Friday, 04 July 2008. 19:57 GMT
OCZ Vendetta CPU Cooler
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OCZ Vendetta CPU Cooler

Vendetta

 

Using a distinctive, highly efficient heat pipe and fin design developed by Xigmatek, combined with a low-noise fan, the Vendetta is built to tackle heat-induced performance degradation and solves the cooling challenges of today’s enthusiast system builds.

While traditional heat pipe CPU coolers typically use a solid base plate design, the Vendetta’s three copper heat pipes make direct contact with the processor allowing for maximum heat transfer at a more rapid pace. A novel “dimple” design in the micro-configuration of the stacked aluminum fans adds turbulences, thereby reducing the skin effect of laminar air flow. Moreover, a folded "V" shape of the macro-configuration of the fins adds surface area without compromising the compact design. As a result, the Vendetta offers incredibly efficient cooling area comparable to much larger coolers which is reflected in its performance.

The ultra-quiet fan cools without disruption with its anti-vibration rubber connectors to reduce excess noise, resulting in quiet, yet extremely effective performance. Because the OCZ Vendetta has a compact design, even the most crowded cases can accommodate the cooler with ease.



* Although the Vendetta has been qualified for these processors for performance and compatibility, it may not fit some motherboards

For Sockets AMD 754/755/939/AM2, Intel LGA775*       
3 Pure Copper heat pipes for superior heat dissipation       
Pure Aluminum fins for ultimate durability       
1 year warranty

Fan Specs       
Size: 92mm       
Rated Voltage: 12V DC       
Fan Speed: 1200-2800RPM       
Fan Air Flow: 39-54.6 CFM       
Noise Level: 22-34 dBA       
Bearing type: ball       
Connector: 4 pin with PWM

Dimensions:       
Heatsink: (L)97 x (W)79 x (H)134mm

Includes:       
92mm Fan with rubber connectors       
Mounting Hardware for all above CPUs       
Thermal Compound

Part Number
OCZTVEND 

For more information ... please visit OCZ's website.

 

 



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