在synopsys/milkyway环境中使用calibre自动修复复杂/过程关键DRC违规和路由系统

V. Lakshmanan
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引用次数: 0

摘要

随着模拟/混合信号soc的激增,物理验证已成为不仅在单元/块级和全芯片级,而且在设计风格之间的关键环节。对于半导体公司之间和内部的成功数据传输,以及库组件、外部IP、内部IP和设计服务的提供商来说,这同样至关重要。采用单一的、健壮的、基于层次结构的物理验证工具不仅简化了设计流程,还节省了支持多个工具的时间和成本,消除了工具之间的差异造成的差异,并确保了成功的数据传输。本教程将演示如何轻松地将单个物理验证工具集成到整个设计流程中,跨设计风格和流行的设计框架中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated fixing of complex/process critical DRC violations in place and route systems using calibre in the synopsys/milkyway environment
With the proliferation of analog/mixed signal SoCs, physical verification has become the critical link not only at the cell/block and full-chip levels, but also between design styles. It is equally critical for successful data transfer between and within semiconductor companies, and providers of library components, external IP, internal IP and design services. Adopting a single, robust, hierarchical-based physical verification tool not only streamlines the design flow, it saves the time and cost of supporting multiple tools, eliminates the discrepancies created by the differences between tools, and ensures successful data transfer. This tutorial will demonstrate how a single physical verification tool can be easily integrated throughout the design flow, across design styles and within popular design frameworks.
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