A Software Defined Radio Application Utilizing Modern FPGAs and NoC Interconnects
Graham Schelle, Jeff Fifield, Dirk C. Grunwald · 2007
Network on Chips are becoming a common onchip interconnect for both FPGA and mainstream processor designs. At the same time, software defined radios (SDR) are a new application field that is gaining much attention. As SDR tasks are mapped onto Network on Chip architectures, the typically streaming nature of samples will stress the NoC itself and possibly hurt the performance of other applications using that NoC. In this paper, we present the results of our partitioning and placement of a SDR transmitter onto a NoC architecture using an FPGA. We use a 802.11a transmitter example partitioned across a NoC and compare it to a handcrafted design. Additionally, various placement schemes, runtime architecture loads and NoC access methods are examined to determine the feasibility of this application and architecture combination.