router configs for AT&T AVPN services

[alison.hou]

We are now upgrading our service to AT&T AVPN service ( 2t1). What are configs?

thanks,

alison

[John Blakley]

It's a standard MPLS connection so your configs will be based on that. Do you have multiple locations? AT&T allows for you to choose your routing protocol also, so what did you choose? We're going to need a little more information.

Hth,

John

Sent from Cisco Technical Support iPad App

[alison.hou]

We are upgrading our IPFR VPN service( with T1 access) to AVPN service ( with 2T1access)

Here are current related configs:

controller T1 0/0/0

  framing esf

  linecode b8zs

  cablelength long 0db

  channel-group 0 timeslots 1-24

controller T1 0/1/0

framing esf

linecode b8zs

cablelength long 0db

channel-group 0 timeslots 1-24

interface serial0/0/0/0

no ip address

encapsulation frame-relay IETF

ip route-cache flow

tx-ring-limit 3

tx-queue-limit 3

frame-relay traffic-shaping

interface serial0/0/0:0.1 point-to-point

description  ATT IPFR to PER

bandwidth 1024

ip address 10.17.1.165.255.255.255.252

frame-relay interface-dlci 777

  class FRTS1024

router eigrp 2

network 10.0.0.0

no auto-summary

router bgp 65089

...

we are going to intall a new VWIC2-2MFT- T1 card for the new 2T1. what are config changes for the new AVPN service?

thanks,

Alison

[John Blakley]

Alison,

The best information that I can give you is to get the configs from ATT for your specific circuit. We utilize AVPN, but there are usernames attached to the link that they've assigned. Otherwise, if you're going to be using both T1s, make sure that you have ATT provision the circuit for a multilink connection. If not, the circuit won't come up. If you provision it with non-MLP, then you should be able to get 1 circuit running on it, but the ip address has to go on the serial interface and not the mlp interface whereas it goes on the mlp interface and utilizes both circuits if you have an mlp provisioned circuit.

ATT will definitely be able to give you configs for your circuit.

HTH,

John