Thermaltake MeOrb Low Profile CPU Cooler - Installation and Testing

Article Index
Thermaltake MeOrb Low Profile CPU Cooler
Features and Specifications
Installation and Testing
Final Thoughts and Conclusion



Thermaltake MeOrb CPU Cooler Testing and Installation:

Mounting of the MeOrb is pretty simple, and should really take you no more than 5-10 minutes (although it will require you to remove your motherboard). In both LGA775 and AM2 installations you'll need to remove the motherboard, however it's pretty simple for both AMD and Intel installation, and if you can't figure it out the installation manual is great and installation should be no problem.

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Thermaltake MeOrb - Mounting Hardware Installed
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Thermaltake MeOrb - Back View of Motherboard

Thanks to the easy installation there really isn't much for me to point out in this section, other than this cooler is very low and if your motherboard has cooling heatsinks close to the CPU socket you might run into some issues. With both of the motherboards we tested the MeOrb on we didn't have any issues, however if your motherboard has some extra heatsinks on it you might want to double check to make sure you'll have enough room before you order the MeOrb.


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Thermaltake MeOrb - Cooler Mounted
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Thermaltake MeOrb - Cooler Mounted


Well there we go, installation was a breeze, let's move onto the testing.



Test Setup:

We've recently re-designed our Cooler testing setup to show how new coolers are able to handle the new quad-core CPU's from both AMD and Intel, which produce more heat than traditional Dual and Single Core CPU's. We will be providing test results from both a Intel Quad Core processor (LGA775), as well as a AMD Phenom X4 CPU (AM2+) in all our reviews to give readers a better estimate of how this cooler will work on their CPU, as well as a better estimate of what the cooler being reviewed is capable of.

For Intel (LGA775) testing we will be using the Intel Quad Core Q9400 CPU, which produces 95 Watts of heat. This could be considered a mid-range processor, and while most Dual-Core processors produce ~50-80 Watts of heat, this should give you a pretty accurate estimate of what type of temperatures a cooler will provide you with. Click here to go to Intel's Processor Spec Finder website to find out how many watts of heat your Intel processor produces.

For AMD (AM2+) testing we will be using the AMD Phenom X4 Quad-Core 9950 CPU, which produces 140 Watts of heat and is currently one of the hottest running processors available. This processor should give us a very good estimate of how a cooler will perform with one of the hottest CPU's available. Click here to go to AMD's Processor Spec Finder to find out how many of watts your AMD processor is producing.

For both AMD and Intel testing, we have taken all temperatures using CoreTemp v.0.99.4. CoreTemp takes a temperature from the CPU core, and allows for much more uniform results across different motherboard and CPU platforms. These temperatures may seem higher than other temperature recordings; because chances are they are taking temperature recordings using the diode underneath the CPU, which isn't able to be as accurate, and can really fluctuate between different brands of motherboards.

For all tests we are using the Highspeed PC Top Deck Tech Station, and we are using no additional cooling in our testing. All temperatures are recorded in a controlled environment that is set to 23 degrees Celsius (73.4 Fahrenheit) to provide fair results between coolers.

For all tests we use Arctic Cooling MX-2 High-Performance Thermal Compound (Paste), We use the same thermal paste in all our testing so that we can keep our results consistent. If a cooler is shipped with thermal paste pre-applied, it will be removed and we will re-apply it with Arctic Cooling MX-2 to provide fair results.

Intel Test System:


AMD Test System:



Here comes the big test.....


Click on Chart for Larger View


The performance of the MeOrb surprised me a bit, due to the small size I was expecting the same temps as stock cooling (or even a degree or two higher), however after the dust settled the MeOrb provided a 2-3 degree performance increase over stock cooling in our testing. I was pretty impressed at how well this cooler was able to handle a Quad Core processor (our test CPU pumps out 95 degrees of heat), and this really makes the MeOrb a great choice for situations where you don't have a ton of space but still need some serious CPU processing power.

Normally this would be the section where we threw our AMD X4 Phenom 9950 processor at the cooler, however the MeOrb does not support the Phenom CPU's, so we will not be providing a comparison chart. The MeOrb does feature a AM2 bracket (so you can use it on other AMD AM2 processors) and I was curious to see how well it would handle a 140 watt processor. I found out pretty quick that the MeOrb can't handle that much heat and the temps rose pretty quickly to the point where I had to shut down to prevent damage. Thermaltake doesn't provide a specification for how many watts of heat the MeOrb can handle, but it's safe to say that is probably somewhere around 100 watts (our Intel test CPU is 95 Watts), and we know that 140 watts is just too much for this cooler.