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Verification Challenges and Opportunities in the New Era of Microprocessor Design

机译:微处理器设计新时代的验证挑战与机遇

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Microprocessor design continues to be driven by the economics of Moore's Law. Each new process generation doubles the number of transistors available to microprocessor architects and designers. Design complexity continues to increase, and so does verification complexity, in order to keep microprocessor performance scaling up with Moore's Law. Moving forward, we are facing even tougher challenges associated with the power scaling and reliability issues of future transistor devices. To build high performance, power efficient, reliable microprocessors using unreliable devices, we have to take a holistic approach, and deliver innovative technology solutions across the entire stack: circuit, micro-architecture, architecture, platform, and embedded software. Here we examine several future design trends and their implications on verification.
机译:微处理器设计继续受摩尔定律的经济学驱动。每一代新工艺都会使微处理器架构师和设计人员可用的晶体管数量翻倍。设计复杂度不断增加,验证复杂度也不断增加,以保持微处理器性能随摩尔定律扩大。展望未来,我们面临着与未来晶体管器件的功率缩放和可靠性问题相关的更加严峻的挑战。为了使用不可靠的设备构建高性能,高能效,可靠的微处理器,我们必须采取整体方法,并在整个堆栈中提供创新的技术解决方案:电路,微体系结构,体系结构,平台和嵌入式软件。在这里,我们研究了几种未来的设计趋势及其对验证的影响。

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