2002Unpublished venueRequires access

The influence of cell library characteristics on power consumption of CMOS circuits

Enrico Macii, M. Poacino

Open publisher page 2 citations

Abstract

The design and the implementation of low power digital devices has become of extreme importance; therefore, the problem of reducing the power dissipated by CMOS circuits has been addressed on several fronts. Current research has focused on architectural and technological transformations, re-implementation of logic synthesis procedures, and modification of technology mapping algorithms to produce low power circuits; although the results obtained so far are very encouraging, there is one aspect of the overall synthesis process which has not been faced with enough care: the design of cell libraries to be used for the realization of the synthesized design. The authors present a discussion and some experimental data concerning the impact that cell library characteristics may have on the power consumption of CMOS devices.>

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What this paper is about

The design and the implementation of low power digital devices has become of extreme importance; therefore, the problem of reducing the power dissipated by CMOS circuits has been addressed on several fronts. Current research has focused on architectural and technological transformations, re-implementation of logic synthesis procedures, and modification of technology mapping algorithms to produce low power circuits; although the results obtained so far are very encouraging, there is one aspect of the overall synthesis process which has not been faced with enough care: the design of cell libraries to be used for the realization of the synthesized design. The authors present a discussion and some experimental data concerning the impact that cell library characteristics may have on the power consumption of CMOS devices.>

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The design and the implementation of low power digital devices has become of extreme importance; therefore, the problem of reducing the power dissipated by CMOS circuits has been addressed on several fronts. Current research has focused on architectural and technological transformations, re-implementation of logic synthesis procedures, and modification of technology mapping algorithms to produce low power circuits; although the results obtained so far are very encouraging, there is one aspect of the overall synthesis process which has not been faced with enough care: the design of cell libraries to be used for the realization of the synthesized design. The authors present a discussion and some experimental data concerning the impact that cell library characteristics may have on the power consumption of CMOS devices.>

Key concepts: CMOS, Electronic circuit, Realization (probability), Computer science, Power consumption, Standard cell, Electronic engineering, Power (physics)

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