FPGA Based Multi-Functional and Multi-Dimensional Smart Network Routing Processor

Data traffic is recurring and increasing issue of the network when multiple users wants to use the limited bandwidth of the communication system. Handling the data is important so that the there can be efficient delivery of data by routers. Routers now are either hybrid Routers or software routers which are mostly dependent of operating system of the server. Many research has been done, claimed and evaluated to optimize software routing algorithms that are used to find the nearest or best forwarding path for the data to be routed in a topology of the network. Usually, Data plane operates at high speed and are implemented on Hardawre and control plane that processes router functionalities are at slower pace, implemented using softwares and need a processor to execute them. We propose a model of router architecture where both data plane and control plane operates on hadware and is CPU-independeat. This proposed router is multi-functional, multi-dimensional, multi-protocol support. System. This plug and play network router is an intelligent to analyse the data and route accordingly. The proposed router is implemented on FPGA so that the router can be made scalable and reprogrammable for design re-use. We claim that the router performance will improve comparaed to software- algorithm based routers.