• Second-to-none cooling capacity: 250W TDP. Raising the overclocking possibility..
• Dual 140mm full-range VR/PWM fans in push-pull configuration to accelerate cooling efficiency..
• Six 6mm heat pipes to accelerate heat transfer from the CPU to fins for utmost cooling efficiency..
• Premium thermal compound included that matches the heat conduction characteristic of the cooler eliminate cooling bottleneck..
• Universal mounting design supports all CPU sockets: Intel Socket 2011, 1366, 1156, 1155, 775 and AMD Socket AM3+, AM3. AM2+, AM2 and FM1..

• Imported from USA.

Once again Thermaltake is at it again following up the wildly successful and high performing Frio OCK cooler with the next step in the evolution the Frio Extreme. The Frio Extreme is a pure marvel in advancements of cooler technology as the Frio Extreme offers a unique fully separated dual ultra wide tower design to offer maximum surface area to expel heat away from the processor as efficiently as possible. The dual tower cooler paired with dual 140mm high flow fans and the Frio Extreme is a beast to be reckoned with as it sports the ability to handle up to 250W thermal loads the target is clearly on the highest end of the performance enthusiasts. A convenient single fan speed control box adjusts both fans in either a PWM (controlled by motherboard) or VR (controlled by installed knob) to guarantee you get the function you want and can maximize cooling efficiency. The 140 mm high pressure OC fans can be tuned between 1200 RPM for normal operation and up to 1800 RPM in OC mode and under mission critical circumstances when in 24/7 operation. As usual with top-notch Thermaltake products, particular attention is paid to ease-of-use, convenience and an overall satisfying user experience. Therefore the Frio Extreme supplies a universal installation kit which is meant to keep users future ready for current CPU sockets, including the recently launched Sandy Bridge-E LGA2011 sockets. It probably has never been easier to get ultimate cooling in a single cooler until now.