Guillemot Maxi Xentor 32 Ultra and AMD K6 III Round Out Ultimate Gaming Platforms Utilized in PGL Finals Action
SANTA CLARA, CA – MAY 21, 1999 – NVIDIA™ Corporation (Nasdaq: NVDA) announced today that the award-winning RIVA TNT2™, the world's fastest 3D processor(1), will power the gaming platforms used at the AMD® Professional Gamers' League (PGL) spring championships. The RIVA TNT2-based Guillemot Maxi Xentor 32 Ultra graphics accelerator, combined with the AMD-K6®-III PC, delivers the unprecedented gaming experience demanded by the high level game enthusiasts participating in this event. The Spring 1999 championships are being held at XS New York, a popular Interactive Gaming Arena located in Times Square, on May 21 - 22.
"The intense nature of the PGL championships demand that only the highest performing graphics processor be utilized to power the gaming experiences of this event," said Michael Hara, vice president of corporate marketing at NVIDIA. "The RIVA TNT2 is the obvious choice for these demanding gamers. World class gaming enthusiasts demand a platform that will provide high-quality graphics while pushing their systems to unheard of levels – and with the Guillemot Maxi Xentor 32 Ultra, that is what they will be getting at the PGL championships."
NVIDIA Family Processors
The RIVA family of 3D/2D graphics processors, the RIVA TNT2™, RIVA TNT™, RIVA 128ZXTM and the RIVA 128™ is the first family of high performance graphics processors for the performance mainstream PC market. The RIVA processors utilize a 128-bit pipeline to support the computational throughput required for current and future graphically intensive applications. The NVIDIA Vanta™ 3D/2D processor is the first in a family of 3D processors designed for the enterprise PC market. Based on the award winning RIVA TNT2 architecture, the NVIDIA Vanta processor is designed for Windows 2000 and the burgeoning market for enterprise visualization applications. By leveraging its graphics technology and massive gate counts, all NVIDIA processors are able to deliver stunningly realistic, high frame rate 3D, along with benchmark winning 2D, VGA and video acceleration in single chip solutions. NVIDIA graphics processors are optimized for both Direct3D™ and OpenGL APIs.
NVIDIA Corporation (Nasdaq: NVDA) designs, markets and sells a complete family of award-winning 3D graphics processors that deliver industry-leading performance and visual quality for a broad range of PC applications, including: enterprise visualization, e-commerce, e-business, entertainment and education. Corporate headquarters are located in California: 3535 Monroe Street, Santa Clara, California 95051. For more information visit the Company's web site at http://www.nvidia.com.
(1)Mercury Research, Scottsdale, AZ; May 1999 – http://www.mercuryresearch.com
Except for the historical information contained herein, this press release contains forward-looking statements that involve risks and uncertainties and actual results may differ materially. Factors that may affect NVIDIA's actual results include the impact of competitive products and pricing, technological changes in products and components, the ability to timely and successfully develop and produce in volume new products and modifications to existing products, market acceptance of new products and modifications to existing products and conditions in the PC market. Investors are advised to read the Company's annual report on Form 10-K filed with the Securities and Exchange Commission, particularly those sections entitled "Factors Affecting Operating Results," for a fuller discussion of such risks and uncertainties.
Notes to Editors: Please note that the recommended way of writing NVIDIA, RIVA 128, RIVA 128ZX, RIVA TNT and RIVA TNT2 is all CAPITALS.
NVIDIA, the NVIDIA logo, RIVA TNT, RIVA TNT2 and NVIDIA Vanta are trademarks of NVIDIA Corporation. RIVA, RIVA 128 and RIVA 128ZX are trademarks of NVIDIA Corporation and STMicroelectronics. Other company and product names may be trademarks or registered trademarks of the respective companies with which they are associated.