28纳米和20纳米CMOS技术的模拟设计趋势和挑战

P. Dautriche
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引用次数: 8

摘要

多媒体应用处理器的市场趋势继续推动CMOS技术向纳米级发展。这将模拟设计社区置于一个奇怪的悖论中,同时面临巨大的挑战和巨大的机遇。模拟比以往任何时候都是高性能锁相环、千兆采样、高速串行链路和嵌入式电源管理的先进SoC的关键组成部分。在非模拟优化和移动环境中实现非常高水平的模拟性能时出现了挑战,引起了设计架构的变化和新设计方法的发展。当分析纳米MOS器件的性能超出模拟设计师的梦想时,机会就来了。这些巨大的性能为嵌入式毫米波、数字增强模拟功能等新应用打开了大门,带来了新的市场机会。讲座将重点介绍纳米技术带来的新模拟时代。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analog design trends and challenges in 28 and 20nm CMOS technology
Market trends for Multimedia Application Processor go on pushing CMOS technology in nanometer range. This puts analog design community in a strange paradox with simultaneously big challenges and tremendous opportunities. Analog is more than ever a key ingredient of advanced SoC with high performances PLL, giga samples high speed serial links and embedded power management. Challenge appears while achieving very high level of analog performances in a non analog-optimized and moving environment, inducing design architecture change and development of new design methodology. Opportunities come when analyzing nanometer MOS device performances which are going beyond analog designer dreams. These tremendous performances open the door for new sets of applications such as embedded mmW, digitally boosted analog functions with new market opportunities. The talk will highlight this new analog era coming with nanometer technologies.
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