Design and Implementation of Area-Efficient and Low-Power Configurable Booth-Multiplier

This paper presents an area-efficient low-power architecture for configurable booth multiplier. It is synthesized and post-layout simulated using 90 nm CMOS process and it occupies 9511 μm2 and consumes 1.73 mW at 167 MHz. Comparatively, the proposed multiplier architecture requires 43.12% and 75.65% lower area and power, respectively, in comparison with the state of the art work.