RIPng Configuration

RIPng Configuration
RIPng Overview
In previous, we have already shown how to configure RIPv1 and RIPv2 for small network. Due to in early future we will
lack of number of Public IPv4, so we have to use IPv6. RIPng is dynamic distance vector routing protocol is used for
routing IPv6 network design. RIPng also support only 15 hop count to reach remote network.
RIPng Topology
Click here to download topology of RIPng Configuration.pkt

RIP Version 2 Configuration

RIP Version 2 Configuration
RIP Version 2 Overview
Due to the deficiencies of the initial RIP specification, RIP version 2 (RIPv2) was developed in 1993 and last
standardized in 1998. It enclosed the flexibility to hold subnet data, therefore supporting egalitarian Inter-Domain
Routing (CIDR). to keep up backward compatibility, the hop count limit of fifteen remained. RIPv2 has facilities to totally
interoperate with the sooner specification if all should Be Zero protocol fields within the RIPv1 messages are properly
mere. additionally, a compatibility switch feature permits fine-grained ability changes.
In an attempt to avoid extra load on hosts that don’t participate in routing, RIPv2 multicast the whole routing table to all
or any adjacent routers at the address 224.0.0.9, as against RIPv1 that use broadcast. Unicast addressing remains
allowed for special applications.
(MD5) authentication for RIP was introduced in 1997.
Route tags were additionally value-added in RIP version two. This standard permits a distinction between routes
learned from the RIP protocol and routes learned from alternative protocols.
Topology
Click here to download topology of RIP Version 2 Configuration.pkt

RIP Version 1 Configuration

RIP Version 1 Configuration
RIP Version 1 Overview
The original specification of RIP, outlined in RFC 1058, was printed in 1988 and uses classful routing. The periodic
routing updates don’t carry subnet info, lacking support for variable length subnet masks (VLSM). This limitation
makes it not possible to possess different-sized subnets within a similar network class. In different words, all subnets
during a network class should have a similar size. there’s additionally no support for router authentication, creating
RIP susceptible to numerous attacks.
Topology
Click here to download topology of RIP Version 1 Configuration.pkt