Comparative Analysis of Various Types of Multipliers for Effective Low Power

Abstract

Multiplication is a fundamental operation in digital signal processing and various other computational
tasks. With the increasing demand for low-power electronics in battery-operated devices, it has become
imperative to explore techniques for designing power-efficient multipliers. This paper presents a
comprehensive comparative analysis of different types of multipliers with a focus on their low-power
characteristics. We examine four multiplier architectures, analyze their power consumption, and provide
insights into their advantages and limitations. A comparison table is presented to facilitate a quick overview,
and the paper concludes with recommendations for selecting the most suitable multiplier for low-power
applications.