An optimized architecture for modulo (2ⁿ-2^p+1) multipliers

Abstract

In this express, an optimized architecture for modulo (2ⁿ − 2^p + 1) multipliers on the condition n ≥ 2p is proposed. Compared with the state-of-art, synthesized results demonstrate that the proposed multipliers can achieve an average delay savings of about 7.5% with an average area savings of about 1.4%.