Bind Pstn Interfaces To Pstn Ports And Create Line Hunt Groups; Examples; V5 Carrier Access - Patton electronics SmartNode Series Software Configuration Manual

SmartWare Software Configuration Guide
SN(ctx-cs)[switch]#interface h323 EnterpriseGateway
SN(if-h323)[Enterpr~]#portaddress 5
SN(if-h323)[Enterpr~]#exit
SN(ctx-cs)[switch]#exit
SN(cfg)#gateway h323 h323
SN(gw-h323)[h323]#q931-tunneling
SN(gw-h323)[h323]#

Bind PSTN interfaces to PSTN ports and create line hunt groups

In order to become functional the PSTN interface must be bound to the physical PSTN port from which it
receives incoming calls and to which it forwards outgoing calls. Generally a PSTN interface binds only one
PSTN port. If a PSTN interface binds more than one PSTN port a line hunt group is created. Hunt groups
allows you to apply the PSTN interface configuration to multiple physical ports. Within the hunt groups free
channels for outgoing calls are hunted on all available ports. Its are hunted in the sequence of their binding in
the interface configuration.
This procedure describes how to bind the PSTN interface to a PSTN port
Mode: Interface below Context CS
Step
1 node ( if-type )[ if-name ]#bind port slot port
Example: Bind PSTN interface to PSTN ports
The following example shows how to create a line hunt group by binding multiple PSTN ports to the PSTN
interface.
SN>enable
SN#configure
SN(cfg)#context cs
SN(ctx-cs)[switch]#interface pstn PublicPSTN
SN(if-pstn)[PublicP~]#bind port 2 0
SN(if-pstn)[PublicP~]#bind port 2 1
SN(if-pstn)[PublicP~]#

Examples

V5 carrier access

Figure 59 on page 304 shows a V5 carrier access scenario. The association between the subscriber ISDN port
and the switch port is achieved using a port address. This port address creates a virtual extension line which
supports the complete ISDN services and supplementary services

Examples

Command
24 • CS interface configuration
Purpose
Bind interface to a port
303