Cabletron Systems SmartSwitch manual Following command line displays an example for a Vlan

Chapter 22: WAN Configuration Guide

The following command line displays an example for a VLAN:

interface create ip IPWAN address-netmask 10.50.1.1/16 peer-address 10.50.1.2 vlan BLUE

Mapped Addresses

Mapped peer IP/IPX addresses are very similar to static addresses in that InArp is disabled for Frame Relay and the address negotiated in IPCP/IPXCP is ignored for PPP.

Mapped addresses are most useful when you do not want to specify the peer address using the interface create command. This would be the case if the interface is created for a VLAN and there are many peer addresses on the VLAN. If any of the peers on the VLAN do not support InArp or IPCP/IPXCP, then use a mapped address to configure the peer address.

The following command lines display two examples for Frame Relay:

frame-relay set peer-address ip-address 10.50.1.1/16 ports se.4.1.204

frame-relay set peer-address ipx-address a1b2c3d4.aa:bb:cc:dd:ee:ff ports se.6.3.16

The following command line displays two examples for PPP:

ppp set peer-address ip-address 10.50.1.1/16 ports se.4.1

pppset peer-address ipx-address a1b2c3d4.aa:bb:cc:dd:ee:ff ports se.6.3

Dynamic Addresses

If the peer IP/IPX address is unknown, you do not need to specify it when creating the interface. When in the Frame Relay environment, the peer address will be automatically discovered via InArp. Similarly, the peer address will be automatically discovered via IPCP/IPXCP negotiation in a PPP environment.

The following command lines display examples for a port and a VC:

interface create ip IPWAN address-netmask 10.50.1.1/16 port hs.3.1

interface create ip IPWAN address-netmask 10.50.1.1/16 port hs.5.2.19

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