EUV machines to swing into commercial action in 2015

Aug 08, 2013 by Nancy Owano weblog
Credit: ASML

(Phys.org) —ASML develops technology for high-tech lithography machines for the semiconductor industry. The company, based in The Netherlands, manufactures equipment that is used to transfer circuit patterns onto wafers. For them and their customers, EUV, or extreme ultraviolet, is a significant term that comes down to producing wafers in a better way. The chip industry has long hoped to use the short-wavelength light to make circuits that are cheaper and denser. The company, according to IEEE Spectrum's detailed report, has announced its work with extreme ultraviolet and related goals, and that its EUV machines will by 2015 be bright enough for commercial production.

This is an important prediction because that is the year when the machines will be needed to pattern transistors in the 10nm node—the generation after the next generation of logic chips. The announcement suggests the company is on a solid path to sorting out complexities intrinsic to EUV, which requires sophisticated light sources.

Those familiar with the technology have commented that one of the biggest problems that interfere with achieving smaller, faster, processors has been the lack of a proper light source. For the moment, the industry is making do with 193-nm lithography. EUV researchers hope that it will serve as a replacement technology in time, to make circuits that are cheaper and denser.

EUV machines use light to draw finer features that go beyond the capabilities of 193-nm lithography machines. The problem is insufficient brightness of the light source with EUV machines, which has made commercialization difficult. The dimmer the light, the longer each wafer must be exposed, and the longer it takes to make each chip. As Hot Hardware's Joel Hruska has put it, "We've reached the limits of what a 193nm wavelength is small enough to etch, even when using (in which the chip is immersed in water)."

ASML's goal is to eventually produce 125 wafers per hour with its machine. At that rate, ASML expects 250 watts of EUV light is needed. According to the company, many of the major kinks in EUV light production have been worked out and the company is more confident the light source brightness can be boosted all the way to 250 watts. To make sure that is a reasonable goal, the company has focused on showing that the light source is not just bright but reproducibly so.

According to IEEE Spectrum, ASML revealed its plans in July at the conference Semicon West in San Francisco.

Explore further: Quick-change materials break the silicon speed limit for computers

More information: spectrum.ieee.org/semiconducto… aking-inches-forward
hothardware.com/News/After-Del… lears-Major-Hurdles/
optics.org/news/4/7/25
www.asml.com/asml/show.do?lang=EN&ctx=277&rid=543

Related Stories

Performance boost for microchips

May 10, 2012

The semiconductor industry is faced with the challenge of supplying ever faster and more powerful chips. The Next-Generation Lithography with EUV radiation will help meeting that challenge. Fraunhofer researchers ...

Samsung takes 3 percent stake in ASML

Aug 27, 2012

(AP)—ASML Holding NV says that Samsung Electronics Co. has agreed to buy a 3 percent stake in it for €500 million ($625 million), following the lead of other key computer chip manufacturers Intel Corp. and Taiwan Semiconductor ...

Dutch high tech group ASML reports profit fall, sees pick-up

Jul 17, 2013

Dutch company ASML, which supplies computer chip making systems, reported a big fall in quarterly profit on Wednesday but said it expected business to bounce back later this year, driven by growing demand for smartphones ...

Faster, cheaper chips from space technology

Mar 26, 2010

(PhysOrg.com) -- Our world is full of integrated semiconductor circuits, commonly known as microchips. Today you find them in computers, cars, mobile phones and in almost every electrical device. Technology ...

Recommended for you

Wireless sensor transmits tumor pressure

4 hours ago

The interstitial pressure inside a tumor is often remarkably high compared to normal tissues and is thought to impede the delivery of chemotherapeutic agents as well as decrease the effectiveness of radiation ...

Tim Cook puts personal touch on iPhone 6 launch

5 hours ago

Apple chief Tim Cook personally kicked off sales of the iPhone 6, joining in "selfies" and shaking hands with customers Friday outside the company's store near his Silicon Valley home.

Team improves solar-cell efficiency

21 hours ago

New light has been shed on solar power generation using devices made with polymers, thanks to a collaboration between scientists in the University of Chicago's chemistry department, the Institute for Molecular ...

Calif. teachers fund to boost clean energy bets

21 hours ago

The California State Teachers' Retirement System says it plans to increase its investments in clean energy and technology to $3.7 billion, from $1.4 billion, over the next five years.

User comments : 2

Adjust slider to filter visible comments by rank

Display comments: newest first

maxb500_live_nl
1 / 5 (2) Aug 08, 2013
"The company, based in The Netherlands, manufactures equipment that is used to transfer circuit patterns onto wafers."

So in other words they make the machines that make the microchips and memory-chips.

I believe they control something like 80% of the lithography market so lets hope they can get to the next level so we can really see a next generation of faster, smaller, less energy hungry microchips. Intel, Samsung, Qualcomm, etc ASML has all the big players as customers to buy these machines. We are talking about machines that cost tens of millions a piece.

Can`t wait for the next generation of these microchips to come out. I hate any delays or to much heat. And considering quality of games or the capacity of personal digital assistants we aren't even anywhere close to what we want to see.
guiding_light
5 / 5 (1) Aug 26, 2013
EUV can't even get you 20 nm resolution. It has pretty much missed its window.

http://www.euvlit.../P29.PDF