Dear Visitor,

Our system has found that you are using an ad-blocking browser add-on.

We just wanted to let you know that our site content is, of course, available to you absolutely free of charge.

Our ads are the only way we have to be able to bring you the latest high-quality content, which is written by professional journalists, with the help of editors, graphic designers, and our site production and I.T. staff, as well as many other talented people who work around the clock for this site.

So, we ask you to add this site to your Ad Blocker’s "white list" or to simply disable your Ad Blocker while visiting this site.

Continue on this site freely
You are here: Home / Business Briefing / Intel To Put $4.1 Billion Into ASML
Intel Seeks To Accelerate R&D with $4.1 Billion Investment in ASML
Intel Seeks To Accelerate R&D with $4.1 Billion Investment in ASML
By Jennifer LeClaire / NewsFactor Network Like this on Facebook Tweet this Link thison Linkedin Link this on Google Plus
In a move to accelerate the development of 450-millimeter wafer technology and extreme ultraviolet (EUV) lithography, Intel on Tuesday announced a multibillion-dollar investment in ASML Holding. Intel entered into a series of agreements worth $4.1 billion with its supplier.

With the investment, Intel hopes to shorten the schedule for deploying the lithography equipment supporting these technologies by as much as two years. That, Intel says, would result in significant cost savings and productivity improvements. And that's an important development with the explosion of mobile technologies.

"Productivity improvements driven by enhanced wafer manufacturing technologies, especially larger silicon wafers and enhanced lithography technologies with EUV are direct enablers of Moore's Law, which delivers significant economic benefits to consumers," said Brian Krzanich, Intel senior vice president and chief operating officer.

"The transition from one wafer size to the next has historically delivered a 30 to 40 percent reduction in die cost, and we expect the shift from today's standard 300-mm wafers to larger 450-mm wafers to offer similar benefits. The faster we do this, the sooner we can gain the benefit of productivity improvements, which creates tremendous value for customers and shareholders."

Intel To Take 15 Percent Stake

The first phase of the program will see Intel commit to R&D funding of about $680 million to help ASML accelerate the development and delivery of 450-mm manufacturing tools, as well as an equity investment of about $2.1 billion for approximately 10 percent of ASML's shares.

If the second phase of the program is approved, Intel will make an additional R&D investment of about $340 million in ASML focused on accelerating EUV, as well as an equity investment of about $1 billion for an additional 5 percent of ASML shares.

That would ultimately give Intel a 15 percent stake in the Netherlands-based company, the world's largest supplier of photolithography systems for making semiconductors, with a total equity investment of about $3.1 billion along with the $1 billion investment in R&D.

ASML has agreed to sell up to 25 percent of its shares to outside companies. Intel has also agreed to commit to advanced purchase orders for 450-mm and EUV development and production tools from ASML.

"We are extremely encouraged that Intel has made these investments, which will benefit every semiconductor manufacturer in the industry," said Eric Meurice, president and CEO of ASML. "We hope to be able to announce additional investments by our other customers in the coming weeks."

Faster, Smaller, Less Energy

Zeus Kerravala, principal analyst at ZK Research, said pushing Moore's Law becomes increasingly important in the mobile space because the footprint of what you have to work with is a lot smaller than traditional servers and PCs.

"Moore's Law is also about creating things that are more power efficient," Kerravala told us. "The faster these processors get in mobile phones the shorter the battery life needs to be. There's a direct correlation between the two.

"It's really in everyone's best interest in the mobile ecosystem to find a way to create faster processors with less battery life, with longer reach networking technology to make these things people's primary devices."

Read more on: Intel, ASML, R&D, Moore's Law
Tell Us What You Think


Like Us on FacebookFollow Us on Twitter
© Copyright 2017 NewsFactor Network. All rights reserved. Member of Accuserve Ad Network.