| ||Thread Tools|
|26th October 2004, 09:33||#1|
Join Date: May 2002
Intel prepares for next 20 years of chip making
OCTOBER 25, 2004 (IDG NEWS SERVICE) - Intel Corp. pulled back the curtain Friday on some of its future research projects to continue making transistors smaller, faster and less power-hungry out as far as 2020.
In a briefing for reporters and analysts at the company's Santa Clara, Calif., headquarters, Intel researchers discussed exotic materials such as carbon nanotubes and nanowires as well as novel techniques to take the transistor down to the atomic level.
The performance and cost benefits from ever-shrinking transistors have driven Intel and the rest of the IT industry for the past 30 years, but advanced researchers are starting to plan for the day in which transistor features simply cannot be made any smaller using conventional materials and techniques.
Once researchers get down to the atomic level, where transistor gates are no wider than an individual atom or two, current manufacturing techniques and materials simply won't work, said Paolo Gargini, an Intel fellow and director of technology strategy at the company.
Intel just completed the transition to its 90-nanometer process technology. The company has plans in place for materials that will enable it to get down to transistors with gate lengths of just 10nm around 2011. But by 2013 Intel and the rest of the chip industry will need new materials to stay on a two-year cycle of shrinking transistors. A nanometer is a billionth of a meter.
Carbon nanotubes and nanowires are two promising materials that many companies are eyeing, said Ken David, director of components research at Intel. Carbon nanotubes are cylinders made from rings of carbon atoms that would be used as the channel between where the power enters and flows out of a transistor. Transistors work when electrical current is either blocked or allowed to flow through the channel, giving the transistor an "on" or "off" state that represents a bit of information.
Nanotubes are durable structures that allow electrons to move more quickly through the channel than current materials, David said. Intel recently built a carbon nanotube transistor that can theoretically run three times faster than a conventional transistor of the same size and power consumption, he said.
more @ http://www.computerworld.com/hardwar...,96917,00.html
|Thread||Thread Starter||Forum||Replies||Last Post|
|Lynnfield chip will be called Intel Core i5 or Intel Core i7 depending on features||jmke||WebNews||0||18th June 2009 00:43|
|Intel prepares its new mini ITX motherboard offering||jmke||WebNews||0||15th May 2007 08:59|
|35 years of Intel chip design||Sidney||General Madness - System Building Advice||0||14th November 2006 02:44|
|Intel will take two years to catch up to AMD||Sidney||WebNews||1||9th September 2005 05:07|
|Intel Gears Up for 45nm Chip Production: to Begin in 2007||jmke||WebNews||1||26th July 2005 17:12|
|Intel Quietly Adds Another 'Dothan' Chip into Lineup||jmke||WebNews||1||25th November 2004 16:22|
|Intel Outlines Strategy for Making the Internet Smarter, Safer, More Reliable||Sidney||WebNews||0||9th September 2004 17:38|
|Intel delays TV chip||Sidney||WebNews||0||18th August 2004 02:02|
|Intel chip glitch hobbles server advance||jmke||WebNews||0||30th July 2004 08:44|
|Intel Readies First 64-Bit Chip||jmke||WebNews||0||23rd June 2004 06:16|