PDF user manual for CopperEdge 150

4. In this example of an interface configured for VWAN,configure and activate the Frame Relay virtual circuitas described on page 65. Note that full provisioning of aFrame Relay or ATM WAN link may require additionalconfiguration, depending on the type of digital facilityused, connected upstream equipment, etc. See thediscussions in Chapter 4 and the information on MIBgroups related to WAN link provisioning in theCopperEdge 150 CopperCraft Reference and MIBDefinitions manual.5. Verify the physical connection of the CE150 networkinterface (Ethernet, WAN, or DSL), and ensure that anythird-party equipment (router, CSU/DSU, etc.) isconfigured to communicate with the CE150.6. Configure the CE150’s default IP route. In most cases,the routes to connected networks that are followed byoutgoing message packets are automatically defined bythe IP addresses and subnet masks of the interfaces.For any messages that do not have an assignedrouting, the default IP route (specified as 0.0.0.0)establishes the “next hop” address. This default routeis mapped to its next hop through the port on theCE150 used for “upstream” packet-basedcommunication. Typically this will be one of the WANports, but could be the Ethernet port, if that interfaceis used for network access. For example:CRAFT> set iproute[0.0.0.0] nexthop=192.176.1.88where: 192.176.1.88 is the IP address of the routerinterface to which packets for unknown destinationsare routed. The mask of the default route is always0.0.0.0. If no default route is configured, packetsaddressed to unknown destinations are discarded.7. Configure other entries in the IpRoute table asnecessary.8. For distant destinations, you may need to insertadditional routing-table entries. In fact, any other IPRoute information, beyond the default, must beconfigured as static routes, as there is no provision fordynamic route assignment in the CE150. If additionalroutes are needed, add them to the ipRoute table asdescribed in the previous section.9. Using the CopperCraft interface, first view the existingroute table, beginning with the default (0.0.0.0) route:CRAFT> get iproute [0.0.0.0]Group: ipRouteInstance: [0.0.0.0]Dest = 0.0.0.0IfIndex = 2Metric1 = 0Metric2 = -1Metric3 = -1Metric4 = -1NextHop = 192.176.1.88Type= Direct&RSSHU(GJH,QVWDOODWLRQDQG2SHUDWLQJ*XLGH