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6 Verify the operational state of the interface as well as LMI Use the show interfaces command to verify that the interface is up and up and that LMI is functioning Use the show frame-relay lmi command to make sure the router is sending and receiving LMI information 7 Verify your PVC configuration and status on the 2600-2 View the resolution entry: show frame-relay map View the PVC: show frame-relay pvc The status of the VC should be ACTIVE 8 Verify your PVC configuration and status on the 2600-1 At the top of the simulator in the menu bar, click the eRouters icon and choose 2600-1 View the resolution entry: show frame-relay map View the PVC: show frame-relay pvc The status of the VC should be ACTIVE 9 Ping the 2600-2 s Frame Relay interface address Test connectivity: ping 192168102 The ping should be successful 10 On the 2600-1 router, set up a static route to the 2600-2 s remote network View the routing table At the top of the simulator in the menu bar, click the eRouters icon and choose 2600-1 On the 2600-1, set up the static route to reach 19216830/24: configure terminal and ip route 19216830 2552552550 192168102 Exit Configuration mode: end View the routing table and look for the static route: show ip route 11 On the 2600-2 router, set up a static route to the 2600-1 s remote network View the routing table At the top of the simulator in the menu bar, click the eRouters icon and choose 2600-2 On the 2600-2, set up the static route to reach 19216830/24: configure terminal and ip route 19216810 2552552550 192168101 Exit Configuration mode: end View the routing table and look for the static route: show ip route 12 From Host-1, test the connection to Host-3 At the top of the simulator in the menu bar, click the eStations icon and choose Host-1 On Host-1, ping Host-3: ping 192168310 The ping should be successful You should now be more familiar with setting up a basic manually resolved Frame Relay connection to a remote site.

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Non-broadcast multi-access (NBMA) is a term used to describe WAN networks that use VCs for connectivity In a broadcast medium in LAN environments such as Ethernet, every device on a segment or VLAN is in the same broadcast domain when a device generates a broadcast, every other device in the broadcast domain will see the segment, as is shown in the top part of Figure 26-10 As you can see in this example, RouterA generates one An NBMA environment broadcast and the other two routers, RouterB is an environment that allows access by and RouterC, receive it With WAN networks multiple devices but doesn t support a that use VCs, each device is connected to traditional broadcast environment such as another device via a point-to-point VC only Ethernet Frame Relay is an example of two devices can be connected to a VC This an NBMA network poses a problem with NBMA environments

FIGURE 26-10

Route conductors well above the bilge or any other area where water might accumulate If routing through such an area cannot be avoided, both the conductors and the connections should be watertight Conductors should also be kept clear of exhaust pipes and other heat sources Minimum clearances, except for engine wiring and exhaust-temperature sensor wiring, should be 2 inches for wet exhausts and 4 inches for dry exhausts, unless equivalent heat barriers are provided Conductors should also be kept clear of sources of cha ng such as engine shafts, steering cable and linkages, steering gears, and engine controls If AC and DC conductors are run together, the AC conductors must be sheathed or bundled separately from the DC conductors

4 5

Before reading more about the issues of NBMA environments, consider some of the topologies you can use to connect your devices using VCs Table 26-5 contains the terms used to describe these various topologies The bottom part of Figure 26-10 shows an example of a fully meshed network In such a network, it is easy to emulate a broadcast environment In this environment, your router replicates the local broadcast across every VC in the subnet on that interface For example, in Figure 26-10, when RouterA wants to send a local broadcast, it sends it across the two VCs to RouterB and RouterC In a fully meshed environment, every device receives the original broadcast frame This process is also true if RouterB or RouterC generates a broadcast in this example

The main problem of NBMA environments arises when the network is partially meshed for a subnet This can create problems with routing protocols that support split horizon Recall from 15 that distance vector protocols, such as RIP, use split horizon to prevent routing loops Split horizon states that if routing information is learned on an interface, this routing information will not be propagated out the same interface This is an issue with partially meshed networks that use VCs For instance, two routers may be in the same subnet but not have a VC between them With partially meshed networks, this can create routing issues Look at Figure 26-11 to see the problem This figure shows a network in which RouterA has a VC to the other three routers, but these three routers must go through RouterA to reach the other routers

TABLE 26-5

126 126

Your router has VC connections to every other router Your router has VC connections to some, but not all, of the other routers Your router has a VC connection on only one other router (this is used to emulate leased lines/dedicated circuit connections) Your router has VC connections to some, but not all, of the other routers This is sometimes called a hub-and-spoke topology, where the routers are partially meshed Each remote site router has a connection to the central site router

FIGURE 26-11

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