Tong Hop Lenh Ericsson

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Glossary (danh sch, cc t chuyn mn)BSC CF CON DP IS MO RX TF TG TRXC TS TX pooltraf DCP=dcp DCP1=dcp1 DCP2=dcp2 Base Station Controller Central Functions-nhim v chnh, chc nng trung tm LAPD Concentrator-tp trung Digital Path Interface Switch Managed Object Receiver Timing Function(chc nng nh thi) Transceiver Group Transceiver Controller Time Slot Handler-b iu khin khe thi gian Transmitter-my pht The number of transcoder resources currently used in traffic per pool. Digital connection point number-s im kt ni s Digital Connection Point (DCP) number used for the signalling path to the TRXC Numeral 0 - 511 DCP number used for the speech and data connections to the TRXC Two DCP2s, for TRXCs using 16 Kbps Abis paths, or eight DCP2s, for TRXCs using 64 Kbps Abis paths, must be given. The DCP2s given must be consecutive(lin tc). The DCP2s are sorted into ascending order. If two DCP2s are given, the lower range DCP2 value is associated(kt hp) with TSs 0 to 3, and the higher range DCP2 is associated with TSs 4 to 7. If eight DCP2s are given, the lower range DCP2 value is associated with TS 0 and the higher range DCP2 value is associated with TS 7. Numeral 0 - 511 Signalling type UNCONC Unconcentrated CONC LAPD Concentration MPLEX16

SIG=sig

TEI OML RXD BCCH

16K Multiplex MPLEX32 32K Multiplex Terminal Endpoint Identifier(nhn dng) Operation and Maintenance(bo dng) Link RECEIVER DIVERSITY- nhy thu

Broadcast Control Channel-knh iu khin qung b DCHNO=dchno(TCH) Absolute radio frequency channel number(ng,chnh xc) Maximum 32 Absolute Radio Frequency Channel Number (ARFCNs) per channel group are allowed. (31 if channel group 0). Numeral 128 - 251 (GSM 800) Numeral 1 - 124 (GSM 900, P-band) Numeral 0, 975 - 1023 (GSM 900, G1-band) Numeral 512 - 810 (GSM 1900) Numeral 512 - 885 (GSM 1800) HOP=hop Frequency hopping status OFF The hopping status for the channel group is nonhopping. ON The hopping status for the channel group is hopping for Traffic Channel (TCH) and Stand-alone Dedicated Control Channel (SDCCH). HSN=hsn Hopping sequence number Numeral 0 - 63 CBCH=cbch Cell broadcast channel This parameter indicates if Cell Broadcast Channel (CBCH) is included in the Stand Alone Dedicated Control Channel (SDCCH). YES CBCH will be included in one of the SDCCH/8 for a cell or a channel group NO No SDCCH/8 for a cell or a channel group will include CBCH CELL=cell Cell designation

This is a symbolic name of a defined cell. CHGR=chgr Channel group number Numeral 0 - 15 SDCCH=sdcch Required number of SDCCH/8 Numeral 0 - 32 (with combined BCCH 31) TN=tn Timeslot number Numeral 0 - 7 cgi Cell global identification- nhn dng ton cu(khu vc) Expressed as(biu din,trnh by) mcc-mnc-lac-ci where: mcc Mobile country code mnc Mobile network code lac Location area code ci Cell identity- nhn dng BCCHNO=bcchno Absolute radio frequency channel number for Broadcast Control Channel (BCCH) Absolute Radio Frequency Channel Number (ARFCN) already defined for a dedicated channel cannot be given. Numeral 128 - 251 (GSM 800) Numeral 1 - 124 (GSM 900, P-band) Numeral 975 - 1023, 0 (GSM 900, G1-band) Numeral 512 - 885 (GSM 1800) Numeral 512 - 810 (GSM 1900) BCCHTYPE=bcchtype BCCH type This parameter indicates the combinatons of wanted logical channels on the frequency and timeslot defined for the BCCH in the cell. COMB Combined control channel Indicates that the cell has a combined BCCH and Stand Alone Dedicated Control Channel (SDCCH)/4. COMBC Combined control channel with a Cell Broadcast Channel (CBCH) subchannel

Indicates that the cell has a combined BCCH and SDCCH/4 with a CBCH subchannel. NCOMB Non-combined control channel Indicates that the cell does not have any type of combined BCCH and SDCCH/4. This parameter applies only to internal cells RLCRP:CELL=64k 64kbit/s Mode Supported CS3CS4 The Basic Physical Channel (BPC) supports General Packet Radio Service (GPRS) CS-3 or CS-4 EGPRS The BPC supports Enhanced(lm tng, nng cao) General Packet Radio Service (EGPRS) NONE The BPC does not support EGPRS or GPRS CS-3 or CS-4 Broadcast Control Channels (BCCHs) This parameter indicates the number of deblocked BCCHs in the cell. Basic Physical Channel individual

bcch bpc

This individual is also printed in the RADIO XCEIVER ADMINISTRATION MANAGED OBJECT CONFIGURATION DATA printout, thus linking the configured logical channels with the Base Transceiver Station (BTS) equipment used for them. cbch Cell Broadcast Channels (CBCHs) This parameter indicates the number of deblocked CBCHs in the cell. cell Cell designation This is a symbolic name of a defined cell. channel Logical channel identity This parameter consists of the channel type and an individual number. chband Channel band This parameter indicates the frequency band for the logical channel. The channel band is printed for deblocked channels. 800 GSM 800 The BPC holding the channel is configured on one or several Absolute Radio Frequency Numbers (ARFCN) within the GSM 800 band in the range 128 - 251. 1800 GSM 1800

1900

The BPC holding the channel is configured on one or several ARFCNs within the GSM 1800 band in the range 512- 885. GSM 1900 The BPC holding the channel is configured on one or several ARFCNs within the GSM 1900 band in the range 512- 810.

P900

Primary GSM 900 The BPC holding the channel is configured on one or several ARFCNs exclusively within the primary GSM 900 band in the range 1 - 124.

Extended GSM 900 The BPC holding the channel is configured on at least one ARFCN in the extended 'G1' GSM 900 band in the range 0, 975 1023. chgr Channel group number chrate Channel rate FR Full rate HR Half rate chtype Channel type BCCH Broadcast Control Channel CBCH Cell Broadcast Channel SDCCH Stand Alone Dedicated Control Channel TCH Traffic Channel icmband Current idle channel interference band The interference is measured on an idle channel and the value range,from negative to positive infinity (dBm), is divided into 5 intervals which are called idle channel interference bands. Interference band 1 is the band with the lowest interference. Interference band 5 is the band with the highest interference. An idle or busy SDCCH or TCH belongs to one of the idle channel interference bands. Numeral 1 - 5 noofch Number of deblocked logical channels A logical channel in state idle, busy or locked is regarded as a deblocked channel. nooftch Number of traffic channels This number can have a lower and an upper limit. This is because there are BPCs configured with the possibility to be

E900

sdcch

spv

state

allocated either as full rate traffic channels (then counted as one channel) or half rate traffic channels (then counted as two channels). These channels are called dual rate channels. In a channel group or a cell, dual rate channels can be mixed with those of a fixed channel rate. Stand Alone Dedicated Control Channel (SDCCH) This parameter indicates the number of deblocked SDCCHs in the cell. Speech version If a traffic channel is configured with the possibility to be allocated for either of several speech versions, this parameter shows all the possible speech versions (for example spv = 1,2). Logical channel state BLOC Blocked BUSY Busy IDLE Idle LOCK Locked If a BPC is configured with the possibility to be allocated either as a full rate traffic channel or two half rate traffic channels, the channel state LOCK is applicable. When one channel rate is allocated to a BPC, the logical channel or channels of the other rate on the same BPC are locked.

NONE

No data existed to be printed. EOT DURING PRINTOUT The operator has cancelled the printout. FAULT INTERRUPT fault type A fault interruption occurred during printing. Fault type: FORMAT ERROR The command was incorrectly specified. UNREASONABLE VALUE details A parameter was specified with an unreasonable value. FAULT CODE 3 CELL NOT DEFINED details

The cell is not defined. FAULT CODE 19 CELL RESOURCES HAVE CHANGED Cell Resources have changed since printout started. FAULT CODE 27 CELL DATA CHANGE IN PROGRESS Modification of cell data by a command is in progress. FAULT CODE 38 COMMAND NOT VALID FOR EXTERNAL CELLS details The command is not valid for external cells. FAULT CODE 120 CELL STATE NOT ACTIVE details The cell has not been activated. BA-list BCCH Allocation list

1.rxtcp:cell=hni,moty=rxotg; xem TG ca trm Parameters: thng s, tham s, tham bit, gii hn Associated: kt hp, lin kt dedicated to: c tnh cht chuyn mn represented by: trnh by bi, biu din bi

2.dtdii:dip=,snt=,dipp=; Initiate: bt u, khi u, xng Sequence: trnh t, kt ni

3.ntcop:snt=all; xem lung tha hay thiuSNT=snt DIPINF Switching network terminal Digital path information related to the Switching Network Terminal (SNT) All switching network terminals

ALL

SNTP=sntp Switching network terminal connection point

4.rlcrp:cell=hni; lnh kim tra thu bao chim knh- CBCH: Cell Broadcast Channel-knh qung b - NOOFTCH: Number of traffic channels

This number can have a lower and an upper limit. This is because there are BPCs configured with the possibility to be(c kh nng,c th) allocated(phn phi,cp pht,nh r v tr) either as(chn 1 trong hai vn ) full rate traffic channels (then counted as one channel) or half rate traffic channels (then counted as two channels). These channels are called dual(hai, i) rate channels. In a channel group or a cell, dual rate channels can be mixed(ln ln,pha trn,hn hp) withthose of a fixed(ng yn,c nh) channel rate. icmband Current idle channel interference band The interference is measured on an idle channel and the value range,from negative to positive infinity (dBm), is divided into 5 intervals which are called idle channel interference bands. Interference band 1 is the band with the lowest interference. Interference band 5 is the band with the highest interference. An idle or busy