Specifications

Create a Peer Configuration Table
Voice over IP for the Cisco AS5300 29
the destination pattern this way means that router 10.1.2.2 services all numbers beginning with those
digits. For more information about stripping and adding digits, see the “Outbound Dialing on POTS
Peers” section in this document.
Figure 8 shows how to complete the end-to-end call between dial peer 1 and dial peer 4.
Figure 8 Outgoing Calls from the Perspective of POTS Dial Peer 2
To complete the end-to-end call between dial peer 1 and dial peer 4 as illustrated in Figure 8, enter
the following commands on router 10.1.1.2:
dial-peer voice 4 pots
destination-pattern 1310520....
port 0:D
dial-peer voice 3 voip
destination-pattern 1408526....
session target ipv4:10.1.2.2
Create a Peer Configuration Table
Specific data relative to each dial peer needs to be identified before you can configure dial peers in
Voice over IP. One way to organize this data before you configure VoIP is to create a peer
configuration table.
Using the example in Figure 4, Router 1, with an IP address of 10.1.1.1, connects a small sales
branch office to the main office through Router 2. Three telephones in the sales branch office need
to be connected to Router 1 via the sales office’s PBX. Router 2, with an IP address of 10.1.1.2, is
the primary gateway to the main office; as such, it needs to be connected to the company’s PBX. Four
basic telephone sets need to be connected to Router 2 via the main office’s PBX. Figure 4 shows a
diagram of this small voice network.
408 526....
10636
Destination
router
VoIP call leg
POTS call leg
310 520....
10.1.2.2
SourceDestination
10.1.1.2
Voice port
1/0/0
Voice port
1/0/0
IP cloud
Source
router