Checking Connectivity

Now, try pinging R2’s loopback interface from R1 and vice versa :

R1#ping 3000:192:168::1

 

R2#ping 2000:192:168::1

 

R1 will be able to ping the R2 loopback interface after configuring RIPng and vice versa, as RIPng injected route entries of both the routers’ loopback interface IPv6 network in each other’s IPv6 route table through RIPng advertisements (same as RIPv2) :

To capture the interface in GNS3 :

  1. Make sure that Wireshark is installed on your PC.
  2. Hover over the interface you want to capture and right-click on the interface  
  3. A drop-down menu will appear with some options.
  4. Select the option that says “Start capture”.

 

Configuring RIP for IPv6 – RIPng in Cisco

Routing Information Protocol (RIP) is a dynamic routing protocol that applies hop count as a routing metric to find the best path between source and destination networks. It is a distance vector routing protocol with an AD value of 120 and operates on the network layer of the OSI model. RIP uses port number 520.

Similar Reads

RIPng:

RIPng stands for Routing Information Protocol Next Generation. Plain distance-vector protocol utilizing UDP as its transport protocol using port number 521 instead of 520 (to avoid conflict with the existing RIPv1 & RIPv2). Wide adoption of RIP and support over a wide variety of CISCO routers as well as other different vendors prompted the creation of an IPv6 version of RIP called as RIPng. It is built on top of RIPv2 (RIP version 2 for IPv4). The destination IPv6 address for multicast RIPng advertisements is FF02::9. Many operations of RIPng are similar to RIPv2....

Configure RIPng:

Step 1: Enable IPv6 unicast routing on both routers in global configuration mode :...

Checking Connectivity:

Now, try pinging R2’s loopback interface from R1 and vice versa :...

Output Traffic:

The traffic of Packet 64 captured by Wireshark is given below. The traffic is captured by Wireshark....

Packet Information:

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