Architechture level optimization for asynchronous IPs
Wolf‐Dietrich Hardt, Markus Visarius, Bernd Kleinjohann · 2002
In this paper we present a customized approach to performance and area optimization of asynchronous functional blocks. First an abstract model of the block architecture is introduced and an analytical method for throughput maximization is described. Secondly, area optimization can be performed with respect to data dependencies and merged data paths. These methods have been implemented and validated by several examples. A first chip implementing all relevant architecture blocks has been produced. The chip is named FLYSIG and operates completely delay-insensitive.