David L. Hill
Intel
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by David L. Hill.
IEEE Micro | 2014
Per Hammarlund; Alberto J. Martinez; Atiq Bajwa; David L. Hill; Erik G. Hallnor; Hong Jiang; Martin G. Dixon; Michael N. Derr; Mikal C. Hunsaker; Rajesh Kumar; Randy B. Osborne; Ravi Rajwar; Ronak Singhal; Reynold V. D'Sa; Robert S. Chappell; Shiv Kaushik; Srinivas Chennupaty; Stephan J. Jourdan; Steve H. Gunther; Thomas A. Piazza; Ted Burton
Haswell, Intels fourth-generation core processor architecture, delivers a range of client parts, a converged core for the client and server, and technologies used across many products. It uses an optimized version of Intel 22-nm process technology. Haswell provides enhancements in power-performance efficiency, power management, form factor and cost, core and uncore microarchitecture, and the cores instruction set.
Archive | 2001
Dion Rodgers; Deborah T. Marr; David L. Hill; Shiv Kaushik; James B. Crossland; David A. Koufaty
Archive | 2000
David L. Hill; Derek T. Bachand
Archive | 2001
Gurbir Singh; Robert J. Greiner; Stephen S. Pawlowski; David L. Hill; Donald D. Parker
Archive | 2001
David L. Hill; Deborah T. Marr; Dion Rodgers; Shiv Kaushik; James B. Crossland; David A. Koufaty
Archive | 2002
David L. Hill; Paul Breuder; Robert J. Greiner; Derek T. Bachand
Archive | 2001
Deborah T. Marr; Dion Rodgers; David L. Hill; Shiv Kaushik; James B. Crossland; David A. Koufaty
Archive | 2001
David L. Hill; Frank Binns
Archive | 2001
Gurbir Singh; Robert J. Greiner; Stephen S. Pawlowski; David L. Hill; Donald D. Parker
Archive | 1997
David L. Hill; Chinna Prudvi; Derek T. Bachand; Paul Breuder; Matthew A. Fisch
