XILINX AND PIXEL VELOCITY TEAM TO DELIVER WORLD'S MOST ADVANCED 3-D FACIAL RECOGNITION TECHNOLOGY

SAN JOSE, Calif., November 29, 2004 - Xilinx, Inc., (NASDAQ: XLNX), the world's leading programmable logic supplier, and Pixel Velocity, a leading image processing solutions company, today announced a collaboration that resulted in the world's most advanced 3-D facial recognition technology. Using the advanced features of Xilinx Virtex-II Pro FPGAs, Pixel developed the revolutionary biometrics technology to replace today's limited two-dimensional (2-D) technology in applications such as airport surveillance cameras and automated travel kiosks in airports throughout the world.

"Each Xilinx Virtex-II Pro chip provides the image processing power of 300 Pentium processors. By stacking multiple Xilinx FPGAs together, we achieved an unprecedented 1000x-performance gain to enable this revolutionary product, " said Eric Sieczka, CEO of Pixel Velocity. "Image processing requires a large amount of processing power - the Xilinx Virtex-II Pro FPGAs, with embedded IBM PowerPC processors and high-performance fabric, were the only programmable chips available with the power needed to make this technology possible."

Coming to an airport near you Biometric facial recognition technology is currently available in a few select airports. Over 28 countries have mandated facial recognition technology be in place by 2007. In the United States, the Federal Aviation Administration (FAA) is requiring the top 20 U.S. airports to install biometric technology pilot programs. The FAA is also working to produce the "trusted traveler" program; designed to expedite security clearance for frequent flyers identified by the FAA as "safe travelers."

"Facial biometrics are resistant to changes in skin tone, hair color, or facial hair. The technology actually measures the underlying structure of the face, the bones and muscles that identify who we are," said David Bloom, solution manager at Safe-Travel Airport Security Company in Detroit. "Because the technology is so non-invasive, 3-D facial recognition will ultimately compete with current identification technology throughout our lives. You will begin to see this technology replace your PIN number at the local ATM, your photo ID at work and ultimately retail purchases, just to name a few."

With the ability to identify "facial fingerprints" of known terrorists, plans are also in place to utilize this same non-intrusive method for homeland security screening at U.S. border crossings and international airport customs departments. The U.S. is already issuing biometric visas and plans to start issuing biometric passports by the end of next year, while the European Union (EU) recently announced it will develop new visa, passport, and immigration systems incorporating biometrics.

"3-D biometrics are ideally suited for security because we anticipate it will applied to a large population with 99 percent accuracy. Current 2-D facial recognition methods offer only a fraction of the accuracy that's possible with 3-D imaging," said Dirk Colby, a biometrics researcher at Michigan State University.|

Cheaper technology enables more than just security Like the mobile phone, biometric devices are becoming smaller, safer and cheaper, thanks in part to the dramatic cost reductions of Xilinx chips. "Many applications that can be achieved with a $20 chip today were simply not possible a few years ago when prices for the same performance ran around $2,000 per chip. Access was limited to organizations with a lot of money like the Department of Defense," continued Sieczka. "Working closely with Xilinx, we've taken the same advanced technology and applied it to applications that impact the everyday lives of the average consumer. We look forward to even more amazing possibilities with the new Xilinx line of Virtex-4 FPGAs."

"Pixel's 3-D imaging promises to enable the introduction of many revolutionary products that will impact our lives. Xilinx is proud to be the enabling technology behind it," said Wim Roelandts, president, CEO and chairman of the board at Xilinx. "Our new Virtex-4 FPGAs offer a menu of choices and features for our customers, thereby further reducing cost to enable today's leading-edge applications such as Pixel's 3-D technology."

Labeled one of the "top ten emerging technologies" by MIT Technology Review, biometrics is primed for explosive growth. In addition to security, Pixel is busy tailoring their 3-D biometric technology for other end applications such as video conferencing and low-cost medical imaging. According to the International Biometric Group, global biometrics revenues are expected to reach $4.6 billion by 2008, with $800 million specifically in facial recognition revenues.

About Xilinx Virtex-4 FPGAs Introduced earlier this year, Xilinx Virtex-4 FPGAs deliver more options than any other FPGA family available today. With more than 100 technical innovations, the Virtex-4 family consists of 17 devices and three domain-optimized platforms. A multi-platform approach makes it possible for customers to select the optimal mix of resources for their application to achieve the highest functionality and performance at the lowest cost. Xilinx is the only company to offer a programmable logic device with integrated PowerPC embedded technology. Based on their industry-leading capacity, performance, and cost-effectiveness, Xilinx Virtex FPGAs are the number one choice of designers worldwide.

About Pixel Velocity Formed in 2001, Pixel Velocity designs, manufactures, and markets the world's most advanced reconfigurable image computing systems. In addition to providing a family of off-the-shelf cameras and processing products, the company works closely with technology partners leveraging this advanced technology to develop novel 2-D and 3-D solutions in the areas of Biometrics, Industrial Machine Vision, Medical Imaging, and Defense. For more information, visit www.pixel-velocity.com.

About Xilinx Xilinx is the worldwide leader in complete programmable logic solutions. For more information, visit www.xilinx.com

"Virtex-4 family consists of 17 devices and three domain-optimized platforms. A multi-platform approach makes it possible for customers to select the optimal mix of resources for their application to achieve the highest functionality and performance at the lowest cost."

Interesting post. Im looking into the DSP specific Virtex platform for some applications.

This is why FPGA technology is taking a big chunk out of the custom ASIC market. Xilinxs software tools have advanced to the point that you can lay out and simulate an architecture using high level functional blocks, as in MATLAB SYSGEN.

The inefficiency of the one size fits all approach of the Intel Pentium processor is apparent for numerically intensive processing.

Xilinx and IBM are developing this in collusion with a communist Chinese company. The first victims will be no doubt be Chinese Christians and Uighers, then the US and the world.

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