The aim of this paper is to study 4x4 Wallace tree multiplier. In high performance processing units & computing systems, multiplication of two binary numbers is primitive and most frequently used arithmetic operation.
Abstract— This paper presents the design and verification of a 4 x 4 Wallace tree multiplier, which efficiently performs multiplication by employing a tree structure to reduce the number of partial products and carry propagation delays. The Wallace tree architecture utilizes a combination of full adders and half adders to quickly sum the partial products, resulting in improved speed and performance compared to traditional multiplication methods. Comprehensive simulations and verification processes are conducted to ensure the accuracy and reliability of the design. The proposed multiplier demonstrates significant advantages in terms of area, speed, and power efficiency, making it well-suited for applications in high-performance computing and digital signal processing.
Keywords— Wallace Multiplier, RTL
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VIVADO 2018.3
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· Microsoft® Windows XP
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· 512 MB RAM
· 100 MB of available disk space
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