Avaya 1000 Series Configuration Manual page 70

DTE-to-DTE Multilink Frame Relay
101, 102, and 103 on the respective T1s. In this example, the Secure Router 1000 Series configurations
are almost identical. The primary difference is the IP address assigned to the AVC. The configuration for
the left Secure Router 1000 Series is shown below.
> Configure Ethernet interface
SR/configure> interface ethernet 0
SR/configure/ethernet0> ip addr 192.168.1.1
255.255.255.0
SR/configure/ethernet0> exit
> Configure CVC1
SR/configure> interface bundle cvc1
SR/configure/interface/bundlecvc1> link t1 1
SR/configure/interface/bundle cvc1> encapsulation
frelay
SR/configure/interface/bundle cvc1> fr
SR/configure/interface/bundle cvc1/fr> intf_type dte
SR/configure/interface/bundle cvc1/fr> pvc 101
SR/configure/interface/bundle cvc1/fr> exit 3
> Configure CVC2
SR/configure> interface bundle cvc2
SR/configure/interface/bundle cvc2> link t1 2
SR/configure/interface/bundle cvc2> encapsulation
frelay
SR/configure/interface/bundle cvc2> fr
SR/configure/interface/bundle cvc2/fr> intf_type dte
SR/configure/interface/bundle cvc2/fr> pvc 102
SR/configure/interface/bundle cvc2/fr> exit 3
> Configure CVC3
SR/configure> interface bundle cvc3
SR/configure/interface/bundle cvc3> link t1 2
SR/configure/interface/bundle cvc3> encapsulation
frelay
SR/configure/interface/bundle cvc3> fr
SR/configure/interface/bundle cvc3/fr> intf_type dte
SR/configure/interface/bundle cvc3/fr> pvc 103
SR/configure/interface/bundle cvc3/fr> exit 3
> Configure AVC
SR/configure> interface avc frf15 100
SR/configure/interface/avc frf15 100> cvc 101 cvc1
SR/configure/interface/avc frf15 100> cvc 102 cvc2
SR/configure/interface/avc frf15 100> cvc 103 cvc 3
SR/configure/interface/avc frf15 100> ip address
11.1.1.1 255.255.255.252
SR/configure/interface/avc frf15 100> exit
SR> configure
The above configuration does not include statements for policing and traffic shaping, so all PVCs are given
the full CIR for the interface. Once the AVC is configured, the Secure Routers can be configured for
transparent IP multiplexing or for static routing. These details are omitted.
The primary advantage of FRF.15 is that no support is required on the POP side of the network. That fact
makes this standard ideal for companies that need increased bandwidth for their frame relay based private
network. FRF.15 is more susceptible to differential delay because the multiplexed links extend well beyond
the local loop. Fortunately, differential delay encountered within the United States is typically small enough
to have little to no impact on actual traffic flow.
70 Avaya Secure Router 1000 Series Configuration Guide December 2010