(Auszug aus der Pressemitteilung)
Brea, California and Munich, Germany – November 29, 2005 – EVGA Corporation, the leading edge 3D processor board brand of the United States of America with it’s newly expanded European office EVGA GmbH located in Germany, is pleased to announce the e-GeForce 6800GS CO with Copper Heatsink 256MB PCI-Express Graphics card. The newest addition to EVGA’s EVTweak initiative provides even faster Enthusiast-Class performance at Midrange market pricing.
The e-GeForce 6800 GS CO with its groundbreaking 450MHz Core, 1050MHz Memory clock, 12 Shader Pipes and 256-bit memory interface, simply blows away the competition at high resolutions. With the added „Power of 3“ technologies – SM (Shader Model) 3.0, HDR (High Dynamic Range lighting) and SLI (Scalable Link Interface) Ready, we have available one of the best performing graphics cards for its price, with volume availability right now and ready for the holiday season.
„Once again we enhance the meaning of the best bang for your buck to gamers, the e-GeForce 6800GS CO w/Copper Heatsink takes it to the next level with it’s EVTweaked version providing one of the fastest 6800GS available today to enjoy the latest and greatest games on the market without breaking the bank,“ said Andrew Han, President and CEO of EVGA.
All of EVGA’s 3D processor boards are exclusively based on NVIDIA GPUs in combination with EVGA’s leading edge board design talent, superior product enhancements, and world class quality and support.
The complete and comprehensive product offering ranges from lower cost products based on GeForce 5200/5500/6200 processors, primarily targeting system integration, to the highest performing EVGA e-GeForce 7800GTX KO running 490+ / 1300+ out of the box – there is no faster 3D processor solution currently known in volume production. In addition EVGA enhances its products with exclusive, more efficient and less noisy cooling solutions, including passive heat pipe cooling, high performance copper cooling and water cooling offering unmatched performance.