Avaya Connecting BayStack AN and ANH Platforms to a Network Manual de usuario descargar pdf (Pagina 79)

Configuring Network Booting

4-19

Creating the BOOTP Client Interface Table

The upstream router is a booting router’s next-hop router. By default, the booting

router’s synchronous interfaces automatically try to get IP addresses from the

upstream router. This is the EZ-Install process.

If the AN/ANH using EZ-Install gets its address from the upstream router, and the

upstream router’s interface to the AN/ANH is a Frame Relay group access PVC,

you must use Site Manager to connect to the upstream router and create a BOOTP

client interface table (in addition to a BOOTP relay agent forwarding table).

The BOOTP client interface table allows you to specify and pair the IP address of

the AN/ANH with the DLCI of the Frame Relay group access PVC.

For more information about the DLCI and Frame Relay, refer to Conﬁguring

Frame Relay Services.

To create the BOOTP client interface table, begin at the BOOTP Relay Agent

Interface Table window (r

efer to Figure 4-6) and proceed as follows:

1. Click on Client I/F.

The BOOTP Client Interface Table window appears (F

igure 4-9).

Note: You do not need to create a BOOTP client interface table if the Frame

Relay PVC is conﬁgured to operate in direct access mode, or if the circuit is

conﬁgured to operate with the Bay Networks Standard (HDLC encapsulation)

protocol.

Note: If you are using EZ-Install over Frame Relay to boot an AN, you can

have up to 20 PVCs for a single Frame Relay interface on the upstream router.

If you have more than 20 PVCs on the interface where EZ-Install is occurring,

the EZ-Install process may fail. To ensure that the process does not fail,

conﬁgure no more than 20 PVCs for a Frame Relay interface.

1 2 ... 74 75 76 77 78 79 80 81 82 83 84 ... 167 168

Sin comentarios

Avaya Connecting BayStack AN and ANH Platforms to a Network Manual de usuario Pagina 79