Poly pitch and standard cell co-optimization below 28nm

M. Frederick
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引用次数: 7

Abstract

In sub-28nm technologies, the scaling of poly pitch while beneficial for area typically has a negative impact on device performance. The primary limitation is the non-scaling physical channel length and the device level parasitic impact on effective device performance. Therefore, it is important to scale the poly pitch in line with the maximum routable pin density supported by a process to achieve optimal power, performance, and cost (area).
聚节距与标准电池在28nm以下协同优化
在亚28nm技术中,多间距的缩放虽然有利于面积,但通常会对器件性能产生负面影响。主要的限制是不可缩放的物理通道长度和器件级对有效器件性能的寄生影响。因此,重要的是根据工艺支持的最大可路由引脚密度来缩放多间距,以实现最佳的功率,性能和成本(面积)。
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