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首页> 外文期刊>IEEE circuits and systems magazine >Interconnect noise analysis and optimization in deep submicron technology
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Interconnect noise analysis and optimization in deep submicron technology

机译:深亚微米技术中的互连噪声分析和优化

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The migration to using ultra deep submicron (UDSM) process, 0.25 Μm or below, necessitates new design methodologies and EDA tools to address the new design challenges. One of the main challenges is noise. All different types of deep submicron such as cross talk, leakage, supply noise and process variations are obstacles in the way of achieving the desired level of noise immunity without giving up the improvement achieved in performance and energy efficiency. This article describes research directions and various levels of design abstraction to handle the interconnect challenges. These directions include approaches to adopt new analytical methods for interconnects, physical design levels and finally ways to face these challenges early in a higher level of the design process.
机译:迁移到使用0.25微米或以下的超深亚微米(UDSM)工艺需要新的设计方法和EDA工具来应对新的设计挑战。主要挑战之一是噪音。所有不同类型的深亚微米,例如串扰,泄漏,电源噪声和工艺变化,都是在不放弃性能和能源效率的改善的情况下实现所需水平的抗噪声能力的障碍。本文介绍了研究方向和设计抽象的各个层次,以应对互连挑战。这些方向包括采用针对互连的新分析方法的方法,物理设计级别以及最终在更高级别的设计过程中早期应对这些挑战的方法。

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