Every 30 seconds by default in RIP version 1.
RIP routing updates are sent every 30 seconds by default. In RIP version 1, they are sent as a broadcast. In RIP version 2, they are sent to a special multicast address.
Router(config-if)#no routing
To stop RIP (Routing Information Protocol) routing updates, you can use the "passive-interface" command on routers to prevent the interface from sending RIP updates. This command can be applied to specific interfaces using the router configuration mode. Additionally, you can disable RIP entirely by removing the RIP configuration from the router or using the "no router rip" command. Finally, implementing route filtering with access control lists (ACLs) can also help control the propagation of RIP updates.
RIP (Routing Information Protocol) is a distance-vector routing protocol that uses hop count as its metric for path selection. RIP routers broadcast their entire routing table every 30 seconds as a broadcast. RIP is classified as a classful routing protocol, meaning it does not support the use of VLSM (Variable Length Subnet Masking) and requires all devices in a network to use the same subnet mask.
RIP listener waits for route updates sent by routers that use the routing information protocol in a corporate LAN.
Two reasons to implement RIP version 2 over RIP version 1 include support for Classless Inter-Domain Routing (CIDR), which allows for variable-length subnet masks (VLSM) and more efficient use of IP address space. Additionally, RIP version 2 provides route tagging and multicast updates, reducing unnecessary network traffic and improving overall routing efficiency compared to the broadcast updates used in RIP version 1.
Every 20 Milliseconds it updates.
to identify the directly connected networks that will be announced in RIP updates
Two Characteristics: RIP is an example of distance vector routing protocols. Updates are periodic and include the entire routing table
RIP v2 supports subnets of different sizes. So I guess it would be the router that can, or can not, be configured to summarize routes. (This would not be possible in RIP v1; the size of the subnet is implicit, it is not sent with the routing updates.)RIP v2 supports subnets of different sizes. So I guess it would be the router that can, or can not, be configured to summarize routes. (This would not be possible in RIP v1; the size of the subnet is implicit, it is not sent with the routing updates.)RIP v2 supports subnets of different sizes. So I guess it would be the router that can, or can not, be configured to summarize routes. (This would not be possible in RIP v1; the size of the subnet is implicit, it is not sent with the routing updates.)RIP v2 supports subnets of different sizes. So I guess it would be the router that can, or can not, be configured to summarize routes. (This would not be possible in RIP v1; the size of the subnet is implicit, it is not sent with the routing updates.)
Particulars RIP V1 RIP V2 VLSM Support NO Route Propogation Mechanism Broadcast (255.255.255.255 ) Multicast (224.0.0.9) Authentication Mechanism No Yes ( Text & MD5 )----RIP V1-----> Classful routing protocol.RIP V2-----> Classless routing protocol.-----------------------------------------------------RIP V1------> Subnet masks are NOT included in the routing update.RIP V2------> Subnet masks are included in the routing update.-----------------------------------------------------RIP V2 is actually an enhancement of RIP V1's features and extensions raether than an entirely new protocol.
the purpose of rip is used in routing........