设计高性能微处理器

Paul Gronowski
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引用次数: 6

摘要

自1992年推出以来,Alpha微处理器一直保持着领先的性能。三代微处理器是由经验丰富,技术精湛的设计团队使用经过验证的设计方法设计的。这些微处理器通过专注于高频设计来实现性能。Alpha指令集架构(ISA)有助于实现高时钟速度,并且每一代的芯片组织都经过精心选择以满足关键路径。此外,Digital¿s CMOS技术包括实现高频,低倾斜时钟分布的特定功能。复杂的电路风格在这些设计中使用,以满足激进的周期时间目标。所有这些学科之间的密切互动对这些微处理器的成功至关重要。本文将讨论使Alpha微处理器保持领先性能的一些关键技术。
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Designing High Performance Microprocessors
Alpha microprocessors have maintained leadership performance since their introduction in 1992. Three generations of microprocessors were designed by an experienced, highly skilled design team using a proven design methodology. These microprocessors achieve performance by focusing on high frequency design. The Alpha instruction set architecture (ISA) facilitates high clock speed, and the chip organization for each generation is carefully chosen to meet critical paths. In addition, Digital¿s CMOS technologies included specific features to enable high frequency, low-skew clock distribution. Complex circuit styles were used throughout these designs to meet aggressive cycle time goals. Close interaction between all of theses disciplines was essential to the success of these microprocessors. This paper will discusses some of the key technologies that have enabled Alpha microprocessors to maintain leadership performance.
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