On R3 and R4, configure an EIGRP summary route for the loopback networks. Īssign IPv6-Edge with the router-ID of 1.1.1.1Ĭonfigure a directly attached default route on IPv6-Edge and propagate it in EIGRP updates. Implement EIGRP on IPv6 enabled routers using Autonomous System 1. IPv4 Server should also be able to ping every loopback address on R1 and R2. Verify R1 and R2 can ping the IPv4 Server. IPv4-Edge should only have two EIGRP routes in the routing table. R1 and R2 should only have four EIGRP routes in the routing table, one of which is the default route (D*EX). On R1 and R2, configure an EIGRP summary route for the loopback networks. Use the default method to only allow EIGRP updates out the active EIGRP serial interfaces.Ĭonfigure a directly attached default route on IPv4-Edge and propagate it in EIGRP updates.Ĭonfigure the serial interfaces between R1, R2 and IPv4-Edge to send hellos every 10 seconds. Use the wildcard mask to advertise the /30 networks between R1, R2 and IPv4-Edge. Use the classful network address for the loopback interfaces. Implement EIGRP on IPv4 enabled routers using Autonomous System 1. Packet Tracer - Skills Integration Challenge Your task includes enabling EIGRP, assigning router-IDs, changing the hello timers, configuring EIGRP summary routes and limiting EIGRP advertisements. Scenario In this activity, you are tasked with implementing EIGRP for IPv4 and IPv6 on two separate networks. Packet Tracer - Skills Integration Challenge Topology

8.3.1.2 packet tracer