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Dive into the research topics where Aaron T. Spink is active.

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Featured researches published by Aaron T. Spink.


international solid-state circuits conference | 1998

A low-cost 300 MHz RISC CPU with attached media processor

Sribalan Santhanam; Allen J. Baum; David Bertucci; Mike Braganza; Kevin Broch; Todd Broch; Jim Burnette; Edward Chang; Kwong-Tak Chui; Dan Dobberpuhl; Paul M. Donahue; Joel Grodstein; Insung Kim; Daniel Murray; Mark H. Pearce; Amy K. Silveria; Dave Souydalay; Aaron T. Spink; Robert Stepanian; Anand Varadharajan; Vincent R. von Kaenel; Ricky Wen

This custom CPU derived from the StrongARM/sup TM/ 110 is capable of more than 2 billion 16 b operations per second (2 BOPs). Starting with the original design, an attached media processor (AMP) is integrated along with a synchronous DRAM memory controller and separate I/O bus. In addition, several enhancements are made to the CPU and cache subsystem and the chip is reduced from 0.35 /spl mu/m to 0.28 /spl mu/m technology. The chip includes 3.3M transistors and measures 60 mm/sup 2/. It dissipates less than 3 W at 300 MHz at 2.0 V internal, 3.3 V I/O. The chip supports dynamic clock frequency switching for reduced operating power during low performance demands. There are 333 separately conditioned clocks on the chip. For battery powered applications, Vdd is reduced to achieve <0.5 W operation at 150 MHz. The chip is pseudo-static and supports clock stop and IDDQ testing.


Archive | 2004

Dynamically modulating link width

Naveen Cherukuri; Aaron T. Spink; Phanindra K. Mannava; Tim Frodsham; Jeffrey R. Wilcox; Sanjay Dabral; David S. Dunning; Theodore Z. Schoenborn


Archive | 2007

Link power saving state

Naveen Cherukuri; Jeffrey R. Wilcox; Sanjay Dabral; Phanindra K. Mannava; Aaron T. Spink; David S. Dunning; Tim Frodsham; Theodore Z. Schoenborn


Archive | 2004

Methods and apparatuses to effect a variable-width link

Maurice B. Steinman; Rahul R. Shah; Naveen Cherukuri; Aaron T. Spink; Allen J. Baum; Sanjay Dabral; Tim Frodsham; David S. Dunning; Theodore Z. Schoenborn


Archive | 2004

Separating transactions into different virtual channels

Kenneth C. Creta; Aaron T. Spink; Robert G. Blankenship


Archive | 2013

High performance interconnect

Robert J. Safranek; Robert G. Blankenship; Venkatraman Iyer; Jeff Willey; Robert Beers; Darren S. Jue; Arvind Kumar; Debendra Das Sharma; Jeffrey C. Swanson; Bahaa Fahim; Vedaraman Geetha; Aaron T. Spink; Fulvio Spagna; Rahul R. Shah; Sitaraman V. Iyer; William H. Nale; Abhishek Das; Simon P. Johnson; Yuvraj S. Dhillon; Yen-Cheng Liu; Raj K. Ramanujan; Robert A. Maddox; Herbert H. J. Hum; Ashish Gupta


Archive | 2005

Method and apparatus for flow control initialization

Aaron T. Spink


Archive | 2004

Globally unique transaction identifiers

Herbert H. J. Hum; Aaron T. Spink; Robert G. Blankenship


Archive | 2004

Write combining protocol between processors and chipsets

Kenneth C. Creta; Aaron T. Spink; Lance E. Hacking; Sridhar Muthrasanallur; Jasmin Ajanovic


Archive | 2005

Buffering data packets according to multiple flow control schemes

Aaron T. Spink; Herbert H. J. Hum

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