9.4.3  
Trunks | Parameter/ISDN flags 
 


Settings | Lines/networking | Trunks | Parameter | ISDN flags
 
You can use the ISDN flags mask to define protocols for the individual ISDN PRI or CorNet lines listed under Trunks. See also Station view: ISDN flags.
To access the dialog box, double-click into the TrunksParam column in the tab.

9.4.3.1  
Area: Trunk, Previous port, Next port 
This box shows the trunk code, card, slot number, and physical port of the selected trunk. The individual slots/ports can be selected using the Next trunk and Previous trunk buttons.

9.4.3.2  
Area: Protocol: description 
Each protocol template entry comprises the items Interface, Protocol and Additional info.

Interface  

S0  
Basic access 2B+D via S0 interface  
BRI  
Basic access 2B+D via U2B1Q interface (USA)  
S2  
Primary multiplex access 30B+D  
T1  
Primary multiplex access 23B+D (USA)  

Protocol  
Name of protocol used.

Additional info  

CO/
Bus
Interface to the public CO/
Interface to an internal station
Master/
Slave
Networking interface - master PABX
Networking interface - slave PABX
H118/H150/
H300
Determines the type of CorNet protocol:
   -   H118/H150: optimized for connection with Hicom 150 E Office/HiPath 3000.
   -   H300: optimized for connection with HiPath 4000
The setting H118/H150 must be used for HPCO (HiPath Procenter Office).
Connection:
Direct/
Dedicated line
This parameter is required for controlling the clock supply when networking via S0.
Type of connection for networking via S0 interface:
   -   In the case of direct connections, the communication systems are connected to each other using a direct cable connection. The master PABX provides the reference clock for communication systems networked for this type of operation.
   -   In the case of dedicated lines, the communication systems are connected via leased lines (with clock supply) provided by a network operator. For this type of operation, the master PABX uses the reference clock in the network.
A slave PABX always uses the remote station clock - the parameter is not relevant in this case, i.e. only one slave template each exists for a direct connection and a dedicated line.
CRC4 check:
yes/no
CRC4 procedure setting for S2M interfaces (e.g. France)  
The QSIG protocol is not unique in the definition of interface parameters. As a result, the implementations provided by the communication system manufacturers vary. Therefore, in the case of Hicom 150 E Office/HiPath 3000 systems, the parameters CR Length (Call Reference Length) and CHI Format (format of the "channel identification" protocol element ) can be adapted to suit the requirements of the partner system.  
In this case, the peer system parameters must be determined.  
The standard template is used when networking two Hicom 150 E Office/HiPath 3000 systems.  
CR=1/
CR=2
CR Length: the call reference can be 1 or 2 bytes long.
CHI=S0/
CHI=S2
CHI Format: either S0 or S2M can be selected as the format of the "channel identification" protocol element.
B-ch.1:1->port  
(in expert mode only)  
Assigns the logical ports to the B channels of an S2M interface (primary rate interface) which is connected to the Central Office. In other words: Port 7801 is assigned to B channel 1, port 7802 is assigned to B channel 2, port 7803 is assigned to B channel 3, ...  
Thus, if the logical port information is sent via TAPI to a TAPI-based CTI application, the application recognizes the assigned B channel (e.g., port 7803 -> B channel 3).  

Protocol Selection  

 Table 9-2   Protocol Selection
Protocol Selection  
Remark  
BRI: AT&T custom CO  
USA only
not HiPath 2000/
HiPath OpenOffice EE  
S0: automatic CO PP  
 
S0: automatic bus  
 
S0: CorNet-N variant master (H300) direct  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N variant master (H300) nailed connection  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N Slave (H300)  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N variant slave (H300) nailed connection  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N variant master (H150/H118) direct  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N variant master (H150/H118) nailed connection  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N Slave (H150/H118)  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N variant slave (H150/H118) nailed connection  
not HiPath 2000/
HiPath OpenOffice EE  
S0: EURO CO PP  
 
S0: Euro CO PMP  
 
S0: Euro bus  
 
S0: Euro bus as external extension number via nailed connection  
 
BRI: NI1 CO  
USA only
not HiPath 2000/
HiPath OpenOffice EE  
S0: NI1 bus  
USA only
not HiPath 2000/
HiPath OpenOffice EE  
T1: ATT 5ESS CO  
USA only  
T1: ATT 5ESS NI-2 CO  
USA only  
T1: ATT 5ESS NI-2 CO OSA  
USA only  
T1: ATT Bell Canada DMS100 CO  
USA only  
T1: ATT Bell Canada DMS100 CO TNS  
USA only  
S2: CorNet-N variant master (H300)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: CorNet-N Slave (H300)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: CorNet-N variant master (H150/H118)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: CorNet-N Slave (H150/H118)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: Euro-Amt PP (with CRC4)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: Euro-Amt PP (without CRC4)  
not HiPath 2000/
HiPath OpenOffice EE  
T1: ATT FTS2000 DMS250 CO  
USA only  
T1: Generic NI-2 CO  
USA only  
T1: Generic NI-2 CO OSA  
USA only  
T1: IDA-P (Hong Kong)  
USA only  
T1: MCI DEX600 CO  
USA only  
T1: MCI DMS250 CO  
USA only  
T1: NORTEL DMS100 CO  
USA only  
T1: NORTEL DMS100 CO TNS  
USA only  
T1: ATT 4ESS CO  
USA only  
T1: ATT FTS2000 5ESS CO  
USA only  
T1: SIEMENS EWSD CO  
USA only  
T1: SIEMENS EWSD CO OSA  
USA only  
T1: Siemens NI-2 CO  
USA only  
T1: Siemens NI-2 CO OSA  
USA only  
T1: SPRINT DMS250 CO  
USA only  
T1: ATT Westing House DMS250 CO  
USA only  
S0: S0 fax server (DSS1/QSIG)  
 
S0: ECMA-QSIG master direct CR=1 CHI=S0  
 
S0: ECMA-QSIG master direct CR=1 CHI=S2  
 
S0: ECMA-QSIG master direct CR=2 CHI=S0  
 
S0: ECMA-QSIG master direct CR=2 CHI=S2 (Standard)  
 
S0: ECMA-QSIG master (nailed connection) CR=1 CHI=S0  
 
S0: ECMA-QSIG master (nailed connection) CR=1 CHI=S2  
 
S0: ECMA-QSIG master (nailed connection) CR=2 CHI=S0  
 
S0: ECMA-QSIG master (nailed connection) CR=2 CHI=S2 (Standard)  
 
S0: ECMA-QSIG slave CR=1 CHI=S0  
 
S0: ECMA-QSIG slave CR=1 CHI=S2  
 
S0: ECMA-QSIG slave CR=2 CHI=S0  
 
S0: ECMA-QSIG slave CR=2 CHI=S2 (standard)  
 
S2: ECMA-QSIG master CR=2 CHI=S2 (standard)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG master CR=1 CHI=S0  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG master CR=1 CHI=S2  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG master CR=2 CHI=S0  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG slave CR=2 CHI=S2 (standard)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG slave CR=1 CHI=S0  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG slave CR=1 CHI=S2  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ECMA-QSIG slave CR=2 CHI=S0  
not HiPath 2000/
HiPath OpenOffice EE  
S2: NEC CO PP (with CRC4, not permanently active)  
not HiPath 2000/
HiPath OpenOffice EE  
IVM: Standard  
not HiPath 2000/
HiPath OpenOffice EE  
S2: IO-QSIG Master CR=2 CHI=S2 (standard)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: ISO-QSIG Slave CR=2 CHI=S2 (standard)  
not HiPath 2000/
HiPath OpenOffice EE  
S0: ISO-QSIG master direct CR=2 CHI=S2 (standard)  
 
S0: ISO-QSIG master (nailed connection) CR=2 CHI=S2 (standard)  
 
S0: ISO-QSIG Slave CR=2 CHI=S2 (standard)  
 
HXGM/HXGS: Trunk CorNet-N Plus (HiPath 5000 RSM/AllServe H150)  
not HiPath 2000/
HiPath OpenOffice EE  
HXGM/HXGS: Subscriber  
not HiPath 2000/
HiPath OpenOffice EE  
S0: CorNet-N Variant 2 master direct Xpressions  
not HiPath 2000/
HiPath OpenOffice EE  
S2: CorNet-N Variant 2 master direct Xpressions  
not HiPath 2000/
HiPath OpenOffice EE  
HXGM/HXGS: CorNet-N Variant 2 master direct Xpressions  
not HiPath 2000/
HiPath OpenOffice EE  
Automatic PRI Configuration  
not HiPath 2000/
HiPath OpenOffice EE  
S0: Euro Numeris (VN6) automatic PP  
France only  
S0: Euro Numeris (VN6) PP  
France only  
S2M: Euro Numeris (VN6) PP  
France only
not HiPath 2000/
HiPath OpenOffice EE  
S2M: Euro Numeris (VN6) PP without CRC4 check  
France only
not HiPath 2000/
HiPath OpenOffice EE  
CorNet-IP (Trunking)  
 
S0: CorNet-NQ Master Direct CR=2 CHI=S2 (standard)  
 
S0: CorNet-NQ master (nailed connection) CR=2 CHI=S2 (standard)  
 
S0: CorNet-NQ slave CR=2 CHI=S2 (standard)  
 
S2: CorNet-NQ master CR=2 CHI=S2 (standard)  
not HiPath 2000/
HiPath OpenOffice EE  
S2: CorNet-NQ slave CR=2 CHI=S2 (standard)  
not HiPath 2000/
HiPath OpenOffice EE  

9.4.3.3  
Area: B-Channel-Mode, outgoing, incoming 
In the B-Channel-Mode field, each individual B-Channel of a PRI or CorNet line can be blocked for incoming and/or outgoing traffic. This option can be used for a shared T1 line, for example, when parts of the T1 spectrum are used for other services.
The outgoing and incoming buttons are used to define the type of seizure for a physical B-channel.
The following seizure types are possible:
   -   outgoing only
   -   incoming only
   -   outgoing and incoming (standard)
The B-Channel-Mode configuration is only evaluated when the communication system must offer a B-channel. The following scenarios are possible:

S2 outgoing:  
The communication system must offer a B-channel.  
S2 incoming:  
The remote station must offer a B-channel. This B-channel is accepted by the communication system and the configuration is not checked. It is thus of no direct significance.  
S0 outgoing:  
As the communication system does not pre-assign a B-channel (any channel), this configuration is of no direct significance.  
S0 incoming:  
When the remote station sets up a call and a B-channel has not been specified, the communication system offers a B-channel in accordance with the B-channel mode configuration.  

9.4.3.4  
Template button 
The template feature allows you to preserve the selections that you have made for a given trunk so that you can use the same selections on one or more other trunks. When used in conjunction with the Copy flags button, this allows you to set parameters via a template without selecting each of the features individually again.
You can use the template in the ISDN flags dialog box to apply your settings to the MSI flags and the General flags dialog boxes as well; these masks do not have a template of their own.  
The ISDN Protocol will be changed for the whole T1 span as soon as one channel is changed. For the MSI flags (G/L start, analog T1 and analog DID) the type needs to be changed on a per channel basis.

See also:  
   -   Section 7.2.8 "Station view: ISDN flags"
   -   Section 9.4.1 "Trunks"
   -   Section 9.4.4 "Trunks | Parameter/MSI flags"
   -   Section 9.4.5 "Trunks | Parameter/General Flags"
   -   Section 9.4.7 "Trunks | Parameter/Template Editor"
   -   Section 9.4.8 "Routes"
   -   Section 9.4.9 "Routing parameters"

HiPath 3000/5000 V9, Manager E, Administrator Documentation, Issue 7   up Top
Disclaimer & Copyright   ID: P31003H3590M1000176A9   2012-06-25