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ASUS Launches Self-Designed EAH4870X2 and EAH4830 Series Graphics Cards to Deliver Extreme Cooling for Stable Operations

Taipei, Taiwan, November 7, 2008 – In order to cater to users who require excellent graphical performance boosts and exceptional cooling from their graphic cards, ASUS, world-leading producer of top quality graphics solutions, has today introduced two ranges of self-designed graphics cards, namely the EAH4870X2 and the latest EAH4830 Series. These ASUS designed graphics cards are equipped with specially designed fansinks that deliver extreme cooling of up to 24°C for the GPU and low noise-levels of only 29 dB—greatly enhancing the gaming enjoyment of users. The inclusion of the Electro-Magnetic Interference (EMI) shield, Covered Chokes, low RDS (on) mosfets and the Stabilizer Solid Polymer Aluminum Capacitors infuses extreme performance with durability for total peace of mind.

Enjoy Up to 24°C Cooler GPUs with Specially Designed Fansink
A specially designed Tri-Fansink is utilized with the ASUS self-designed EAH4870X2 Series to effectively keep both GPUs and other critical heat generating components cool. Three large fans bring in massive amounts of cool air to dissipate heat away from both sides. The Jet Engine design of the fansink also channels more centralized air stream for higher air pressure and better heat dissipation efficiency. Furthermore, this fansink also features a skive-fin heatsink which is manufactured to high technical requirements that maximizes heat dissipation and minimizes any chance of overheating. With this Tri-Fansink, the temperature of both GPUs can thus be lowered up to an amazing 24ºC in comparison to reference design boards. The latest EAH4830 Series also comes equipped with a specially designed fansink to quickly transfer heat away from the GPU for extreme cooling*. Besides the extraordinary cooling capacity, the fansink on the EAH4830 Series operates with noise levels of only 29 dB—almost imperceptible in a quiet room, catering to users who require maximum cooling without excessive fan rotation noise. Read more..