Overview:
In this lab scenario there are two BGP AS in addition to OSPF, EIGRP, IGRP and RIP routing protocols. This is a timed lab much like that of a CCIE lab. Nine hours have been allotted to complete the lab scenario Good Luck.
In this lab scenario there are two BGP AS in addition to OSPF, EIGRP, IGRP and RIP routing protocols. This is a timed lab much like that of a CCIE lab. Nine hours have been allotted to complete the lab scenario Good Luck.
In this lab you will use almost every routing protocol Cisco offers for TCP/IP and should take even advanced engineers several hours. Good Luck.
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In this lab you will see one of the problems that can sometimes appear on networks with multiple routers doing redistribution
Configure the routers to match the diagram in the left margin labeled topology. You will be using the range of class C addresses between 204.1.2.0-204.1.8. Never use a static route at any time on the routers to achieve the solution.
Keep a diagram of your network including all network addresses and routing domains.
In this lab you will learn how to configure basic TCP/IP redistribution between three routing protocols, RIP, IGRP and OSPF. You should be familiar with configuring these routing protocols before you begin this lab.
Configure the routers to match the diagram in the left margin labeled topology. Use the network address specified on the diagram. Never use static routing at any time to complete this lab.
Keep diagrams of your network including all network addresses and the routing domains for each routing protocol?