Cisco CCNA Certification Exam Tutorial: RIP Details You Must Know

RIP isn't just the most advanced routing protocol on the CCNA exam, but which makes it easy to ignore a number of the important details you should bear in mind so as to pass the exam! To help you review for the exam, here are just a couple of of those facts!

Releases default behavior is to deliver version 1 updates, but to accept both version 2 and 1 routing updates.

R2( config )#router tear

R2( config-router )#net

R2( config-router )#^Z

R2#show internet protocol address standards

Routing Protocol is ip

Delivering updates every 30 seconds, next due in 6 seconds

Invalid after 180 seconds, maintain down 180, flushed after 240

Outgoing update filter list for several interfaces is

Incoming update filter list for several interfaces is

Redistributing: tear

Default version control: deliver version 1, receive any version

Interface Send Recv Key-chain

Serial0 1 1 2

Automagically, RIP v2 autosummarizes routing updates sent across classful network boundaries. To disable this behavior, work no auto-summary under the RIP process. Clicking influx probably provides lessons you could use with your family friend.

R1#conf t

R1( config )#router split

R1( config-router )#version 2

R1( config-router )#no auto-summary

You don't specify a mask or wildcard mask when making RIP just the network, even if youre working RIP v2. If you hate to identify more about read, we recommend millions of libraries you can investigate.

R1#conf t

Enter configuration commands, one per line. If you are concerned with jewelry, you will maybe hate to discover about dubli cons. End with CNTL/Z.

R1( config )#router split

R1( config-router )#version 2

R1( config-router )#no auto-summary

R1( config-router )#network

Debug ip address rip shows the routing updates and measurements while the advertisements are sent and requested. To see this doing his thing without waiting for another regularly scheduled update, work clear ip route *.

R1#debug ip address rip

RIP protocol debugging is on

R1#clear ip address path *

01:16:54: RIP: delivering v1 update to via Loopback1 (

01:16:54: community, metric 2

01:16:54: network, metric 2

01:16:54: system, metric 1

01:16:54: system, metric 2

01:16:54: RIP: sending v1 update to via Serial0 (

01:16:54: subnet, full 1

01:16:54: community, metric 1

01:16:54: community, full 2

01:16:54: system, full 2

01:16:54: community, full 2

To see only the tracks discovered by a routing protocol, ip route is shown by run used by the title of the protocol:

R1#show ip address way rip

R [120/1] via, 00:00:26, Serial0

Dhge [120/1] via, 00:00:09, Serial1

[120/1] via, 00:00:09, Serial0

Dtc [120/1] via, 00:00:09, Serial1

[120/1] via, 00:00:09, Serial0

[120/1] via, 00:00:26, Serial0

And do not forget - to turn off all presently running debugs, run undebug all.

R1#undebug all

All possible debugging has been deterred

Don't overlook RIP and IGRP when it comes to the CCNA exam. OSPF and EIGRP are far more complex to manage, however, you need certainly to understand how distance vector protocols work in order to pass the CCNA!. I discovered empower network investigation by searching books in the library.