SPARKLE Unleashes Highest Performance DirectX 10 Graphics Card For Gamers

SPARKLE Computer Co., Ltd., the professional VGA card manufacturer and supplier, today proudly announced the SPARKLE GeForce 9800 GX2 Graphics Card, the world's fastest graphics processing weapon on the planet for today's DirectX 10 gamers.

The SPARKLE GeForce 9800 GX2 Graphics Card extends the award-winning GeForce 9 Series product line by using NVIDIA latest GeForce 9800 GX2 architecture, which have two graphics chips inside. Now the SPARKLE GeForce 9800 GX2 Graphics Card performs twice faster than the GeForce 8800 GTX, previously considered the fastest GPU on the planet, across a wide range of top games and applications. The SPARKLE GeForce 9800 GX2 Graphics Card embraces 600MHz core speed, 2x256-bit 1024MB 2GHz GDDR3 memory speed and 256 stream processors with 1500MHz. So the SPARKLE GeForce 9800 GX2 Graphics Card is the perfect choice for top DirectX 10 titles, including Lost Planet: Extreme Condition, Crysis, Age of Conan, Hellgate: London, Company of Heroes: Opposing Fronts, World in Conflict, BioShock, Gears of War. The SPARKLE GeForce 9800 GX2 Graphics Card includes all required hardware functionality defined in the Microsoft Direct3D® 10 specification, with full support for the DirectX 10 unified shader instruction set and Shader Model 4 capabilities.

DirectX 10 is included with Microsoft Windows Vista and delivers unparalleled levels of graphics realism and film-quality effects for games, all rendered in real-time on the SPARKLE GeForce 9800 GX2 Graphics Card.

Using NVIDIA second generation PureVideo HD technology, the SPARKLE GeForce 9800 GX2 Graphics Card can fully offload most of Blu-ray and HD DVD H.264 video decoding from CPU, its video processing unit can free the CPU for other tasks and significantly reducing power consumption, heat and noise, providing the highest quality High-Definition video for the ultimate home theater experience.

Ahead for next generation data transportation standard, the SPARKLE GeForce 9800 GX2 Graphics Card complies with PCI Express 2.0 standard,it can maximize the usage of 5GT/s bandwidth (twice that of first generation PCI Express) provided by PCI Express 2.0, to be full ready for future games and applications which have strict requirements on bandwidth. At the same time, the SPARKLE GeForce 9800 GX2 Graphics Card is also compatible with present PCI Express 1.1 motherboards with widest scope of support.

“The DirectX 10 gaming platform is built around the fastest components available and today SPARKLE proudly provides the SPARKLE GeForce 9800 GX2 Graphics Card, the most important components to DirectX 10 gamers. It delivers double stunning performance gains today and supports the key features that will facilitate an awesome visual experience on DirectX 10 titles." Said Allen Wu, sales manager of SPARKLE Computer Co., Ltd. "Also consumers will be able to experience high-resolution, visually rich gaming and high-definition video playback with support for Blu-ray and HD DVD content."

Specification
Model Number: SF-PX98GX21024D3-NHM
Graphics Processing Unit: GeForce9800 GX2
Core Clock: 600MHz
Memory Clock: 2000MHz
Memory Type: 1GB (2x512MB)GDDR3
Memory Interface: 2x 256-bit
Stream Processors: 256(2x128)
Stream Processors Clock: 1500MHz
Bus Type: PCI-Express 2.0
RAMDAC: 400 MHz
Outputs: Dual DVI-I+HDMI
HDTV Resolution: up to 1920 X 1080i
HDCP: Yes

Kontakt:
Alexander Leonard Ronge
nGize – PR Department
Gysenbergstr. 77b
44627 Herne
email: a.ronge@ngize.de
tel: 01 76 – 20 11 36 95

About SPARKLE Computer Co., Ltd.:
SPARKLE Computer Co., Ltd, established in 1982, is a high-end VGA card manufacturer and supplier to mainly provide NVIDIA series VGA card. With its strong R&D ability and investment in both hardware and software, Sparkle aims to provide the most price-competitive products while with best-in-class quality and service. Not only launch partner, Sparkle is also one of the certificated vendors of NVIDIA. Currently, SPARKLE products sell in more than 80 countries and on the web at www.sparkle.com.tw

This release was published on openPR.