Cooler Master's total cooling solution, the Hyper TX2, cools more than just the CPU. A plastic diverter on the back of the heatsink directs exhaust air downward to blow air across the adjacent chipsets, MOSFETs and other nearby circuitry. Recent motherboard designs have been conducting surplus heat from other chipsets to this area to eliminate noisy chipset fans – making the Hyper TX2 ready for the challenge.
Its compact design stands less than 140mm tall fits into tighter spots and weighing only 482 grams prevents weight stress from affecting the motherboard. A 92mm fan spins at 1800 RPM to deliver over 41 CFM of cooling airflow with a whisper-quiet noise level of only 22 dBA. A trio of U-shaped copper heatpipes rise from the copper base to transfer the potentially damaging heat up to the stack of aluminum convection fins for dispersion.
The TX2 comes configured to attach to the motherboard of systems using the AMD Socket 754, 939, 940, AM2 o Intel LGA 775 processor straight from the box. The user merely needs to remove one of the appropriate, already attached mounting brackets to quickly and painlessly attach the cooler as thermal material is already applied.
Superior Heat Dissipation and Cooling PerformanceThe extra-large copper base, 3 copper heatpipes and high-density aluminum fins maximize heat transfer and dissipation, plus a 92mm, 1800RPM cooling fan providing a complete cooling solution for the CPU and its surrounding components.
Easy InstallationThe Cooler Master RR-CCH-L9U1-GP features tool-less clips for convenient installation without additional tools or the need to remove the motherboard from your case.
Pros: This is a good cooler, comparable or superior to many more expensive CPU coolers. It's Easy to install, once you know how. The plastic enclosure helps it cool the motherboard in addition to the CPU.
Cons: At first, it was a pain in the --- to install this onto a Socket 775. I spent about 20 minutes with no luck. Then, I finally figured out that you can remove the plastic part with the fan from the heatsink and base. After that, it was simple.
Overall Review: The main reason I wrote this review is to help people with installing it. To make it much easier, carefully slide the plastic part up and off of the metal heatsink part. This should make it much easier to put direct pressure on the pins and get them locked onto the motherboard. Once the heasink is locked in place, slide the plastic part back on. You will probably bend a couple of fins, but they are easily bent back.