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2604The CD contains a multimedia demonstration of the debug framerelay lmi command on a router
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The preceding two sections showed you how to configure the interaction between your router (DTE) and the carrier s switch (DCE) This section expands upon this and shows you how to send data between two Frame Relay DTEs As mentioned earlier in the chapter, to send data to another DTE, a VC must first be established This can be a PVC or an SVC The CCNA exam focuses on PVCs, so the topic is restricted to the configuration of PVCs in this book One of the first issues that you ll have to deal with is the router, which, by default, doesn t know what PVCs to use and which device is off of which PVC Remember that PVCs are given unique locally significant addresses called DLCIs Somehow the router has to learn the DLCI numbers and the layer 3 address that is at the remote end of the VC (this is similar to the problem of how devices, with IP addresses, need to talk to each other across Ethernet, which uses MAC addresses) With TCP/IP, the Address Resolution Protocol (ARP) is used to solve this problem Two methods are available to resolve this issue in Frame Relay: manual and dynamic resolution These resolutions map the layer 3 address of the remote Frame Relay DTE to the local DLCI number your router uses to reach this DTE The following sections cover the configuration of both of these resolution types
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If you are using manual resolution to resolve layer 3 remote addresses to local DLCI numbers, use the following configuration:
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Router(config)# interface serial [slot_#/]port_# Router(config-if)# frame-relay map protocol_name destination_address local_dlci_# [broadcast] [ietf|cisco]
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The frame-relay map command defines the manual resolution process The protocol_name parameter specifies the layer 3 protocol that you are resolving: IP, IPX, or AppleTalk, for instance If you are running two protocols between yourself and the remote DTE, such as IP and IPX, you will need a separate frame-relay map command for each protocol and destination mapping Following the name of the protocol is the remote DTE s layer 3 address (destination_address), such as its IP address Following the layer 3 address is the local DLCI number your router should use in order to reach the remote DTE These are the only three required parameters The other two parameters, the broadcast parameter and the frame type parameter, are optional By default, local broadcasts and multicasts do not go across a manually resolved PVC Therefore, if you are running Routing Information Protocol (RIPv2), Open Shortest Path First (OSPF), or Enhanced Interior Gateway Routing Protocol (EIGRP) as a routing protocol, the routing updates these protocols generate will not go across the PVC unless you configure the broadcast parameter If you don t want broadcast traffic going across a VC, then don t configure this parameter If this is the case, then you ll need to configure static routes on both Frame Relay DTEs The beginning of this section described how to change the encapsulation type for Frame Relay frames with the encapsulation frame-relay command This command allows you to specify one of two frame types: ietf or cisco, with cisco being the default The problem with this command is that it specifies the same encapsulation on every VC for the specified interface When doing manual resolution, you can specify the encapsulation for each VC separately If you omit this on your manual mapping statement, the encapsulation defaults to that encapsulation type on the serial interface
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Use the frame-relay map command to con gure manual resolution of PVCs By default, broadcasts do not go across a manually resolved
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VC unless you use the broadcast parameter this allows routing protocols such as RIP, EIGRP, and OSPF to work across the manually resolved VC
Let s look at an example, shown in Figure 26-9, to illustrate how to set up manual resolution for a PVC configuration Here s the configuration for RouterA:
RouterA(config)# interface serial 0 RouterA(config-if)# encapsulation frame-relay ietf RouterA(config-if)# frame-relay lmi-type q933a RouterA(config-if)# ip address 19216821 2552552550 RouterA(config-if)# frame-relay map ip 19216822 103 broadcast
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