With the releaese of the new Bigwater cooling system

Jul 8, 2008 14:08 GMT  ·  By

Thermaltake, one of the leading manufacturers of computer cooling products, has just announced a new release. Following the success the company had with the launch of the Bigwater 760i liquid cooling system in 2007, newcomer Bigwater 770 promises to help users achieve those high CPU frequencies they've been dreaming of.

The design of the new release allows it to be easily integrated in any desktop computer system meant for high-end gaming and overclocking. The product uses the chassis front 5.25-inch expansion bay and intelligent interconnect system for tubes for a better installation process.

With the all-copper waterblock design, the Bigwater 770 comes to provide the best conductivity for the latest high-performance central processing units. The system's Redundant Micro Channel Design divides the water flow into micro channels, which ultimately accelerates the heat transfer from the heat source. Thermaltake's new cooling system also features an integrated fan, designed to lower the temperature of the coolant.

This type of solution is not meant for today's mid- or low-range desktop computer systems, but rather for those high-end machines that are built using the latest in hardware technology. Such a device can allow its users to easily engage in some CPU overclocking action, as it can provide an increasing cooling factor, as compared to standard fan systems. Nevertheless, unlike standard cooling systems, such a solution requires a certain degree of maintenance, which might not be that comfortable for most users out there.

Regarding the Bigwater 770 mid tower liquid cooling unit, the manufacturer hasn't released any details concerning the product's MSRP or the date when it will arrive in stores. Still, more info should emerge in the days to come, when the new cooling system will probably also be reviewed and put through a series of tests. Until that happens, users can check out more facts about it right on the manufacturer's website.