Design and Implementation of Networking Plan Essay

Design and Implementation of Networking Plan - Essay Example On a network of a number of routing protocols, rout distribution process is involved to help broaden various sections of network learned routes under the support of configured protocol in sequences adaptable to other segments too within the network system. In any communications over interlinked devices on the same network system, routers to have to be connected directly, static or dynamic. To explain these concepts: dynamic routers are always acquired from â€Å"visible† routers through routing protocols; and static routers keyed-in by the network administrator. In the case of any static routing (a system of manually inserting routes within the existing sequence of routers’ routing), a number of limitations are experienced. These include lack of its practicality/ success on larger network systems since it requires a lot of time to set up; all routers must be updated upon addition of new networks, by administrators; it requires a full understanding of internetwork in relation to the functionality of all router connections. Link state routing protocols have the limitations of inability to transfer data packets over larger network since it uses CPU and system memory to update routing tables; use of larger quantities of network bandwidth at times of convergence; and a lot of time consumed during convergence in case of poor coordination on the reception of rout information over the same network system. Overcoming the listed shortcomings takes into account measures such as reducing router resource utilization through prolonging update frequencies or by swapping rout summaries; and synchronizing updates with duration taken. Additionally, solution measures such as maximum hop counts, hold downs, route poisoning, and split horizons can be considered alternately to encounter  routing loops. The prime use of packet switching and IP address makes available internet infrastructure needed by routing protocols in the sequential transmission of data packets over the internet.