FPGA Based Implementation of 3D-NoC Architecture for Data Routing.

Abstract

Most of the Networking topologies used in present world are SoC’s which is hard to manage. For the betterment of the network routing NoC can be used, we have used 3D-NoC for the efficient and fast routing. During this decade ago, Network-on-Chip (NoC) have been proposed as a promising solution for future systems on chip design. This offers vast scalability compared to that of shared bus-based interconnections in case of SoC. For, NoC have become a promising performer due to its dedicated wires. From the proposed model of 2D-NoC named OASIS, a 2x2 mesh topology design using techniques of wormhole switching and Stall-and-Go control flow. The OASIS –NoC has its own advantages over Soc shared-bus based system. Due to the limitations of 2D-NoC OASIS such as high-power consumption, high-cost communication, and low throughput 3D-NoC is proposed with a architecture in fair cost and better performance. The limitations of 2D-NoC router mostly have the same effect as of the mesh topology. To overcome the limitations of 2D-NoC router we propose 3D-NoC Routing for the efficient routing. This helps use build the cost effective and efficient model.