Akasa Cooler Revo Thermodynamic AK-925 All CPU 775/AMD

CPU Sockets:
   AMD Socket 939, AM2
   Intel LGA 775

CPU’s:
   AMD Athlon 64, Athlon 64 X2 and Athlon 64 FX
   INTEL Pentium 4, Pentium D, Core2Duo, Core2Quad

Revo is a totally new class of CPU cooler powered by ‘bubble-pump’ technology.Revo has been developed by Akasa (Europe). At the heart of the cooler is SilentFlux™ a technology developed in Denmark. SilentFlux® utilises a unique dual-component coolant to drive the bubble pump. This product and its patented technology is unique to Akasa.

Revo marks a revolution in the development of Silent CPU cooling: it is quieter and more efficient than heatpipe coolers, significantly cooler than conventional heatsinks and easier to fit (and safer) than watercoolers.

Revo does not use a conventional heatsink. At the heart of this technology is a ‘bubble pump’ (no moving parts, dual component fluid) which silently shifts heat instantly to an aluminium eight port radiator with approximately 1200cm sq. of profiled fine fins that rapidly dissipates heat. Due to the high thermal efficiency the fan can operate at low speeds, effectively eliminating fan noise. Vents in the fan -mount direct cool air to surrounding components, motherboard, VRM’s, chipset etc.
Revo can be used with a 92mm smart (PWM) fan or fan-less for lower wattage CPU’s.This cooler is all aluminium and consequently lightweight, and can be easily fitted tool-free without Motherboard removal .

How Revo works ?

Revo uses SilentFlux® technology.

1. Heat is absorbed from the CPU into a chamber which stores a specially     designed dual-component liquid-coolant
2. From the CPU chamber heat moves to the radiator along the up-pipe of a
    hermetically sealed circuit. The specially designed dual-component
    liquid-coolant works with a bubble pump to force the heat rapidly to the
    radiator
3. Heat is dispersed from the radiator by a 92mm fan rotating at low speed
4. The dual-component coolant is cooled by the airflow from the fan and     returns along the down-pipe of the sealed circuit to the chamber for
    re-use