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Central processing unit / Computer memory / Microprocessors / Parallel computing / Alpha 21064 / Alpha 21164 / Microarchitecture / Flip-flop / CPU cache / Computer hardware / Computer architecture / Computing


Circuit Implementation of a 300-MHz 64-bit Second-generation CMOS Alpha CPU by William J. Bowhill, Shane L. Bell, Bradley J. Benschneider, Andrew J. Black, Sharon M. Britton, Ruben W. Castelino, Dale R. Donchin, John H.
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Document Date: 2003-03-18 14:04:55


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File Size: 38,82 KB

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City

Preston / /

IndustryTerm

manufacturing limit / metal / lower metal layers / off-chip / clock network / metal grid / Post-schematic tools / power management / hot carrier effects / logic synthesis tool / metal-oxide semiconductor / microprocessor chip / verification tools / metal orientations / device-sizing tool / upper metal layers / synthesis tools / cache coherence protocol / metal layers / on-chip / /

Person

Robert O. Mueller / William J. Bowhill / Sharon M. Britton / Bradley J. Benschneider / Harry R. Fair / III / Anil K. Jain / Michael J. Smith / Timothy A. Shedd / John H. Edmondson / Marc E. Lamere / Patricia L. Kroesen / Andrew J. Black / Shane L. Bell / Bruce J. Loughlin / Dale R. Donchin / Stephen C. Thierauf / Ruben W. Castelino / Paul E. Gronowski / /

Position

shifter operand bus driver / driver / PRE_CLK driver / extracted clock driver / final clock driver / schematic editor / shifter driver / operand bus driver / /

ProgrammingLanguage

RC / /

ProvinceOrState

Oregon / /

Technology

semiconductor / Alpha / Alpha microprocessor chip / floating point unit / 21164 chip / ASCII / simulation / 0.5-um CMOS technology / second-generation Alpha CPU chip / CAD / /

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