What is the difference between RIP and RIP version 2?
RIP v1 is an older, no longer much used routing protocol. RIP v2 is a classless protocol and it supports classful, variable-length subnet masking (VLSM), CIDR, and route summarization. RIPv2 supports authentication of RIPv2 update messages (MD5 or plain-text).
Is RIP version 2 classless or classful?
First, RIP version 2 is a classless routing protocol. Classless routing protocols always advertise the subnet mask in their routing updates.
What is RIP v2?
RIPv2 is a classless, distance vector routing protocol as defined in RFC 1723. Being a classless routing protocol, means, it includes the subnet mask with the network addresses in its routing updates.
Is RIP v2 still used?
RIPv2 was first described in RFC 1388 and RFC 1723 (1994); the current RFC is 2453, written in November 1998. Although current environments use advanced routing protocols such as OSPF and EIGRP, there still are networks using RIP.
What is the main disadvantage of using RIP?
The disadvantages of RIP include: Increased network traffic: RIP checks with its neighboring routers every 30 seconds, which increases network traffic. Maximum hop count: RIP has a maximum hop count of 15, which means that on large networks, other remote routers may not be able to be reached.
How does RIP differ from EIGRP?
In Routing Information protocol (RIP), the maximum number of Hop is 15, because it prevents routing loops from source to destination….Difference between RIP and EIGRP :
|6.||It allow maximum hop count upto 15.||It allow maximum hop count upto 255.|
|7.||It’s administrative distance is 120.||It’s administrative distance is 90.|
How does RIP v2 work?
How does RIP work? With RIP, a router sends its full routing table to all other connected routers every 30 seconds. Triggered updates can also occur if a router goes down before the 30-second timer has expired. RIP performs “routing by rumor” and is more prone to loops than other routing protocols.
How does RIP differ from Eigrp?
Why do we use RIP?
The acronym R.I.P. appeared first in 1613 as an abbreviation for requiescat in pace, then in 1681 for rest in peace. Outside of burial ceremonies and gravestones, rest in peace has come to be used in obituaries and online to signify respect and well wishes for a beloved person who has died.
What is the problem with RIP?
Limitations of RIP-1 include the following: RIP cannot support an internal network with more than 15 hops within the same network. A router counts the hops a packet makes as it crosses other routers on the way to its destination. RIP cannot support variable-length subnet masking.
Which is better RIP or EIGRP?
However, when failure and recovery occurs the EIGRP has higher throughput than OSPF. As for bandwidth efficiency, OSPF and EIGRP has a much higher bandwidth efficiency than RIP. In every 30 seconds, RIP wastes about 0.19 Mbps, so again we prove that RIP is not suitable for large network.