DRC challenges and solutions for non-Manhattan layout designs

R. Cao, J. Ferguson, Y. Drissi, F. Gays, A. Arriordaz, I. O’Connor
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引用次数: 2

Abstract

As photonic circuit designs allow and require a wide variety of geometrical shapes that do not exist in traditional integrated circuit (IC) designs, established design rule checking (DRC) methods are severely inadequate and are increasingly unable to fulfill the requirements for reliable and consistent geometrical verification of such layouts. This study presents the application of equation-based DRC, an extended DRC technique that addresses the DRC challenges brought by the non-Manhattan geometries that are widely present in photonic layouts.
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DRC对非曼哈顿布局设计的挑战和解决方案
由于光子电路设计允许并需要传统集成电路(IC)设计中不存在的各种几何形状,现有的设计规则检查(DRC)方法严重不足,并且越来越无法满足可靠和一致的几何验证要求。本研究提出了基于方程的DRC的应用,这是一种扩展的DRC技术,解决了在光子布局中广泛存在的非曼哈顿几何形状带来的DRC挑战。
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