Deepcool Rolls Out New GAMMAXX S40 Cooler

Deepcool has announced a brand new addition to its line of CPU coolers, the GAMMAXX S40. In this instance, the S is supposed to represent the small or compact nature of the cooler, though Deepcool promises there's no tradeoff in cooling performance.

 

The S40 boasts the same bowl-shaped 120mm fan we saw in the GAMMAXX 300. It runs between 900 and 1600RPM and achieves a maximum airflow of 55.5CFM at 21dBA. The heatsink body is fully nickle-plated for durability and to prevent oxidation and Deepcool says the four heatpipes touch the processor directly in order to quickly transfer heat to the fins. The fins themselves feature a unique design that Deepcool refers to as 'holes-on-fins.' The idea is that this allows the cooler to push hot air out of the heatsink at a faster rate.

With support for support Intel LGA2011 and AMD FM2, FM1, Deepcool didn't mention anything on pricing or availability but we'll keep you posted.

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  • Curious to see how they sanded the bottom part of the heatsink that comes in contact with the CPU. I've seen one air cooler that looked like it was sanded with a P12 grit sandpaper.
    6
  • FINALLY a cooler that uses that extra space on top of the heat plate as a heatsink. looks like deepcool read my comment all those years ago. this will perform very well.

    now all they need to do is have textured fins to increase surface area, angle them slightly into eachother like this > to increase the air resistance/increase thermal conductivity, and include a fan with high static pressure. also, the heatpipes should not be adjacent, but far apart when touching the heatsink fins to help with the thermal dissipation. all that needs to be done to have an excellent cooler.
    5
  • eklipz330FINALLY a cooler that uses that extra space on top of the heat plate as a heatsink. looks like deepcool read my comment all those years ago. this will perform very well.now all they need to do is have textured fins to increase surface area, angle them slightly into eachother like this > to increase the air resistance/increase thermal conductivity, and include a fan with high static pressure. also, the heatpipes should not be adjacent, but far apart when touching the heatsink fins to help with the thermal dissipation. all that needs to be done to have an excellent cooler.

    Some old scythe heatsinks had that little heatsink on top of plate for years.
    2