The influence of cell library characteristics on power consumption of CMOS circuits
Enrico Macii, M. Poacino
Abstract
Enrico Macii, M. Poacino
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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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)