commands for bsc

Commands for the BSCRLCRP: Radio Control Cell Resources, Print

cell...

RLCRP:CELL= [,DETAIL];

ALL

PARAMETERS

CELL=cell Cell designation, maximum 7 characters. Symbolic name.

ALL All active cellsDETAIL Gives more detailed printout.

FUNCTION

The command initiates the answer printout CELL RESOURCES. A printout ordered for ALL cells will give total numbers per channel type of how many channels are available, that is deblocked, in the cell. When individual cells are given, additional information is also printed for all individual configured channels (whether blocked or deblocked). The additional information is presented per channel group where applicable.If the parameter DETAIL is given the TCH channels will be given as separate numbers for each combination of channel rate and speech version.The command is not valid for external cells, that is, cells belonging to another BSC.The order does not remain after system restart.

RXMOP : Radio X-Ceiver Administration Managed Object Data, Print

MO=mo... RXMOP : ; MOTY=moty

PARAMETERSMO=mo Managed object instance

See Application Information for block RXCTA for the format and the value range of this parameter. All managed object classes are valid.MOTY=moty Managed object type

See Application Information for block RXCTA for the format of this parameter.

FUNCTIONThis command prints out all administration data that has been previously set by command for one or more managed object instances or for all managed object instances in a managed object class.An answer printout RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT DATA shows the managed object instance and the values of the data currently set for it.The order does not remain after a system restart.

RXESI : Radio X-Ceiver Administration Managed Object In Service, Initiate

RXESI : MO=mo...;PARAMETERSMO=mo Managed object instance

See Application Information for block RXCTA for format and value range of this parameter.

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FUNCTIONCommand RXESI is used to bring managed objects into service from prepost service. Up to 32 managed objects can be specified. The managed objects must be defined, that is, in state DEF.The answer printout RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT IN SERVICE COMMAND RESULT will be printed giving the result of the order for each of the managed object instances specified by the MO parameter.The result printout RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT IN SERVICE RESULT will be printed for each managed object that received an ORDERED command result when the command is executed.The order in which the managed objects are brought into service in BTS Logical Model G01 is TG before the corresponding TRXC, TX and TF; and TRXC before the corresponding TS and RX.The order in which the managed objects are brought into service in BTS Logical Model G12 is TG before the corresponding CF; and CF before the corresponding IS, CON, TRXC, TF and DP; and TRXC before the corresponding RX, TX and TS.Once a managed object has been brought into service it will initially be manually blocked, that is, in state COM. An attempt is then made to load the managed object.The order remains after system restart.

RXBLE : Radio X-Ceiver Administration Manual Blocking Of Managed Object, End

RXBLE:MO=mo...;

PARAMETERSMO=mo Managed Object Instance

See Application Information for block RXCTA for the format and the value range of this parameter. All managed object classes are valid.

FUNCTIONThis command orders the manual deblocking of one or more managed object instances.Up to 32 managed object instances may be specified in one command.The answer printout, RADIO X-CEIVER ADMINISTRATION MANUAL DEBLOCKING OF MANAGED OBJECT COMMAND RESULT, will be printed, giving the result of the deblocking order for each of the managed object instances specified by the MO parameter.For each managed object instance that receives an 'ordered' command result, a subsequent result printout, RADIO X-CEIVER ADMINISTRATION MANUAL DEBLOCKING OF MANAGED OBJECT RESULT, will be given when the deblocking order is completed.If this managed object instance was the last manually blocked object in a transceiver groupthat was still in service, the observation alarm will be ceased.The order remains after system restart.

RXBLI : Radio X-Ceiver Administration Manual Blocking Of Managed Object, Initiate RXBLI:MO=mo...[,FORCE];PARAMETERSFORCE Forced blocking indication

MO=mo Managed object instance See Application Information for block RXCTA for the format and the value range of this parameter.All managed object classes are valid.

FUNCTIONThis command orders the manual blocking of one or more managed object instances. Up to 32 managed object instances may be specified in one command. The answer printout RADIO X-CEIVER ADMINISTRATION MANUAL BLOCKING OF MANAGED OBJECT COMMAND RESULT will be printed, giving the result of the blocking order for each of the managed object instances specified by the MO parameter. For each managed object instance that receives an 'ordered' command result, a subsequent result printout RADIO X-CEIVER ADMINISTRATION MANUAL BLOCKING OF MANAGED OBJECT RESULT will be given when the blocking order is completed.

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If the FORCE parameter is given, the blocking order will be executed immediately, and the managed object instance will be taken out of operation. This will result in handover attempts for the traffic channels associated with each object. If the handover attempts fail this will result in the immediate termination of traffic associated with each object. If the FORCE parameter is not given, the blocking order will be handled in the following manner for each of the specified managed object instances: MO Class TS: Blocking of the managed object instance will be delayed until traffic it is carrying has terminated for other reasons. If the managed object instance is carrying a broadcast control channel, the blocking order will not be accepted. MO Class RX: The blocking order will fail if the managed object instance in question, is carrying a physical channel. MO Classes TX and TF: The blocking order will fail if the managed object instance in question is enabled. MO Class TRXC: The blocking order will fail if either the TRXC is currently carrying the TGC application for the Transceiver Group in BTS Logical Model G01, or within BTS Logical Model G12 the TRXC has subordinate TX objects that are enabled. MO Class IS, CON and DP: The blocking order is always successful. MO Class CF: The blocking order will fail if there are any subordinate TS objects that are enabled. MO Class TG: The blocking order will always fail. The FORCE parameter must be used to block a managed object instance of class TG. A successful blocking of a managed object instance will cancel all alarms due to faults in the equipment.If this object now becomes the first manually blocked object in the transceiver group that is still in service, an observation alarm will be issued. The order remains after system restart.

RXESE : RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT IN SERVICE, END

RXESE:MO=mo...;PARAMETERSMO=mo Managed object instance

See Application Information for block RXCTA for the format and the value range of this parameter.

All managed object classes are valid. FUNCTIONCommand RXESE is used to remove managed objects from service into prepost service. The managed object must be manually blocked, that is in state COM.Up to 32 managed objects can be specified.The answer printout RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT OUT OF SERVICE COMMAND RESULT will be printed giving the result of the command for each managed object.The order in which the managed objects are brought out of service in BTS logical model G01 is TS and RX before the corresponding TRXC; and TRXC, TF and TX before the corresponding TG.The order in which the managed objects is brought out of service in BTS logical model G12 is RX, TX and TS before the corresponding TRXC; and IS, CON, TRXC, TF, and DP before the corresponding CF;and CF before the corresponding TG.The order remains after system restart.

RXTCP : RADIO X-CEIVER ADMINISTRATION TG TO CHANNEL GROUP, PRINT

MOTY=moty[,CELL=cell]RXTCP: ; MO=mo...

PARAMETERSCELL=cell Cell Designation

The cell to which the TRXC or TX managed object, associated with the TG managed object, is dedicated to. This parameter is represented by a string of 1 - 7 characters

MO=mo Managed Object Instance See Application Information for block RXCTA for the format and the value range of this parameter.

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Only managed objects of managed object class TG are allowed in the command. MOTY=moty Managed Object Type See Application Information for block RXCTA for the format of this parameter.

Only managed object type of managed object class TG is allowed in the command.

FUNCTIONThis command initiates the answer printout RADIO X-CEIVER ADMINISTRATION TG TO CHANNEL GROUP CONNECTION DATA, which can show either the channel groups connected to one or more TGs, or a list of channel groups connected to all the TGs of the specified managed object type.This command will also give a list of connected TG's to a cell when the cell name is given. MOTY must be used in this case.The order does not remain after system restart.

EXAMPLE rxtcp:moty=rxotg ;

<rxtcp:moty=rxotg; RADIO X-CEIVER ADMINISTRATION TG TO CHANNEL GROUP CONNECTION DATA MO CELL CHGR RXOTG-0 SHI001A 0 SHI001B 0 RXOTG-7 IMP001A 0 IMP001B 0 IMP001C 0 IMP001C 1 RXOTG-8 IMP002A 0 IMP002B 0 IMP002C 0 RXOTG-11 KMA002A 0 KMA002B 0 KMA002C 0 KMA002A 1 KMA002B 1 KMA002C 1 END <

rxtcp:mo=rxotg-11;

<rxtcp:mo=rxotg-11 ; RADIO X-CEIVER ADMINISTRATION TG TO CHANNEL GROUP CONNECTION DATA MO CELL CHGR RXOTG-11 KMA002A 0 KMA002B 0 KMA002C 0 KMA002A 1 KMA002B 1 KMA002C 1 END

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CHGR : Channel Group. A channel group is a part of the cell using a subset of the frequencies used in a cell. Numeral 0-15.

RXAPP : RADIO X-CEIVER ADMINISTRATION ABIS PATH STATUS, PRINT

MOTY=motyRXAPP: ; MO=mo...

PARAMETERSMO=mo Managed object instance See Application Information for block RXCTA for the format and the value range of this parameter. The managed object must be of class TG.MOTY=moty Managed Object Type

See Application Information for block RXCTA for the format of this parameter. FUNCTIONThis command is used to print all defined Abis paths concerning a given TG, several TGs or all TGs in the BTS logical model G12. The order does not remain after system restart.

RADEP : Radio Control Administration Device Data, Print

DEV=dev... RADEP: dety … ; DETY= [,PPS]

ALL

PARAMETERSDETY=dety Device type ALL All device typesDEV=dev DevicePPS Pre-Post Service

If this parameter is given, then data is printed only for devices in Pre-Post Service State.If the parameter is omitted, then data is printed only for devices not in Pre-Post Service State.

FUNCTIONThe command orders a printout of device data. The printout DEVICE DATA IN BSC is received for specified devices, all devices of a device type, or all devices. If the parameter PPS is specified in the command, then only devices which are in Pre-Post Service State will be included on the printout.If the parameter PPS is omitted, then only devices which are not in Pre-Post Service State will be included on the printout. Up to sixteen (16) such commands may be given simultaneously.All DEVICE DATA printouts are interrupted and terminated on commencement of an EXCHANGE DATA command, to prevent the possibility of out-of-date printouts being obtained.The order does not remain after system restart.

RXCDP : Radio X-Ceiver Administration Managed Object Configuration Data, Print RXCDP:MO=mo...;

ParametersMO=mo Managed object instance

See Application Information for block RXCTA for the format and the value range of this parameter.

The managed object may be of class TG, RX, TS, TX or DP.Function

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Command RXCDP is used to initiate printing of managed object configuration data for one or more managed object instances.The answer printout, RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT CONFIGURATION DATA, indicates how each managed object specified in the MO parameter is configured.When the managed object class TG is specified, managed object configuration data for all related RX, TS, TX and DP are printed.The order does not remain after system restart.

DTBLE : Digital Path Transmission Functions, Blocking, End dip...DTBLE:DIP= ; ALL

PARAMETERSDIP = dip ALL

Digital Path (DIP) name identifier 1 ~ 7 characters All DIPs See the Application Information for block DIPST.

FUNCTIONThis command deblocks the specified DIPs.The order remains after system restart.

RLSTC: Radio Control Cell State, Change

chgr...RLSTC:CELL=cell , CHGR= ,STATE=state ; ALL

PARAMETERSCELL=cell Cell designation, maximum 7 characters. Symbolic name.CHGR=chgr Channel group. Numeral 0 - 15. ALL All channel groups within the cell. Default value is ALL.STATE=state State. ACTIVE The cell or channel group is active. HALTED The cell or channel group is halted.FUNCTIONThe command is used to change the state of a cell or channel group. When the command is executed, configuration of the cell or channel group will take place. A successful activation is immediate and gives the procedure printout EXECUTED. A command to halt if accepted gives the procedure printout ORDERED. The result printout CELL STATE CHANGE RESULT is received after the ordered halting is successful, which happens only when all channels in the cell or channel group(s) have been removed. Commands in block RCCA will not be accepted until the completion of an expected result printout. When activating, faultcodes are given if certain mandatory data, including locating data for overlaid subcells, have not been defined. Each channel group, or the cell to be activated, must be connected to a transceiver group, and have at least one frequency defined for it. Size alteration event 0 must be performed before activating a cell or channel group 0. It is allowed to order activation of all channel groups in a cell when some but not all of them are active already. Specific channel groups may be halted without halting the cell. The cell becomes halted when all channel groups within the cell have been halted. An observation alarm printout CELL RESTRICTION ACTIVATED is obtained when a previously active cell or channel group is set to state HALTED. The alarm is only set once per BSC, and it will remain as long as there is at least one previously active cell or channel group in state HALTED. The command is not valid for external cells, that is cells belonging to another BSC. The order remains after system restart.

RXMSP : Radio X-Ceiver Administration Managed Object Status, Print

MOTY=motyRXMSP: ; MO=mo... ParametersMO=mo Managed Object Instance

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See the Application Information for the block RXCTA for the format and value range of this parameter.

MOTY=moty Managed Object TypeSee the Application Information for the block RXCTA for the format of this parameter.

FunctionThis command prints the status information for one or more managed objects or for all defined managed object instances of a specified managed object type.The order does not remain after system restart.

NTCOP : Switching Network Terminal, Connection Data, Print

SNT= Snt… [,DIPINF] ALL NTCOP: ; sntp... SNTP= ALL

PARAMETERSDIPINF Digital path information related to the switching network terminal

SNT=snt Switching network terminal Expressed as snt-n where:-snt Switching network terminal type Identifier 1 ~ 13 characters -n Switching network terminal number Numeral 0 ~ 65535 The maximum value of the switching network terminal number is determined by the Size Alteration Event (SAE) in the SNT owning block (SAE 529). For alternative expressions, see the Application Information for block TRAN and the relevant SNT owning block.-ALL All switching network terminals

SNTP=sntp Switching network terminal connection point Expressed as a-b-c where:a Time switch module Identifier 1 ~ 7 characters b Time switch module number Numeral 0 ~ 127 for GS 64K Numeral 0 ~ 255 for GS 128K c Switching network terminal point Numeral 0 ~ 15 For alternative expressions, see Application Information for block TRASAD .ALL All connection points of SNTs in the Group Switch (GS)

FUNCTIONThis command prints the connection data of the SNTs. When indicating one or several SNT connection points, the connected SNTs are printed. If the specified SNT is SNT with Subordinate SNT (SUBSNT) and protection then the equipping level, equipment protection and the SUBSNTs are also printed. When indicating one or several SNTs, the corresponding SNT connection points and the connected devices, if any, are received. The Digital Path (DIP) is given if connected. If the parameter DIPINF is specified, the information is output with regard to the DIP, otherwise the information is output with regard to SNTP. If the specified SNTP supports protection then the equipping level, equipment protection are also printed. The parameter DIPINF has no meaning in case SNT is SNT with SUBSNTs and protection. The order does not remain after system restart.

RLCPP : Radio Control Cell Configuration Power Data, Print cell...

RLCPP:CELL= ;

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ALL [,EXT]

ParametersCELL=cell Cell designation Symbolic name, maximum 7 characters. ALL ALL cells belonging to the BSC

EXT Cell type is external.FunctionThe command is used to order the answer printout CELL CONFIGURATION POWER DATA .If parameter ALL is specified, but not EXT then cell configuration power data is printed for all internal cells. If parameters ALL and EXT are given,cell configuration power data is printed for all external cells.The order does not remain after system restart.

RLLAP : Radio Control Cell Location Area, Print lai...

RLLAP:LAI= ; ALL

ParametersLAI=lai Location Area Identification. lai expressed as mcc-mnc-lac where: mcc mobile country code. 3 digits

mnc mobile network code. For the number of digits see Application Information for the block ROEPC.

lac location area code. Numeral 1 - 65535.

ALL All Location Area Identifications for cells belonging to the BSC.

FunctionThe command is used to print cell location area data that is printed in the answer printout LOCATION AREA DATA. This shows all internal cells in the BSC belonging to a given location area. If ALL is given, it shows all internal cells in the BSC belonging to all location areas defined in the BSC.The command RAEPP can be used to see how many digits mnc must have.The order does not remain after system restart.

RLMBP : Radio Control Cell, Short Message Service Cell Broadcast Message Data, Print

ID=id,CODE=code,GS=gsRLMBP: [,NOTEXT] ; ID=ALL

ParametersCODE=code Message code

The message code differentiates between messages from the same message identifier.Numeral 0 ~ 1023

GS=gs Geographical scope The geographical scope indicates the geographical area over which the message code is unique and the display mode. 0 Cell wide, default direct display1 Public land mobile network wide, default display under user interaction2 Location area wide, default display under user interaction 3 Cell wide, default direct display under user interaction

ID=id Message identifier The message identifier identifies the source and type of message. Numeral 0 ~ 65535

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ALL All defined messages

NOTEXT The message text for each message page is omitted from the printout.

FunctionThis command initiates a printout of Short Message Service Cell Broadcast (SMSCB) message header and text data. Answer printout CELL BROADCAST SHORT MESSAGE SERVICE MESSAGE DATA is received. The order does not remain after system restart.

RLMBC : Radio Control Cell, Short Message Service Cell Broadcast Text, Change

RLMBC:ID=id,CODE=code,GS=gs[,PAGE=page],TEXT=text...[,PNO=pno]; ParametersCODE=code Message code




PAGE=page Page number This parameter indicates the page number in a multi-page message. The value must not be greater than that given for NUMPAGES in command RLMBI . The parameter is only optional for a single page message when it has the default value 1.Numeral 1 ~ 15

PNO=pno Package number This is used if there are more than 82 command characters in the page text, as this is the maximum number of command characters that can be entered with one command. For a longer page, the text is appended by using the command again. The package number indicates the current part of the message. 1 First part of the message, that is up to 82 MML or HEX command characters.2 Second part of the message, will be appended to package number 1. If the parameter PNO is omitted then this indicates that the message page is fully defined using the command only once.

TEXT=text Text in a message page The permitted command characters are determined by the value given for the parameter MODE in command RLMBI , or by its default value. If text is entered in MML format, characters permitted are alphanumeric characters and graphical characters. Permitted alphanumeric characters are: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, and Z Permitted graphical characters are: ! Exclamation mark" Quotation mark# Hash (number sign)$ Dollar sign% Percent sign& Ampersand

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' Apostrophe( Left parenthesis) Right parenthesis* Asterisk+ Plus sign, Comma- Hyphen. Full stop/ Slash: Colon; Semicolon< Less than sign= Equals to sign> Greater than sign? Question mark@ Commercial "at" The "space" character is also permitted. Four additional language specific characters from the GSM character set can also be used. For more details, see the Application Information for RCSMA . Each argument must be surrounded by quotation marks, if it contains non-alphanumeric characters, that is to say characters other than A - Z and 0 - 9. Quotation marks in the message text are entered twice in the string. If text is entered in HEX format, the permitted command characters are the ones representing hexadecimal numbers, that is 0, 1, 2,...9, A, B, C, D, E, F. Each character represents four bits in an octet of the message. Quotation marks are not needed.

FunctionThis command defines and changes the message text in a page of a Short Message Service Cell Broadcast (SMSCB) message. Text can be entered using the MML character set or it can be entered in hexadecimal mode, allowing the full GSM character set to be represented. In hexadecimal mode, when 8-bit encoding scheme is used, the text entered is not broadcast as 4-bit characters, but as octets (8 bits). That is, the first octet entered in the TEXT parameter is the first octet received by a mobile station. If a full message page text contains an odd number of hexadecimal characters, the last character is broadcast as the 4 least significant bits of the last octet. If the message coding is 7-bit, as specified by command RLMBI , then the text broadcast will only contain a whole number of GSM characters, that is an exact multiple of 7 bits. Unused text is padded with null characters which are in fact "carriage return" characters. The last 5 bits of the message text are always set to zero. If the message coding is 8-bit, as specified by command RLMBI , then the coding is user-defined. Unused text is padded with null characters which are "carriage return" characters. If an uneven number of HEX command characters is specified then the last character is ignored. This character will not be broadcast on the air-interface and will not be printed when command RLMBP is used to print the message text. Unused text is padded with null characters which are "carriage return" characters. If LANG is 17 or MCO is 16, as specified by command RLMBI , then the user character is Universal Multiple- Octet Coded Character. 16-bit encoding scheme is used. If a full message page text does not contain an even multiple of 4 number of command characters, then the last command characters that do not form a full 16-bit user character are truncated. Unused text is padded with null characters. If the text contains more than 41 command characters including delimiting quotations then the argument must be repeated. The argument may only be entered twice in one command. Each argument is appended onto the previously given part of the text. If the page text contains more than 82 command characters the command must be repeated with another package number (PNO). A maximum of 93 MML command characters or 164 HEX command characters can be entered for a message page. However, if LANG is 17, the message text shall then be entered starting with two 7-bit default alphabet character representation of the language encoded according to ISO 639. This is padded to the octet boundary with two bits set to 0 and then followed by a maximum of 160 HEX command characters (equals to 40 user characters for a message page) of UCS2-encoded message. If LANG is 16, as given by command RLMBI , 7-bit encoding is used. The message text shall then be entered starting with two 7-bit default alphabet character representation of the language

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encoded according to ISO 639, followed by a carriage return (CR) character. The CR character can then be followed by 90 7-bit characters of text.If the message coding is 7-bit, as given by command RLMBI , then the last 5 bits of the 82 octets of the message text are always set to zero by the BSC. The message is for sending on the Cell Broadcast Channel (CBCH) and its distribution is according to the time parameters specified in command RLMTI . PNO=1 interrupts broadcast until PNO=2 is defined. The order remains after system restart.

Examples

RLMBC:ID=35,CODE=44,GS=1,PAGE=12,TEXT=0123456789ABCDEF0123456789ABCDEF012345671&0123456789ABCDEF0123456789ABCDEF012345671,PNO=1;

RLMBC:ID=35,CODE=44,GS=1,PAGE=12,TEXT=0123456789ABCDEF0123456789ABCDEF012345671&0123456789ABCDEF0123456789ABCDEF012345678,PNO=2; The command sequence defines the message text data. The message identifier is 35. The message code is 44. The geographical scope of the message is 1. There are 12 pages in this message. The data is entered in HEX mode. Regarding the order of bits broadcast on the CBCH, in this example octet "01" is transmitted, then "23", "45", and so on, corresponding in time order to bits 1000 0000 1100 0100 1010 0010, and so on.

RLMBC:ID=78,CODE=300,GS=2,PAGE=2,TEXT="THE ""BROWN"" FOX JUMPED OVER THE LAZY "&"DOG!";

The command defines the message text data. The message identifier is 78. The message code is 300. The geographical scope of the message is 2. There are 2 pages in this message. The data is entered in MML mode. In the example the data occupies part of an SMSCB message and the remaining unused text is automatically filled with null characters. The text is read as follows: THE "BROWN" FOX JUMPED OVER THE LAZY DOG!

RLMBC:ID=78,CODE=303,GS=2,PAGE=1,TEXT=7A3454095DE56C59;

The command defines the message text data. The message identifier is 78. The message code is 303. The geographical scope of the message is 2. There is 1 pages in this message. The data is entered in HEX mode. In the example the data occupies part of an SMSCB message and the remaining unused text is automatically filled with Carriage Return (CR) characters. If RLMBI is given with LANG=17, the first four characters in this example, 7A34, are interpreted by the mobile station as the language code for Chinese characters. The next twelve HEX characters are translated into three Chinese characters, if the mobile is capable of Chinese character translation. A mobile station not supporting UCS2 coding will present the two character language identifiers followed by improperly interpreted user data.

RLMBC:ID=78,CODE=330,GS=2,PAGE=1,TEXT=657A03B;

The command defines the message text data. The message identifier is 78. The message code is 330. The geographical scope of the message is 2. There is 1 pages in this message. The data is entered in HEX mode. If RLMBI was given with LANG=16, the first three 7-bit characters in this example, are interpreted by the mobile station as the language code for Estonian followed by a Carriage Return (CR) character. A Pre-Phase 2+ mobile station will overwrite the start of the message up to the CR and present only the text.

RLMBE : Radio Control Cell, Short Message Service Cell Broadcast Message, End

cell...

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RLMBE:ID=id,CODE=code,GS=gs,CELL=

ALL ;

ID=ALL,CELL=cell... ParametersCELL=cell Cell designation

This is a symbolic name of a defined cell. ALL All cells connected to a given message

CODE=code Message code The message code differentiates between messages from the same message identifier.Numeral 0 ~ 1023


ID=id Message identifier The message identifier identifies the source and type of message. Numeral 0 ~ 65535 ALL All messages defined for the cell

FunctionThis command stops the broadcast of short message service cell broadcast messages on the Cell Broadcast Channel (CBCH) in a specific cell or group of cells. If a message is not connected to any cell then to delete the message the parameter CELL must have the value ALL. The command is not valid for external cells, that is cells belonging to another Base Station Controller (BSC). The order remains after system restart.

ExamplesRLMBE:ID=63938,CODE=141,GS=0,CELL=DBROOK1&DBROOK2;

The command deletes the message with message id 63938, message code 141 and geographical scope 0 from the cells DBROOK1 and DBROOK2. If the message is currently being broadcast then the command stops the broadcast.

RLMBE:ID=63938,CODE=141,GS=0,CELL=ALL;

The command deletes the message with message id 63938, message code 141 and geographical scope 0 from all cells in which the message is defined. If the message is currently being broadcast then the command stops the broadcast.

RLMBE:ID=ALL,CELL=DBROOK1&DBROOK2;

The command deletes all messages from the cells DBROOK1 and DBROOK2. If any messages are currently being broadcast then the command stops the broadcast.

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RLMBI : Radio Control Cell, Short Message Service Cell Broadcast Message, Initiate

RLMBI:ID=id,CODE=code,GS=gs[,CELL=cell...]

[,UPDATE=update][,NUMPAGES=numpages] \ \ \\ \\ \\[,LANG=lang][,MODE=mode] \\ \\\ \ \\ \\\[,MCO=7][,MODE=mode] \ \\ \\\ \ \\ \\\[,MCO=8][,MODE=HEX] \ [,MCL=mcl] \\; \\\ \ \\ \\\[,MCO=16][,MODE=HEX] \ \\ \\\ \ \\ \\ \\ \ \

Parameters

CELL=cell Cell designation

This is a symbolic name of a defined cell.CODE=code Message code

The message code differentiates between messages from the same message identifier. Numeral 0 ~ 1023

GS=gs Geographical scope

The geographical scope indicates the geographical area, over which the message code is unique, and the display mode.

0 Cell wide, default direct display1 Public land mobile network wide, default display under user interaction2 Location area wide, default display under user interaction 3 Cell wide, default direct display under user interaction

ID=id Message identifier

The message identifier identifies the source and type of message. Numeral 0 ~ 65535

LANG=lang Language used in message text

Using this parameter the mobile station can distinguish which language the message is in. The parameter does not cater for special characters within different languages.

0 German1 English2 Italian3 French4 Spanish5 Dutch6 Swedish7 Danish

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8 Portuguese9 Finnish10 Norwegian11 Greek12 Turkish13 Hungarian14 Polish15 Language unspecified16

Default alphabet, which is 7-bit alphabetThe message is preceded by language indicator. The first 3 characters of the message text must be entered as a two-character representation of the language encoded according to ISO 639, followed by a Carriage Return (CR) character. The CR character is then followed by 90 7-bit characters of text. The entry MODE for the text is HEX.

17 Universal Multiple-Octet Coded Character Set 2 (UCS2) The message is preceded by language indication. The message text must be starting with a two 7-bit default alphabet character representation of the language encoded according to ISO 639. This is padded to the octet boundary with two bits set to 0 and then followed by 40 characters of UCS2-encoded message text. The entry MODE for the text is HEX.

18 - 63 Reserved valuesThis range of values is reserved for European languages using the default alphabet, with unspecified handling at the mobile station.

MCL=mcl Message class

The message class allows the user to route the message to user defined destinations.

0 No message class1 Class 1, user defined2 Class 2, user defined3 Class 3, default meaning: terminal equipment specific

MCO=mco Message coding

The message coding indicates how the text which is entered in command RL MBC is to be decoded by the mobile station.

The message can consist of up to 93 seven-bit characters, if 7-bit coding is used. These 93 characters fill 651 bits, which is 82 octets with 5 unused bits. The remaining 5 bits are always set to binary zeroes.

The message can consist of up to 82 eight-bit characters, if 8-bit coding is used.

Any unused text is filled with null characters.

The message can consist of up to 41 user-characters (164 HEX-characters), if UCS2- coding is used.

Any unused text is filled with null characters.

7 7-bit data8 8-bit data16 16-bit data, UCS2

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MODE=mode Text entry mode

This is the entry mode when defining message text later with command RL MBC .

MML MML formatHEX HEX format

NUMPAGES=numpages Number of pages in messageNumeral 1 ~ 15

UPDATE=update Update number

This parameter allows the operator to give an initial value to the update number for a message. The update number is automatically updated when the message text is changed.Numeral 0 ~ 15

Function

This command defines a Short Message Service Cell Broadcast (SMSCB) message, including the information which is to be broadcast as a message header. The command also connects cells to a previously defined message or to a new message. The message text is defined using the command RLMBC . Messages are broadcast on the Cell Broadcast Channel (CBCH). The parameters UPDATE, NUMPAGES, LANG, MCO, MCL, and MODE are defined the first time when RLMBI is used with a new combination of ID, CODE, and GS. The default values are used, if the parameters are not specified. Once these parameters have been set then it is not possible to alter them by a subsequent use of command RLMBI with the same combination of ID, CODE, and GS. The distribution period and rate for a message concerns all cells connected to it. It is possible to define up to 96 message pages in a cell. The maximum number of pages in a single message is 15. Thus a cell can for example be connected to 96 single messages, or six 15-pages messages and one 6-pages message. A cell cannot be connected to a message if there are not enough empty pages in the cell for all message pages. When LANG is 16, the parameter MODE defaults to HEX and value MML is not accepted to the parameter MODE. When LANG is 17, the parameter MODE defaults to HEX and value MML is not accepted to the parameter MODE. A mobile station not supporting UCS2 coding will present the two character language identifier followed by improperly interpreted user data. When MCO is 16, the parameter MODE defaults to HEX and value MML is not accepted to the parameter MODE. The translation from the user languages to HEX format according to ISO/IEC 10646-1 should be done before HEX characters are input in the command. Different mobile station models might have implemented different ways of interpreting the data coding scheme sent in the SMSCB message, represented by MCO=16 or LANG=17. Therefore, the definition of messages using UCS2 encoding can be done in the two ways described above. The parameters MCO and MCL exclude the parameter LANG. Default values for the following parameters are permanent exchange data: LANG, MCL, MCO, MODE, NUMPAGES , UPDATE. Default values are listed in the application information for block RCSCB . The command is not valid for external cells, that is cells belonging to another Base Station Controller (BSC). The order remains after system restart.

Examples

RLMBI:ID=310,CODE=18,GS=0,CELL=DBROOK1,UPDATE=2,MODE=MML;

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The command defines the message, which has message ID 310, message code 18, and geographical scope 0. The message is to be broadcast in cell DBROOK1. The message is a single page message whose text will be entered in MML format. The message coding type is 7-bit coding. The language is given by default values. The update number for the message is given an initial value of 2.

RLMBI:ID=310,CODE=21,GS=1,MODE=HEX,NUMPAGES=7,LANG=2;

The command defines the message, which has message ID 310, message code 21, and geographical scope 1. The message is a 7 page message whose text will be entered in HEX format. The message coding type is given by default values. The language is Italian. The update number is given by default values.

RLMBI:ID=310,CODE=20,GS=0,MODE=HEX,MCO=8,MCL=1;

The command defines the message, which has message ID 310, message code 20, and geographical scope 0. The message is a single page message whose text will be entered in HEX format. The message coding type is 8-bit data. The message class is Class 1. The update number is given by default values.

RLMBI:ID=310,CODE=18,GS=2,CELL=DBROOK1&DBROOK2;

RLMBI:ID=310,CODE=18,GS=2,CELL=DBROOK3;

The command sequence connects the cells DBROOK1, DBROOK2, and DBROOK3 to the short message service cell broadcast message which has message ID 310, message code 18 and geographical scope 2.

RLMBI:ID=310,CODE=88,GS=1,NUMPAGES=8,LANG=17;

The command defines the message, which has message ID 310, message code 88, and geographical scope 1. The message is a 8 page message whose text will be entered in HEX format. The language is UCS2-encoded and the TEXT in RLMBC will indicate the language in two 7-bit default alphabet characters, followed by two bits set to 0. The update number is given by default values.

RLMBI:ID=310,CODE=88,GS=1,NUMPAGES=8,MCO=16;

The command defines the message, which has message ID 310, message code 88, and geographical scope 1. The message is a 8 page message whose text will be entered in HEX format. The language is UCS2-encoded. The update number is given by default values.

RLMTE : Radio Control Cell, Short Message Service Cell Broadcast Distribution Time, End

RLMTE:ID=id,CODE=code,GS=gs;



GS=gs Geographical scope The geographical scope indicates the geographical area, over which the message code is unique, and the display mode. 0 Cell wide, default direct display1 Public land mobile network wide, default display under user interaction

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2 Location area wide, default display under user interaction 3 Cell wide, default direct display under user interaction


FunctionThis command deletes the broadcast times for a short message service cell broadcast message. If the message is currently broadcasting in the Base Station Controller (BSC) then the command stops the broadcast. After command RLMTE has been executed then it is possible to define new broadcast distribution times for the message with command RLMTI . The order remains after system restart.

Examples

RLMTE:ID=14,CODE=97,GS=0; This command deletes the broadcast times for the message with message identifier 14, message code 97 and geographical scope 0. If the message is currently being broadcast in the BSC then the broadcast is stopped.

RLMTI : Radio Control Cell, Short Message Service Cell Broadcast Distribution Time, Initiate

RLMTI:ID=id,CODE=code,GS=gs,SDATE=sdate,STIME=stime[,EDATE=edate,ETIME=etime],REP=rep;



EDATE=edate End date of message broadcast Expressed as yymmdd where:yy Year Digit string 00 ~ 99 mm Month Digit string 01 ~ 12 dd Day Digit string 01 ~ 31 If EDATE is not given then the message is sent indefinitely. No value can be given for ETIME.

ETIME=etime End time of message broadcast Expressed as hhmm where:hh Hour Digit string 00 ~ 23 mm Minute Digit string 00 ~ 59 ETIME must always be greater than STIME if SDATE and EDATE are the same.

GS=gs Geographical scope The geographical scope indicates the geographical area, over which the message code is unique, and the display mode. 0 Cell wide, default direct display1 Public land mobile network wide, default display under user interaction2 Location area wide, default display under user interaction 3 Cell wide, default direct display under user interaction

ID=id Message identifier

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The message identifier identifies the source and type of message. Numeral 0 ~ 65535

REP=rep Repetition rate This parameter specifies how often a message is to be distributed. This applies to all message pages and for all cells connected to this message. The repetition rate is given in even number seconds in the range 2 - 3600.

SDATE=sdate Start date of message broadcast Expressed as yymmdd, where:yy Year Digit string 00 ~ 99 mm Month Digit string 01 ~ 12 dd Day Digit string 01 ~ 31

STIME=stime Start time of message broadcast Specify time at least one minute ahead of present time. Expressed as hhmm, where:hh Hour Digit string 00 ~ 23 mm Minute Digit string 00 ~ 59

FunctionThis command defines broadcast times for a Short Message Service Cell Broadcast (SMSCB) message. The message is sent on the Cell Broadcast Channel (CBCH) with a specified repetition rate. The CBCH load for a cell is the sum of all the individual CBCH loads for broadcasting messages sent on the CBCH in that cell. The value of the CBCH load is printed by the command RLMTP . The broadcast times are removed when the message is deleted using command RLMBE . It is not possible to define a distribution period for a message if there is no cell connected to the message. If the distribution period for a message is over, then command RLMTI can be used to define a new set of distribution times for this message. In order to change the distribution period, or the repetition rate, the old period and rate must be deleted by command RLMTE and a new command RLMTI must be specified. The order remains after system restart.

Examples

RLMTI:ID=14,CODE=97,GS=0,SDATE=120715,STIME=2055,EDATE=120722,ETIME=2155,REP=30; This command gives broadcast times for the message with message identifier 14, message code 97 and geographical scope 0. The message will be distributed every 30 seconds from 20:55 2012-07-15 until 21:55 2012-07-22.

RLMTI:ID=14,CODE=98,GS=1,SDATE=020715,STIME=2055,REP=120;

This command gives broadcast times for the message with message identifier 14, message code 98 and geographical scope 1. The message will be distributed indefinitely every 120 seconds with the beginning at 20:55 2002-07-15.

RLMTP : Radio Control Cell, Short Message Service Cell Broadcast Distribution Data, Print

cell... ID=id,CODE=code,GS=gs,CELL= ALL RLMTP: ;

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cell...ID=ALL,CELL= ,[STATE=state]

ALL

ParametersCELL=cell Cell designation

This is a symbolic name of a defined cell. ALL All cells connected to a given message

CODE=code Message code The message code differentiates between messages from the same message identifier.Numeral 0 ~ 1023

GS=gs Geographical scope The geographical scope indicates the geographical area, over which the message code is unique, and the display mode. 0 Cell wide, default direct display1 Public land mobile network wide, default display under user interaction2 Location area wide, default display under user interaction 3 Cell wide, default direct display under user interaction

ID=id Message identifier The message identifier identifies the source and type of message. Numeral 0 ~ 65535 ALL All messages defined for the cell

STATE=state Current message broadcast state If the state parameter is given then only messages in the specified state are printed. ON Message is currently being broadcastOFF Message broadcast time is overWAIT Message broadcast time yet to beginINHIB Cell Broadcast Channel (CBCH) is not available, so message cannot be broadcast.

FunctionThis command initiates a printout of short message service cell broadcast distribution data. Answer printout CELL BROADCAST SHORT MESSAGE SERVICE MESSAGE DISTRIBUTION DATA is received. It is only possible to specify the parameter STATE if ID=ALL.Only messages that are connected to cells are printed. The command is not valid for external cells, that is cells belonging to another Base Station Controller (BSC). The order does not remain after system restart.

Examples

RLMTP:ID=11395,CODE=550,GS=0,CELL=DBROOK1;

The command initiates a printout of the Short Message Service Cell Broadcast (SMSCB) message broadcast data for the message with message id 11395, message code 550 and geographical scope 0, in the cell called DBROOK1.

RLMTP:ID=ALL,CELL=DBROOK1;

The command initiates a printout of the SMSCB message broadcast data for all messages in the cell called DBROOK1.

RLMTP:ID=ALL,CELL=DBROOK1,STATE=OFF;

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The command initiates a printout of the SMSCB message broadcast data for all messages in state OFF in the cell called DBROOK1.

RLMTP:ID=ALL,CELL=ALL,STATE=ON;

The command initiates a printout of the SMSCB message broadcast data for all messages that are in the state ON in all cells which have SMSCB messages defined.

RXMDP : Radio X-Ceiver Administration Managed Object Device Information, Print

MOTY=moty[,DEV=dev]RXMDP: ; MO=mo...

ParametersDEV=dev Device used for the specified managed object type.

See Application Information for block TRAN for the format and value range of this parameter.

MO=mo Managed object instanceSee Application Information for block RXCTA for the format and the value range of this parameter.Only managed object types of managed object classes CF, DP, TRXC or TS are valid.

MOTY=moty Managed object type See Application Information for block RXCTA for the format of this parameter. Only managed object types of managed object classes CF, DP, TRXC or TS are valid. FunctionThis command prints the device data for the devices connected to one or more managed object instances or all defined managed object instances of a specified managed object type. This command is valid only for managed object types of managed object classes CF, DP, TRXC and TS. When the parameter DEV is given in combination with MOTY, only managed objects connected to the specified device are printed. An answer printout RADIO X-CEIVER ADMINISTRATION MANAGED OBJECT DEVICE INFORMATION shows the managed object instance and the connected devices.The order does not remain after system restart.

Examples

rxmdp:mo=rxets-1-3-0;The device information is printed for TS 0 connected to TRXC 3 within TG 1 in BTS Logical Model G01.

rxmdp:moty=rxotrx;The device information is printed for all managed object instances of managed object type RXOTRX in BTS Logical Model G12.

rxmdp:mo=rxotrx-1-1&&-3;The device information is printed for TRXCs 1 to 3in TG 1 in BTS Logical Model G12.

rxmdp:moty=rxocf;The device information is printed for all managed object instances of managed object type RXOCF in BTS Logical Model G12.

rxmdp:mo=rxotrx-1-1&rxocf-1&rxots-1-1-0;The device information is printed for TRXC 1 in TG 1,CF in TG 1 and TS 0 in TRXC 1 in TG 1 in BTS Logical Model G12.

rxmdp:moty=rxetrx,dev=rblt-1;The device information is printed for the managed object instances of managed object type RXETRX in BTS Logical Model G01 which are connected to transmission device RBLT 1.

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rxmdp:moty=rxodp,dev=rxodpi-32The device information is printed for the managed object instance of managed objec type RXODP inBTS logical Model G12 which are connected to logical device RXODPI 32.

STDEP : Device State For Devices, Print

DETY=dety STDEP: ; DEV=dev... [,LIST]

ParametersDETY=dety Device type Identifier 1 - 7 characters

See the Application Information for block TRAN and for relevant device block. DEV=dev Device

For expression see the Application Information for block TRAN and for relevant device block.

LIST ListAdditional information exists for a device when YES is output under parameter LIST in DEVICE STATE DETAILS. When LIST is specified a separate format of DEVICE STATE DETAILS is output.

FunctionThe command prints the states for telephony devices. The printout details the current state of each device, or all devices in a device type that are specified in the command. The states are output in the printout DEVICE STATE DETAILS. Information is provided for a device on fault-marked, and fault-suspected subscriber lines, line circuits, and telephony devices. These telephony devices can befault-marked, or fault-suspected, by the disturbance supervision, quality supervision, or subscriber line test functions. When DETY is specified, a device state printout is ordered for a device type. When DEV is specified, a device state printout is ordered for one or more device individuals. When DEV and LIST are specified, a printout of additional device information is requested for one or more device individuals.The order does not remain after system restart.

RLDEP : Radio Control Cell, Description Data, Print

\ \ \cell... \ \ \ \ \ \\RLDEP:CELL=\ \,CSYSTYPE=csystype[,EXT]\\; \ \ \\ \ALL\,EXT \\ \ \ \\ \ \,XRANGE \\ \ \ \\

ParametersCELL=cell Cell designation.

Symbolic name of a defined cell, maximum 7 characters. ALL All cells belonging to the current Base Station Controller (BSC).

CSYSTYPE=csystype Cell system type. GSM900 The cell system type is GSM 900

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GSM1800 The cell system type is GSM 1800GSM1900 The cell system type is GSM 1900

EXT External cell. Cell belonging to another BSC.

XRANGE Extended range cell. The cell is an extended range cell. It can support traffic at a distance of greater than 35km between the Mobile Station (MS) and the Base Transceiver Station (BTS).

FunctionThe command prints cell description data in the answer printout CELL DESCRIPTION DATA . If ALL is given without any of the other parameters, then cell description data are printed for all internal cells, that is cells belonging to the current BSC. If ALL and the parameter CSYSTYPE are given, cell description data are printed for all internal cells with a cell system type corresponding to the value given in parameter CSYSTYPE. If the global system type for the current BSC is MIXED, cells may have different cell system types. If the global system type is other than MIXED, all cells will have a cell system type which either is a GSM900 or GSM1800 or GSM1900 and is set to the same as the value of the global system type. If ALL and the parameter EXT are given, cell description data are printed for all cells defined as external in the current BSC, that is cells belonging to other BSCs. If ALL and the parameters CSYSTYPE and EXT are given, cell description data are printed for all external cells with a cell system type corresponding to the value given in parameter CSYSTYPE . If ALL and the parameter XRANGE are given, cell description data are printed for all extended range cells in the current BSC. The order does not remain after system restart. RLDEI : Radio Control Cell, Definition of Cell, Initiate

RLDEI:CELL=cell[,CSYSTYPE=csystype][,EXT];

ParametersCELL=cell Cell designation

Symbolic name of a cell, maximum 7 characters. The symbolic name must not be given the value ALL.

CSYSTYPE=csystype Cell system type, mandatory if global system type is MIXED. GSM900 The cell system type is GSM 900GSM1800 The cell system type is GSM 1800GSM1900 The cell system type is GSM 1900

EXT External cell. The cell belongs to another Base Station Controller (BSC)

FunctionThe command defines a cell in the BSC. The cell may belong to the current BSC or to another BSC. Parameter CSYSTYPE is mandatory if the global system type is MIXED. If the global system type is other than MIXED, CSYSTYPE , is optional and will be accepted only if the parameter value is set to the same as the value of the global system type. If CSYSTYPE is omitted it will automatically be set to the value of the global system type. The order remains after system restart.

RLDEC : Radio Control Cell, Description Data, Change Format 1 \RLDEC:CELL=cell\[,CGI=cgi][,BSIC=bsic][,BCCHNO=bcchno] \ [,NEWNAME=newname][,AGBLK=agblk] [,MFRMS=mfrms][,BCCHTYPE=bcchtype] \

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[,FNOFFSET=fnoffset][,XRANGE=xrange]\; \

Format 2

RLDEC:CELL=cell,BCCHNO=bcchno; ParametersAGBLK=agblk Number of reserved access grant blocks

Number of Common Control Channel (CCCH) blocks reserved for the access grant channel. The remaining CCCH blocks are used for paging channel. The parameter is valid only for internal cells, that is cells belonging to the current Base Station Controller (BSC).Numeral 0 ~ 7 Numeral 0 ~ 2 (If SDCCH/4 is supported)

BCCHNO=bcchno Absolute Radio Frequency channel number (ARFCN) for Broadcast Control Channel (BCCH)

ARFCN already defined for a dedicated channel cannot be given.Numeral 1 ~ 124 (GSM 900, P-band) Numeral 0, 975 ~ 1023 (GSM 900, G1-band) Numeral 955 ~ 974 (GSM 900, UIC-band) Numeral 512 ~ 810 (GSM 1900) Numeral 512 ~ 885 (GSM 1800)

BCCHTYPE=bcchtype Type of BCCH COMB

Indicates that the cell has a combined BCCH and SDCCH/4. This parameter applies only to internal cells.

COMBC Indicates that the cell has a combined BCCH and SDCCH/4 with a Cell Broadcast Channel (CBCH) subchannel. This parameter applies only to internal cells.

NCOMB Indicates that the cell does not have any type of combined BCCH and SDCCH/4. This parameter applies only to internal cells.

BSIC=bsic Base Station Identity Code

Expressed as nccbcc where:

ncc Public Land Mobile Network (PLMN) colour code Numeral 0 ~ 7 bcc Base station colour code Numeral 0 ~ 7

CELL=cell Cell designation

Symbolic name of a defined cell, maximum 7 characters.CGI=cgi Cell Global Identification

Expressed as mcc-mnc-lac-ci where:

mcc Mobile country code Numeral 3 digitsmnc Mobile network code For the number of digits see the Application

Information for block ROEPC.lac Location area code Numeral 1 ~ 65535

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ci Cell identity Numeral 0 ~ 65535 FNOFFSET=fnoffset Frame Number Offset

Indicates the time difference from the Frame Number (FN) generator in the Base Transceiver Station (BTS) expressed as a number of Time Division Multiple Access (TDMA) frames. The parameter is valid only for internal cells, that is cells belonging to the current BSC.Numeral 0 ~ 1325

MFRMS=mfrms Multiframes period

Defines period of transmission for PAGING REQUEST messages to the same paging subgroup. The parameter is expressed in number of CCCH multiframes. The parameter is valid only for internal cells, that is cells belonging to the current BSC.Numeral 2 ~ 9

NEWNAME=newname New cell designation

Defines a new symbolic name of a defined cell, maximum 7 characters. The value ALL cannot be given.

XRANGE=xrange Extended range cell

The cell is an extended range cell. It can support traffic at a distance of greater than 35 km between the Mobile Station (MS) and the BTS. The parameter is valid only for internal cells, that is cells belonging to the current BSC.

YES The cell is to be changed from a normal cell to an extended range cell.NO The cell is to be changed from an extended range cell to a normal cell.

FunctionFormat 1This command format changes data in a cell. If the cell is an internal cell the command is only permitted if the cell state is HALTED. Note that the parameter AGBLK must be set to 1 or greater when short message service cell broadcast is in use, that is when the channel CBCH has been defined. By system default one SDCCH/8 without CBCH is provided in the cell if the BCCH frequency for the cell is defined and the type of BCCH is non-combined. The maximum range for the locating parameters MAXTA and TALIM are greater for an extended range cell than for a normal cell. When COMB and COMBC are not specified the default is a NCOMB BCCH. COMBC, COMB and NCOMB all refer to the type of BCCH. The command RAEPP and the Application Information for block ROEPC can be used to see how many digits mnc must have. Parameter NEWNAME is used to change the name of a cell. If the cell belongs to the current BSC, it may be defined as extended range if the feature extended range cell is available. The availability of this feature is dependent on commercial agreements. A cell with subcell structure can only be defined as extended range if the feature extended range cell (enhanced version) is available. The availability of this feature is dependent on commercial agreements. If a cell with subcell structure is changed from normal to extended range then the underlaid subcell will have extended range and the overlaid subcell will have normal range. A Timeslot Number (TN) value other than 0 or 2 is not valid for an extended range cell. It is not allowed to define an extended range cell when GPRS support is activated. If the cell system type is GSM 900, BCCHNO may be defined in the G1-band if the feature Support for Extended GSM 900 Frequency Band is available and defined in the UIC-band if the feature Support for

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Railways GSM 900 Frequency Band is available. The availability of these features is dependent on commercial agreements. The frequency bands G1 and UIC cannot be used by GSM Phase 1 mobiles. The BCCH carrier must be placed in the primary band if Phase 1 mobiles need to be supported by the cell. The frequency band UIC cannot be used by E-GSM (primary and G1-band) mobiles. The BCCH carrier must be placed in the primary or G1-band if only E-GSM mobiles should be supported. For cell system type GSM 900, if the BCCH is defined in an extended band and the range of the Absolute Radio Frequency Channel Numbers (ARFCNs) in the cell exceeds 112 , the number of ARFCNs is restricted to 22. A channel group may consist of frequencies from different GSM bands. Changing the BCCHNO parameter is dependent on other frequencies in channel group 0. If the BCCH is defined in the primary band other frequencies in channel group 0 are only allowed in the primary band. If the BCCH is defined in the G1-band other frequencies in channel group 0 are only allowed in the primary and the G1-band. For cell system type GSM 1800 or GSM 1900 the number of ARFCNs are restricted to 18 if the range of ARFCNs in the cell exceeds 112. For details about the parameter default values in permanent exchange data see the Application Information for block RCCD . The current BTS version may have specific parameter restrictions. See "BTS parameter limitations" in OPERATION AND MAINTENANCE MANUAL for current BTS version. The order remains after system restart.

Format 2This command format changes the parameter BCCHNO in a cell independent of the cell state. If the cell system type is GSM 900, BCCHNO may be defined in the G1-band if the feature Support for Extended GSM 900 Frequency Band is available and defined in the UIC-band if the feature Support for Railways GSM 900 Frequency Band is available. The availability of these features is dependent on commercial agreements. The frequency bands G1 and UIC cannot be used by GSM Phase 1 mobiles. The BCCH carrier must be placed in the primary band if Phase 1 mobiles need to be supported by the cell. The frequency band UIC cannot be used by E-GSM (primary and G1-band) mobiles. The BCCH carrier must be placed in the primary or G1-band if only E-GSM mobiles should be supported. For cell system type GSM 900, if the BCCH is defined in an extended band and the range of the Absolute Radio Frequency Channel Numbers (ARFCNs) in the cell exceeds 112 , the number of ARFCNs is restricted to 22. A channel group may consist of frequencies from different GSM bands. Changing the BCCHNO parameter is dependent on other frequencies in channel group 0. If the BCCH is defined in the primary band other frequencies in channel group 0 are only allowed in the primary band. If the BCCH is defined in the G1-band other frequencies in channel group 0 are only allowed in the primary and the G1-band. If cell state is ACTIVE and GPRS support is active for the cell this applies to all frequencies in the cell and not only to frequencies in channel group 0. For cell system type GSM 1800 or GSM 1900 the number of ARFCNs are restricted to 18 if the range of ARFCNs in the cell exceeds 112. When the cellstate is ACTIVE and Active BA-List Recording is active for the cell, it is not possible to change the ARFCN for BCCH. For details about the parameter default values in permanent exchange data see the Application Information for block RCCD . The current BTS version may have specific parameter restrictions. See "BTS parameter limitations" in OPERATION AND MAINTENANCE MANUAL for current BTS version. The order remains after system restart.

RLDEE : Radio Control Cell, Definition of Cell, End

RLDEE:CELL=cell;

ParametersCELL=cell Cell designation. Symbolic name of a defined cell. The symbolic name of a defined cell

must not be given the value ALL.

Function

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The command is used to delete an internal or external cell in the BSC. All neighbour relations to the cell are automatically deleted. If it is an internal cell, that is the cell belongs to the current BSC, the command is only permitted in cell state HALTED. The order remains after system restart.

Examples

RLDEE:CELL=HLM1;The command will delete the existing cell HLM1 in the BSC. All neighbour relations to the cell are automatically deleted.

RLHPC : Radio Control Cell Connection Of Cell To Channel Allocation Profile, Change

RLHPC:CELL=cell... ,CHAP=chap;

ParametersCELL=cell Cell designation Symbolic name, maximum 7 characters. ALL is not allowed.CHAP=chap Channel Allocation Profile Numeral 0-7. See Application Information for block RNLCT: RCS, CH LOGICAL CHANNEL TRAFFIC HANDLER. FunctionThe command is used to connect a Channel Allocation Profile to one or several cells. At cell definition the default Channel Allocation Profile is connected to the cell. Another CHAP may be chosen using this command. The command is not valid for external cells, that is cells belonging to another BSC. The order remains after system restart.

RLDGI : Radio Control Cell, Definition of Channel Group, Initiate

RLDGI:CELL=cell,CHGR=chgr...[,SCTYPE=sctype];

ParametersCELL=cell Cell designation Symbolic name of a defined cell, maximum 7 characters.

CHGR=chgr Channel group number Numeral 1-15 Maximum 16 CHGR per cell.

SCTYPE=sctype Subcell type UL Underlaid subcell.OL Overlaid subcell.

FunctionThe command defines channel groups for a cell or subcell. The channel group can then have absolute Radio Frequency (RF) channels assigned to it. See Operational Instruction BSC, Cell Configuration Data, Change on how to add RF channels to a channel group. If a subcell structure is defined, then parameter SCTYPE must be specified in the command. The command is not valid for external cells. The order remains after system restart.

RLCFI : Radio Control Cell, Configuration Frequency Data, Initiate

RLCFI:CELL=cell[,CHGR=chgr],DCHNO=dchno...

ParametersCELL=cell Cell designation Symbolic name of a defined cell, maximum 7 characters.

CHGR=chgr Channel group number The channel group parameter is mandatory if channel groups other than channel group 0 exist for the cell.Numeral 0 ~ 15

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edw:/alex?DT=om&TI=BSC,+Cell+Configuration+Data,+Change&DO=Other&FN=1_15431-ANT24009Uen.A.html

edw:/alex?DT=om&TI=BSC,+Cell+Configuration+Data,+Change&DO=Other&FN=1_15431-ANT24009Uen.A.html

DCHNO=dchno Absolute Radio Frequency Channel Number (ARFCN)Numeral 1 ~ 124 (GSM 900, P-band) Numeral 0, 975 ~ 1023 (GSM 900, G1-band) Numeral 955 ~ 974 (GSM 900, UIC-band) Numeral 512 ~ 810 (GSM 1900) Numeral 512 ~ 885 (GSM 1800) Maximum 16 ARFCNs per channel group except channel group 0 which allows only 15 ARFCNs. In a GSM 900 system, maximum 31 ARFCNs per cell or in some cases maximum 22 ARFCNs (see chapter 2). In a GSM 1800 or GSM 1900 system, maximum 31 ARFCNs per cell or in some cases maximum 18 ARFCNs (see chapter 2).

FunctionThis command adds ARFCNs to an existing ACTIVE or HALTED channel group. If the cell system type is a GSM 900 system, ARFCNs in the extended G1-band may be defined if the feature Support for Extended GSM 900 Frequency Band is available. ARFCNs in the extended UIC-band may be defined if the feature Support for Railways GSM 900 Frequency band is available. For cell system type GSM 900, if the Broadcast Control Channel (BCCH) is defined in an extended band and the range of the ARFCNs in the cell exceeds 112, the number of ARFCNs is restricted to 22. A channel group may consist of frequencies from different GSM 900 bands, adding frequencies in channel group 0 depends on the band where the BCCH is located in the cell. If the BCCH frequency is defined in the P-band other ARFCNs are only allowed in the P-band. If the BCCH is defined in the G1-band other ARFCNs are only allowed in the P-band or the G1-band. If the cell system type is a GSM 1800 or GSM 1900 system and if the range of ARFCNs in the cell exceeds 112, the number of ARFCNs is restricted to 18 per cell. Only 15 ARFCNs are allowed in channel group 0. This is because one ARFCN is reserved for the BCCH. The channel group parameter is mandatory if channel groups other than channel group 0 exist for the cell. The current Base Transceiver Station (BTS) version may have specific parameter restrictions. See "BTS parameter limitations" in OPERATION AND MAINTENANCE MANUAL for current BTS version. The command is not valid for external cells, which are cells belonging to another Base Station Controller (BSC). The order remains after system restart.

RLCCC : Radio Control Cell, Configuration Control Channel Data, Change

\ \ \[,TN=tn][,SDCCH=sdcch][,CBCH=cbch][,CCHPOS=cchpos] \ \ \ \\ \ \ \ \\\RLCCC:CELL=cell\ \,TN=tn\[,SDCCH=sdcch][,CBCH=cbch][,CCHPOS=cchpos]\\\; \CHGR=chgr \ \ \\\ \ \ [,SDCCH=sdcch][,CBCH=cbch][,CCHPOS=cchpos] \\ \ \ \\ \ \ \\ \ \

ParametersCBCH=cbch Cell broadcast channel

Identifier YES orNO YES CBCH will be included in one of the SDCCH/8 for the cell or channel groupNO No SDCCH/8 for the cell or channel group will include CBCH

CCHPOS=cchpos Control channel position Identifier BCCH or TNThis parameter can only be used for channel group 0 BCCH All SDCCHs in channel group 0 will be placed on the Broadcast

Control Channel (BCCH) frequency.

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TN The SDCCH(s) in the cell will be placed on the timeslot number entered with parameter TN

CELL=cell Cell designation Symbolic name of a defined cell, maximum 7 characters

CHGR=chgr Channel group number Numeral 0 ~ 15

SDCCH=sdcch Required number of SDCCH/8 Numeral 0 - 16Numeral 0 - 7 (when parameter CCHPOS is set to BCCH)Numeral 0 - 3 (when parameter CCHPOS is set to BCCH and the cell is extended range cell)

TN=tn Timeslot number Numeral 0, 1, 2, 3 (normal cell)Numeral 0, 2 (extended range cell)

The current Base Transceiver Station (BTS) version may have specific parameter restrictions. See "BTS parameter limitations" in OPERATION AND MAINTENANCE MANUAL for current BTS version.

FunctionThis command changes SDCCH/8 configuration data in a cell or channel group. The time slotnumber is a cell level parameter in that all SDCCH/8 in a cell reside on the same timeslot number. The system default is timeslot number two for both normal and extended range cells.Parameter CCHPOS can only be used for channel group zero. For other channel groups CCHPOS is always equal to TN and can not be changed. When parameter CCHPOS is set to BCCH, all SDCCH/8 in channel group zero will be placed on the BCCH frequency. The first SDCCH/8 will be placed on timeslot number one, the next will be placed on timeslot number two and so on. For extended range cells, only even timeslot numbers can be used, starting with timeslot number two. When parameter CCHPOS is set to BCCH , and if parameter TN is entered, it does not affect the configuration in channel group zero. The maximum number of SDCCH/8 that can be added to channel group zero is seven for normal cells and three for extended range cells. By system default one SDCCH/8 without CBCH is provided in the cell if the BCCH frequency for the cell is definedand the type of BCCH is non-combined. It is possible to have up to 16 SDCCH/8 per cell.This number is reduced by one if an SDCCH/4 is defined for the cell. The total number of SDCCH/8 in the cell must not be greater than the number of frequencies in the cell. The number of SDCCH/8 in the channel group must also not be greater than the number of frequencies in the channel group. This does not apply if channel group is zero and if parameter CCHPOS is set to BCCH. If the number of required Basic Physical Channels (BPCs) is not sufficient for the number of SDCCH/8 required, the surplus SDCCH/8 are not configured. If parameter CBCH is specified then one logical SDCCH in one SDCCH/8 is replaced by a CBCH. CBCH may not be specified for a channel group within the overlaid subcell. It is not possible to define more than one CBCH per cell including CBCH specified by the command RLDEC. This command does not remove a CBCH which has been defined for the cell using the command RLDEC.Note that the parameter AGBLK in command RLDEC shall be set to 1 or greater if CBCH is specified. If channel groups have been defined for the cell using command RLDGI , then the CHGR parameter is mandatory when giving parameter SDCCH, CBCH or CCHPOS. CHGR cannot be given with TN when SDCCH, CBCH and CCHPOS are omitted, as TN always applies to the whole cell. To minimize the consequence of hardware error in BTS equipment, it is recommended to use timeslot numbers other than zero. The command is not valid for external cells, which are cells belonging to another BSC. The order remains after system restart.

MGCEP : Mobile Telephony, Cell, Print / \ | / \| | |cell...|| |CELL=+ +| | |ALL ||MGCEP:+ \ /+; | | |BSC=bsc... | | | |LAI=lai | \ /

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ParametersBSC=bsc Base Station Controller (BSC) name See Application Information for block MTRAN.CELL=cell Cell name See Application Information for block MTRAN.

ALL All cells defined in the Mobile Services Switching Centre and Visitor Location Register (MSC/VLR).LAI=lai Location Area Identity (LAI) See Application Information for block MTRAN.FunctionThe command orders a printout MT CELL DATA.The command can be used to obtain a printput of mobile telephony cell data for:- One cell, several cells, or all cells- One or several cells- One LAIIt is possible to give the command simultaneously from16 IO devices.The order does not remain after system restart.

MGCRE : Mobile Telephony, Cellular Service Separation Roaming Restriction, End / \ |lai|MGCRE:LAI=+ +; |ALL| \ /

ParametersLAI=lai Location Area Identity See Application Information for block MTRAN. ALL All Location Area Identities of the MSC/VLR.FunctionThis command ends the cellular service separation roaming restriction either for all location areas, or for the specified location area, belonging to the MSC/VLR. In case ALL is given with the command, the cellular service separation roaming restriction is removed for all restricted location areas within the MSC/VLR. The order remains after system restart.ExamplesMGCRE:LAI=228-12-123;The cellular service separation roaming restriction for the location area 228-12-123 is ended.

MGCRE:LAI=ALL;The cellular service separation roaming restrictions for all location areas in the service area of the MSC/VLR are ended.

MGCRI : Mobile Telephony, Cellular Service Separation Roaming Restriction, Initiate / \ |lai|MGCRI:LAI=+ +; |ALL| \ /

ParametersLAI=lai Location Area Identity See Application Information for block MTRAN. ALL All Location Area Identities of the MSC/VLR.

FunctionThis command initiates the cellular service separation roaming restriction either for all location areas, or for the specified location area, belonging to the MSC/VLR. The restriction affects only mobile stations of power class 5. In case ALL is given with the command, all location areas are restricted regardless of the former state of the restriction. The order remains after system restart.29

ExamplesMGCRI:LAI=228-12-123;The location area 228-12-123 is marked restricted.

MGCRI:LAI=ALL;All location areas in the service area of the MSC/VLR are marked restricted.

MGCRP : Mobile Telephony, Cellular Service Separation Roaming Restriction, Print / \ |lai|MGCRP:LAI=+ + ; |ALL| \ /

ParametersLAI=lai Location Area Identity See Application Information for block MTRAN. ALL All Location Area Identities of the MSC/VLR.

FunctionThis command initiates the printout MT CELLULAR SERVICE SEPARATION ROAMING RESTRICTION DATA for all location areas, or for the specified location area belonging to the MSC/VLR. The order does not remain after system restart.

ExamplesMGCRP:LAI=228-12-123;The command prints out the cellular service separation roaming restriction data for the location area 228-12-123.

MGCRP:LAI=ALL;The command prints out the cellular service separation roaming restriction data for all location areas in the service area of the MSC/VLR.

DTQSR : Digital Path Transmission Functions Quality Supervision, Reset

\ \ \\ \ \ \\[,BFF][,SF][,DF]\ \ \\ \ \ \\ \ \ \\[,ES][,SES][,DM]\ \ \ \ \\ \ \ \dip...\ \\ \ \DTQSR:DIP=\ \,\\[,ES2][,SES2][,DM2]\ \; \ALL \ \\ \ \ \ \ \\ \ \ \\[,ES][,SES][,SF]\ \ \\ \ \ \\ \ \ \\[,ES2][,SES2][,SF]\ \ \\ \ \ \\ \ \ \\[,UNACC][,DEGR]\ \ \\ \ \ \ \

ParametersBFF Bitfault frequency

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DEGR All parameters for degraded quality performance level (ES2, SES2 and DM2 (if used)) are reset.

If time interval T2 is setable, then it is restarted.DF Disturbance frequencyDIP=dip Digital path name Identifier 1 - 7 characters ALL All digital pathsDM Degraded minute, unacceptable performance levelDM2 Degraded minute, degraded performance levelES Errored second, unacceptable performance levelES2 Errored second, degraded performance levelSES Severely errored second, unacceptable performance levelSES2 Severely errored second, degraded performance levelSF Slip frequencyUNACC All parameters for unacceptable quality performance level (ES, SES and DM (if used)

are reset. If time interval T1 is setable, then it is restarted.

Table 1

See Application Information for DIP-owning block (e.g. DIPST) for relevant parameters.FunctionThe command resets any quality supervision data which has been collected for the specified digital paths and ceases any initiated alarms. Parameter UNACC and DEGR are used to reset quality supervision data and cease alarms for groups of parameters,and to restart the time interval if the time interval is setable. The selection of parameters depend on the value of parameter QSUP in printout DIGITAL PATH INITIAL DATA (use command DTIDP to print out parameter settings). Use command DTQSP to see which parameters are relevant. The order remains after system restart.

ExamplesDTQSR:DIP=ALL,SF;For all digital paths a reset of the slip frequency data is made.

DTQSR:DIP=ALL,ES;For all digital paths a reset of all the ES counters in both directions on the unacceptable performancelevel is made.

DTQSR:DIP=SOLNA,ES2;For digital path SOLNA a reset of all the ES counters in both directions on the degraded performance level is made.

DTQSR:DIP=MAVIC,ES,SES,SF;For digital path MAVIC a reset of all the ES, and SES counters in both directions on the unacceptable performance level is made. The SF-counter are also reset.

DTQSR:DIP=HISOY,DEGR;For digital path HISOY a reset of counters for ES2,SES2 and DM2 (if used) in both directions are made, and the time interval T2 is restarted, if T2 is setable. <dtqsr:dip=all,ses,es,sf; DTQSR:DIP=ALL,SES,ES,SF; <;

RLCFP : Radio Control Cell Configuration Frequency Data, Print

\ \ \cell,[,CHGR=chgr...]\ \ \RLCFP:CELL=\cell... \;

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\ \ \ALL \ \ \ParametersCELL=cell Cell designation Symbolic name, maximum 7 characters. ALL ALL internal cells.CHGR=chgr Channel group number. Numeral 0 - 15.FunctionThis command is used to order the answer printout CELL CONFIGURATION FREQUENCY DATA for one several or all internal cells. Where channel group is not specified then data for all channel groups in the specified cell or cells will be printed. The command is not valid for external cells. The order does not remain after system restart.

DTQSP : Digital Path Transmission Functions Quality Supervision, Print

\ \ \dip...\DTQSP:[IO=io,]DIP=\ \; \ALL \ \ \

Parameters

DIP=dip Digital path name Identifier 1 - 7 characters ALL All digital paths See the Application Information for block DIPST.IO=io Input/Output identity

Function

This command generates a printout of the quality supervision parameters for the specified Digital Path (DIP). Up to 16 DIPs can be specified in each command. Printout DIGITAL PATH QUALITY SUPERVISION PARAMETERS is received. The order does not remain after system restart.

RLNRP : Radio Control Cell Neighbour Relation, Print

\ \ \ \ \\ \ \cellr...\\ \CELL=cell,CELLR=\ \\RLNRP:\ \ALL \\[,NODATA]; \CELL=ALL \ \\ \ \ \ \

ParametersCELL=cell Cell designation Symbolic name, maximum 7 characters. ALL All internal cells defined in the BSC.CELLR=cellr Relation cell designation, max 7characters. Symbolic name

ALL All neighbouring cells to which handover can be performed from the specified cell.

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NODATA The parameter is given when only the relation direction, candidate type and cosite between CELL and CELLR are required.

FunctionThe command is used to print neighbour relation data which is presented in the answer printout NEIGHBOUR RELATION DATA. The order does not remain after system restart.

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commands for bsc

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