- Mon Dec 4 2006 AMD launches its 65-nanometer chips
Chips consume 30 percent less energy than same ones produced on 90-nanometer process when running at same speed.
Posted by Michael Kanellos
- Thu Dec 21 2006 AMD's new 65-nanometer chips sip energy but trail Intel
Posted by Tom Krazit
- Tue Sep 11 2007 Intel 45nm fab to open in 45 days
Intel's first manufacturing facility for producing 45-nanometer processors in high volume will open in October in Chandler, Ariz.
Posted by Stephen Shankland
- Mon Aug 12 2002 Intel stretching silicon for power
The chipmaker plans to increase the performance of its microprocessors next year, in part by dispersing silicon atoms, taking a leap into the nanotechnology era.
Posted by Michael Kanellos
- Sun Aug 29 2004 Intel to throttle power by enhancing silicon
Power consumption continues to climb, so Intel will reach into the bag of tricks to keep Moore's Law going.
Posted by Michael Kanellos
- Tue Sep 22 2009 Intel CEO looks beyond the PC
Paul Otellini shows off 22-nanometer silicon to the IDF crowd and talks of moving Intel's Atom technology beyond Netbooks to places like car dashboards.
Posted by Brooke Crothers
- Sun Dec 12 2004 IBM, AMD claim a better way to strain silicon
Chip performance is being improved by pulling silicon atoms apart, and in some cases pushing them closer together.
Posted by Michael Kanellos
- Fri May 19 2000 Labs, chipmakers work to keep silicon alive
A consortium of national labs and chipmakers combines cutting-edge technology with Cold War lessons to keep silicon chips alive for at least another decade.
Posted by Michael Kanellos
- Wed Jan 25 2006 Intel shows test chips made on future processes
Moore's Law is on track, the chipmaker says, and it shows off 45-nanometer creations to prove it.
Photos: Intel's 45-nanometer process
Posted by Michael Kanellos
- Mon Sep 8 2003 IBM combo technique tweaks transistors
Researchers at Big Blue manage to combine strained silicon and a silicon insulator in the same wafer, a new approach that could lead to faster, more efficient chips in a few years.
Posted by Michael Kanellos
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