14 DAY TRIAL // ASUS, world-leading producer of high quality IT products, has announced the launch of two lineups of proprietary graphics cards, the EAH4870X2 and the EAH4830 Series. The new cards are aimed at those users that require the best graphics performance, along with exceptional cooling for their cards. Considering users' needs, ASUS has equipped the new boards with specially designed fansinks meant to deliver the best cooling experience.
According to the manufacturer, the new cards are able to deliver up to 24 degrees better cooling for the GPU, while the noise level rises only to 29 dB. The new ASUS graphics solutions are able to enhance the gaming experience of any user. Moreover, the boards also feature Electro-Magnetic Interference (EMI) shield, Covered Chokes, low RDS(on) MOSFETs and the Stabilizer Solid Polymer Aluminum Capacitors, all designed to offer the best performance, while durability is leveraged as well.
The EAH4870X2 Series makes use of a specially designed Tri-Fansink able to keep the GPU and other critical heat generating components cool. The card comes with three large fans, which are meant to ensure a massive flow of cool air to dissipate the heat. The fansinks feature a Jet Engine design, to channel air for better heat dissipation. Moreover, the fansinks include a skive-fin heatsink designed to maximize heat transfer and minimize overheating.
The latest EAH4830 Series also features a specially designed fansink meant to leverage heat dissipation from the GPU and to ensure extreme cooling. The great cooling capacity of the card is complemented by a low noise level of only 29 dB, which can hardly be heard in a quiet room. Users will be able to enjoy both great cooling capacity and low fan rotation noise.
ASUS designed graphics cards use several cooling solutions aimed at delivering great performance for users. The EMI shield reduces up to 66% of EMI, and allows for a more stable signal. At the same time, the Covered Chokes guarantee less heat generation and more power efficiency when compared with traditional Toroidal Coil Chokes. Moreover, the low RDS(on) MOSFETs can drop temperatures by 15 degrees, while the Stabilizer Solid Polymer Aluminum Capacitors can reduce power losses and ensure more stable operations.