RIPv1 is a classful routing protocol and it does not support VLSM (Variable Length Subnet Masking). RIPv2 is classless routing and it support VLSM (Variable Length Subnet Masking). RIPv2 has the option for network mask in the update to allow classless routing advertisements.
RIPv2 the updates are sent as multicast In RIPv2, it is sent as broadcast. This feature reduces the network traffic. The multicast address RIPv2 is 224.0.0.9.
RIPv2 supports authentication. Authentication helps in confirming that the updates are coming from authorized sources.
RIPv2 the updates are sent as multicast In RIPv2, it is sent as broadcast. This feature reduces the network traffic. The multicast address RIPv2 is 224.0.0.9.
RIPv2 supports authentication. Authentication helps in confirming that the updates are coming from authorized sources.
nice
ReplyDeleteRIPv1 use Broadcast traffic for updates
ReplyDeleteRIPv2 use Multicast traffic for updates
impact on using ripv1 broadcast and ripv2 using multicat
Deletenice
ReplyDeleteThis comment has been removed by the author.
DeleteRIPV1 does not provide trigger updates.
ReplyDeleteRIPv2 provides trigger updates
what is trigger update mean
DeleteTriggered update means it sends update only when something is up or down in the network unlike ripv1, ripv1 sends update every 30sec.
DeleteRIPV1 still support trigger updates.
DeleteThanks, All of your in-put helped me for a class assignment!
ReplyDeleteVery good
ReplyDeletethaqq
ReplyDelete??
DeleteNice Post Admin, if you want to learn routing Protocols and Cisco packet tracer then this links is very Helpful for you new comers.
ReplyDeletehop count limit is 15 in both RIPv1 and RIPv2
ReplyDeleteif ripv1 and ripv2 both implement on same router than which is used to decide route
ReplyDeleteboth
DeleteRIPv2
ReplyDeleteRouting Information Protocol version 2 (RIPv2), was a common LAN routing protocol in the '90s, but is rapidly fading away in production networks. RIPv2 suffered from scalability issues due to a relatively low maximum hop count of 15 routing devices. Compared to more modern dynamic routing protocols, RIPv2's methods for selecting optimal routes and the substantial convergence time it takes to recalculate paths renders it nearly obsolete. Today, the only reason you might run across a network running RIPv2 is either that the network is very old and in serious need of an upgrade or the network is running cheaper, consumer-grade routing hardware that can only support RIP
if need to more learn(CCNA,CCNP) please noc me +8801914296671
DeleteRIPv1 does not support CIDR.
ReplyDeleteRIPv2 support CIDR.
RIPv1 does not support authentication while RIPv2 does.
ReplyDeleteRIPv1 sends update as broadcast while RIPv2 sends as multicast.
Ok. What about clasless and classfull networks differnts?!
ReplyDeleteclassfull means , it doesn't send the cidr with network in their periodic update
ReplyDeleteclassless means , it send the cidr with network in their periodic update
RIP v1 does not support VLSM
ReplyDeleteRIP v2 SUpport VLSM
RIP V1 not send subnet mask to routing table
RIP v2 send subnet mask to routing table
Nice and g
ReplyDeleteGood information it is very useful information
Rpv1 doesnot supports supernetting
ReplyDeleteRpv2 supports supernetting.
Standard number in Ripv1 is RFC 1058
ReplyDeleteIn Ripv2 it is RFC 1723
k
ReplyDeleteAt a time only one version of rip is configured.either ripv1 or ripv2
ReplyDeleteis very interesting thanks Admin
ReplyDelete