TDCSU - Digital Trunks

Trunk Configuration

The TDCSU AMO supports the configuration of digital trunks for the ISDN Basic Rate Interface (BRI) and ISDN Primary Rate Interface (PRI). The BRI provides 2B+D (S0). The PRI provides 23B+D (S1) in North America and 30B+D (S2) in Europe. The trunks may be used for all services.

For each successful operation on a trunk the AMO will respond with an advisory message displaying the physical address of the trunk. For each unsuccessful operation the AMO will respond with an error message displaying the failure. If at least one but not all of the requested number of trunks has been processed the AMO will terminate with partially performed.

Devices

Different trunk types are distinguished by the device (parameter DEV). The parameters of a trunk can be subdivides into two categories:
  1. common trunk parameters (valid for all devices)
  2. device dependant trunk parameters (different according to the device)
The common trunk parameters which are arranged at the beginning of an add and change command are mostly trunk group level common parameters, that means they have identical values for all trunks in a trunk group. At parameter DEV the common trunk parameters branches out into the device dependant trunk parameters. These parameters are mostly circuit data (e.g., loadwareparameter) that are needed by the board loadware for operation of the circuit.
Parameter DEV is mandatory in the add command. A change command needs parameter DEV only when device dependant parameters have to be changed (the device itself cannot be changed).

Supported Hardware Boards

Before trunks can be configured the peripheral Boards which supports the device must be configured. The hardware which can be used by digital trunks are listed below. Board are configured with AMO BCSU.

Table 1: Digital Trunk Boards
Device Boards
Name MTYPE PARTNO FCTID
ATMPVCCOSTMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMPVC30STMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMPVC23STMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMPVC2XSTMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMPVC15STMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMPVC7 STMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMPVC3 STMA PERQ2160-X 5
STMA PERQ2160-X1005
ATMSVC STMA PERQ2160-X 5
STMA PERQ2160-X1005
CDGCOD CDG31-FUPERQ6400-X8883
PBCDG-FUPERQ6401-X 3
CDGCONN CDG31-FUPERQ6400-X8883
PBCDG-FUPERQ6401-X 3
HG3550 STMI PERQ2303-X 1
STMI PERQ2303-X0102
STMI PERQ2303-X0202
HG3550IPSTMI2 IPGWQ2316-X 1
STMI2 IPGWQ2316-X0101
STMI2 IPGWQ2324-X5001
STMI2 IPGWQ2324-X5101
HG3550COSTMI2 IPGWQ2316-X 1
STMI2 IPGWQ2316-X0101
STMI2 IPGWQ2324-X5001
STMI2 IPGWQ2324-X5101
HG3550LASTMI2 IPGWQ2316-X 1
STMI2 IPGWQ2316-X0101
STMI2 IPGWQ2324-X5001
STMI2 IPGWQ2324-X5101
LAN WAML PERQ2205-X 1
S0COD STMD PERQ2174-X
STMD2 PERQ2163-X 1
STHC PERQ2169-X 1
STHC2 PERQ2177-X 1
S0CONN STMD PERQ2174-X
STMD2 PERQ2163-X 1
STHC PERQ2169-X 1
STHC2 PERQ2177-X 1
S1COD TMDNH TMDQ2192-X 2
DIU2U TMDQ2216-X 6
S1CONN TMDNH TMDQ2192-X 2
DIU2U TMDQ2216-X 6
S1CVN TMDNH TMDQ2192-X 3
DIU2U TMDQ2216-X 6
S1PVC STMA PERQ2160-X 5
STMA PERQ2160-X1005
S2COD DIU-S2 DIUQ2096-X
DIU-S2 DIUQ2096-X100
DIU-S2 DIUQ2096-X200
DIU-N2 PERQ2196-X 1
DIU-N4 PERQ2195-X 1
CDG31-DEDIUQ6400-X8882
PNEDIUS2DIUQ6400-X000
PBCDG-DEDIUQ6401-X 2
PBPNE-DEDIUQ6401-X 5
S2CONN DIU-S2 DIUQ2096-X
DIU-S2 DIUQ2096-X100
DIU-S2 DIUQ2096-X200
DIU-N2 PERQ2196-X 1
DIU-N4 PERQ2195-X 1
CDG31-DEDIUQ6400-X8882
PNEDIUS2DIUQ6400-X000
PBCDG-DEDIUQ6401-X 2
PBPNE-DEDIUQ6401-X 5
VCCOD VCM-B7 PERQ2235-X
VCM-B15 PERQ2235-X100
VCCONN VCM-B7 PERQ2235-X
VCM-B15 PERQ2235-X100

Port Equipment Number (PEN)

A trunk is always identified by its port equipment number (parameter PEN), consisting of LTG, LTU, slot and circuit number.

Searching a free PEN

If in the add command no value is entered for parameter PEN, then AMO TDCSU searches automatically a board with a free PEN, which fits to the entered device and other trunk parameters. It is also possible to display all free PENs to a given device (DISPLAY-TDCSU:TYPE=CFIG,DEV=...).

B-Channels

Digital trunks for the ISDN Basic Rate Interface (S0) are always configured with both B-channels. These B-channels cannot be identified individually. The B-channels of a ISDN Primary Rate Interface (S1 and S2) can be configured in their entirety (all B-channels) or partially (whatever B-channels). Here the B-channels are identified by parameter BCHAN. Gaps between B-channels are generally allowed. B-channel 1 must always exist. With AMO TDCSU it is also possible to add or delete B-channels to resp. from an existing trunk.

B-Channel Groups

The B-channels of a ISDN Primary Rate Interface (S1 oder S2) can be subdivided into max. 30 so called B-channel groups. This subdivision makes sense if the B-channels of a trunk have to be parameterized different, e.g., if they lead via a multiplexer to different partner nodes and therefore must be associated with different trunk groups. The B-channel groups are identified with parameter BCGR. B-cannel group 1 must always exist and contain B-channel 1. The subdivision of the other B-channels is optional. Extremely 30 B-channal groups can be configured, each with 1 B-channel. When a B-channel has to be moved from one B-channel group to another, then it has to be deleted first from one B-channel group and subsequently added to the other B-channel group.

Trunk Groups

The B-channnels of a S0, S1 and S2 span must belong to a trunk group (see parameter TGRP). Trunk Groups are created via AMO-BUEND.

Trunk Group Level common Parameters

All B-channels of a trunk group share many characteristics, the so called trunk group level common parameters. The first trunk that is added to a still empty trunk group defines the values of these parameters. Then AMO-TDCSU ensures that the values of the trunk group level common parameters remain always identical. If a new trunk is added to a non-empty trunk group (via Parameter TGRP), then AMO-TDCSU reads the trunk group level common parameter values of the first trunk in the trunk group and substitutes them for the default values. In this case the trunk group level parameters should not be entered and if they are entered even though, the values must not differ from the values of the other trunks in the trunk group. When a trunk group level common parameter of a trunk is changed, then this parameter will be changed for all trunks in the trunk group. Of the general trunk parameters only parameters INS, FIDX, NWMUXTIM und CCT are not trunk group level common parameters. The following is a list of all trunk group level common parameters:

Table 2: Trunk Group Level Common Parameters
TDCSU Parameter
ALARMNO
ATNTYP
CARRIER
CBMATTR
CCHDL
CHIMAP
CLASSMRK
COPNO
COS
COTNO
COTX
DEDSCC
DEDSVC
DESTNO
DGTPR
DITIDX
DOMAINNO
DOMTYPE
DPLN
FACILITY
FNIDX
FWDX
INIGHT
ISDNIP
ISDNNP
ITR
LCOSD
LCOSV
NNO
PNPL2P
PNPL1P
PROTVAR
SATCOUNT
SEGMENT
SIDANI
SRCGRP
SRCHMODE
SRTIDX
SUPPRESS
TCHARG
TPROFNO
TRACOUNT
TRTBL
UUSCCX
UUSCCY
ZONE
CNTRNR1,2)
FIXEDTEI2)
IGN3)
MASTER1)
PERMACT12)
PERMACT22)
SMD1)
TEIVERIF2)

1)Device S0CONN only
2)Device S0COD only
3)Device S1COD only

Changing the Trunk Group Assignment

The B-channels of a B-channel group can be assigned to another trunk group via the CHANGE command. AMO-TDCSU adapts the trunk group level parameters automatically to the parameters of the new trunk group.

Routes

Trunk groups which trunks are intended for outgoing or bothway traffic must be assigned to an route access code using AMO RICHT. A trunk group that is assigned to a route access code must not be empty. Therefore a trunk group cannot be assigned to a route access code if the trunk group does not contain at least 1 trunk (or B-channel group). And if a trunk group is assigned to a route access code, the last trunk of the trunk group can neigther be deleted nor moved to another trunk group.

Circuit Data

Circuit data are data, that are needed by the board loadware for the operation of a circuit on the board (e.g., loadware parameters). The device dependant parameters are mostly circuit data. The circuit data are automatically loaded from the system to the board when a trunk is activated with (conditional or unconditional) loading. If circuit data are changed during trunk operation, then (if nothing else is specified for parameter OFFTYPE) AMO TDCSU automatically initiates a restart of the trunk, which causes that the changes takes effect immediately on the board, however with possible loss of connections. With parameter OFFTYPE this way of acting can be decreased resp. forestalled.

Reference Clock

If a digital trunk is to be configured and it is not contained in the reference clock table, the AMO TDCSU enters this trunk automatically into the reference clock table. The entry takes place with PRIO=0 and BLOCK=N. These parameters may be changed using AMO REFTA. An exception are the trunks of a STMA, STMI, VCM and WAML board, which are not entered into the reference clock table (for the STMA board circuit 0 is entered by AMO BCSU during board configuration). A trunk which is the current reference clock generator cannot be deactivated automatically by TDCSU, that means it can neigther be deleted nor (after changes) restarted. In this case deactivation is only possible with AMO DSSU.

A trunk can be eigther a reference clock sender or a reference clock receiver. A S0 CO-trunk (DEV=S0COD) is configured fix as a reference clock receiver. For a S0 TIE-trunk (DEV=S0CONN) the configuration can be assigned with parameter SMD (the parameter MASTER has nothing to do with the reference clock, because MASTER refers to layer2, not to layer1). If SMD=Y the trunk will be a referece clock sender and if SMD=N the trunk will be a reference clock receiver. For S1, S2 and CDG trunks this configuration is assigned with AMO LWPAR in the loadware parameter block that is associated with the trunk via parameter LWPAR. The following commands for example change a trunk from a reference clock sender into a reference clock receiver: 
 CHANGE-LWPAR:TYPE=TMD,TMDTYPY=TMDMOS,BLNO=n,OPMODE=...&NETUSER; (S1-Trunk)
 CHANGE-LWPAR:TYPE=DIUS2,BLNO=n,SMD=N;                           (S2-Trunk)

If a trunk is configured as a reference clock sender (e.g., with SMD=Y), then the entry in the reference clock table must be only with PRIO=0, because a reference clock sender cannot supply the reference clock to the system (this is partially checked by AMO TDCSU).
AMO TDCSU removes a trunk from the reference clock table if the trunk is deleted.

Loadware Parameter

The AMO LWPAR is used to parameterize the loadware for digital S1(T1), S2(E1) and CDG circuits. For digital circuits AMO LWPAR distinguishes between three different types of parameter blocks: DIUS2, TMD und CDG. A digital circuit is assigned to a parameter block with AMO TDCSU, parameter LWPAR according to the following table.

Tabelle 3: Assignment of a Loadware Parameter Block
TDCSU Device LWPAR Parameter Block
ATMPVCCODevice without loadware parameter block
ATMPVC30
ATMPVC23
ATMPVC2X
ATMPVC15
ATMPVC7
ATMPVC3
ATMSVC
LAN
HG3550LA
S0COD
S0CONN
S1PVC
CDGCOD TYPE=CDG, BLNO=0-49
CDGCONN
S1COD TYPE=TMD, TMDTYPE=TMDMOS, BLNO=0-200
S1CONN
S1CVN
S2COD TYPE=DIUS2, BLNO=0-25
S2CONN
VCCOD
VCCONN
HG3550
HG3550IP
HG3550CO

The default value for parameter LWPAR is zero. However device oriented standard parameter blocks can be configured in the database as well (see AMO LWPAR). If this is the case, then the block number of the first suitable standard parameter block will be used as the delault value.

Dedicated Service

The protocol of a trunk must be compatible with DEDSVC. The next Table lists the protocols wich cannot be used if a dedicated service (unequal NONE) is assigned to a trunk.

Table 4: Not allowed Protocols for DEDSVC
N
O
N
E		 I
N
W
A
T
S		 I
N
T
L
W
A
T
S		 P
P
C
9
0
0		 L
D
S		 O
U
T
W
A
T
S		 W
B
0
-
9		 V
P
N		 F
X		 T
T
A		 S
D
S
ATT4ESS------X-XX-
MCI250 --X-X-X-XXX
MCI600 --X-X-X-XXX
SPRINT --XXX-X-XXX
NI2 --XXX--X--X
CORNUS -----------
CVN1 -----------
CVN2 -----------
other-XXXXXXXXXX

X = not allowed

Possible STMA port group usage

The four port groups of a STMA board (see parameter PGRP) correspond with the 4 internal highways of the board. The next table shows the possible usage of the port groups. The first device that is associated with a port group determines further usage.

Table 5: Possible Port Group Usage
B-channels per
Port Group		 Port Group Usage
1 x 30B1 ATMPVCCO device with up to 30 B-channels
1 x 23B1 S1PVC device with up to 23 B-channels (kompatibel zu T1 ATMPBB)
1 x 30B1 ATMPVC30 device with up to 30 B-channels (kompatibel zu E1 ATMPBB)
1 x 23B + 1 x 7B1 ATMPVC23 device with up to 23 B-channels and 1 ATMPVC2X device with up to 7 B-channels
2 x 15B2 ATMPVC15 devices with up to 15 B-channels each
4 x 7B4 ATMPVC7 devices with up to 7 B-channels each
8 x 3B8 ATMPVC3 devices with up to 3 B-channels each

Software Protection

The number of b-channels configured with the AMO-TDCSU will be controlled by Prepackage Feature Set (PFS) counters. During configuration of trunks if the number of b-channels exceeds the contracted number (AMO-CODEW), the trunk will not be added (F52). An exception to this situation occurs if the switch is in test mode. However, in case of test mode expiration, the b-channels will be automatically licence blocked. This possibility is delivered to user with the advisory message (H45). The b-channels of ATM trunks will not be activated if they are licence blocked (H43). The devices and corresponding package names in AMO-CODEW are given in the following table:

Table 6: Devices and corresponding Licence Packages
Devices Licence Packages
S2COD on PNEDIUS2PNE
S2CONN on PNEDIUS2
All OthersFlex License

Cross Reference to Other AMOs:

AMO DIMSU : Memory Allocation
AMO UCSU : LTU Shelfs
AMO USSU : Switching LTU Shelfs
AMO BCSU : Boards
AMO BSSU : Switching Boards
AMO BDAT : Board Data (STMA only)
AMO DSSU : Switching Trunks
AMO BUEND : Trunk Groups
AMO CODEW : Codeword for administration lock in SWU
AMO COP : Class of Parameter (used by Device Handler)
AMO COT : Class of Trunk (used by Call Processing)
AMO COSSU : Class of Service and LCR Class of Service
AMO DIDCR : Direct Inward Dial Digit Conversion Rule
AMO KNDEF : Virtual Nodes
AMO LANC : LAN Configuration
AMO LWPAR : Loadware Parameter
AMO PRODE : Protocol Descriptions
AMO REFTA : Reference Clock Table
AMO TACSU : Analog Trunks
AMO TSCSU : Special Trunks
AMO TTBL : Tariff Table
AMO VADSU : Alarms
AMO VOICO : Voice Compression
AMO ZAND : System Data

Destination Processor: BP (Switching Unit)

Functions

ADD Create trunks or B-channels password class 2
CHANGE Change trunk data password class 2
DELETE Delete Trunk password class 2
ACTIVATE Activate trunks password class 2
DEACTIVATE Deactivate trunks password class 2
DISPLAY Display trunk data password class 0
REGENERATE Regenerate digital trunks password class 2

Procedure Overview

ADD-TDCSU

ADD-TDCSU
OPT=NEW,[PEN=<number>], [COTNO=<number>], [COPNO=<number>], [DPLN=<number>], [ITR=<number>], [COS=<number>], [LCOSV=<number>], [LCOSD=<number>], [CCT=<string>], [DESTNO=<number>], [PROTVAR=<string>], [SEGMENT=<number>], [DEDSCC=<key-num>], [DEDSVC=<param>], [FACILITY=<key-num>], [DITIDX=<number>], [SRTIDX=<number>], [TRTBL=<param>], [SIDANI=<param>], [ATNTYP=<param>], [CBMATTR=<param>], [TCHARG=<param>], [SUPPRESS=<number>], [DGTPR=<key-num>], [ISDNIP=<key-num>], [ISDNNP=<key-num>], [PNPL2P=<key-num>], [PNPL1P=<key-num>], [PNPAC=<key-num>], [TRACOUNT=<number>], [SATCOUNT=<param>], [NNO=<number>], [ALARMNO=<number>], [FIDX=<number>], [CARRIER=<number>], [ZONE=<param>], [COTX=<number>], [FWDX=<number>], [CHIMAP=<param>], [INIGHT=<key-num>], [DOMTYPE=<param>], [DOMAINNO=<number>], [TPROFNO=<number>], [CCHDL=<param>], [UUSCCX=<number>], [UUSCCY=<number>], [FNIDX=<number>], [NWMUXTIM=<number>], [SRCGRP=<number>], [CLASSMRK=<param>], [TCCID=<string>], TGRP=<number>, [SRCHMODE=<param>], [INS=<param>], [SECLEVEL=<param>], [HMUSIC=<number>],
DEV=S0COD,[NO=<number>], [PERMACT1=<param>], [PERMACT2=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [BCNEG=<param>], [VNNO=<number>];
DEV=S0CONN,[NO=<number>], [MASTER=<param>], [SMD=<param>], [CNTRNR=<number>], [BCNEG=<param>];
DEV=S1COD,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[IGN=<number>], [IID=<number>], [LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [VNNO=<number>];
BCGR=2;
DEV=S2COD,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [VNNO=<number>];
BCGR=2;
DEV=VCCOD,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>];
BCGR=2;
DEV=S1CONN,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>];
BCGR=2;
DEV=S1CVN,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>];
BCGR=2;
DEV=S2CONN,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>];
BCGR=2;
DEV=CDGCOD,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>];
BCGR=2;
DEV=CDGCONN,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>];
BCGR=2;
DEV=VCCONN,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>];
BCGR=2;
DEV=LAN,[BCHAN=<number>];
DEV=ATMPVCCO,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMPVC30,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMPVC23,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMPVC2X,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMPVC15,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMPVC7,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMPVC3,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
DEV=ATMSVC,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [AAL5TIM=<number>], [ERRTIM=<number>], [FILLLEV=<number>], ATMADDR=<number>, [ATMNPI=<param>], [ADDREXT=<number>];
BCGR=2;
DEV=HG3550,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>];
BCGR=2;
DEV=HG3550IP,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [DMCALLWD=<param>], [SVCDOM=<number>];
BCGR=2;
DEV=HG3550CO,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [DMCALLWD=<param>], [VNNO=<number>];
BCGR=2;
DEV=HG3550LA,[BCHAN=<number>];
DEV=S1PVC,[BCHAN=<number>], [BCNEG=<param>],
BCGR=1,[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], VPI=<number>, VCI=<number>;
BCGR=2;
OPT=EXT,PEN=<number>, [BCGR=<number>], BCHAN=<number>;

The ADD operation is used to create new digital trunks in the system or to add b-channels to existing digital trunks. The procedure overview shows all possible Parameters for the ADD command. A command consists of the common parameters and the device dependent parameters. Based on the device entered, some of the common parameters may not be applicable. The AMO will issue error or advisory messages in such cases.

CHANGE-TDCSU

CHANGE-TDCSU PEN=<number>, [COTNO=<number>], [COPNO=<number>], [DPLN=<number>], [ITR=<number>], [COS=<number>], [LCOSV=<number>], [LCOSD=<number>], [CCT=<string>], [DESTNO=<number>], [PROTVAR=<string>], [SEGMENT=<number>], [DEDSCC=<key-num>], [DEDSVC=<param>], [FACILITY=<key-num>], [DITIDX=<number>], [SRTIDX=<number>], [TRTBL=<param>], [SIDANI=<param>], [ATNTYP=<param>], [CBMATTR=<param>], [TCHARG=<param>], [SUPPRESS=<number>], [DGTPR=<key-num>], [ISDNIP=<key-num>], [ISDNNP=<key-num>], [PNPL2P=<key-num>], [PNPL1P=<key-num>], [PNPAC=<key-num>], [TRACOUNT=<number>], [SATCOUNT=<param>], [NNO=<number>], [ALARMNO=<number>], [FIDX=<number>], [CARRIER=<number>], [ZONE=<param>], [COTX=<number>], [FWDX=<number>], [CHIMAP=<param>], [INIGHT=<key-num>], [DOMTYPE=<param>], [DOMAINNO=<number>], [TPROFNO=<number>], [CCHDL=<param>], [UUSCCX=<number>], [UUSCCY=<number>], [FNIDX=<number>], [NWMUXTIM=<number>], [SRCGRP=<number>], [CLASSMRK=<param>], [TCCID=<string>], [TGRP=<number>], [SRCHMODE=<param>], [OFFTYPE=<param>], [SECLEVEL=<param>], [HMUSIC=<number>],
[DEV=S0COD],[PERMACT1=<param>], [PERMACT2=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [BCNEG=<param>], [VNNO=<number>];
[DEV=S0CONN],[MASTER=<param>], [SMD=<param>], [CNTRNR=<number>], [BCNEG=<param>];
[DEV=S1COD],[BCNEG=<param>],
[BCGR=1],[IGN=<number>], [IID=<number>], [LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [DELSVCDM=<param>], [VNNO=<number>];
[BCGR=2];
[DEV=S2COD],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [DELSVCDM=<param>], [VNNO=<number>];
[BCGR=2];
[DEV=VCCOD],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>];
[BCGR=2];
[DEV=S1CONN],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [DELSVCDM=<param>];
[BCGR=2];
[DEV=S1CVN],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [DELSVCDM=<param>];
[BCGR=2];
[DEV=S2CONN],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [SVCDOM=<number>], [DELSVCDM=<param>];
[BCGR=2];
[DEV=CDGCOD],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>];
[BCGR=2];
[DEV=CDGCONN],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>];
[BCGR=2];
[DEV=VCCONN],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>];
[BCGR=2];
[DEV=LAN];
[DEV=ATMPVCCO],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMPVC30],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMPVC23],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMPVC2X],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMPVC15],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMPVC7],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMPVC3],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];
[DEV=ATMSVC],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [AAL5TIM=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [ATMADDR=<number>], [ATMNPI=<param>], [ADDREXT=<number>];
[BCGR=2];
[DEV=HG3550],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>];
[BCGR=2];
[DEV=HG3550IP],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [DMCALLWD=<param>], [SVCDOM=<number>], [DELSVCDM=<param>];
[BCGR=2];
[DEV=HG3550CO],[BCNEG=<param>],
[BCGR=1],[LWPAR=<number>], [LWPP=<number>], [LWLT=<number>], [LWPS=<number>], [LWR1=<number>], [LWR2=<number>], [DMCALLWD=<param>], [VNNO=<number>];
[BCGR=2];
[DEV=HG3550LA];
[DEV=S1PVC],[BCNEG=<param>],
[BCGR=1],[PERMACT1=<param>], [PERMACT2=<param>], [MASTER=<param>], [TEIVERIF=<param>], [FIXEDTEI=<number>], [CNTRNR=<number>], [PGRP=<number>], [ERRTIM=<number>], [FILLLEV=<number>], [DCHAN=<number>], [VPI=<number>], [VCI=<number>];
[BCGR=2];

This function is used to change the data of a trunk.

A trunk to be changed is identified with parameter PEN and a B-channel group with parameters PEN and BCGR. Parameter DEV cannot be changed but must be entered, when device specific parameters has to be changed. Besides the parameters mentioned above at least one trunk parameter must be entered.

Note that a change of trunk group level common parameters automatically changes all other trunks in the same trunk group. If a trunk is moved to another trunk group by changing parameter TGRP, then it becomes the trunk group level common parameters of the new trunk group.

DELETE-TDCSU

DELETE-TDCSU [PEN=<number>], {(max 1) BCHAN=<number>, BCGR=<number>, TGRP=<number>}, [OFFTYPE=<param>];

This function is used to delete digital trunks, B-channel groups or B-channels.

A trunk to be deleted is identified with parameter PEN. A B-channel group with parameters PEN and BCGR and single B-channels with PEN and BCHAN.

ACTIVATE-TDCSU

ACTIVATE-TDCSU PEN1=<number>, [PEN2=<number>], [DEV=<param>], [ONTYPE=<param>];

This function is used to place digital trunks in the in-service state. A trunk in the in-service state is fully operational and may be used for normal traffic.

If the trunk is not operational after the activation (e.g., due to toll restriction), the status is reported to the operator in an advisory.

DEACTIVATE-TDCSU

DEACTIVATE-TDCSU PEN1=<number>, [PEN2=<number>], [DEV=<param>], [OFFTYPE=<param>];

This function is used to place digital trunks in the out-of-service (locked) or maintenance (soft locked) state.
The maintenance state is used to restrict normal traffic while still allowing diagnostic test calls. Both sides of the interface shall continue to process incoming calls in the maintenance state with the assumption being that these are diagnostic test calls from the far end. Deactivation for maintenance state shall be carried out with OFFTYPE=DC (deactivate conditional).
The out-of-service state is used to restrict all traffic, including diagnostic test calls. Deactivation for out-of-service state shall be carried out with OFFTYPE=DI (deactivate immediate) or OFFTYPE=L (long-term deactivation).

DISPLAY-TDCSU

DISPLAY-TDCSU [PEN1=<number>], [PEN2=<number>], [DEV=<param>], [TYPE=<param>], [TGRP=<number>], [FORMAT=<param>];

This function is used to display the data of digital trunks.
Examples
  1. Display all configured trunks.

    2. Input: 

      display-tdcsu;

    Output: 

                    DIGITAL TRUNKS (FORMAT=S)                
     DEVICE       PEN       BCGR B-CHANNEL TGRP   CCT        
     --------------------------------------------------------
     S0COD     1-02-121-0         1  &  2   25               
     S0COD     1-02-121-1         1  &  2   25               
     S0COD     1-02-121-2         1  &  2   25               
     S0COD     1-02-121-3         1  &  2   24               
     S0COD     1-02-121-4         1  &  2   24               
     S0COD     1-02-121-5         1  &  2   24               
     S0CONN    1-02-121-6         1  &  2   11               
     S0CONN    1-02-121-7         1  &  2   12   VCM7 S0     
     S1COD     1-02-115-0    1    1 && 23   27               
     S1CONN    1-02-079-0    1    1 && 23   32   TIE 2 OPEN  
     S1CONN    1-02-079-1    1    1 && 23   34   TIE 2 CLOSED
     S1CONN    1-02-085-0    1    1 && 23   98   TIE 3 OPEN  
     S1CONN    1-02-085-1    1    1 && 23   89   TIE 3 CLOSED
     S1CONN    1-02-091-0    1    1 && 23    1   TIE 4 OPEN  
     S1CONN    1-02-091-1    1    1 && 23    2   TIE 4 CLOSED
     S1CONN    1-02-097-0    1    1 && 23    3   TIE 5 OPEN  
     S1CONN    1-02-103-0    1    1 && 23   75   TIE 5 CLOSED
     S1CONN    1-02-115-1    1    1 &&  4    6   VCM15 S1    
     VCCONN    1-02-109-0    1    1 &&  7    7   VCM7        
     --------------------------------------------------------
     AMOUNT OF B-CHANNELS IN THIS DISPLAY-OUTPUT: 234
  2. Display a configured trunk at LTG: 1, LTU: 4, SLOT: 103 and Circuit 0.

    3. Input: 

     display-tdcsu:1-4-103-0;

    Output: 

     +------------------------ DIGITAL TRUNK (FORMAT=L) -------------------------+
     | DEV      = S1CONN        PEN      =  1-04-103-0   TGRP     = 75           |
     |---------------------------------------------------------------------------|
     | PROTVAR  = CORNUS        INS      = N             SRCHMODE = CIR          |
     | COTNO    = 21            COPNO    = 0             DPLN     = 0            |
     | ITR      = 0             COS      = 1             LCOSV    = 1            |
     | LCOSD    = 1             CCT      = TIE 5 CLOSED  DESTNO   = 2            |
     | SEGMENT  = 1             DEDSCC   = 288           DEDSVC   = NONE         |
     | FACILITY =               DITIDX   = 0             SRTIDX   =              |
     | TRTBL    = GDTR          SIDANI   = N             ATNTYP   = CO           |
     | CBMATTR  = NONE          NWMUXTIM = 10            TCHARG   = N            |
     | SUPPRESS = 0             DGTPR    =               CHIMAP   = N            |
     | ISDNIP   =               ISDNNP   =                                       |
     | PNPL2P   =               PNPL1P   =               PNPAC    =              |
     | TRACOUNT = 31            SATCOUNT = MANY          NNO      =              |
     | ALARMNO  = 0             FIDX     = 1             CARRIER  = 1            |
     | ZONE     = EMPTY         COTX     = 21            FWDX     = 1            |
     | DOMTYPE  =               DOMAINNO =               TPROFNO  =              |
     | INIGHT   =                                        CCHDL    =              |
     | UUSCCX   = 16            UUSCCY   = 8             FNIDX    = 0            |
     | CLASSMRK = EC    & G711  & G729AOPT               SRCGRP   = 1            |
     | TCCID    =                                        SECLEVEL =              |
     | HMUSIC   =                                                                |
     |---------------------------------------------------------------------------|
     | BCNEG    = N             BCGR     = 1             LWPAR    = 0            |
     | LWPP     =               LWLT     =               LWPS     =              |
     | LWR1     =               LWR2     =                                       |
     | SVCDOM   =                                                                |
     | BCHAN    =  1 && 23                                                       |
     |                                                                           |
     +---------------------------------------------------------------------------+
     AMOUNT OF B-CHANNELS IN THIS DISPLAY-OUTPUT: 23

REGENERATE-TDCSU

REGENERATE-TDCSU [PEN1=<number>], [PEN2=<number>], [DEV=<param>], [TGRP=<number>];

The REGEN operation is used to reflect the trunk data configuration from the data base in form of ADD commands for further processing by other tools.

Parameter description

AAL5TIM AAL5 timer (in seconds).
Adjustment of maximum call duration. A call is released if this timer expires. Value 65535 stands for endless (= permanent connection).
Type of Input: single value, optional
Possible Values: numeric, 0-65535
Default Value: 65535 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
ADDREXT Extension of the destination ATM address.
For the backward connection the address extension must be set identical in the destination node (AMO TDCSU). The address extension is required for the unmistakable identification of connections, because many ATM connections can lead to the same STMA destination.
Type of Input: single value, optional
Possible Values: numeric, 0-127
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
ALARMNO Alarm Number.
With this parameter a trunk can be associated with a logical NMC alarm. The alarm must exist (DISPLAY-VADSU:TYPE=LOGICAL). Alarm number 0 does not exist and means, that no alarm is associated. Tie trunks may be associated only with the directional alarms 8 to 519 (DISPLAY-VADSU:TYPE=LOGICAL,ANTYPE=DIR). CO trunks may be associated only with the special alarms 1, 2 and 4 (DISPLAY-VADSU:TYPE=LOGICAL,ANTYPE=SPEC).
Type of Input: single value, optional
Possible Values: numeric, 0-2, 4, 8-519
Default Value: 0 (2 for CO trunks (ADD,OPT=NEW-create a new B-channel group)
ATMADDR ATM destination address.
This destination address must be configured in the partner system as source address (see AMO BDAT).
Type of Input: single value, mandatory (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
single value, optional (CHANGE,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
Possible Values: numeric, up to 15 characters
ATMNPI Numbering Plan Identifier of ATM address.
The same numbering plan must be set in the partner system (AMOs BDAT and TDCSU).
Type of Input: single value, optional
Possible Values: ISDN isdn
NSAP nsap
Default Value: NSAP (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
ATNTYP Attenuation Type (see AMO TREF).
Type of Input: single value, optional
Possible Values: CO central office
ISDN isdn
PMI phonemail interface
SATL satellite
TIE tie line
VOP voice over packet
BCGR B-channel group. B-channel group 1 must always be configured first and can only be deleted last. The B-channels of a group are always assigned to the same trunk group.
Type of Input: single value, 2. parameter of a max-1-group (DELETE)
single value, mandatory (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression)
single value, optional (ADD,OPT=EXT-extend existing B-channel group with B-channels / CHANGE,DEV=ATMPVC15-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC23-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC2X-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC3-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC30-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC7-ATM permanent virtual circuit / CHANGE,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / CHANGE,DEV=ATMSVC-ATM switched virtual circuit / CHANGE,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / CHANGE,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / CHANGE,DEV=HG3550-HG3550 - Integrated IP Gateway / CHANGE,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / CHANGE,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / CHANGE,DEV=S1COD-digital co trunk circuit with s1-interface / CHANGE,DEV=S1CONN-digital tie trunk circuit with s1-interface / CHANGE,DEV=S1CVN-digital trunk circuit with cornet-vn interface / CHANGE,DEV=S1PVC-ATM T1 Backbone / CHANGE,DEV=S2COD-digital co trunk circuit with s2-interface / CHANGE,DEV=S2CONN-digital tie trunk circuit with s2-interface / CHANGE,DEV=VCCOD-digital co trunk circuit with voice compression / CHANGE,DEV=VCCONN-digital tie trunk circuit with voice compression)
Possible Values: numeric, 1, 2-15 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression / CHANGE,DEV=ATMPVC15-ATM permanent virtual circuit / CHANGE,DEV=VCCOD-digital co trunk circuit with voice compression / CHANGE,DEV=VCCONN-digital tie trunk circuit with voice compression)
numeric, 1, 2-23 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone / CHANGE,DEV=ATMPVC23-ATM permanent virtual circuit / CHANGE,DEV=S1COD-digital co trunk circuit with s1-interface / CHANGE,DEV=S1CONN-digital tie trunk circuit with s1-interface / CHANGE,DEV=S1CVN-digital trunk circuit with cornet-vn interface / CHANGE,DEV=S1PVC-ATM T1 Backbone)
numeric, 1, 2-3 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC3-ATM permanent virtual circuit)
numeric, 1, 2-30 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface / CHANGE,DEV=ATMPVC30-ATM permanent virtual circuit / CHANGE,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / CHANGE,DEV=ATMSVC-ATM switched virtual circuit / CHANGE,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / CHANGE,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / CHANGE,DEV=HG3550-HG3550 - Integrated IP Gateway / CHANGE,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / CHANGE,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / CHANGE,DEV=S2COD-digital co trunk circuit with s2-interface / CHANGE,DEV=S2CONN-digital tie trunk circuit with s2-interface)
numeric, 1, 2-7 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC2X-ATM permanent virtual circuit / CHANGE,DEV=ATMPVC7-ATM permanent virtual circuit)
numeric, 1-30 (ADD,OPT=EXT-extend existing B-channel group with B-channels / DELETE)
BCHAN B-channels.
If the parameter BCHAN is given, the command takes effect only on these B-channels. B-channel 1 of a span must always be configured first and can only be deleted last. Gaps between the B-channels are not permitted for LAN devices (DEV=LAN).
Type of Input: 0 to 15 single values, concatenated with & or &&, optional (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression)
0 to 23 single values, concatenated with & or &&, optional (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone)
0 to 3 single values, concatenated with & or &&, optional (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit)
0 to 30 single values, concatenated with & or &&, 1. parameter of a max-1-group (DELETE)
0 to 30 single values, concatenated with & or &&, optional (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface)
0 to 7 single values, concatenated with & or &&, optional (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit)
1 to 2 single values, concatenated with &&, optional (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550LA-Integrated IP Gateway V2.0 WAML / ADD,OPT=NEW-create a new B-channel group,DEV=LAN-digital lan tie trunk circuit)
1 to 30 single values, concatenated with & or &&, mandatory (ADD,OPT=EXT-extend existing B-channel group with B-channels)
Possible Values: numeric, 1-15 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression)
numeric, 1-23 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone)
numeric, 1-3 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit)
numeric, 1-30 (ADD,OPT=EXT-extend existing B-channel group with B-channels / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550LA-Integrated IP Gateway V2.0 WAML / ADD,OPT=NEW-create a new B-channel group,DEV=LAN-digital lan tie trunk circuit / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface / DELETE)
numeric, 1-7 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit)
Default Value: 1 && 15 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression)
1 && 23 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone)
1 && 3 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit)
1 && 30 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550LA-Integrated IP Gateway V2.0 WAML / ADD,OPT=NEW-create a new B-channel group,DEV=LAN-digital lan tie trunk circuit / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface)
1 && 7 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit)
BCNEG B-channel negotiation.
BCNEG is used to switch off conflict cases which occur during call set up. It must be set inversely in the partner system. With BCNEG=Y the trunk is ready to negotiate over the use of a different B-channel. With BCNEG=N the trunk attempts to carry through seizure of the B-channel.
Type of Input: single value, optional
Possible Values: N no
Y yes
Default Value: N (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking / ADD,OPT=NEW-create a new B-channel group,DEV=S0COD-digital co trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S0CONN-digital tie trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression)
Y (ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0)
CARRIER Network Carrier (for cost calculation).
For the purpose of call detail recording for incoming calls, trunks may be allocated to cost parameters consisting of CARRIER and ZONE. CARRIER and ZONE, in combination, should be parameterized with AMO TTBL.
Type of Input: single value, optional
Possible Values: numeric, 1-9
Default Value: 1 (ADD,OPT=NEW-create a new B-channel group)
CBMATTR Central Byte Manipulation (CBM) attributes.
Type of Input: single value, optional
Possible Values: AMC A-LAW/MU-LAW conversion
EC128 echo cancellation 128 msec
EC128AMC EC128 & AMC
EC64 echo cancellation 64 msec
EC64AMC EC64 & AMC
NONE no one (default value)
Default Value: NONE (ADD,OPT=NEW-create a new B-channel group)
CCHDL call collision handling.
Type of Input: single value, optional
Possible Values: DONT no call collision handling (default value) (CHANGE)
SIDEA side A
SIDEB side B
Default Value: DONT (ADD,OPT=NEW-create a new B-channel group)
CCT Circuit/trunk information for maintenance.
Type of Input: single value, optional
Possible Values: text, up to 12 characters
CHIMAP Multiple bearer channel: chi map coded (standard).
Type of Input: single value, optional
Possible Values: N no (default value)
Y yes
Default Value: N (ADD,OPT=NEW-create a new B-channel group)
CLASSMRK Classmarks for IP Connections
Type of Input: 0 to 4 single values, concatenated with &, optional
Possible Values: EC echo cancelation
G711 voice compression according to G.711
G729A voice compression (mandatory) according to G.729A
G729AOPT voice compression (optional) according to G.729A
HG3550 HG3550 - Integrated IP Gateway
INIT initialization of classmarks to default (CHANGE)
NONE no one
VAD voice activity detection
Default Value: EC&G711&G729AOPT (ADD,OPT=NEW-create a new B-channel group)
CNTRNR Count receiver not ready (255 = no limit). The number of status queries sent to the partner regard to receiver-not-ready is defined.
Type of Input: single value, optional
Possible Values: numeric, 0-255
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=S0COD-digital co trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S0CONN-digital tie trunk circuit with s0-interface)
255 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
COPNO Class of Parameter.
Defines a set of parameters which determine various trunk signalling characteristics for Device Handling. COPNO must have been created (see AMO COP).
Type of Input: single value, optional
Possible Values: numeric, 0-255
Default Value: COP of trunk group or device oriented standard (if available) (ADD,OPT=NEW-create a new B-channel group)
COS Class of Service.
Defines a set of parameters which determine various call processing permissions. The COS must have been created (see AMO COSSU, TYPE=COS).
Type of Input: single value, optional
Possible Values: numeric, 0-1000 (CHANGE)
numeric, 1-1000 (ADD,OPT=NEW-create a new B-channel group)
COTNO Class of Trunk.
Defines a set of parameters which determine various trunk signalling characteristics for Call Processing. COTNO must have been created (see AMO COT).
If the trunk leads to a System that not understand node numbers (e.g., a central office), the COT must contain parameter LWNC (line without node number transport). As special case, also COT parameter DFFN (default node nuber of line must be used) can be set (see parameter NNO).
Type of Input: single value, optional
Possible Values: numeric, 0-255
Default Value: COT of trunk group or device oriented standard (if available) (ADD,OPT=NEW-create a new B-channel group)
COTX Class of trunk of adjacent PBX.
Type of Input: single value, optional
Possible Values: numeric, 0-255
Default Value: value of parameter COTNO (ADD,OPT=NEW-create a new B-channel group)
DCHAN D-channel (time slot for signaling).
Type of Input: single value, optional
Possible Values: numeric, 0-31
Default Value: 16 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1)
24 (ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
DEDSCC Dedicated Special Common Carrier.
Special code to identify the special common carrier to be used.
'*' clears Dedicated Special Common Carrier.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 4 characters
DEDSVC Dedicated Service.
Type of service utilized by the trunk. The protocol (parameter PROTVAR) must be compatible with DEDSVC.
Type of Input: single value, optional
Possible Values: FX foreign exchange access
INTLWATS international toll-free
INWATS in-WATS
LDS long distance service
NONE no one (default value)
OUTWATS out-WATS
PPC900 AT&T pay per call
SDS switched digital service
TTA tie trunk access
VPN virtual private network
WB0 WATS band 0
WB1 WATS band 1
WB2 WATS band 2
WB3 WATS band 3
WB4 WATS band 4
WB5 WATS band 5
WB6 WATS band 6
WB7 WATS band 7
WB8 WATS band 8
WB9 WATS band 9
Default Value: NONE (ADD,OPT=NEW-create a new B-channel group)
DELSVCDM Loeschen MLPP Service Domain
Type of Input: single value, optional
Possible Values: N no
Y yes
DESTNO Destination System Number.
Type of Input: single value, optional
Possible Values: numeric, 0-254
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group)
DEV Device (branch parameter).
Type of Input: single value, mandatory (ADD,OPT=NEW-create a new B-channel group)
single value, optional (ACTIVATE / CHANGE / DEACTIVATE / DISPLAY / REGENERATE)
Possible Values: ATMPVC15 ATM permanent virtual circuit
ATMPVC23 ATM permanent virtual circuit
ATMPVC2X ATM permanent virtual circuit
ATMPVC3 ATM permanent virtual circuit
ATMPVC30 ATM permanent virtual circuit
ATMPVC7 ATM permanent virtual circuit
ATMPVCCO ATM permanent virtual circuit for public access
ATMSVC ATM switched virtual circuit
CDGCOD digital co trunk circuit for CDG V4.0 (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
CDGCONN digital tie trunk circuit for CDG V4.0 (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
HG3550 HG3550 - Integrated IP Gateway (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY)
HG3550 HG3550 - Integrated IP gateway (REGENERATE)
HG3550CO Integrated SIP provider Gateway V2.0 IP Trunking (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
HG3550IP Integrated IP Gateway V2.0 IP Trunking (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
HG3550LA Integrated IP Gateway V2.0 WAML (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
LAN digital lan tie trunk circuit (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S0COD digital co trunk circuit with s0-interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S0CONN digital tie trunk circuit with s0-interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S1COD digital co trunk circuit with s1-interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S1CONN digital tie trunk circuit with s1-interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S1CVN digital trunk circuit with cornet-vn interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S1PVC ATM T1 Backbone
S2COD digital co trunk circuit with s2-interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
S2CONN digital tie trunk circuit with s2-interface (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
VCCOD digital co trunk circuit with voice compression (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
VCCONN digital tie trunk circuit with voice compression (ADD,OPT=NEW-create a new B-channel group / CHANGE / DISPLAY / REGENERATE)
DGTPR Digit prefixing (incoming traffic).
'*' clears digit prefixing.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 6 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
DITIDX Dedicated Incoming Trunk Index.
Hotline table index for DIT trunk destination number
Type of Input: single value, optional
Possible Values: numeric, 0, 1-20000 (CHANGE)
numeric, 1-20000 (ADD,OPT=NEW-create a new B-channel group)
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
DMCALLWD DMC allowed
Type of Input: single value, optional
Possible Values: N no
Y yes
Default Value: N
DOMAINNO Partner domain number.
Type of Input: single value, optional
Possible Values: numeric, 0-9999
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group)
DOMTYPE Type of partner domain.
Type of Input: single value, optional
Possible Values: DNIC Data Network
NOTDEF not defined (default value) (CHANGE)
PRIVATE private Network
TCC public Network
UNKNOWN unknown
Default Value: NOTDEF (ADD,OPT=NEW-create a new B-channel group)
DPLN Dial Plan group.
Type of Input: single value, optional
Possible Values: numeric, 0-15
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group)
ERRTIM Timer in 10 ms for errors on the ATM line.
The timer value refers to short loss of synchronisation of the layer 1. An interruption shorter than the timer is ignored and a sporadic layer 1 error will be counted.
Type of Input: single value, optional
Possible Values: numeric, 1-253
Default Value: 50 (= 500 ms) (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
FACILITY Facility number.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 5 characters
FIDX Index to fault type combination (dep lock tbl).
Type of Input: single value, optional
Possible Values: numeric, 1-10
Default Value: 1 (ADD,OPT=NEW-create a new B-channel group)
FILLLEV Filling level of ATM cell in bytes.
Number of Bytes until which an ATM cell is filled before sending.
Type of Input: single value, optional
Possible Values: numeric, 16-47
Default Value: 47 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
FIXEDTEI Fixed TEI for nailed connections.
Type of Input: single value, optional
Possible Values: numeric, 0-63
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0COD-digital co trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
FNIDX Index to Assumption Table.
Feature Negotiation (FN) is configurable only via AMO TDCSU. The meaning of FNIDX is as follows:
0 = Partner system supports FN (send/receive)
1 = FN is not supported (incoming requests are rejected, nothing is sent in outgoing direction)
2-9 = FN is sended only.
If a partner system causes problems (e.g. CDG), then FN can be deactivated at this span by setting FNIDX to 1.
Type of Input: single value, optional
Possible Values: numeric, 0-255
Default Value: 1 (ADD,OPT=NEW-create a new B-channel group)
FORMAT output format.
Type of Input: single value, optional
Possible Values: L long
S short
Default Value: L for individual PENs, S for ranges
FWDX Maximum number of diversions (FWDMAX) in adjacent PBX.
This parameter is only relevant using ECMA-QSIG or EURO-ISDN protocol (see parameter PROTVAR). Using ECMA-QSIG protocol a maximum of 5 should not be exeeded.
Type of Input: single value, optional
Possible Values: numeric, 1-10
Default Value: 1 (ADD,OPT=NEW-create a new B-channel group)
HMUSIC number of music on hold recording
Type of Input: single value, optional
Possible Values: numeric, 0-150
Default Value: 0
IGN Interface Group Number.
Type of Input: single value, optional
Possible Values: numeric, 0-127
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1)
IID Interface ID.
Type of Input: single value, optional
Possible Values: numeric, 0-127
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1)
INIGHT Station number of an individual night station. For each networking trunk a local or netwide night service destination can be defined, which is used for incoming trunk calls instead of the group night service destination. To remove afterwards the station number, enter a value of *.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 22 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
INS In-service activation of the circuit.
Type of Input: single value, optional
Possible Values: N no
Y yes (default value)
Default Value: Y
ISDNIP International prefix.
'*' clears international prefix.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 4 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
ISDNNP National prefix (incoming traffic).
'*' clears national prefix.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 3 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
ITR Internal Traffic Restriction Group.
Type of Input: single value, optional
Possible Values: numeric, 0-15
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group)
LCOSD Least Cost Routing Class of Service for Data.
Defines a set of parameters which determine various LCR permissions for data traffic on a trunk. LCOSD must have been created (see AMO COSSU, TYPE=LCOS).
Type of Input: single value, optional
Possible Values: numeric, 1-1000
Default Value: 1 (ADD,OPT=NEW-create a new B-channel group)
LCOSV Least Cost Routing Class of Service for Voice.
Defines a set of parameters which determine various LCR permissions for voice traffic on a trunk. LCOSV must have been created (see AMO COSSU, TYPE=LCOS).
Type of Input: single value, optional
Possible Values: numeric, 1-1000
Default Value: 1 (ADD,OPT=NEW-create a new B-channel group)
LWLT Loadware line type index. Setting of the input sensitivity of the line interface (0=long haul with up to -43dB input loss, 1=short haul with up to -10dB input loss). A higher cable length is made possible by means of the high input sensitivity in case of LWLT=0. In case of overdriving at the input, which becomes noticeable by L1_ERROR or L1_SPOR_ERROR error messages, a switchover to LWLT=1 should be performed.
Type of Input: single value, optional
Possible Values: numeric, 0-15
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1)
LWPAR Loadware parameter block (see AMO LWPAR, TYPE=DIUS2, CDG or TMD)
Type of Input: single value, optional
Possible Values: numeric, 0-200 (ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / CHANGE,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / CHANGE,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / CHANGE,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1)
numeric, 0-25 (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression,BCGR=1 / CHANGE,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / CHANGE,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / CHANGE,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / CHANGE,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / CHANGE,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1 / CHANGE,DEV=VCCOD-digital co trunk circuit with voice compression,BCGR=1 / CHANGE,DEV=VCCONN-digital tie trunk circuit with voice compression,BCGR=1)
numeric, 0-49 (ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0,BCGR=1 / CHANGE,DEV=CDGCOD-digital co trunk circuit for CDG V4.0,BCGR=1 / CHANGE,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0,BCGR=1)
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=CDGCOD-digital co trunk circuit for CDG V4.0,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=CDGCONN-digital tie trunk circuit for CDG V4.0,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=VCCOD-digital co trunk circuit with voice compression,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=VCCONN-digital tie trunk circuit with voice compression,BCGR=1)
LWPP Loadware partner parameter index (currently not used by the loadware)
Type of Input: single value, optional
Possible Values: numeric, 0-14
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1)
LWPS Loadware preshaping index. Setting of the cable impedance in case of copper wiring (0=120 Ohm STP, 1=100 Ohm STP, 2=75 Ohm KOAX).
Type of Input: single value, optional
Possible Values: numeric, 0-14
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1)
LWR1 Loadware reserve1 index (currently not used by the loadware)
Type of Input: single value, optional
Possible Values: numeric, 0-15
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1)
LWR2 Loadware reserve2 index (currently not used by the loadware)
Type of Input: single value, optional
Possible Values: numeric, 0-255
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group,DEV=HG3550-HG3550 - Integrated IP Gateway,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550CO-Integrated SIP provider Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=HG3550IP-Integrated IP Gateway V2.0 IP Trunking,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1COD-digital co trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CONN-digital tie trunk circuit with s1-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1CVN-digital trunk circuit with cornet-vn interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2COD-digital co trunk circuit with s2-interface,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S2CONN-digital tie trunk circuit with s2-interface,BCGR=1)
MASTER Significance of layer-2 messages.
Type of Input: single value, optional
Possible Values: N no (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / CHANGE,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
N no (default value) (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0CONN-digital tie trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1 / CHANGE,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / CHANGE,DEV=S0CONN-digital tie trunk circuit with s0-interface / CHANGE,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
Y yes (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0CONN-digital tie trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1 / CHANGE,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / CHANGE,DEV=S0CONN-digital tie trunk circuit with s0-interface / CHANGE,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
Y yes (default value) (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / CHANGE,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
Default Value: N (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0CONN-digital tie trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
Y (ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1)
NNO Virtual Node Number of adjacent Node (see AMO KNDEF, TYPE=FOREIGN). The node number can have 1 to 3 levels. Form:
<level2>-<level1>-<level0> (e.g. 1-2-3 or 3-15 => corresponds to 0-3-15, or 222 => corresponds to 0-0-222).
The levels must be built up from low level to high level (not valid : e.g. 1-0-12 or 1-0-0).
All node numbers in net must be adapted to the top level. The allowed ranges for levels are:
Level0 = 0 - 999
Level1 = 0 - 253
Level2 = 0 - 29
Type of Input: 0 to 3 single values, concatenated with -, optional
Possible Values: numeric, 0-999
NO Number of S0 trunks to be created.
Number of S0 trunks to be created with one single command. All trunks created will have the same configuration data except PEN. For more than one trunk, the system will be searced for suitable trunk circuits starting from the begin or the PEN number entered.
Type of Input: single value, optional
Possible Values: numeric, 1-99
Default Value: 1
NWMUXTIM Supervision time (in seconds) for partner node id query via multiplexer. Its value may differ from the default value only, when the span leads to more than one node via a multiplexer.
Type of Input: single value, optional
Possible Values: numeric, 0-100
Default Value: 10 (ADD,OPT=NEW-create a new B-channel group)
OFFTYPE Type for out-of-service order.
This parameter controls both, trunk deactivation and circuit data downloading to the board. In case of a change command, a trunk is switched back to its original dependability state (different to AMO DSSU handling). Here in addition parameter OFFTYPE takes effect only when trunk parameters have to be changed for which the trunk must be locked or circuit data must be downloaded again.
Type of Input: single value, optional
Possible Values: DC with camp-on (CHANGE / DEACTIVATE)
DI immediately (CHANGE / DEACTIVATE)
L long (DEACTIVATE / DELETE)
NL no locking (CHANGE / DELETE)
Default Value: DC (soft lock) (DEACTIVATE)
L (NEQ state) (DELETE)
NL (no locking) (CHANGE)
ONTYPE type for in service order
Type of Input: single value, optional
Possible Values: ACL activation with conditional loading
AUL activation with unconditional loading
OPT Option add or extend B-channel group
Type of Input: single value, mandatory
Possible Values: EXT extend existing B-channel group with B-channels
NEW create a new B-channel group
PEN Port Equipment Number of the digital Trunk (LTG-LTU-SLOT-CCT).
A suitable trunk module must be configured for the slot addressed by PEN (AMO BCSU). The possible LTU and SLOT values for PEN depend on the systems architecture and can be found in the BCSU AMO description. The possible Circuit values depend on the trunk module type and its functionality. They can be listed using DISPLAY-BCSU:TYPE=PEN[,LTG=,LTU=,SLOT=,CCT=]; which will also output the actual PEN status (e.g. NOT CONNECTED).
Type of Input: 0 to 4 single values, concatenated with -, optional (ADD,OPT=NEW-create a new B-channel group)
4 single values, concatenated with -, mandatory (ADD,OPT=EXT-extend existing B-channel group with B-channels / CHANGE)
4 single values, concatenated with -, optional (DELETE)
Possible Values: numeric, 0-254
Default Value: first suitable available PEN (ADD,OPT=NEW-create a new B-channel group)
PEN1 PEN or begin of a range of PENs (LTG-LTU-SLOT-CCT)
Type of Input: 0 to 4 single values, concatenated with -, optional (DISPLAY / REGENERATE)
3 to 4 single values, concatenated with -, mandatory (ACTIVATE / DEACTIVATE)
Possible Values: numeric, 0-254
PEN2 End of a range of PENs (LTG-LTU-SLOT-CCT)
Type of Input: 0 to 4 single values, concatenated with -, optional
Possible Values: numeric, 0-254
PERMACT1 Layer 1 of PCM trunk permanent activ.
Type of Input: single value, optional
Possible Values: N no
Y yes (default value)
Default Value: Y (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0COD-digital co trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
PERMACT2 Layer 2 of PCM trunk permanent activ.
Type of Input: single value, optional
Possible Values: N no
Y yes (default value)
Default Value: Y (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0COD-digital co trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
PGRP Port group.
If not specified, AMO TDCSU tries to associate the trunk with a suitable port group that is already used. If this fails, then the trunk is associated with an empty port group (if available).
The four port groups correspond with the four internal highways of the STMA board.
Type of Input: single value, optional
Possible Values: numeric, 1-4
Default Value: First proper or unused port group (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
PNPAC Private network access code.
'*' clears private network access code.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 6 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
PNPL1P Level 1 prefix.
'*' clears Level 1 prefix.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 3 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
PNPL2P Level 2 prefix.
'*' clears Level 2 prefix.
Type of Input: single value, optional
Possible Values: 0-9,*,#,A-D, up to 4 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
PROTVAR Protocol Variant.
Type of Input: single value, optional
Possible Values: ATT4ESS at&t 4ess
ATT4ESSR at&t 4ess (reserve)
AUST0 Australia T0
AUST2 Australia T2
BEL belgium
CORNUS CorNet-N for US
CORNUSR CorNet-N for US (reserve)
CORNV2 CorNet v2.2
CORNV2R CorNet v2.3
CORNV3 CorNet v3
CORNV33 CorNet v3.3
CORNV33R CorNet v3.3 (reserve)
CORNV3R CorNet v3.1
CSN7 China
CSN7R2 China r2
CVN1 CorNet-VN v1 (CVN-ATT)
CVN1R CorNet-VN v1 (CVN-ATT) reserve
CVN2 CorNet-VN v2 (CVN-MCI)
CVN2R CorNet-VN v2 (CVN-MCI) reserve
DEN denmark
ECMA1 qsig etsi ets 300 172 2nd. with ss
ECMA1R qsig etsi ets 300 172 2nd. with ss (reserve)
ECMAV2 CorNet-NQ Issue 2.1 Dec. 96 basis ETSI
ECMAV2R qsig etsi ets 300 172 3rd. with ss 2nd.
EDSAUT edss1 Austria
EDSFRA edss1 France
EDSGER edss1 Germany
EDSR3 edss1 (reserve 3)
EDSR4 edss1 (reserve 4)
EDSR5 edss1 (reserve 5)
EDSR6 edss1 (reserve 6)
EDSR7 edss1 (reserve 7)
EDSR8 edss1 (reserve 8)
EDSS1NET EDSS1 net-side
EDSS1NETR EDSS1 net-side
EDSSUI edss1 Switzerland
ENG England
ETSI standard euro-ISDN
FIN Finnland
FRA CorNet France
MCI250 mci dms-250
MCI250R mci dms-250 (reserve)
MCI600 mci dex600
MCI600R mci dex600 (reserve)
NDL Netherlands
NI2 national ISDN - 2
NI2NET national ISDN - 2 net-side
NI2NETR national ISDN - 2 net-side (reserve)
NI2R national ISDN - 2 (reserve)
POR Portugal
PSS1V2 CorNet-NQ Issue 2.1 Dec. 96 basis ISO/IEC
PSS1V2R qsig iso iso/iec 11572 2nd. with ss
RES3 reserve 3
RES4 reserve 4
RES5 reserve 5
RES6 reserve 6
SPA Spain
SPRINT sprint dms-250
SPRINTR sprint dms-250 (reserve)
SS7ISUP ss7-isup ref-t user-side
SWISNET2 swissnet2
Default Value: PROTVAR of trunk group (if available) (ADD,OPT=NEW-create a new B-channel group)
SATCOUNT Number of satellite hops.
The number of satellite hops can be limited with this parameter to guarantee a determinated speech quality. A satellite hop is formed by a trunk with COT parameter SATV set. The hop counter is incremented and checked against the number adjusted, before the trunk is accessed outgoing. The call is released if the hop counter is greater than the number adjusted. Default configuration is no limitation.
Type of Input: single value, optional
Possible Values: MANY many (default value)
NONE no one
ONE one
TWO two
Default Value: MANY (no limitation) (ADD,OPT=NEW-create a new B-channel group)
SECLEVEL security level of the trunk
Type of Input: single value, optional
Possible Values: EXTSECUR EXTERNALLY SECURED trunk
SECURE SECURE trunk
STANDARD STANDARD trunk
TRADITIO Traditional trunk
Default Value: SECURE for IP trunks, STANDARD for TDM trunks. (ADD,OPT=NEW-create a new B-channel group)
SEGMENT Segmentation.
Type of Input: single value, optional
Possible Values: numeric, 1-8
SIDANI SID/ANI service allowed.
Type of Input: single value, optional
Possible Values: N no (default value)
Y yes
Default Value: N (ADD,OPT=NEW-create a new B-channel group)
SMD Layer 1 configuration (SMD/TMD function).
Type of Input: single value, optional
Possible Values: N no (default value)
Y yes
Default Value: N (ADD,OPT=NEW-create a new B-channel group,DEV=S0CONN-digital tie trunk circuit with s0-interface)
SRCGRP Source Group.
Type of Input: single value, optional
Possible Values: numeric, 0-99 (CHANGE)
numeric, 1-99 (ADD,OPT=NEW-create a new B-channel group)
Default Value: 0 (none, i.e. SRCGRP of LTU shelf) (ADD,OPT=NEW-create a new B-channel group)
SRCHMODE Search mode.
Type of Input: single value, optional
Possible Values: ASC linear, ascending order
CIR circular
DSC linear, descending order
Default Value: CIR (DSC for DEV=ATMSVC/S1AMT/S1PVC) (ADD,OPT=NEW-create a new B-channel group)
SRTIDX Service Rule Table Index for DID translation.
Type of Input: single value, optional
Possible Values: numeric, 0-15 (ADD,OPT=NEW-create a new B-channel group)
numeric, 0-15, 16 (CHANGE)
Default Value: none (16) (ADD,OPT=NEW-create a new B-channel group)
SUPPRESS Number of digits to be suppressed.
Type of Input: single value, optional
Possible Values: numeric, 0-8
Default Value: 0 (ADD,OPT=NEW-create a new B-channel group)
SVCDOM MLPP Service Domain
Type of Input: 5 single values, concatenated with -, optional
Possible Values: numeric, 0-255
TCCID Telephone company circuit ID.
Type of Input: single value, optional
Possible Values: text, up to 30 characters
Default Value: none (ADD,OPT=NEW-create a new B-channel group)
TCHARG Telecharging per call.
Type of Input: single value, optional
Possible Values: N no (default value)
Y yes
Default Value: N (ADD,OPT=NEW-create a new B-channel group)
TEIVERIF Tei check.
Type of Input: single value, optional
Possible Values: N no (default value)
Y yes
Default Value: N (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMSVC-ATM switched virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S0COD-digital co trunk circuit with s0-interface / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
TGRP Trunk group number.
B-channels which are assigned to a trunk group can be used for outgoing and bothway traffic. If 0 is specified, the B-channels are not assigned to a trunk group and can then only be used for incoming traffic (applies to S0 trunks only). The size of the trunk group depends on the number of B-channels to be entered AMO BUEND, parameter NO). Special note for change command: if a specified trunk group number deviates from the current trunk group assignment of the B-channels, they are assigned to the new trunk group and canceled from the current one.
Type of Input: single value, 3. parameter of a max-1-group (DELETE)
single value, mandatory (ADD,OPT=NEW-create a new B-channel group)
single value, optional (CHANGE / DISPLAY / REGENERATE)
Possible Values: numeric, 0-512 (ADD,OPT=NEW-create a new B-channel group / CHANGE)
numeric, 1-512 (DELETE / DISPLAY / REGENERATE)
Default Value: 0 (none) (ADD,OPT=NEW-create a new B-channel group)
TPROFNO Trunk group profile number (CUG).
Type of Input: single value, optional
Possible Values: numeric, 0, 1-511 (CHANGE)
numeric, 1-511 (ADD,OPT=NEW-create a new B-channel group)
Default Value: 0 (none) (ADD,OPT=NEW-create a new B-channel group)
TRACOUNT Transit Counter.
The number of hops can be limited with this parameter to prevent that calls are looping. The call is released if the hop counter is greater than the number adjusted.
Type of Input: single value, optional
Possible Values: numeric, 0-31
Default Value: 31 (CDG: 25) (ADD,OPT=NEW-create a new B-channel group)
TRTBL Translation table to be used.
Type of Input: single value, optional
Possible Values: DIDCR DID conversion table
GDTR general digit translation table (default value)
Default Value: GDTR (ADD,OPT=NEW-create a new B-channel group)
TYPE output type
Type of Input: single value, optional
Possible Values: CFIG free trunks
UUSCCX UUS congestion control X.
Type of Input: single value, optional
Possible Values: numeric, 1-255
Default Value: 16 (ADD,OPT=NEW-create a new B-channel group)
UUSCCY UUS congestion control Y.
Type of Input: single value, optional
Possible Values: numeric, 1-255
Default Value: 8 (ADD,OPT=NEW-create a new B-channel group)
VCI virtual channel identifier.
Parameter VPI and VCI in combination determine the ATM connection and have to be coordinated with the ATM operator. The value of parameter VCI must correspond with the board data VCI offset (see AMO BDAT).
Type of Input: single value, mandatory (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
single value, optional (CHANGE,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / CHANGE,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
Possible Values: numeric, 0-65535
VNNO Virtual Node Number of own Node (see AMO KNDEF, TYPE=OWN). The node number can have 1 to 3 levels. It is only possible to assign values that are already configured under AMO KNDEF TYPE=OWN. VNNO can be assigned for S0COD, S1COD and S2COD.
VNNO should only be assigned, when in the AMO KNDEF TYPE=OWN more than one virtual node is configured and when the virtual nodes are in different areas and when the digits of LC overlap himself.
Example:

 VIRTUAL NODE TABLE (KNDEF)          
 +-----------+-------+--------------+
 | VIRTUELLE |  TYP  | ISDN (E.164) |
 |  NODE     |       | CC           |
 |  NUMBER   |       | AC           |
 |           |       | LC        SK |
 +===========+=======+==============+
 | 1- 1- 200 |OWN    | 49           |
 |           |       | 89           |
 |           |       | 722        3 |
 +-----------+-------+--------------+
 | 1- 1- 201 |OWN    | 49           |
 |           |       | 911          |
 |           |       | 72         2 |
 +-----------+-------+--------------+
Sends the CO with this configuration the DDI number with TON=SUBSCRIBER, then the DDI number e.g. 7222XXX cannot be analyzed definite.
The call could be for a subscriber 2XXX in the virtual node 1-1-200 or for a subscriber 22XXX in the virtual node 1-1-201.
To solve this problem, the CO trunk must get its associated virtual node number.
Type of Input: 0 to 3 single values, concatenated with -, optional
Possible Values: numeric, 0-999
VPI virtual path identifier.
Parameter VPI and VCI in combination determine the ATM connection and have to be coordinated with the ATM operator. The same VPI/VCI combination must not be used by other circuits of the STMA board.
Type of Input: single value, mandatory (ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / ADD,OPT=NEW-create a new B-channel group,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
single value, optional (CHANGE,DEV=ATMPVC15-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC23-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC2X-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC3-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC30-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVC7-ATM permanent virtual circuit,BCGR=1 / CHANGE,DEV=ATMPVCCO-ATM permanent virtual circuit for public access,BCGR=1 / CHANGE,DEV=S1PVC-ATM T1 Backbone,BCGR=1)
Possible Values: numeric, 0-7
ZONE Tariff zone for time-based cost calculation.
Type of Input: single value, optional
Possible Values: EMPTY empty zone (default value)
INC01 incoming 1
INC02 incoming 2
INC03 incoming 3
INC04 incoming 4
INC05 incoming 5
INC06 incoming 6
INC07 incoming 7
INC08 incoming 8
INC09 incoming 9
Default Value: EMPTY (ADD,OPT=NEW-create a new B-channel group)

Error Messages

F01
F01: @@@@@@@@ @@@@@@@@ NOT IN PERMISSIBLE RANGE FROM @@@@@@@@ TO @@@@@@@@
F02
F02: NO TRUNK FOUND
F03
F03: NO FREE OR APPROPRIATE PEN FOUND
F04
F04: CANNOT CREATE BCGR - NO MORE LINES AVAILABLE
F05
F05: NO FURTHER TRUNK CAN BE CREATED IN THE PABX
F06
F06: PARAMETER MUST BE SPECIFIED
F08
F08: THE TRUNK MUST BE DEACTIVATED
F09
F09: THE TRUNK IS SOFT LOCKED BUT STILL BUSY,
     RETRY COMMAND LATER OR DEACTIVATE IMMEDIATELY
F11
F11: TRUNK/B-CHANNEL NOT ASSIGNED
F13
F13: NO BOARD CONFIGURED AT @@@@@@@@ @@@
F15
F15: CANNOT DELETE LAST B-CHANNEL OF TGRP @@@,
     SINCE THE TRUNK GROUP IS ASSIGNED TO A ROUTE
F16
F16: FOR CHANGING THE PROTOCOL THE TRUNK MUST BE DEACTIVATED;
     THE PARTNER SYSTEM MUST BE CHANGED IDENTICAL
F17
F17: FOR CHANGING THE PROTOCOL ALL TRUNKS OF THE TGRP MUST BE DEACTIVATED;
     THE PARTNER SYSTEM MUST BE CHANGED IDENTICAL
F18
F18: INSUFFICIENT MEMORY SPACE (AMO DIMSU: PARAMETER @@@@@@@@)
F19
F19: TGRP @@@ IS ASSIGNED TO A ROUTE (AMO RICHT)
F20
F20: @@@@@@@@ @@@@@@@@ DOES NOT EXIST
F21
F21: @@@@@@@@ @@@@@@@@ ALREADY EXISTS
F22
F22: THE PARAMETERS OF THE TRUNK DO NOT MATCH THE PARAMETERS OF
     THE OTHER TRUNKS IN THE TRUNK GROUP
F23
F23: @@@@@@@@ @@@@@@@@ IS EMPTY
F24
F24: @@@@@@@@ @@@@@@@@ IS FULL
F25
F25: @@@@@@@@ @@@@@@@@ CANNOT ACCOMODATE ALL B-CHANNELS
F26
F26: DEVICE CANNOT BE CHANGED
F27
F27: DEVICE IS NOT PROCESSED BY THE AMO TDCSU
F31
F31: B-CHANNEL GROUP 1 MUST BE CREATED FIRST
F32
F32: NO FREE B-CHANNEL FOUND
F33
F33: COULD NOT DELETE PEN @@-@@-@@@-@@@
F34
F34: COULD NOT DELETE @@@@@@@@ @@@@@ AT PEN @@-@@-@@@-@@@
F35
F35: BCGR 1 CANNOT BE DELETED AS LONG AS OTHER B-CHANNEL GROUPS EXIST
F37
F37: @@@@@@@@ @@@ IS NOT THE PHYSICAL LOCATION OF THE BOARD
F38
F38: BCHAN 1 MUST BE CONFIGURED AT EACH ASSIGNED TRUNK
F39
F39: IF SMD=Y IS USED THE PRIORITY MUST BE 0 (SEE AMO REFTA)
F40
F40: REFERENCE CLOCK TABLE IS FULL
F41
F41: @@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@ INVALID
F42
F42: AMOUNT OF DEVICE MEMORIES IN LTG @@ FOR D-CHANNEL CONNECTIONS
     MUST BE /= 0. ALLOCATION WITH AMO DIMSU:
     DTITMD = (AMOUNT OF S0 TRUNKS)*4 + (AMOUNT OF S2 B-CHANNELS)*2
F43
F43: @@@@@@@@ @@@ IS SIGNED OFF
F44
F44: NO GAPS ALLOWED BETWEEN B-CHANNELS
F45
F45: @@@@@@@@ @@@@@ IS USED FOR VOICE COMPRESSION (SEE AMO VOICO)
F46
F46: @@@@@@@@ @@@ IS A SUBSCRIBER LINE CIRCUIT
F47
F47: @@@@@@@@ @@@ IS NOT A DIGITAL TRUNK LINE CIRCUIT
F48
F48: @@@@@@@@ @@@ IS INCOMPATIBLE WITH DEVICE
F49
F49: @@@@@@@@ @@@ IS NOT PROCESSED BY THE AMO TDCSU
F50
F50: PERMACT1=N AND PERMACT2=Y NOT PERMITTED
F51
F51: SEGMENTATION ONLY PERMITTED USING ECMA-QSIG OR EURO-ISDN PROTOCOL
F52
F52: CANNOT ADD MORE B-CHANNELS SINCE THE CONTRACTED NUMBER OF B-CHANNELS OF
     THE PACKAGE @@@@@@@@@@@@@@@@@@@@@@@@@ (@@@@@) IS REACHED.
     PLEASE USE DISP-CODEW FOR DISPLAY OF THE CONTRACTED FEATURE PACKAGES.
     PLEASE CONTACT YOUR SERVICE CENTER IF YOU WISH TO EXTEND THE PACKAGE.
     CHANGE-CODEW:TRIAL=YES MAY ACTIVATE A TIME LIMITED TRIAL MODE.
F55
F55: STMA BOARD DATA DOES NOT EXIST (AMO-BDAT)
F56
F56: THE COMBINATION OF VPI WITH @@@@@@@@ @@@@@ IS ALREADY USED
     ON THE STMA BOARD
F57
F57: @@@@@@@@ @@@@@ IS ALREADY USED ON THE STMA BOARD
F58
F58: PARAMETER VCIMAX MUST NOT BE LESS THAN PARAMETER VCIMIN
F59
F59: NNO AND THE OWN NODE NUMBER (AMO ZAND) HAVE DIFFERENT LEVELS
F60
F60: @@@@@@@@ @@@@@ NOT PERMITTED BECAUSE PAR=SPCM IS SET
F61
F61: @@@@@@@@ @@@@@ NOT PERMITTED BECAUSE PAR=SPCM IS NOT SET
F62
F62: @@@@@@@@ @@@@@ IS NOT COMPATIBLE WITH VCI
F63
F63: COPNO CAN BE CHANGED ONLY VIA BCGR=1
F64
F64: TPROFNO NOT PERMITTED BECAUSE THE TRUNK IS NOT A MEMBER OF A TRUNK GROUP
F65
F65: TPROFNO NOT PERMITTED BECAUSE COT PAR=CUG IS NOT SET
F66
F66: @@@@@@@@ @@@@@@@@ IS NOT COMPATIBLE WITH @@@@@@@@ @@@@@@@@
F67
F67: FOR @@@@@@@@ @@@@@@@@@ NO PROTOCOL DESCRIPTOR EXISTS (AMO PRODE)
F68
F68: FOR @@@@@@@@ @@@@@@@@@ NO ACTIVATED PROTOCOL DESCRIPTOR EXISTS (AMO PRODE)
F69
F69: NO FREE OR APPROPRIATE PORT GROUP (PGRP) AVAILABLE FOR DEVICE @@@@@@@@
F70
F70: NOT ENOUGH FREE TIME SLOTS AVAILABLE ON STMA BOARD
     (ONLY @@@@@@@@ OF MAX. 128 AVAILABLE FOR DEVICE @@@@@@@@)
F71
F71: THE COMBINATION OF ATMADDR WITH @@@@@@@@ @@@@@ IS ALREADY USED
     ON THE STMA BOARD
F72
F72: @@@@@@@@ @@@@@ ALREADY COMPLETELY USED (MAX. @@@@@ @@@@@@@@ PORTS)
F73
F73: AN @@@@@@@@ PORT CANNOT BE MEMBER OF AN @@@@@@@@ PORT GROUP
F74
F74: CANNOT ACTIVATE @@@@@@@@ B-CHANNELS; ALL ATMSVC CIRCUITS OF THE STMA BOARD
     MUST BE LOCKED (DEACT-TDCSU:DEV=ATMSVC)
F75
F75: PEN @@-@@-@@@-@@@ NOT ACTIVATED (ORDER ERROR)
F76
F76: PEN @@-@@-@@@-@@@ NOT DEACTIVATED (ORDER ERROR)
F77
F77: FOR CHANGING THE PORT GROUP THE TRUNK MUST BE DEACTIVATED
F78
F78: FOR CHANGING THE PORT GROUP, ALL ATMSVC CIRCUITS OF THE STMA BOARD
     MUST BE LOCKED (DEACT-TDCSU:DEV=ATMSVC)
F79
F79: PEN @@-@@-@@@-@@@ IS SOFT LOCKED
     STMA CIRCUITS CANNOT BE DEACTIVATED WITH ONTYPE=AUL IN
     THIS STATE (DEACTIVATE WITH OFFTYPE=DI PREVIOUSLY)
F80
F80: WITH AMO TDCSU ONLY ATM-CIRCUITS CAN BE ACTIVATED AND DEACTIVATED
F81
F81: @@@@@@@@ @@@@@ NOT PERMITTED BECAUSE PAR=RRST IS NOT SET
F82
F82: @@@@@@@@ @@@@@ NOT PERMITTED; PAR=ROPT IS INVALID FOR CO TRUNKS
F83
F83: TGRP @@@@@ DOES NOT CONTAIN DIGITAL TRUNKS
F84
F84: PEN @@-@@-@@@-@@@ DOES NOT BELONG TO TGRP @@@@@
F85
F85: PEN @@-@@-@@@-@@@ IS THE CURRENT REFERENCE CLOCK GENERATOR
     THAT CAN BE DEACTIVATED ONLY WITH AMO DSSU
F86
F86: PEN @@-@@-@@@-@@@ IS NOT PROVIDED WITH PARAMETER @@@@@@@@
F87
F87: PEN @@-@@-@@@-@@@ IS ALREADY ACTIVATED
F88
F88: PEN @@-@@-@@@-@@@ IS ALREADY DEACTIVATED
F89
F89: PEN @@-@@-@@@-@@@ IS A VOICE COMPRESSION PARTNER
     THAT CAN BE DEACTIVATED ONLY WITH AMO DSSU
F90
F90: PEN @@-@@-@@@-@@@ IS ALREADY SOFT LOCKED
F91
F91: RESTART OF STMA CIRCUITS NOT POSSIBLE
     (USE DEACT-TDCSU AND ACT-TDCSU)
F92
F92: TOO FEW TRUNK PARAMETERS SPECIFIED (MINIMUM 1 PARAMETER)
F93
F93: SPECIFIED TRUNK PARAMETERS ALREADY CONFIGURED
F94
F94: DEDICATED INCOMING TRUNK ATTRIBUTE "DIT" IS SET IN COT @@@
     DITIDX MUST NOT BE 0
F98
F98: @@@@@@@@ @@@@@@@@ REQUIRES A FACILITY NUMBER
F99
F99: IID MUST BE UNIQUE WITHIN THE IGN
F100
F100: CANNOT ADD PEN @@-@@-@@@-@@@ TO ACD PHONEMAIL TGRP @@@@@@@@
      SINCE THE TRUNK IS IN-SERVICE (DEACTIVATE WITH AMO DSSU)
F101
F101: CANNOT DELETE PEN @@-@@-@@@-@@@ FROM ACD PHONEMAIL TGRP @@@@@@@@
      SINCE AN AGENT IS CONFIGURED TO THIS TRUNK (AMO AGENT)
F102
F102: CANNOT ACTIVATE PEN @@-@@-@@@-@@@ SINCE NO AGENT IS CONFIGURED
      TO THIS ACD PHONEMAIL TRUNK (AMO AGENT)
F103
F103: SRTIDX @@@@@@@@ IS INVALID SINCE THE SERVICE RULE TABLE FOR THIS
      INDEX IS NOT SET UP (AMO DIDCR)
F104
F104: THE CONFIGURED LTUC BOARD DOES NOT SUPPORT CBM (CENTRAL BYTE MANIPULATION)
F105
F105: CANNOT CHANGE @@@@@@@@ TO @@@@@@@@ FOR ALL TRUNKS OF @@@@@@@@ @@@@@@@@
F106
F106: NNO IS IDENTICAL WITH THE OWN PHYSICAL NODE NUMBER (AMO ZAND)
F108
F108: THE B-CHANNEL IS NOT LOCKED
F109
F109: THE B-CHANNEL IS STILL BUSY
F110
F110: SRTIDX FOR TRTBL=DIDCR MUST BE OF A VALUE BETWEEN 0 AND 15
F111
F111: PARAMETER @@@@@@@@ IS PERMITTED ONLY FOR NI2 PROTOCOLS
F112
F112: A NI2 PROTOCOL CANNOT BE CHANGED INTO ANOTHER PROTOCOL AND VICE VERSA
F113
F113: PARAMETER @@@@@@@@ CANNOT BE CHANGED (DELETE TRUNK AND CREATE ANEW)
F114
F114: IF PARAMETER NO > 1 THEN THE AUTOMATIC SEARCH FOR THE NEXT AVAILABLE
      PEN WILL BE RESTRICTED TO THOSE LTU SHELVES / APS WHICH ARE ASSIGNED TO
      SOURCE GROUP 1. THE SEARCH IS ABORTED AND THE TRUNKS ARE NOT ADDED IF
      THE LTU/AP DOES NOT BELONG TO THIS SOURCE GROUP.
F115
F115: THE GIVEN ALARM NUMBER IS NOT VALID BECAUSE IT DOES NOT LEAD EITHER TO A
      LOGICAL ALARM OR THE ALARM TYPE DOES NOT MATCH DIR.
F116
F116: CANNOT ADD MORE B-CHANNELS SINCE THE CONTRACTED NUMBER OF B-CHANNELS OF
      THE PACKAGE FLEX LICENSE SECURITY LICENSE IS REACHED.
      PLEASE USE DISP-CODEW FOR DISPLAY OF THE CONTRACTED FEATURE PACKAGES.
      PLEASE CONTACT YOUR SERVICE CENTER IF YOU WISH TO EXTEND THE PACKAGE.
      CHANGE-CODEW:TRIAL=YES MAY ACTIVATE A TIME LIMITED TRIAL MODE.
F118
F118: THE VIRTUAL NODE NUMBER VNNO HAS NOT BEEN CREATED BY AMO-KNDEF,TYPE=OWN.
F119
F119: SECURITY LEVEL SECURE AND/OR STANDARD IS ONLY VALID FOR IP TRUNKS,
      IT WILL BE IGNORED FOR OTHER TRUNKS.
F120
F120: ALL TRUNKS OF CGW MUST HAVE SAME SECURITY SETTINGS.
F121
F121: IF THE CGW OF THE IP TRUNK IS LOCATED IN AP SHELF
      WITH DEACTIVATED IPDA ENCRYPTION IN SIPCO,
      IP TRUNKS CAN NOT BE SET AS SECURE.
F122
F122: IN ORDER TO SET THE SECURITY LEVEL TO SECURE, THE TRUNK PROTOCOL MUST BE
      DEFINED IN AMO-CGWB FIRST.
F123
F123: SECURITY LEVEL EXTSECUR IS ONLY VALID FOR INTERNAL TRUNKS,
      IT WILL BE IGNORED FOR CO-TRUNKS.
F124
F124:LICENSE VIOLATION AT SOFTGATE @@-@@.
     THEREFORE NEITHER ADDING NOR CHANGING OF TRUNKS
     IS POSSIBLE.
F125
F125: S0CONN CANNOT BE CONFIGURED AS MASTER BECAUSE THE STABILITY OF THE
      CLOCK GENERATOR OF THE HPA MODULE IS NOT SUFFICIENT.
F126
F126: S2CONN CANNOT BE CONFIGURED AS MASTER BECAUSE THE STABILITY OF THE
      CLOCK GENERATOR OF THE HPA MODULE IS NOT SUFFICIENT.
F127
F127: HMUSIC @@@ IS NOT YET ASSIGNED
      ( ADD-RCSU:RECAPL=HMUSIC, )
F128
F128: THE PARAMETERS (COTNR, COPNR, COS, COTX) MUST MATCH THE PARAMETERS OF
      THE OTHER TRUNKS CONFIGURED ON THE SAME IP BOARD.

Advisory Messages

H01
H01: TRUNK CREATED AT PEN @@-@@-@@@-@@@
H02
H02: TRUNK RELEASED FOR CALL PROCESSING
H03
H03: @@@@@@@@ @@@@@ AT PEN @@-@@-@@@-@@@ CHANGED
H04
H04: AT PEN @@-@@-@@@-@@@ THE FOLLOWING B-CHANNELS HAVE BEEN NEWLY
     ASSIGNED TO BCGR @@:
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
H07
H07: CHANGE TAKES EFFECT AFTER "ACTIVATION WITH LOADING"
H08
H08: NO TRUNK FOUND
H09
H09: NO TRUNK WITH UNUSED B-CHANNELS FOUND
H11
H11: AT PEN @@-@@-@@@-@@@ BCNEG HAS BEEN CHANGED FOR THE FOLLOWING B-CHANNELS:
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
H12
H12: MASTER SHOULD BE Y IF SMD=Y IS USED
H13
H13: FOR CO TRUNKS THE LOADWARE PARAMETERS SHOULD BE ASSIGNED WITH
     MASTER=N AND SMD=N (SEE AMO LWPAR)
H14
H14: FOR CVN TRUNKS THE LOADWARE PARAMETER CRIDC SHOULD BE SET (SEE AMO LWPAR)
H15
H15: THE NEWLY ASSIGNED B-CHANNELS ARE NOT RELEASED FOR CALL PROCESSING.
     DEACTIVATE AND ACTIVATE TRUNK
H16
H16: TRUNK AT PEN @@-@@-@@@-@@@ ENTERED WITH PRI=0 IN THE REFERENCE CLOCK TABLE
H17
H17: CHECK THE AMOUNT OF DEVICE MEMORIES IN LTG @@ FOR D-CHANNEL
     CONNECTIONS, OTHERWISE INTERNAL BLOCKINGS MAY OCCUR !
     AMOUNT = (AMOUNT OF S0 TRUNKS)*4 + (AMOUNT OF S2 B-CHANNELS)*2
     (ALLOCATION WITH AMO DIMSU, PARAMETER DTITMD)
H18
H18: CARRIER @, ZONE @@@@@ SHOULD BE PARAMETERIZED IN CDR (AMO TTBL)
H19
H19: PARAMETER SRCHMODE IGNORED SINCE THE TRUNK IS NOT ALLOCATED TO A 
     TRUNK GROUP
H20
H20: PARAMETER KNNR HAS BEEN ADAPTED TO THE OWN NODE NUMBER (AMO ZAND)
     ADAPTED NNO: @@@@@@@@@@@
H22
H22: SRCHMODE OF TGRP @@@@@@@@ CHANGED INTO @@@@@
H23
H23: PARAMETER @@@@@@@@ IGNORED (REQUIRED FOR BCGR=1 ONLY)
H24
H24: CUG DATA OF TGRP @@@@@@@@ CHANGED
H25
H25: PEN @@-@@-@@@-@@@ DEACTIVATED
H26
H26: PEN @@-@@-@@@-@@@ SOFT LOCKED
H27
H27: PEN @@-@@-@@@-@@@ DEACTIVATED FOR LONG PERIOD (NEQ STATE)
H28
H28: PEN @@-@@-@@@-@@@ ACTIVATED
H29
H29: PEN @@-@@-@@@-@@@ ACTIVATED - NOT READY
H30
H30: PEN @@-@@-@@@-@@@ ASSIGNED TO @@@@@@@@ @@@@@
H31
H31: PROTVAR AND TRACOUNT MUST BE THE SAME IN ALL BCGR'S OF A TRUNK
H32
H32: PEN @@-@@-@@@-@@@ DELETED
H33
H33: AT PEN @@-@@-@@@-@@@ THE @@@@@@@@ @@@@@ HAS BEEN DELETED
H34
H34: AT PEN @@-@@-@@@-@@@ THE FOLLOWING B-CHANNELS OF BCGR @@ HAVE BEEN DELETED:
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
H35
H35: PEN @@-@@-@@@-@@@ WAS ALREADY ACTIVATED
H36
H36: PEN @@-@@-@@@-@@@ WAS ALREADY DEACTIVATED
H37
H37: PEN @@-@@-@@@-@@@ WAS ALREADY SOFT LOCKED
H38
H38: PEN @@-@@-@@@-@@@ SOFT LOCKED (BUSY)
H39
H39: @@@@ OUT OF @@@@ CONFIGURED SVC B-CHANNELS CAN BE USED SIMULTANEOUSLY
H40
H40: @@@@@@@@=@@@@@@@@ IS POSSIBLY INCOMPATIBLE WITH @@@@@@@@=@@@@@@@@
H41
H41: SRCHMODE SHOULD BE SET TO ASC OR DESC FOR MIXED TRUNK GROUPS
H42
H42: PARAMETER INS IGNORED SINCE THE CIRCUIT CAN BE ACTIVATED NOT UNTIL
     A NW21 CONNECTION IS CREATED (AMO STMAC)
H43
H43: FOLLOWING B-CHANNELS AT PEN @@-@@-@@@-@@@ ARE LICENCE BLOCKED:
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
H44
H44: THE MAX. 128 TIMESLOTS OF THE STMA BOARD ARE OVERBOOKED
H45
H45: ****** PLEASE NOTE : ******************************************************
     THE CONTRACTED NUMBER OF B-CHANNELS OF THE PACKAGE
     @@@@@@@@@@@@@@@@@@@@ IS EXCEEDED. THE FOLLOWING B-CHANNELS IN
     BCGR @@ AT PEN @@-@@-@@@-@@@ WERE MARKED AS TRAIL ENTITIES.THEY WILL BE
     BLOCKED, IF TRAIL MODE EXPIRES WITHOUT SUFFICIENT LICENCES.
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
     @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@ @@
********************************************************************************
H46
H46: PARAMETER FACILITY IGNORED SINCE A FACILITY NUMBER
     IS INVALID FOR @@@@@@@@=@@@@@@@@
H47
H47: PARAMETER INS IGNORED SINCE THE CIRCUIT CAN BE ACTIVATED NOT UNTIL
     AN AGENT IS CONFIGURED TO THIS ACD TRUNK (AMO AGENT)
H48
H48: PEN @@-@@-@@@-@@@ @@@@@@@@ @@@@@ DEACTIVATED
H49
H49: PEN @@-@@-@@@-@@@ @@@@@@@@ @@@@@ SOFT LOCKED
H50
H50: PEN @@-@@-@@@-@@@ @@@@@@ @@ DEACTIVATED FOR LONG PERIOD (NEQ STATE)
H51
H51: PARAMETER @@@@@@@@ IGNORED
H52
H52: PEN @@-@@-@@@-@@@ @@@@@@ @@ ACTIVATED - NOT READY
H53
H53: THE PARAMETER DELSVCDM OVERRULES THE PARAMETER SVCDOM
     THEREFORE THE SERVICE DOMAIN HAS BEEN DELETED
H55
H55: SECURITY LEVELS SECURE & STANDARD ARE ONLY VALID FOR IP TRUNKS,
     THEY WILL BE IGNORED FOR OTHER TRUNKS.
H56
H56: ALL TRUNKS OF CGW MUST HAVE SAME SECURITY SETTINGS. 
     SECURITY LEVEL OF ALL TRUNKS WILL BE SET TO @@@@@@@@.
     ARE YOU REALLY SURE ?
H57
H57: THIS DATA CHANGE WILL BE INITIATED AFTER
     DEACTIVATION AND RE-ACTIVATION OF THE BOARD
     (RESTART-BSSU:PEN,@@,@@,@@@;)
H58
H58: SECURITY LEVEL EXTSECUR IS ONLY VALID FOR INTERNAL TRUNKS,
     IT WILL BE IGNORED FOR CO-TRUNKS.
H59
H59: THIS DATA CHANGE WILL BE INITIATED AFTER
     DEACTIVATION AND RE-ACTIVATION OF THE CIRCUIT
     ( RESTART-DSSU:TYPE=PEN,PEN1=<1>-<1-15,17-99>-@@@-@@@; )
H60
H60: ON BOARD @@-@@-@@@ THERE MIGHT BE TRUNK GROUPS INCLUDING TRUNKS
     ON OTHER BOARDS WITH OTHER SECURITY LEVELS. KEEP IN MIND THAT THIS MAY
     CAUSE INCONSISTENCY IN THESE TRUNK GROUPS. TO AVOID THIS PLEASE CHANGE
     THOSE TRUNKS MANUALLY.
H61
H61: IN HPA NO CLOCK GENERATOR IS PRESENT AND THE TRUNK MODULES CANNOT
     OPERATE AS CLOCK REFERENCE FOR ANY PARTNER SWITCH. IN SOME EXCEPTIONAL
     CASES ONLY MASTER CONFIGURATION IS ALLOWED E.G. CONNECTION TO IVR/XPR/DAKS
     AND THEREFORE THE CONFIGURATION MUST BE ALLOWED.
H62
H62: ATTENTION: COTNR, COPNR, COS AND COTX PARAMETERS OF TRUNKS ON THE
     SAME IP BOARD SHOULD NOT BE DIFFERENT.
H63
H63: PARAMETER LWPAR IS IGNORED AS IT IS NOT MEANINGFUL FOR IP TRUNKS