Lee S. Tavrow
Sun Microsystems
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Featured researches published by Lee S. Tavrow.
international symposium on microarchitecture | 2001
Ejaz Haq; Jim Slager; John Pecoraro; John D. Johnson; Mark R. Santoro; Lee S. Tavrow; Scott D. Wakefield; David Weisner
JAZiO is a digital signal-switching technique that uses differential sensing but requires only a single pin per signal. Its based on detecting change or no-change from the preceding state instead of the traditional higher low-voltage comparison to a reference. JAZiO is suitable for low-latency, burst-mode operations for high-speed inter- or intrachip signal transfers. Signal transfer rates of greater than 2 gigabits/second (Gbps) per pin are achievable using standard CMOS technology and existing packages at a low cost. Designers can easily apply the technology to DRAM (memory bus), SRAMs (back-side bus), CPUs (front-side bus), network processors, ASICs, intrachip buses, and so on.
Archive | 1995
Mark R. Santoro; Lee S. Tavrow; Gary W. Bewick
Archive | 1996
Randon Wayne Smith; Lee S. Tavrow; Mark Ronald Santoro
Archive | 1996
Lee S. Tavrow; Mark Ronald Santoro
Archive | 1989
Robert J. Drost; David M. Murata; Robert J. Bosnyak; Mark R. Santoro; Lee S. Tavrow
Archive | 1997
Ivan E. Sutherland; Lee S. Tavrow
Archive | 1993
Mark R. Santoro; Gary W. Bewick; Lee S. Tavrow
Archive | 1993
Lee S. Tavrow; Mark R. Santoro; Gary W. Bewick
Archive | 1997
Lee S. Tavrow; Mark Ronald Santoro
Archive | 1993
Gary W. Bewick; Mark R. Santoro; Lee S. Tavrow