(Auszug aus der Pressemitteilung)
BigWater 760i vs. Dual ATi Radeon HD 2900 XT / nVIDIA GeForce 8800GTX
(Excerpt from press release)
June 2007 – Thermaltake, the world’s leading manufacturer of high-end PC chassis, high-efficiency power supply and liquid cooling solution, today announced the perfect high performance liquid cooling solution for ATi CrossFire and nVIDIA SLi, Big Water 760i + TMG AT4 / TMG ND4.
Big Water 760i, is consisted of an all inclusive bay drive unit and a water block with intelligent interconnect that can be installed effortlessly. Ultra quiet pump, 12CM blue LED fan, water reservoir and high performance radiator are all strategically positioned inside the bay drive unit. User can simply install the bay drive unit into 5.25” drive bay, secure the water-block, and connect the intelligent interconnect to complete this easy installation process BigWater 760i utilizes the P500 pump that is capable of pushing 500L/H (131.9G/H) of water that improves the overall efficiency and cooling performance.
The custom tailor designed VGA waterblocks TMG AT4 and TMG ND4utilize state of the art Brazing Technology to weld waterblock with all copper cold plate. Coupled with high density stacked fins for faster heat convection with surrounding cool air, not only you’ll get the main GPU cooled, but the memory and VRM as well. The Low-Noise fan on the edge further provides additional concentrated and high-press airflow across the dissipating fins.
Combining BigWater 760i with the revolutionary new VGA waterblock from the TMG series, TMG AT4 for ATi Radeon HD 2900 XT graphic card; and TMG ND4 for nVIDIA GeForce 8800GTX graphic card; Bigwater 760i will be the your best VGA liquid cooling solution for SLi and CrossFire bringing the ultimate gaming experience that gamers across the world has been searching for.
The introduction of Thermaltake BigWater 760i, along with TMG ND4 and TMG AT4 for SLi and Crossfire applications not only brings forward the future of liquid cool technology but sets a standard of excellence that result in greater reliability.