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Technology Stocks : Applied Materials No-Politics Thread (AMAT) -- Ignore unavailable to you. Want to Upgrade?


To: Demosthenes who wrote (3038)9/16/2002 4:53:11 AM
From: Steve Lee  Respond to of 25522
 
"You said the insiders would be selling their shares below the market price"

I didn't!

Message 17993466



To: Demosthenes who wrote (3038)9/16/2002 8:26:27 AM
From: Proud_Infidel  Read Replies (2) | Respond to of 25522
 
Applied Materials Launches New Dedicated 300mm RTP System for High-Volume Chipmaking
Radiance(TM) Vantage(TM) System Features Streamlined Platform Design to Achieve World Class Equipment Efficiency and RTP Performance
Monday September 16, 7:30 am ET

SANTA CLARA, Calif.--(BUSINESS WIRE)--Sept. 16, 2002-- Applied Materials, Inc. introduces its new Radiance(TM) Vantage(TM) system, a dedicated, two-chamber rapid thermal processing (RTP) solution for 300mm high-volume chip manufacturing. The Vantage system combines Applied Materials' world-class Radiance 300mm RTP technology with a streamlined platform design to deliver industry-leading productivity and cost of ownership for all anneal applications.
"The Radiance Vantage system extends Applied Materials' leadership in RTP technology and sets a new benchmark in thermal processing productivity," said Dr. Randhir Thakur, general manager of Applied Materials' Transistor Systems Group. "Our Radiance chamber is the global standard for 300mm RTP applications, with over 100 chambers installed in chipmaker fabs around the world.

"The new Radiance Vantage platform enables the use of our advanced RTP technology for mainstream applications that depend on productivity, cost of ownership and reliability to ensure manufacturing profitability. The simplified design of this system also allows it to be shipped as a single unit, enabling significantly faster start-up time and reduced time to production. We have already received orders for the Radiance Vantage from customers in Japan, Korea and the U.S."

The Radiance Vantage supports all annealing applications, including implant annealing, spike annealing and salicidation, as well as dry rapid thermal oxidation. The system is configured with up to two RTP process chambers that are linked directly to a factory interface and track robot. Mechanical throughput of the system exceeds 100 wafers per hour due to its simplified wafer transfer sequencing. Chipmakers can quickly install and qualify the Radiance Vantage tool since no additional system assembly is required for installation. The Vantage platform also is designed for ease of maintenance and high reliability in volume production.

Applied Materials' line of RTP products also includes the Radiance Centura® system, an advanced technology solution that provides customers with exceptional processing flexibility. While the Radiance Vantage is a dedicated system for high-volume atmospheric RTP applications, the Radiance Centura system allows the integration of multiple technologies, such as low pressure CVD (chemical vapor deposition) and DPN (decoupled plasma nitridation) chambers, for advanced logic gate or flash gate stack formation. The reduced-pressure capability of the Radiance Centura system also enables the company's patented in-situ steam generation process (ISSG).

According to VLSI, a market research firm, the market for RTP technology totaled $348 million in 2001 and is projected to grow to $843 million by 2004. Approximately 65% of the 2004 estimate is for 300mm RTP equipment. Applied Materials has been the leading supplier of RTP systems to the semiconductor industry since 1996.

The Radiance Vantage system will be exhibited at Semicon Taiwan from September 16-18 in Taipei, Taiwan, at Applied Materials booth #1138.

Applied Materials, the largest supplier of products and services to the global semiconductor industry, is one of the world's leading information infrastructure providers. Applied Materials enables Information for Everyone(TM) by helping semiconductor manufacturers produce more powerful, portable and affordable chips. Applied Materials' web site is www.appliedmaterials.com.

Note: A Photo is available at URL: businesswire.com



To: Demosthenes who wrote (3038)9/16/2002 3:45:15 PM
From: Proud_Infidel  Read Replies (1) | Respond to of 25522
 
Nanotech funding bill in the wings

By Declan McCullagh
Staff Writer, CNET News.com
September 16, 2002, 11:15 AM PT

Sen. Ron Wyden has big plans for small technology.
On Tuesday, the Oregon Democrat is planning to introduce a bill and convene a hearing to spur the development of nanotechnology by spending more government money on early-stage research.

A summary of the bill seen by CNET News.com says it will establish a "National Nanotechnology Research Program" to coordinate federal efforts in the area and balance research objectives with ethical and societal concerns. It will spend about $446 million, with a portion of that to come from existing money located elsewhere in the federal budget.



"Sen. Wyden feels that missing the nanotechnology revolution would be somewhat akin to missing the computer revolution," Carol Guthrie, Wyden's press secretary, said on Monday. "This is a field with almost unlimited potential, and America needs to stay at the forefront of this field. Sen. Wyden wants to make sure there's ample financial investment and ample organizational investment."

Nanotechnology refers to manipulating materials in the 1- to 100-nanometer range, which in theory will create remarkable new substances, aid in medicine, and accelerate computer chips. Last week, Intel announced that it was working with Harvard and other universities on silicon nanowires and carbon nanotubes, two experimental structures that could eventually replace standard transistors on chips.

Sen. Joseph Lieberman of Connecticut, the former Democratic vice presidential hopeful, will co-sponsor the bill, a spokeswoman said Monday afternoon.

Tuesday's hearing represents one of the first times that Washington officially looks at nanotechology. During the hearing, industry representatives are expected to demonstrate early examples of nanotech products: glowing quantum dots, stain resistant nano-pants, nano flat-screens, and so on.

Wyden chairs the Science, Technology and Space subcommittee that will meet Tuesday. Witnesses expected to testify include Richard Russell of the White House Office of Science and Technology Policy, Northwestern University professor Sam Stupp, Stan Williams of HP Laboratories, and Mark Modzelewski, director of the Nanobusiness Alliance.

Founded in Oct. 2001, the Nanobusiness Alliance is a trade association of companies hoping to develop commercial applications for nanotechnology. The alliance estimates that by 2003, investment in nanotech start-ups will be more than $1.2 billion--but argues that even with that influx of cash, the Wyden bill is still necessary.

"It's important that that (government) money be there since venture capitalists won't put their money in nanotech right now," said Nathan Tinker, the alliance's vice president. "It's a high-risk area right now, very emerging. Even though there are a few hundred million put into nanotech, it's still a small part of the overall funding needed to get nanotech out of the laboratory and into the marketplace."

Tinker said that "when you have something like nanotech that is so broad in its scope that it could affect every industry, it's not going to have that breadth of ability at the corporate level. You need these small companies working on individual small projects that grow into larger things."

No critics invited
No critic of Wyden's approach is expected to testify at Tuesday's hearing, but free-market advocates are critical of boosting government spending on nanotechnology.

"I suggest giving them nanodollars," Tom Miller, director of health policy at the Cato Institute, said of lobbying from nanotech businesses. "Since they can't find enough people with their own money at risk, their strategy is to take money out of a larger pot run by the government with nobody paying attention.

"These are folks trying to do this for a profit--they're not doing it for a sainted cause. Our society will richly reward them when they come up with a great idea. On the other hand, we can get all sorts of boondoggles and white elephants through government-funded research. The market may be telling them that it's not a good enough idea for someone to put some speculative capital in, it's not the right time, or they have to shop around more for funders."

In June, the Bush administration recommended a budget of $710 million for the existing National Nanotechnology Initiative for the fiscal year beginning in October. That would be an increase of about 17 percent, with the majority of the funds going to the National Science Foundation, the Defense Department and the Energy Department. Research organizations including the Oak Ridge National Laboratory, Sandia National Laboratories and the Los Alamos National Laboratory fall under the Department of Energy.

Currently the National Nanotechnology Initiative is organized under the White House's National Science and Technology Council. Wyden's bill, according to the summary, would formalize the arrangement and create a center focusing on ethical and societal challenges of nanotechnology.

The bill, titled the 21st Century Nanotechnology Research and Development Act, would direct government nanotechnology grants to areas of the country with high unemployment rates.