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Challenge and innovation of VLSI design below 100nm

机译:VLSI设计的挑战和创新在100nm以下

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In the design of VLSIs, its goal is to implement higher integration and higher performance through the innovation of architecture, design tool and process technology. As the device minimum dimension becomes smaller below 100nm, diversified serious issues, including signal integrity and power dissipation, are being emerged. In order to overcome these barriers, the necessity of tight coupling, or effective joint activities which combine solutions of various layers between design and manufacturing fields will be discussed. Furthermore, possible countermeasures to overcome the technological barriers such as fluctuation in device characteristics estimated in the 45nm generation will be discussed.
机译:在VLSI的设计中,其目标是通过架构,设计工具和工艺技术的创新来实现更高的集成和更高的性能。随着器件最小尺寸变得更小于100nm,因此正在出现多样化的严重问题,包括信号完整性和功耗。为了克服这些障碍,将讨论耦合紧密耦合的必要性,或者将在设计和制造领域之间结合各个层的解决方案的有效联合活动。此外,将讨论可能对其进行克服的技术障碍,例如在45nm代估计的装置特征中的波动。

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