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best cisco dumps 2019.° 10.1.3.0/24 <-- Minimum broadband = 100 000 Cumulative delay return = 100 EIGRP updateFigure 9-12 How R1 Calculates the RD and FD to 10.1.3.0/24 In fact, based on the information in Figure 9-12, the FD of R2 to subnet 10.1.3.0/24 (and also the RD of R1 to 103.0/24) can be calculated in a much simpler way.107\ --- +(10)X256 = 28160 100 000/The EIGRP convergence process logically uses one of two branches. which branch is used depends on whether the failure route has a FeasibleSuccessor route. Whether a router has a FeasibleSuccessor route depends on the FD and RD values of the competing hand routes that reach a given subnet. The following section defines the concept of a feasible successor route and discusses what happens in this case.EIGRP Relays and Feasible RelaysEIGRP calculates the metric values for all routes arriving on each subnet. For a particular subnet, the route with the best metric is called a successor, and the router fills in the IP routing table with that route (the metric for that route is called the feasible distance, as described earlier).For other routes that reach the same subnet, i.e., routes with a metric greater than its FD value, EIGRP needs to decide which route to use as soon as the current best route fails, and that route does not cause a routing loopback.EIGRP performs a simple algorithm toLatency: 20 000 ms200 Chapter 9 Understanding EIGRP Conceptsdetermine which routes can be used, and keep these loopback-free backup routes in the topology table to use them when the current best route fails. These immediately selectable routes are called Feasible SuccessorRoutes because they do become available when a successor route fails.