Evaluation of VLSI layout style implementations for efficiency

M. Robert, J. Trauchessec, G. Cathébras, V. Bonzom, N. Azémard, D. Deschacht, D. Auvergne
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引用次数: 2

Abstract

As an attempt to define a priori mapping rules for performance driven layout, the authors show in this paper how an automatic module generator can be used to compare different implementation styles of regular layout. Speed and area performances of gate and linear matrix approaches are compared. It is clearly shown that abutment of diffusions results in lower 'locox' parasitic capacitances inducing higher speed performances for linear matrix style.<>
VLSI布局风格实现的效率评估
为了尝试定义性能驱动布局的先验映射规则,作者在本文中展示了如何使用自动模块生成器来比较规则布局的不同实现风格。比较了栅极法和线性矩阵法的速度和面积性能。结果清楚地表明,扩散的基台导致较低的“locox”寄生电容,从而导致线性矩阵类型的更高速度性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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