2008-08-12 20:27:03 -
- Asetek USA, Inc. Gary Baum, 512-431-3868 gbaum@asetek.com www.asetek.com Asetek's industry-leading, LCLC liquid cooling solution is now available for AMD's much anticipated multi-GPU cards, the ATI Radeon HD 4870 X2 family of graphics cards (codenamed R700). The unique, liquid cooling approach is exactly what OEMs need to extract the highest performance from the graphics card and produce top-of-the-line gaming and
entertainment products.
"Heat is an 'age-old' problem for computers. However, what once used to be a concern primarily for cutting-edge systems has now become an issue for everyone," says Gary Baum, Asetek's Senior VP of Marketing. "OEMs developing high-performance, low-noise systems require a safe thermal management solution that not only keeps their systems cool, but is easy to install, maintenance free, and most important, is virtually noise free."
Baum continues: "The days of computers that sound like jet aircraft taking off are over. Our award-winning, LCLC provides worry-free, aggressive thermal management for advanced gaming and graphics-intensive applications--especially those using multiple GPUs like AMD's latest R700-based graphics cards."
When used as part of a Radeon HD 4870 X2 Crossfire configuration, the LCLC product consumes only two of the four PCI slots normally used, freeing up two slots for other configuration upgrades. End users now have additional configuration flexibility.
Click here for the complete release...
About Asetek
Founded in 2000, Asetek is the world's leading system thermal and acoustic management solution provider. Headquartered in Denmark with offices in San Jose, California and Asia, Asetek works actively with leading-edge companies within the PC and workstation industries to ensure cost-effective thermal performance, low acoustic noise and system reliability is achieved. For more information, please visit www.asetek.com.
Liquid Cooling of AMD's "R700" Provides Gaming, Entertainment and
Workstation OEMs with Outstanding Overclocking Performance--with
Virtually No Noise
