If you own tall modules such as Corsair Vengeance or Mushkin Ridgeback, you aren’t going to fit them under the fan without being forced to mount it further up the heatsink. The Corsair XMS3 modules we used are slightly taller than a bare PCB but do have a few millimetres of clearance above them. RAM compatibility with the Hyper 212 EVO is, as expected, limited. Hopefully Cooler Master will discontinue these labels on their future coolers as they are little more than an eye-sore. Cooler Master attach 2 frustratingly large labels to the black fan cable which can easily ruin the appearance of a system’s internals. The overall installation process was very quick, provided you are able to overcome the irritating backplate installation procedure.

The cooler is able to rotate by quite a large degree due to the minimalistic ‘clamping’ method Cooler Master use which loosely secures the retention plate in place. Security isn’t a particularly strong point for the Hyper 212 EVO’s installation. Once the retention plate is pushed through the cooler’s central gap and configured for the correct socket, you simply screw its spring-loaded screws into the 4 stand-offs. This doesn’t sound particularly challenging, but the fact that the stand-offs would barely pass through the backplate’s seemingly mis-shaped holes made it difficult. The method forces you to insert stand-offs from the CPU side through the mounting holes and then on through the backplate before securing them with a nut. Attaching the universal backplate to our LGA 1155 motherboard was slightly more frustrating than usual.

Coolermaster hyper 212 evo instal video