to 1800.

trx parameter

TRXS

Use this parameter to output all TRXs connected to the dynamic Abis pool that has been specified with the pool id.

Examples 1. Output information on pools with ID 2, 3, and 4.

ESI:ID=2&&4;

2. Output information on all pools.

ESL::ETPE,0:ALL;

3. Output information on connected TRX's at the pools 2, 3, and 4.

ESI:ID=2&&4:TRXS;


DX 200 DX220–LAB 2000–03–22 15:30:45

DAP CTRL ID ETPCM-TSLS BCSU PCU ---- ------------ -------- 2 74- 1&&- 8 0 2 3 74-12&&-24 0 2

TOTAL OF 2 DYNAMIC ABIS POOLS

COMMAND EXECUTED


FlexiBSC UNICORN 2010–11–09 19:47:01

ETP TYPE......ETPE ETP GROUP ID....0

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ESI OUTPUT DYNAMIC ABIS POOL INFORMATION <option>

SYNCH E MODE....(SEM)....0 (OFF)BCF--------------------------------------------------0309 0313BCSU PCU-------------

2 172 16 0 42 4

COMMAND EXECUTED


DX 200 DX220–LAB 2000–03–22 15:33:57

DAP ID 2 BCF ID BTS ID TRX ID --–––– ------ ------ 12 23 1 5 134 214 10

DAP ID 3 BCF ID BTS ID TRX ID --–––– ------ ------ 72 12 1 110 6 12

DAP ID 4 BCF ID BTS ID TRX ID --–––– ------ ------ 76 193 2 9 142 210 14 215 16

COMMAND EXECUTED


The general semantic error messages of the MML commands and the DX error messages are in use. For more information, see General Notice Messages of MML Session.



/*** ERROR WHILE INTERROGATING POOL ***/


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ES - Abis Interface Configuration for mcBSC ESN MODIFY PCU ABIS PARAMETERS <option>

Id:0900d80580813048Confidential

ESN MODIFY PCU ABIS PARAMETERS <option>

Function Use the ESN command to modify PCU Abis connection type.

Parameters BCSU number, PCU index, packet service entity identifier: abis interface type;

Syntax ESN: (([BCSU = <bcsu number>,PCU = <pcu index>] |

[PSEI = <packet service entity identifier> <option>] ):(AIT = <abis interface type>)); <option>


BCSU number

BCSU=decimal number

Use the BCSU parameter to define the BCSU, which handles the PCU. The value range for BCSU depends on the BSC hardware configuration. If BCSU is given, PSEI cannot be given.

BCSU parameter is not valid in case of PCUM for combined and standalone mcBSC configurations.

PCU index

PCU=decimal number

Use the PCU parameter to define the PCU, which handles the pool. Possible values range from 0 to 254. If PCU is given, PSEI cannot be given.

packet service entity identifier

PSEI=decimal number

The Packet Service Entity Identifier (PSEI) identifies the PSE object in the BSC. The value range for PSEI is 0 to 99. If PSEI is given, PCU and BCSU cannot be given.

abis interface type

AIT

With this parameter you define the PCU connection type.

Possible values are:

Examples 1. Modify PCU Abis connection type of a single PCU.

ESN:BCSU=1,PCU=5:AIT=T;

2. Modify PCU Abis connection type of a PCU pool.

ESN:PSEI=1:AIT=S;

3. Modify PCU Abis connection type of a single PCU.

T Terrestrial Abis

S Satellite Abis

Table 1 abis interface type

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ESN MODIFY PCU ABIS PARAMETERS <option>

ESN:PCU=5:AIT=T;

4. Modify PCU Abis connection type of a PCU pool.

ESN:PSE=1:AIT=S;

5. Modify PCU Abis connection type of a PCU pool (for standalone mcBSC configura-tion).

ESN:PSE=1:AIT=S;


DX 200 DX220–LAB 2009–07–01 14:25:12

PCU ABIS PARAMETERS MODIFIED:BCSU-01 PCU-005ABIS INTERFACE TYPE (AIT): TERRESTRIAL

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:25:46

PCU ABIS PARAMETERS MODIFIED:PSE-01ABIS INTERFACE TYPE (AIT): SATELLITEATTACHED PCU(S) TO PSE:BCSU PCUINDEX INDEX----- -----01 0501 0602 05

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:25:12

PCU ABIS PARAMETERS MODIFIED:PCU-005ABIS INTERFACE TYPE (AIT): TERRESTRIAL

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:25:46

PCU ABIS PARAMETERS MODIFIED:PSE-01ABIS INTERFACE TYPE (AIT): SATELLITEATTACHED PCU(S) TO PSE:BCSU PCUINDEX INDEX-----

DN0990051 25

ES - Abis Interface Configuration for mcBSC ESN MODIFY PCU ABIS PARAMETERS <option>


01 0501 06-- 05

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:25:46

PCU ABIS PARAMETERS MODIFIED:PSE-01ABIS INTERFACE TYPE (AIT): SATELLITEATTACHED PCU(S) TO PSE:PCUINDEX-----

0506

COMMAND EXECUTED




If an error occurs, the general execution error messages of the MML commands are used. For more information, see Radio Network Administration and General Error Messages of System.

26 DN0990051


Id:0900d805808e24e5Confidential

ESP OUTPUT PCU ABIS PARAMETERS <option>


Function Use the ESP command to output PCU Abis connection type.

Parameters BCSU number, PCU index, packet service entity identifier: abis interface type;

Syntax ESP: [BCSU = <bcsu number>...,PCU = <pcu index>...] |

[PSEI = <packet service entity identifier> <option>...] :

[AIT = <abis interface type>] <all> def; <option>


BCSU number

BCSU=decimal number

Use the BCSU parameter to define the BCSU, which handles the PCU. The value range for BCSU depends on the BSC hardware configuration. You can enter multiple values by using the & and && grouping characters. If BCSU is given then PSEI cannot be given.

BCSU parameter is not valid in case of PCUM for combined and standalone mcBSC configuration.

PCU index

PCU=decimal number

Use the PCU parameter to define the PCU, which handles the pool. Possible values range from 0 to 254. You can enter multiple values by using the & and && grouping char-acters. If PCU is given, PSEI cannot be given.

packet service entity identifier

PSEI=decimal number

The Packet Service Entity Identifier (PSEI) identifies the PSE object in the BSC. The value range for PSEI is 0 to 99. You can enter multiple values by using the & and && grouping characters. If PSEI is given, PCU and BCSU cannot be given.

abis interface type

AIT

With this parameter you define the PCU connection type.

Possible values are:

Examples 1. Output PCU Abis connection type of single PCU.

ESP:BCSU=1,PCU=5;

2. Output PCU Abis connection type of PCU pool.

T Terrestrial Abis

S Satellite Abis

Table 2 abis interface type

DN0990051 27

ES - Abis Interface Configuration for mcBSC ESP OUTPUT PCU ABIS PARAMETERS <option>


ESP:PSEI=1;

3. Output PCU Abis connection type of PCUs 1 and 3.

ESP:PCU=1&3;

4. Output PCU Abis connection types of PCU pools from 2 to 5.

ESP:PSEI=2&&5;

5. Output PCU Abis connection type of single PCU.

ESP:PCU=5;

6. Output PCU Abis connection type of PCU pool.

ESP:PSEI=1;



DX 200 DX220–LAB 2009–07–01 14:25:12

PCU ABIS PARAMETER DATA:BCSU-01 PCU-05 ABIS INTERFACE TYPE: TERRESTRIAL

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:25:46

PCU ABIS PARAMETER DATA:

PSE-01 ABIS INTERFACE TYPE (AIT): SATELLITE

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:26:27


PCU-01 ABIS INTERFACE TYPE: TERRESTRIALPCU-03 ABIS INTERFACE TYPE: SATELLITE

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:28:40



28 DN0990051




PSE-03 ABIS INTERFACE TYPE (AIT): SATELLITEPSE-04 ABIS INTERFACE TYPE (AIT): TERRESTRIALPSE-05 ABIS INTERFACE TYPE (AIT): SATELLITE

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14 :25:12

PCU ABIS PARAMETER DATA:PCU-05 ABIS INTERFACE TYPE: TERRESTRIAL

COMMAND EXECUTED


DX 200 DX220–LAB 2009–07–01 14:25:46



COMMAND EXECUTED





/*** ERROR WHILE INTERROCATING POOL ***/


DN0990051 29

ES - Abis Interface Configuration for mcBSC ESA CREATE ABIS DELAY MEASUREMENT CHAN-NEL <option>

Id:0900d8058074b6edConfidential

ESA CREATE ABIS DELAY MEASUREMENT CHANNEL <option>

Function Use the ESA command to create new measurement channel for Abis Delay Measure-ment usage. User can create maximum of 1400 channel (8 channels can be defined per BCF).

Parameters BCF identification, circuit identification;

Syntax ESA: BCF = <BCF identification>, CRCT = <circuit>; <option>


BCF Identification

BCF = decimal number

This parameter is used to identify the BCF used for creating the Abis delay measure-ment channel.


circuit

CRCT = decimal number

Circuit parameter is a combination of PCM, Timeslot and Subtimeslot. PCM number should be in the range of (0-8191), TSL number has a limitation of (1-31) and Sub-timeslot range is between (0-3). The TSL number cannot be 0, this timeslot cannot be used for Abis delay measurement channel.


Examples 1. Create a measurement channel to BCF 5, PCM 21, timeslot 10 and sub-timeslot 1.

ESA:BCF=5,CRCT=21-10-1;


This command is visible only when licence is on and the parameters for command are BCF identification and circuit identification (PCM number, timeslot number and sub-timeslot number).

Execution printouts The execution printout (created channel information printed) for example is:

DX 200 DX220–LAB 2008–12–04 13:03:15

MCH ID BCF ID PCM-TSL-SUBTSL------ ------ --------------1 5 21-10-1

MEASUREMENT CHANNEL 1 CREATED

COMMAND EXECUTED


/*** BCF OBJECT NOT FOUND IN RNW DATABASE ***/


30 DN0990051


Id:0900d8058074b6edConfidential

ESA CREATE ABIS DELAY MEASUREMENT CHAN-NEL <option>



Below are the execution error messages for command ESA,

/*** MAXIMIMUM NUMBER OF ABIS DELAY MEASUREMENT CHANNELS REACHED ***/

/*** UNKNOWN COMMAND ***/

/*** REQUESTED OPERATION NOT SUPPORTED BY THE DEFINED SITE TYPE ***/

/*** INCORRECT UNIT STATE ***/

/*** TIME LIMIT EXCEEDED IN MESSAGE WAITING ***/

/*** NO ANSWER RECEIVED TO TEST LOOP CONNECTION REQUEST ***/

/*** CORRESPONDING BCF IS IN WRONG STATE FOR THE OPERATION ***/

/*** O&M LINK OUT OF ORDER ***/

/*** NO FREE TIMESLOTS ***/

/*** OCEAPI SUPPORT FUNCTION FAILED ***/

For more information, see General Error Messages of System.

DN0990051 31

ES - Abis Interface Configuration for mcBSC ESR DELETE ABIS DELAY MEASUREMENT CHAN-NEL

Id:0900d8058074b6f8Confidential

ESR DELETE ABIS DELAY MEASUREMENT CHANNEL

Function Use the ESR command for deleting a measurement channel(s) from Abis Delay Mea-surement usage.

Parameters BCF Identification, Measurement Channel Identification, Circuit Identification;

Syntax ESR:(ALL |BCF = <BCF identification> |MCH = <measurement channel identification> |CRCT = <circuit>);


BCF Identification


This parameter is used to identify the BCF used for deleting the Abis delay measure-ment channel. This parameter is obligatory.

measurement channel Identification

MCH = decimal number

Use this parameter to define the measurement channel number which needs to be deleted. MCH can take values from 1 to 1000.

circuit


Circuit parameter is a combination of PCM, Timeslot and Subtimeslot. PCM number should be in the range of (0-8191), TSL number has a limitation of (1-31) and Sub-timeslot range is between (0-3). The TSL number cannot be 0, this timeslot cannot be used for Abis delay measurement channel. This parameter is obligatory.

Examples 1. Delete all channels.

ESR:ALL;

2. Delete all channels from BCF “5”.

ESR:BCF=5;

3. Delete one channel with channel identification “1”.

ESR:MCH=1;

4. Delete one channel with circuit information “21-10-1”.

ESR:CRCT=21-10-1;

Execution printouts The execution printout for example 1:

DX 200 DX220–LAB 2008–12–04 13:03:15MCH ID BCF ID PCM-TSL-SUBTSL------ ------ --------------1 5 21-10-12 6 22-11-0

ALL MEASUREMENT CHANNELS WILL BE DELETED

32 DN0990051


Id:0900d8058074b6f8Confidential

ESR DELETE ABIS DELAY MEASUREMENT CHAN-NEL


MEASUREMENT CHANNEL 1 DELETEDMEASUREMENT CHANNEL 2 DELETED

COMMAND EXECUTED

The execution printout for example 3:

DX 200 DX220–LAB 2008–12–04 13:03:15MCH ID BCF ID PCM-TSL-SUBTSL------ ------ --------------1 5 21-10-12 6 22-11-0

MEASUREMENT CHANNEL 1 WILL BE DELETED


MEASUREMENT CHANNEL 1 DELETED

COMMAND EXECUTED





/*** MEASUREMENT CHANNEL NOT FOUND ***/


DN0990051 33

ES - Abis Interface Configuration for mcBSC ESQ OUTPUT ABIS DELAY MEASUREMENT CHAN-NEL INFORMATION

Id:0900d805808e1f3dConfidential

ESQ OUTPUT ABIS DELAY MEASUREMENT CHANNEL INFORMATION

Function Use the ESQ command for printing the information of Abis Delay Measurement chan-nel(s).

Parameters BCF identification;

Syntax ESQ:[[ALL | BCF=<BCF identification>] | ALL def];

The parameters for ESQ command can be ALL, BCF Id or None. If none ALL is taken as default.


BCF Identification


This parameter is used to identify the BCF used for printing the Abis delay measurement channel. This parameter is obligatory.

Examples 1. Print all channels.

ESQ ;

2. Print all channels from one BCF.

ESQ:BCF=5;


DX 200 DX220–LAB 2008–12–04 13:03:15

MCH ID BCF ID PCM-TSL-SUBTSL----- ------ --------------15 1 4-12-31 5 21-10-12 6 22-11-0

TOTAL OF 3 MEASUREMENT CHANNELS

COMMAND EXECUTED





34 DN0990051


Id:0900d8058074cd41Confidential

EST CREATE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>

EST CREATE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>

Function Use the EST command for creating Circuit Switched Dynamic Abis Pool.

Parameters csdap ID, Circuit Identification, Pool Size, BCF Abis IF, BCFTimeslotShift;

Syntax EST:CID = <CSDAP id>, CRCT = <circuit>,

SIZE = <pool size>, BAIF = <BCF Abis IF> <option>, SHIFT = <BCF Timeslot Shift>; <option>


CSDAP ID

CID = decimal number

This parameter identifies the circuit switched dynamic Abis pool in a BSC. The identifi-cation number must be unique within the BSC. CSDAP ID value range is from 1 to 1000. This parameter is obligatory.

Circuit


The parameter defines the Abis interface ET-PCM number and the time slots reserved from the ET-PCM for the Circuit Switched Dynamic Abis Pool. Circuit parameter is a combination of PCM, Timeslot and Subtimeslot. PCM number should be in the range of 0 to 3391, TSL number has a limitation of (1-31).This parameter is obligatory.

Pool Size

SIZE= decimal number

This parameter defines the pool size. Pool size in ETSI is in the range from 1 to 31 whereas in ANSI in the range from 1 to 24. This parameter is obligatory if the CRCT parameter do not have the end TSLs.

BCF abis interface

BAIF= decimal number

This parameter defines the Abis Interface number in BCF side. Operator enters the BCF Abis IF parameter when he/she creates a CSDAP. Operator can modify the BCF Abis IF parameter while the CSDAP is not attached to BCF. The range is from 1 to 16.This parameter is not obligatory.

BCF Timeslot Shift

SHIFT= decimal number

This parameter defines offset between CSDAP timeslots in Abis ETPCM and BCF Abis IF. Operator enters the BCF Timeslot Shift parameter when he/she creates a CSDAP. Operator can modify the BCF Timeslot Shift parameter while the CSDAP does not have attachment to BCF. The range of the value is -30 to 30. This parameter is not obligatory.

Examples 1. EST: CID =1, CRCT=74-4&&-11, BAIF=16, SHIFT=-12;

DN0990051 35

ES - Abis Interface Configuration for mcBSC EST CREATE CIRCUIT SWITCHED DYNAMIC ABISPOOL <option>






CONFIRM COMMAND EXECUTION: Y/N?


DX 200 DX220–LAB 2009–06–22 15:30:45

CSDAP ABIS ID ETPCM-TSLS IF SHIFT----- ------------------ ---- -------1 74- 4&&-11 16 -12

POOL CREATED

COMMAND EXECUTED


/*** MISMATCH IN PCM TYPE ***/



/*** OBJECT ALREADY EXISTS IN DATABASE ***/


36 DN0990051



ESV DELETE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>

ESV DELETE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>

Function Use the ESV command for deleting the Circuit Switched Dynamic Abis Pool. The User should confirm the operation.

Parameters csdap ID;

Syntax ESV: CID = <CSDAP id>; <option>


CSDAP ID



Examples 1. ESV:CID=1;







DX 200 DX220–LAB 2009–07–01 15:30:45


POOL WILL BE DELETEDCONFIRM COMMAND EXECUTION: Y/N ? Y

POOL 1 DELETED

COMMAND EXECUTED


If an error occurs, the system outputs a general MML semantic error message. For more information, see General Notice messages of MML Session.

DN0990051 37

ES - Abis Interface Configuration for mcBSC ESV DELETE CIRCUIT SWITCHED DYNAMIC ABISPOOL <option>



/*** OBJECT DOES NOT EXIST ***/


38 DN0990051



ESU MODIFY CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>


Function Use the ESU command for modifying Circuit Switched Dynamic Abis Pool.

Parameters csdap ID, New First Timeslot, New Last Timeslot, BCF Abis IF, BCFTimeslotShift;

Syntax ESU:CID = <CSDAP id>, NFT = <New First Time Slot>, NLT = <New LastTime Slot>,BAIF = <BCF Abis IF> <option>,SHIFT = <BCF Timeslot Shift>; <option>


CSDAP ID



New First Time Slot

NFT = decimal number

This parameter modifies the First Time Slot of the CRCT of CSDAP. By entering a number smaller than the first time slot the time slot(s) are added to the beginning of the pool. By entering a number bigger than the first time slot time slot(s) are removed from the beginning of the pool.

New Last Time Slot

NLT = decimal number

This parameter modifies the Last Time Slot of the CRCT of CSDAP. By entering a number bigger than the last time slot the time slot(s) are added to the end of the pool. By entering a number smaller than the first time slot time slot(s) are removed from the end of the pool.

BCF abis interface

BAIF= decimal number

This parameter defines the Abis Interface number in BCF side. Operator enters the BCF Abis IF parameter when he/she creates a CSDAP. Operator can modify the BCF Abis IF parameter while the CSDAP is not attached to BCF. The range is from 1 to 16.This parameter is not obligatory.

BCF Timeslot Shift

SHIFT = decimal number

This parameter defines offset between CSDAP timeslots in Abis ETPCM and BCF Abis IF. Operator enters the BCF Timeslot Shift parameter when he/she creates a CSDAP. Operator can modify the BCF Timeslot Shift parameter while the CSDAP does not have attachment to BCF. The range of the value is -30 to 30. This parameter is not obligatory.

Examples 1. Modify First Timeslot

DN0990051 39

ES - Abis Interface Configuration for mcBSC ESU MODIFY CIRCUIT SWITCHED DYNAMIC ABISPOOL <option>


ESU: CID =1, NFT=3,;

2. Modify Last Time Slot

ESU: CID =1, NLT=10,;

3. Modify BAIF

ESU:CID=1,BAIF=10,;

4. Modify SHIFT

ESU:CID=1,SHIFT=10,;





CONFIRM COMMAND EXECUTION: Y/N?


DX 200 DX220–LAB 2009–06–22 15:30:45


POOL WILL BE MODIFIED



POOL MODIFIED

COMMAND EXECUTED


DX 200 DX220–LAB 2009–06–22 15:30:45

CSDAP ABIS ID ETPCM-TSLS IF SHIFT----- ------------------ ---- -------

40 DN0990051




1 74- 3&&-11 16 -12




POOL MODIFIED

COMMAND EXECUTED


DX 200 DX220–LAB 2009–06–22 15:30:45





POOL MODIFIED

COMMAND EXECUTED


DX 200 DX220–LAB 2009–06–22 15:30:45




DN0990051 41

ES - Abis Interface Configuration for mcBSC ESU MODIFY CIRCUIT SWITCHED DYNAMIC ABISPOOL <option>


CSDAP ABIS ID ETPCM-TSLS IF SHIFT----- ------------------ ---- -------1 74- 3&&-10 10 10

POOL MODIFIED

COMMAND EXECUTED


/*** EXCESSIVE PARAMETER ***/




42 DN0990051



ESB OUTPUT CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>

ESB OUTPUT CIRCUIT SWITCHED DYNAMIC ABIS POOL <option>

Function Use the ESB command for show existing Circuit Switched Dynamic Abis Pool.

Parameters csdap ID;

Syntax ESB: CID=<CSDAP ID>; <option>


CSDAP ID


This parameter identifies the circuit switched dynamic Abis pool in a BSC. The identifi-cation number must be unique within the BSC. The CSDAP ID is of grouping 3. CSDAP ID value range is from 1 to 1000. This parameter is obligatory.

Examples 1. ESB:CID=1;

2. ESB:CID=1&3;

3. ESB:CID=1&&3;







DX 200 DX220–LAB 2009–06–22 15:30:45


COMMAND EXECUTED


DX 200 DX220–LAB 2009–06–22 15:30:45

CSDAP ABIS ID ETPCM-TSLS IF SHIFT----- ------------------ ---- -------

DN0990051 43

ES - Abis Interface Configuration for mcBSC ESB OUTPUT CIRCUIT SWITCHED DYNAMIC ABISPOOL <option>


1 74- 4&&-11 16 -123 32- 6&&-8 21 15

COMMAND EXECUTED


DX 200 DX220–LAB 2009–06–22 15:30:45

CSDAP ABIS ID ETPCM-TSLS IF SHIFT----- ------------------ ---- -------1 74- 4&&-11 16 -122 35- 2&&-10 0 03 32- 6&&-8 21 15

COMMAND EXECUTED


If an error occurs, the system outputs a general MML semantic error message. For more information, see General Notice messages of MML Session Execution error messages.




44 DN0990051


Id:0900d805807365cdConfidential

ESX CREATE ABIS HDLC LINK <option>

ESX CREATE ABIS HDLC LINK <option>Function Use the ESX command to create Abis HDLC link.

Parameters HDLC link identification: HDLC link name: HDLC PCM ID, HDLC start TSL, HDLC link bandwidth;

Syntax ESX: HNBR = <HDLC link identification>, [ HNAME = <HDLC link name> | <no name> def ],

HPCM = <external pcm>, HTSL = <start tsl>, HBAND = <HDLC link bandwidth>; <option>


HDLC link identification

HNBR= decimal number

With this parameter you define High-level Data Link Control (HDLC) link ID. One BCF can handle maximum of 8 HDLC links.

The values range from 1 to 3000.

HDLC link Name

HNAME= String

With this parameter you define the name of the HDLC link. One BCF can handle maximum of 8 HDLC links.

The values range from 0 to 15 characters.

HDLC PCM ID

HPCM= decimal number

With this parameter you define HDLC PCM ID which is used in the High-level Data Link Control protocol (HDLC) link.


HDLC start TSL

HTSL= decimal number

With this parameter you define TSL which is used in High-level Data Link Control protocol (HDLC) link. Need always 2 TSL at same time, TSLs: in ETSI 1..30, in ANSI 1..24.


HDLC Bandwidth

HBAND= decimal number

With the HDLC link bandwidth parameter you define the amount of 64 kbit timeslots. Timeslots are configured so that HDLC link forms continuous block of 64 kbit/s timeslots. HDLC link must be locked/closed when parameter is modified.


Examples 1. Create a HDLC link with size 5, starting from the PCM 30 and time slot 0.

ZESX: HNBR=21,HNAME=HDLC21,HPCM=30,HTSL=0,HBAND=5;

DN0990051 45

ES - Abis Interface Configuration for mcBSC ESX CREATE ABIS HDLC LINK <option>

Id:0900d805807365cdConfidential


DX 200 DX220–LAB 2009–09–22 12:31:45

HDLC ADM OPID NAME ETPCM-TSLS STATE STATE---- -------- ---------- ------ ------21 HDLC21 30- 0&&-4 LOCKED BL-USR

COMMAND EXECUTED




If an error occurs, the system outputs an error message based on the error codes it receives. For more information, see General Notice messages of MML Session.

46 DN0990051



ESF MODIFY ABIS HDLC LINK <option>

ESF MODIFY ABIS HDLC LINK <option>Function Use the ESF command to modify Abis HDLC link bandwidth.

Parameters HDLC link identification <option>, HDLC link name <option>: HDLC link bandwidth;

Syntax ESF: [ HNBR = <HDLC link identification>... | HNAME = <HDLC link name> ], HBAND = <HDLC link bandwidth>; <option>



HNBR = decimal number

With this parameter you define High-level Data Link Control (HDLC) protocol ID. One BCF can handle max 8 HDLC links and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


HDLC link Name

HNAME = String

With this parameter you define the name of the HDLC link. One BCF can handle max 8 HDLC links and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


HDLC Bandwidth

HBAND = decimal number

With the HDLC link bandwidth parameter you define the amount of 64 kbit timeslots. Timeslots are configured so that HDLC link forms continuous block of 64 kbit/s timeslots. HDLC link must be locked/closed when parameter is modified and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


Examples 1. Modify HDLC link bandwidth.

ZESF: HNBR=21,HBAND=7;


DX 200 DX220–LAB 2009–09–22 12:32:45

HDLC ID ETPCM-TSLS ---- ---------- 21 30- 0&&-6

COMMAND EXECUTED

DN0990051 47

ES - Abis Interface Configuration for mcBSC ESF MODIFY ABIS HDLC LINK <option>





If an error occurs, the system outputs an error message based on the error codes it receives. For more information, see General Error Messages of System.

48 DN0990051



ESY DELETE ABIS HDLC LINK <option>

ESY DELETE ABIS HDLC LINK <option>Function Use the ESY command to delete Abis HDLC link.

Parameters HDLC link identification, HDLC link name <option>;

Syntax ESY: ( HNBR = <HDLC link identification>... | HNAME = <HDLC link name> ); <option>



HNBR= decimal number

With this parameter you define High-level Data Link Control (HDLC) protocol ID. One BCF can handle max 8 HDLC links and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


HDLC link Name

HNAME= String

With this parameter you define the name of the HDLC link. One BCF can handle max 8 HDLC links and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


Examples 1. Delete HDLC link with id 21.

ZESY:HNBR=21;


DX 200 DX220–LAB 2009–09–22 12:33:45

HDLC ID ETPCM-TSLS ---- ---------- 21 30- 0&&-6

COMMAND EXECUTED





DN0990051 49

ES - Abis Interface Configuration for mcBSC ESS CHANGE ABIS HDLC LINK ADMINISTRATIVESTATE <option>


ESS CHANGE ABIS HDLC LINK ADMINIS-TRATIVE STATE <option>

Function Use the ESS command to change Abis HDLC link administrative state.

Parameters HDLC link identification, HDLC link name: HDLC link administrative state <option>;

Syntax ESS: ( HNBR = <HDLC link identification>... | HNAME = <HDLC link name> ):

STATE = <HDLC link administrative state>; <option>


HDLC Link ID

With this parameter you define High-level Data Link Control (HDLC) protocol ID.

NOTE: One BCF can handle maximum of 8 HDLC links and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


HDLC Link name

With this parameter you define the name of the HDLC link.

NOTE: One BCF can handle maximum of 8 HDLC links and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


HDLC Administrative State

With this parameter you lock or unlock the Abis HDLC link. Default value is 3[locked].

NOTE: if last Abis HDLC link used by BCF is closed then BCF has to be locked.

Examples 1. Open Abis HDLC link.

ZESS:HNBR=22:STATE=U;


DX 200 DX220–LAB 2009–09–22 12:31:45

HDLC ADM OPID ETPCM-TSLS STATE STATE---- ---------- -------- ------22 31- 3&&-8 UNLOCKED WO-EX

COMMAND EXECUTED

Parameter Value Explanation

STATE U unlocked

L locked

50 DN0990051



ESS CHANGE ABIS HDLC LINK ADMINISTRATIVE STATE <option>





DN0990051 51

ES - Abis Interface Configuration for mcBSC ESK CREATE ETP-PCU CONNECTION <option>

Id:0900d805808e2345Confidential

ESK CREATE ETP-PCU CONNECTION <option>

Function Use the ESK command to create ETP-PCU connection.

Parameters ETP type, ETP Group ID: BCSU, BCSU ID: PCU, ETME hardware ID, Plugin Unit, Plugin Unit Index ;

Syntax ESK: <ETP type>, <ETP group id>|<ETME hardware ID>: [<Unit>, <Unit Index>]: <Plugin Unit>, <Plugin Unit Index>; <option>


ETP type

With this parameter you define ETP type of ETP unit to be used for Packet Abis. ETP Group ID/ETME index and ETP type is needed to identify ETP group.

ETME should be the only option for ETP type in standalone configuration.

ETME is a possible option for ETP type. If ETME is used, ETME hardware ID is specified instead of ETP Group ID.

ETME hardware ID

For ETME, ETME ID is specified.The range is from 0 to 9.

ETP Group ID

With this parameter you define ETP group ID. ETP Group ID and ETP type is needed to identify ETP group.


Unit

The attribute defines the unit type. For ETP-PCU Connection the unit type is BCSU. This parameter is obligatory.

Unit parameter is not obligatory in case of PCUM for combined mcBSC configuration and is hidden for standalone configuration.

Unit Index

The attribute defines the BCSU unit index. With this parameter you identify the base station signalling unit logical index where you want to connect to the ETP.

The value range for BCSU depends on the BSC hardware configuration.


ETP type ETPT ETP for Packet Abis over TDM

ETPE ETP for Packet Abis over Ethernet

ETME ETP for Multicontroller BSC

52 DN0990051



ESK CREATE ETP-PCU CONNECTION <option>

Unit index parameter is not obligatory in case of PCUM for combined mcBSC configu-raion and is not available for standalone configuration.

Plugin Unit

The attribute defines the plug in unit connected.For ETP-PCU Connection the Plug in unit type is PCU. This parameter is obligatory.

Plugin Unit Index

The attribute defines the PCU unit index. With this parameter you identify the packet control unit index where you want to connect to the ETP.

The value ranges from 0 to 254.

In case of legacy PCU, Unit, Unit Index, Plugin Unit, Plugin Unit Index are specified. In case of PCUM, only Plugin Unit, Plugin Unit Index are specified.

Examples 1. Create connection between given ETP and PCU.

ZESK:ETPE,0:BCSU,2:PCU,0;

2. Create connection between given ETME and PCUM.

ZESK:ETME,0::PCU,0;

3. Create connection between given ETP and PCUM.

ZESK:ETPE,0::PCU,0;


DX 200 DX220–LAB 2009–09–22 12:31:45

FOLLOWING ETP AND PCU HAS BEEN CONNECTED

ETP TYPE ....... ETPEETP GROUP ID ... 0

BCSU ........... 2PCU ............ 0

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:31:45


ETP TYPE ....... ETMEETME HARDWARE ID 0

PCU ........... 0

COMMAND EXECUTED

DN0990051 53

ES - Abis Interface Configuration for mcBSC ESK CREATE ETP-PCU CONNECTION <option>



DX 200 DX220–LAB 2009–09–22 12:31:45



PCU ............ 0

COMMAND EXECUTED





54 DN0990051



ESH REMOVE ETP-PCU CONNECTION <option>


Function Use the ESH command to remove ETP-PCU connection.

Parameters ETP type, ETP Group ID: BCSU, BCSU ID: PCU, ETME hardware ID, Plugin Unit, Plugin Unit Index ;

Syntax ESH: <ETP type>, <ETP group id>|<ETME hardware ID>: [<Unit>, <Unit Index>]: <Plugin Unit>, <Plugin Unit Index>; <option>


ETME hardware ID

For ETME, ETME ID is specified instead of etp group id. The range is from 0 to 9.

ETP type


NOTE: ETME should be the only option for ETP type in standalone configuration.

ETME is a possible option for ETP type. If ETME is used, ETME hardware ID is specified instead of ETP Group ID.

ETP Group ID


NOTE: ETP unit must exist in BSC and the parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


Unit

The attribute defines the unit type. For ETP-PCU Connection the unit type is BCSU. This parameter is obligatory.

Unit parameter is not obligatory in case of PCUM for combined mcBSC configuration and is hidden for standalone configuration.





DN0990051 55

ES - Abis Interface Configuration for mcBSC ESH REMOVE ETP-PCU CONNECTION <option>


Unit Index

The attribute defines the BCSU unit index. With this parameter you identify the base station signalling unit logical index which you want to disconnect from the ETP.

The value range for BCSU depends on the BSC hardware configuration.

unit index parameter is not obligatory in case of PCUM for combined mcBSC configura-tion and is not available for standalone configuration.

Plugin Unit

The attribute defines the plug in unit connected. For ETP-PCU Connection the Plugin Unit Type is PCU. This parameter is obligatory.

Plugin Unit Index

The attribute defines the PCU unit index. With this parameter you identify the packet control unit index which you want to disconnect from the ETP.

The value ranges from 0 to 254.

In case of legacy PCU, Unit, Unit Index, Plugin Unit, Plugin Unit Index are specified. In case of PCUM, only Plugin Unit, Plugin Unit Index are specified.

Examples 1. Remove connection between given ETP and PCU.

ZESH:ETPE,4:BCSU,2:PCU,3;

2. Remove connection between given ETME and PCU.

ZESH:ETME,4::PCU,3;

3. Remove connection between given ETPE and PCU.

ZESH:ETPE,4::PCU,3;


DX 200 DX220–LAB 2009–09–22 12:32:45

FOLLOWING ETP AND PCU HAS BEEN DISCONNECTED


BCSU ........... 2PCU ............ 3

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:32:45


ETP TYPE ....... ETPE

56 DN0990051




ETME HARDWARE ID 4

PCU ........... 3

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:32:45



PCU ............ 3

COMMAND EXECUTED




If an error occurs, the system outputs an error message based on the error codes it receives. For more information,General Notice messages of MML Session.

DN0990051 57

ES - Abis Interface Configuration for mcBSC ESL OUTPUT PACKET ABIS CONFIGURATION <op-tion>

Id:0900d805808119eaConfidential

ESL OUTPUT PACKET ABIS CONFIGURA-TION <option>

Function Use the ESL command to get output of Packet Abis configuration data.

Parameters ETP Group ID, ETP Type, syncE Mode;

Syntax ESL: <HDLC link id>...: <ETP type>, <ETP group id>:|<ETME hardware ID>

[ <HDLC configuration> | <BCF configuration> | <PCU configuration> | <all parameters> ] ; <option>


HDLC Link ID

With this parameter you define High-level Data Link Control (HDLC) protocol ID. One BCF can handle max 8 HDLC links.This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.


ETP Group ID



ETP type


ETME should be the only option for ETP type in standalone configuration.

ETME is a possible option for etp type. If ETME is used, ETME index is specified instead of etp group id.

ETME hardware ID

For ETME, ETME ID is specified instead of ETP Group ID. The range is from 0 to 9.

Examples 1. Output HDLC configuration of given ETP.

ZESL::ETPT,1:HDLC;

2. Output BCF configuration of given ETP.





58 DN0990051



ESL OUTPUT PACKET ABIS CONFIGURATION <op-tion>

ZESL::ETPT,2:BCF;

3. Output PCU configuration of given ETP.

ZESL::ETPT,2:PCU;

4. Output configuration of HDLC link ids 1 to 3000.

ZESL:1&&3000;

5. Output PCU configuration of given ETP.

ZESL::ETPE,2:PCU;

6. Output BCF configuration

ZESL::ETME,2:BCF;

7. Output PCU configuration

ZESL::ETME,2:PCU;

8. Output ALL

ZESL::ETME,2:ALL;


DX 200 DX220–LAB 2009–09–22 12:31:45

ETP TYPE ....... ETPTETP GROUP ID ... 1

BCF-0120ML-PPP BUNDLE ID: 12

HDLC ADM OPID NAME ETPCM-TSLS STATE STATE---- --------------- ------------ -------- ------ 21 HDLC21 30- 0&&-4 LOCKED BL-USR

1250 HDLC1250 30- 5&&-12 UNLOCKED WO-EX900 HDLC900 31- 1&&-3 UNLOCKED BL-SYS

BCF-2500ML-PPP BUNDLE ID: 34

HDLC ADM OPID NAME ETPCM-TSLS STATE STATE---- --------------- ------------ -------- ------ 26 HDLC26 30- 13&&-16 UNLOCKED BL-SYS

1129 HDLC1129 30- 17&&-20 UNLOCKED WO-EX765 HDLC765 32- 1&&-4 UNLOCKED BL-PCM

COMMAND EXECUTED


DN0990051 59



DX 200 DX220–LAB 2009–09–22 12:33:45


BCF -----------------------------------------------------0012 0013 0014 0015 0016 0017 0018 00190020 0021 0022 0023

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:33:45


BCSU PCU----------

0 3 0 4 1 5 4 6

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:31:45

HDLC ADM OP ID NAME ETPCM-TSLS STATE STATE ETPGID BCF ID---- --------------- ------------ -------- ------ ------ ------ 21 HDLC21 30- 0&&-4 LOCKED BL-USR 1 1233 26 HDLC26 30- 13&&-16 UNLOCKED BL-SYS 2 2500 66 HDLC66 33- 0&&-4 LOCKED BL-USR - -765 HDLC765 32- 1&&-4 UNLOCKED BL-PCM 2 2500900 HDLC900 31- 1&&-3 UNLOCKED BL-SYS 1 1234

1129 HDLC1129 30- 17&&-20 UNLOCKED WO-EX 2 25001150 HDLC1150 33- 17&&-20 LOCKED BL-USR - -1250 HDLC1250 30- 5&&-12 UNLOCKED WO-EX 1 1234

COMMAND EXECUTED

60 DN0990051



ESL OUTPUT PACKET ABIS CONFIGURATION <op-tion>


DX 200 DX220–LAB 2009–09–22 12:33:45


BCSU PCU----------

0 3 0 4 1 5 - 2

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:33:45


BCF-----------------------------------------------------0012 0013 0014 0015 0016 0017 0018 00190020 0021 0022 0023

COMMAND EXECUTED


DX 200 DX220–LAB 2009–09–22 12:33:45


PCU--------

6758

COMMAND EXECUTED

DN0990051 61




DX 200 DX220–LAB 2009–09–22 12:31:45


BCF-----------------------------------------------------0012 0013 0014 0015 0016 0017 0018 00190020 0021 0022 0023

PCU---------

6758

HDLC ADM OPID NAME ETPCM-TSLS STATE STATE---- --------------- ------------ -------- ------ 21 HDLC21 30- 0&&-4 LOCKED BL-USR

1250 HDLC1250 30- 5&&-12 UNLOCKED WO-EX900 HDLC900 31- 1&&-3 UNLOCKED BL-SYS

COMMAND EXECUTED





62 DN0990051



ESJ MODIFY ETP PARAMETERS <option>

ESJ MODIFY ETP PARAMETERS <option>Function Use the ESJ command to modify ETP level application parameter SyncE Mode. In the

future also other ETP level parameters could be modified with this command.

Parameters ETP Group ID, ETP Type, syncE Mode;

Syntax ESJ: <ETP type>, <ETP group id>, <syncE Mode>; <option>


ETP type

With this parameter you define ETP type of ETP unit to be used for Packet Abis. ETP Group ID and ETP type is needed to identify ETP group.


ETP Group ID




SyncE Mode

With SyncE Mode parameter you define which SyncE Mode is used in ETP.


Examples 1. Modify SyncE Mode for ETP.

ZESJ:ETPE,1,MAS;


DX 200 DX220–LAB 20010–09–22 12:31:45

ETP MODIFIED





SyncE Mode OFF OFF

MAS Master

DN0990051 63

ES - Abis Interface Configuration for mcBSC ESJ MODIFY ETP PARAMETERS <option>


ETP TYPE ................. ETPEETP GROUP ID ............. 1

SYNCH E MODE .....(SEM)... 1 (MASTER)

COMMAND EXECUTED





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