Billion transistor chips in mainstream enterprise platforms of the future

D. Bhandarkar
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引用次数: 2

Abstract

Today’s leading edge microprocessors like the Intel’s Itanium ® 2 Processor feature over 220 million transistors in 0.18µm semiconductor process technology. Nanotechnology that continues to drive Moore’s Law provides a doubling of the transistor density every two years. This indicates that a Billion transistor chip is possible in the 65 nm technology within the next 3 to 4 years. Such chips can be used in mainstream enterprise server platforms. This talk will review the progress in semiconductor technology over the last 3 decades since the introduction of the first microprocessor in 1971. A short video tape will provide a historical perspective on Moore’s Law in the form of an interview with co-founder Gordon Moore, and his thoughts for the future of semiconductor technology. Key trends in high end microprocessor design including multi-threading and multi-core will be covered. We have started to see “SMP-on-a-chip” designs for high-end enterprise servers where two processors with Level 2 (L2) cache are incorporated on a single chip. Future microprocessors will offer higher levels of multiprocessor capability on chip as the transistor density increases.
未来主流企业平台的十亿晶体管芯片
当今领先的微处理器,如英特尔的Itanium®2处理器,具有超过2.2亿个晶体管,采用0.18 μ m半导体工艺技术。继续推动摩尔定律的纳米技术使晶体管密度每两年翻一番。这表明,在未来3到4年内,65纳米技术的十亿晶体管芯片是可能的。这种芯片可以应用于主流的企业服务器平台。本讲座将回顾自1971年第一个微处理器问世以来,半导体技术在过去30年中取得的进展。一段简短的录像带将以采访联合创始人戈登·摩尔的形式提供摩尔定律的历史视角,以及他对半导体技术未来的看法。高端微处理器设计的主要趋势包括多线程和多核。我们已经开始看到用于高端企业服务器的“单片smp”设计,其中两个具有2级(L2)缓存的处理器集成在单个芯片上。随着晶体管密度的增加,未来的微处理器将在芯片上提供更高水平的多处理器能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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