High-performance low-power left-to-right array multiplier design | IEEE Journals & Magazine | IEEE Xplore

High-performance low-power left-to-right array multiplier design


Abstract:

We present a high-performance low-power design of linear array multipliers based on a combination of the following techniques: signal flow optimization in [3:2] adder arr...Show More

Abstract:

We present a high-performance low-power design of linear array multipliers based on a combination of the following techniques: signal flow optimization in [3:2] adder array for partial product reduction, left-to-right leapfrog (LRLF) signal flow, and splitting of the reduction array into upper/lower parts. The resulting upper/lower LRLF (ULLRLF) multiplier is compared with tree multipliers. From automatic layout experiments, we find that ULLRLF multipliers have similar power, delay, and area as tree multipliers for n/spl les/32. With more regularity and inherently shorter interconnects, the ULLRLF structure presents a competitive alternative to tree structures in the design of fast low-power multipliers implemented in deep submicron VLSI technology.
Published in: IEEE Transactions on Computers ( Volume: 54, Issue: 3, March 2005)
Page(s): 272 - 283
Date of Publication: 31 March 2005

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