Posted on 01/25/2006 1:51:38 PM PST by nickcarraway
The 45-nanometer process is right on time, according to Intel.
The Santa Clara, Calif.-based chip giant has created test chips made on the 45-nanometer process and will likely begin shipping processors, flash, and other chips based on that process in the second half of 2007, according to Mark Bohr, director of process architecture and integration at Intel.
The test chips, produced this month, are static SRAM memory chips containing 153 megabits of memory. The chips contain over a billion transistors and are nearly the same size as test SRAM chips produced by Intel in 2000 on the then-new 130-nanometer process that contained 18 megabits of memory. The memory cells on the 45-nanometer test chips take up 0.346 square microns, compared to 2.45 square microns.
The nanometer measurements refer to the average size of the sub-components of the transistor. A nanometer is a billionth of a meter while a micron is a millionth; a human hair is about 60 to 90 microns in diameter.
Although these are just test chips, the milestone is an important indication that Intel's overall manufacturing strategy remains on track. However, it appears that extreme ultraviolet lithography, a future chipmaking technology championed by Intel, may get delayed.
Every two years, Intel and most other major other chipmakers shrink the size of the transistors embedded in their chips in accordance with Moore's Law. Shrinking the transistors in this manner increases overall chip performance, reduces energy consumption and cuts the manufacturing cost per chip.
By staying on a two-year cadence, a chip manufacturer can gain an advantage over a competitor by coming out with faster, less-expensive chips earlier, or at least avoid losing ground. (Moore's Law is still alive and could persist until around 2020 in its present form, although the time between transitions will likely increase.)
Intel has exploited its manufacturing expertise to turn back rival Advanced Micro Devices in the past. Right now, Intel is producing chips on the 65-nanometer process, while AMD won't come out with these chips until the second half. One of the big questions for 2006 is whether Intel's latest chips and the manufacturing advantage will blunt recent gains from AMD.
The 45-nanometer process could become particularly interesting because many chip designers believe it will be one of the more difficult transitions in years. The power consumption and performance requirements of these chips will be extremely high and chipmakers are being forced to add exotic materials and new structures to their transistors to ensure the chips function properly. Many, for instance, will likely include metal or other materials in the silicon gates and gate oxide, two structures inside transistors.
"It does get a little more challenging every time, but we come up with new technology and tricks to keep things going," said Bohr.
If a company botches the process, it could lead to product delays or recalls. Some chipmakers faced these problems during the transition to 130-nanometer chips when they swapped aluminum for copper for making interconnects--the tiny wires inside chips.
Bohr declined to state what, exactly, Intel is putting into its 45-nanometer process. The company in the past has said tri-gate transistors and new types of gates could be included.
One clear part of the process, however, is that Intel will use "dry," or standard, lithography techniques for 45-nanometer chips. Lithography is the art of drawing circuit patterns on chips through optical and chemical processes. "We are committed to dry lithography for this (the test chips) and manufacturing," said Bohr.
In other news: Special report: Pixar goes to Hollywood Steve Jobs rides high in Disney buyout NSA gives tips on editing documents Newsmaker: The man behind Sun's x86 effort Got a question on Windows Vista? Submit your questions for Microsoft's Jim Allchin Other manufacturers will adopt immersion lithography, where the silicon wafer is immersed in purified water. This helps focus the light beam from the lithography machine with greater precision. The light beam wavelength from these machines measures 193 nanometers and so it is wider (and has been wider) than the circuits that have been included in chips for years. That challenge--aiming the wavelength in way that makes it narrower than the circuits--helps explain why lithography equipment costs several million dollars.
Intel is considering using immersion lithography for 32-nanometer chips, which will come out in 2009. According to Intel, Extreme Ultraviolet lithography (EUV) is "more likely for 22-nanometer" manufacturing, which starts in 2011.
EUV lithography, which has a light source derived from laser beams developed for the Cold War-era Star Wars program, was slated to go into production on the 65-nanometer process, but it has been delayed several times. In 2003, Intel said it was likely that it would use EUV for the 32-nanometer process that starts in 2009.
And what kind of focusing system could they be using? Must be the mirrors, for UV lenses transmission drops like stone about 180-200nm.
**************************************
SANTA CLARA, Calif., Jan. 25, 2006 – Intel Corporation today announced it has become the first company to reach an important milestone in the development of 45 nanometer (nm) logic technology. Intel has produced what are believed to be the first fully functional SRAM (Static Random Access Memory) chips using 45nm process technology, its next– generation, high–volume semiconductor manufacturing process.
Achieving this milestone means Intel is on track to manufacture chips with this technology in 2007 using 300mm wafers, and continues the company’s focus on pushing the limits of Moore’s Law, by introducing a new process generation every two years.
Today, Intel leads the industry in volume production of semiconductors using 65nm process technology, with two manufacturing facilities making 65nm chips in Arizona and Oregon and two more coming online this year in Ireland and Oregon.
“Being first to high volume with 65nm process technology and the first with a working 45nm chip highlights Intel’s leadership position in chip technology and manufacturing,” said Bill Holt, vice president, general manger, Intel Technology and Manufacturing Group. “Intel has a long history of translating technology leaps into tangible benefits that people appreciate. Our 45nm technology will provide the foundation for delivering PCs with improved performance–per– watt that will enhance the user experience.”
Intel’s 45nm process technology will allow chips with more than five times less leakage power than those made today. This will improve battery life for mobile devices and increase opportunities for building smaller, more powerful platforms.
The 45nm SRAM chip has more than 1 billion transistors. Though not intended as an Intel product, the SRAM demonstrates technology performance, process yield and chip reliability prior to ramping processors and other logic chips using the 45nm manufacturing process. It is a key first step in the march toward high–volume manufacturing of the world’s most complex devices.
In addition to the manufacturing capabilities of its D1D facility in Oregon, where the initial 45nm development efforts are underway, Intel has announced two high–volume fabs under construction to manufacture chips using the 45nm process technology: Fab 32 in Arizona and Fab 28 in Israel.
Listen to a recorded interview with Intel senior fellow Mark Bohr by clicking the “Manufacturing” channel at http://intel.feedroom.com.
Intel, the world leader in silicon innovation, develops technologies, products and initiatives to continually advance how people work and live. Additional information about Intel is available at www.intel.com/pressroom.
Intel is a trademark or registered trademark of Intel Corporation or its subsidiaries in the United States and other countries.
* Other names and brands may be claimed as the property of others.
Disclaimer: Opinions posted on Free Republic are those of the individual posters and do not necessarily represent the opinion of Free Republic or its management. All materials posted herein are protected by copyright law and the exemption for fair use of copyrighted works.