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Walton Chaintech Introduces New Generation High Performance 9800GX2 Graphics Card

Walton Chaintech, the world's renowned graphics card and memory module manufacturer, introduces its latest GeForce® 9 series graphics card - CHAINTECH GAE98GX2. GAE98GX2 is equipped with the higher level G92-450 chip, and it is believed to be the most supreme graphics card of GeForce® 9 series.

Positioned specifically to target the higher-level enthusiasts' markets, new CHAINTECH GAE98GX2 graphics card is absolutely the “Wow” version for gamers and comes in with a core clock of 600MHz and 2000MHz memory clock with 1GB GDDR3 memory. It features 256 stream processors that can bring blazing graphics performance with maximum quality for today's most demanding shader model 4.0 games. Furthermore, it is the highest-level graphics card in the market with an impressive performance up to 30%-50% than 8800Ultra.

In addition to two DVI ports for digital signal output, the GAE98GX2 graphics card also features an HDMI interface and an HDTV output. Moreover, it supports Quad SLI technology which delivers the most extreme HD (XHD) gaming experience available on the PC. Quad SLI technology features two dual-GPU GeForce 9800GX2 graphics cards paired with an NVIDIA nForce® SLI™ -Ready motherboard. Each dual-GPU GeForce 9800GX2 graphics card boasts a 512-bit memory interface and an astounding 1GB of super-fast GDDR3 memory, enabling an exceptionally smooth, ultra-realistic gaming experience at resolutions up to 2560x1600.

The card is also born with the latest PureVideo HD technology from NVIDIA. CHAINTECH GAE98GX2 leverages the revolutionary video processing engine to playback the highest quality of HD DVD and Blu-ray movies using lower CPU, besides, it is able to perform at the minimum power consumption, heat and noise. Additionally, it comes with PCI Express 2.0 interface which supports for the next generation PC platform.

Empowered with the HybridPower technology, GAE98GX2 runs at lower energy consumption and quieter PC operation. In addition, it allows the PC to switch processing from a single GPU or multiple GPUs in SLI configuration to the onboard motherboard GPU. It is beneficial for those users who want a quiet operating state with reduced thermals and noise.