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The design and implementation of two-cycle NoC router

With the number of processor cores increasing in chip multi-processors (CMPs) and global wire delays increasing, networks on chip have been gaining wide acceptance for on-chip inter-core communication. This paper introduces a low latency Dynamic Virtual Output Queues Router (DVOQR), which can reduce the router latency to two cycles by leveraging look-ahead routing computation and virtual output address queues scheme. The results with place and route used by Cadence Encounter in TSMC 65nm technology display that the frequency of DVOQR can reach 1.4 GHz, the cell area of the router is only 0.424mm2 and the power consumption is 274 mw under the 50% injection rate.