2005Microelectronics & ComputerRequires access

Research & FPGA Implementation of a High-Speed Fixed Point Multiplier

Jing Wei-ping

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Abstract

This paper provides the design method of a high speed fixed point multiplier. It employs Modified Booth Arithmetic(MBA), Wallace-Tree, 4:2 Compressor, pseudo 4:2 compressor and the Suqare Root Carry-Select Adder. The multiplier has been realization using VerilogHDL, one 16bits multiplication can be performed in a clock. For verifying the performance of the multiplier, the multiplier has beed download into the VertexII-xc2v1000256-4, the frequency can reach 62.27MHz. 62.27 million times multiplication can be accomplished per second.

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What this paper is about

This paper provides the design method of a high speed fixed point multiplier. It employs Modified Booth Arithmetic(MBA), Wallace-Tree, 4:2 Compressor, pseudo 4:2 compressor and the Suqare Root Carry-Select Adder. The multiplier has been realization using VerilogHDL, one 16bits multiplication can be performed in a clock. For verifying the performance of the multiplier, the multiplier has beed download into the VertexII-xc2v1000256-4, the frequency can reach 62.27MHz. 62.27 million times multiplication can be accomplished per second.

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Available abstract

This paper provides the design method of a high speed fixed point multiplier. It employs Modified Booth Arithmetic(MBA), Wallace-Tree, 4:2 Compressor, pseudo 4:2 compressor and the Suqare Root Carry-Select Adder. The multiplier has been realization using VerilogHDL, one 16bits multiplication can be performed in a clock. For verifying the performance of the multiplier, the multiplier has beed download into the VertexII-xc2v1000256-4, the frequency can reach 62.27MHz. 62.27 million times multiplication can be accomplished per second.

Key concepts: Multiplier (economics), Computer science, Gas compressor, Field-programmable gate array, Arithmetic, Adder, Booth's multiplication algorithm, Multiplication (music)

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