2006Kluwer Academic Publishers eBooksOpen access

Power Optimization by Datapath Width Adjustment

Hiroto Yasuura, Hiroyuki Tomiyama

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Abstract

Datapath width is an important design parameter for power optimization. The datapath width significantly affects the area and power consumption of processors, memories, and circuits. By analyzing required bit-width of variables, the datapath width can be optimized for power minimization. Several concepts and techniques of power minimization by datapath-width adjustment are summarized.

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Datapath width is an important design parameter for power optimization. The datapath width significantly affects the area and power consumption of processors, memories, and circuits. By analyzing required bit-width of variables, the datapath width can be optimized for power minimization. Several concepts and techniques of power minimization by datapath-width adjustment are summarized.

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Available abstract

Datapath width is an important design parameter for power optimization. The datapath width significantly affects the area and power consumption of processors, memories, and circuits. By analyzing required bit-width of variables, the datapath width can be optimized for power minimization. Several concepts and techniques of power minimization by datapath-width adjustment are summarized.

Key concepts: Datapath, Minification, Power (physics), Power consumption, Power optimization, Computer science, Electronic engineering, Parallel computing

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