An Area-Efficient FPGA Implementation of Network-on-Chip (NoC) Router Architecture for Optimized Multicore-SoC Communication

摘要

Intra chip communication in the Giga scale sizes of chip is an extreme challenge for downscaling of silicon and multiprocessor on chip system design. For this reason, it is familiar in deep submicron era. Intra chip communication characterizes various applications in signals and sensor systems. In giga scale level it examines the performance, power consumption and flexibility of the design. By sacrificing the chip area and with enhanced design techniques, the latest enrichment in the bus for intra chip communication enables to deal with chip size scaling and modular limitations. With the aim of limiting the adverse effects of chip scaling, to increase the performance of the chip and avoiding the design complexity in the on chip communication process, an innovative approach called Network on chip is initiated. This work presents Network on Chip to describe communication in the System on Chip architectures. VHDL Language is used to design the architecture of NoC and the design is implemented on Virtex 6 FPGA. Using ISE 14.5 the results of the router Architecture was simulated synthesized.