ca post full form

ca post full form.Example 10-9 shows two successor routes. This example is an excerpt from the EIGRP topology table for R1, showing the route from R1 to subnet 10.1.33.0/24. This subnet is connected to R4's LAN interface. In this example, R1 lists two routes from two different outgoing interfaces to two different neighboring next-hop routers. Both routes are listed with the same metric as the FD(2684416) match, so they are both successor routes.Example 10-9 Displaying Two Relay Routes on R1 for Subnet 10.1.33.0/24Rl# show ip eigrp topology |section 10.1.33.0 P 10.1.33.0/24, I successors, FD is2684416via 10.1.4.3(2684416/2172416), Serial0/0/l via 10.1.5.2(12684416/217241^), Serial0/0/0In this example, using the default settings, R1 adds two routes to its IP routing table. Later in this chapter, in the section "Implementing Load Balancing Across Multiple EIGRP Routes," some similar logic is discussed, which the router uses to handle equivalent routes to the same subnet. This section also briefly describes the equivalence load balancing options.Tip: The commands in Example 10-9 are separated by vertical lines between the showipeigrptopology command and the section command. This requires IOS to find a section or group of messages that contains the listed text (in this case 10.1.33.0) and display only that group of messages. This is just one way to get a subset of the desired output without having to list the output of the entire command.Finding a feasible successor routeBy convention, if both a successor and a feasible successor route exist, Show ip eigrptopology lists both. So far, the examples in this chapter have used all the default bandwidth and latency settings, resulting in no FS routes at all. The next topic modifies the configuration to create an FS route and then shows how to identify this route in the topology database.First, look at Example 10-9, which lists out the topology data for R1's subnet 10.1.33.0/24, which is R4's LAN subnet. From R1's perspective, if you use all the default bandwidth and latency settings, there are two routes that are identical. The route from R1 through R3 uses two serial links with default settings on all serial links, i.e. bandwidth 1544 kbit/s and latency 20 000mso the route from R1 through R2 also uses two serial links, again with default bandwidth and latency. Thus, R1 has two equivalent routes to subnet 10.1.33.0/24, as shown on the left side of Figure 10-6.The next example makes the route through R2 worse than the one through R3 by simply reducing the bandwidth of the serial link that R2 connects to R4. Currently, the slowest bandwidth for path R1-R2-R4 from the perspective of R1 is 1544 kbit/s. By reducing the bandwidth to less than