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结构化asic:方法与比较-外文翻译,结构化asic:方法与比较-外文翻译随着制造工艺技术的不断进步,掩模的制造成本变得望而却步的昂贵。结构化asics能够提供的价格和性能在asics和fpgas之间。他们在中等规模的生产量上相当有吸引力,并提供良好的知识产权保障。本文提出了一种结构化asic方法,关于两种金属,一种掩模如何被制定,被描述。cad工具与as...
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结构化ASIC:方法与比较-外文翻译

随着制造工艺技术的不断进步,掩模的制造成本变得望而却步的昂贵。结构化ASICs能够提供的价格和性能在ASICs和FPGAs之间。他们在中等规模的生产量上相当有吸引力,并提供良好的知识产权保障。本文提出了一种结构化ASIC方法,关于两种金属,一种掩模如何被制定,被描述。CAD工具与ASICs的常规设计流程完全兼容,包括ASICs和FPGAs的延时性能比较也能给出。实施结构化ASIC原型的LED背光LCD控制器是制造了0.13微米CMOS工艺。这是验证和功耗比ASIC设计。


Structured ASIC: Methodology and Comparison

Abstract—As fabrication process technology continues to Advance, mask set costs have become prohibitively expensive.Structured ASICs can offer price and performance between ASICs and FPGAs. They are attractive for mid-volume production and offer good intellectual property security.In this Paper a structured ASIC methodology, where 2 metal-and 1 via-mask are customised, is described.The CAD tools are fully compatible with conventional ASIC design flows and a comparison of area and delay performance with ASICs and FPGAs is given. A prototype structured ASIC implementing an LED-backlit LCD controller was fabricated in a 0.13μm CMOS process. It was verified and power consumption compared with an ASIC design.