Jeffrey D. Chamberlain
Intel
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Publication
Featured researches published by Jeffrey D. Chamberlain.
IEEE Micro | 2015
Irma Esmer Papazian; Sailesh Kottapalli; Jeff Baxter; Jeffrey D. Chamberlain; Geetha Vedaraman; Brian S. Morris
The Intel microarchitecture code named Ivy Bridge (IVB) represents Intels first processor (CPU) design that services product markets from high-end desktops to mission-critical computing. With one converged design, IVB enables a rich portfolio of products and meets power, performance, and cost targets through multiple die options and configurations. IVB is the first server CPU using Intels 22-nm process technology. It achieves scalability in die size, core count, cache size, socket count, and memory size while improving power efficiency and decreasing idle power.
Archive | 2013
Bahaa Fahim; Yen-Cheng Liu; Jeffrey D. Chamberlain
Archive | 2013
Adrian C. Moga; Vedaraman Geetha; Bahaa Fahim; Robert G. Blankenship; Yen-Cheng Liu; Jeffrey D. Chamberlain; Stephen R. Van Doren
Archive | 2014
Yen-Cheng Liu; Bahaa Fahim; Erik G. Hallnor; Jeffrey D. Chamberlain; Stephen R. Van Doren; Antonio Juan
Archive | 2010
James R. Vash; Pritpal S. Ahuja; Bongjin Jung; Jeffrey D. Chamberlain
Archive | 2016
Krishnakumar Ganapathy; Yen-Cheng Liu; Antonio Juan; Steven R. Page; Jeffrey D. Chamberlain; Pau Cabre; Bahaa Fahim; Gunnar Gaubatz
Archive | 2015
Bahaa Fahim; Jeffrey D. Chamberlain; Yen-Cheng Liu
Archive | 2013
Henk G. Neefs; Ganesh Kumar; Vedaraman Geetha; Jeffrey D. Chamberlain; Sailesh Kottapalli; Jeffrey S. Wilder
Archive | 2015
Andrew J. Herdrich; Edwin Verplanke; Ravishankar Iyer; Christopher Gianos; Jeffrey D. Chamberlain; Ronak Singh; Julius Mandelblat; Bret L. Toll
Archive | 2015
Bahaa Fahim; Yen-Cheng Liu; Vedaraman Geetha; Jeffrey D. Chamberlain; Min Huang