What is the difference between ripv2 and eigrp

All submitted content is subject to our Terms Of Use. I need to know the major difference in terms of configuring them on devices, such as routers. Thanks in advance. Share Flag. All Answers.

It is basically use for smaller size organization. It is basically use for medium to lager size organization in the network.

It is basically use for medium to larger size organization in the network. It is basically use for larger size organization in the network. It support maximum 15 routers in the network. It supports maximum routers in the network. It supports unlimited router in the network. RIP is denoted by R in routing table. It Is denoted by I in routing table. Basically IP Route is used to create static routes. While eigrp, ospf and Ripv2 are dynamic routing protocols.

The routers that are running these protocols can talk to each other and create or remove routes dynamically. On top of that, routing is a big topic and books are written for these routing protocols. You'll have to do a lot of reading and learn. I understand this, but what I don't understand is why use static routing at all if dynamic routing create's or remove routes dynamically. Isn't it easier and faster to use dynamic routing than static routing? Sometimes it's easier and faster to setup static routing.

In other cases, static routes are used for something other than for the purpose of forwarding packets along to a next hop in the forwarding path. Sometimes static routes are used to blackhole traffic, for example. Not all devices support the same dynamic routing protocols. Dynamic routing protocols may use resources, that you don't have in every case. Dynamic routing protocols are another possible source of error.

At this point, you need to advertise the network you want to route by using the network It is worth noting that EIGRP has automatic summarization enabled by default so that if no interface is configured on your router, via the route you specified, then a summary route will be used instead. OSPF is an excellent choice for scalable networks because it has no limits on hop count. This gives it the reach to function well on larger networks.

OSPF has a reputation as a protocol that it is quite difficult to set up. The hello packet includes the following information:. Hello packets are sent out to nearby routers regularly to establish a relationship with nearby devices.

The intention is to establish bidirectional communication. Hello packets achieve this by listing the address of the destination router so that the receiving router knows that there is bidirectional communication.

The process for configuring OSPF is relatively simple. You want to do this by entering the following network commands on both routers:.

Note that the network commands entered include the connected subnets of each router. If you want to check that the routers have become neighbors then you can use the show ip ospf neighbors command:. Likewise, you can check that the routing information has been updated by using the show ip route command. IGPs are used on internal networks whereas EGPs are used to connect separate networks and route traffic across the internet. BGP is a layer 4 protocol which is more scalable than all other available routing protocols.

When routing over the internet, BGP is used instead of static routing because BGP can automatically failover if a link fails. Similarly, BGP can use its routing table to find the best internet path to its destination. The main drawback of BGP is that it is more complex than its counterparts. We can do that by entering the following:.

On Router 1 enter the following:. Once this is done it is time to make the routers exchange routes with each other. To do this you need to advertise the loopback interface to Router 2.