Important update: First Corsair confirmed it was indeed Shin-Etsu thermal grease, then MicroSi, confirmed it was the X23-7783D thermal grease. This means that cleaning, and reapplying of a different thermal grease is actually worse then using the stock thermal paste on the Corsair H50.
I noticed that Best Buy sold Corsair H50 and a best buy near me had it in stock, so I decided to take a risk and give it a try, I was even willing to sacrifice some speed just to get my 2 other dimm slots open, something the Corsair H50 would fix..
First off I have to say I was not that pleased to see the packaging on the Corsair H50. It felt a little cheap for the amount of $ I was paying, $79.99. The manuals/instructions could really use some work, and the radiator should definitely be packaged in something other then hard cardbox.
Enough of the unboxing rant. Time to get down and dirty. On my Sunbeam cooler@ 3.7 ghz, 1.525v the heat sink would stick around at 57c after 5 hrs of prime95.
Prime95 test= In-place large FFT's for maximum temperature.
I was hoping that the Corsair could do it at near the same temperature, or I'd have to lower the clocks/voltage. As I said, I was willing to sacrifice some speed to get my 2 dimm slots back. The mount of the Corsair H50 was not bad really, and was average as far as mounting brackets goes. I decided to try a exhaust configuration, using push/pull setup for the H50's radiator. That ended up having better results then the Sunbeam CCF-120mm, by around 3 degrees Celsius (I waited a few seconds so the temperature went down a little to 48 c by time I took picture. It was staying at around 53-54 when under load..
Finally I decided to try an intake config using the same push/pull setup with the Corsair H50. Letting the fans suck in cold air from outside, and blowing the hot air into the case. The result was even better. 8c-10c cooler then the CCF-120mm while even underload for over 2 hours longer then the Core-Contact Freezer.
And another at 8 hrs
I play on making a shroud but at the moment I am happy with the result. Enjoy some pictures of my Rig:
I noticed that Best Buy sold Corsair H50 and a best buy near me had it in stock, so I decided to take a risk and give it a try, I was even willing to sacrifice some speed just to get my 2 other dimm slots open, something the Corsair H50 would fix..
First off I have to say I was not that pleased to see the packaging on the Corsair H50. It felt a little cheap for the amount of $ I was paying, $79.99. The manuals/instructions could really use some work, and the radiator should definitely be packaged in something other then hard cardbox.
Enough of the unboxing rant. Time to get down and dirty. On my Sunbeam cooler@ 3.7 ghz, 1.525v the heat sink would stick around at 57c after 5 hrs of prime95.
Prime95 test= In-place large FFT's for maximum temperature.
I was hoping that the Corsair could do it at near the same temperature, or I'd have to lower the clocks/voltage. As I said, I was willing to sacrifice some speed to get my 2 dimm slots back. The mount of the Corsair H50 was not bad really, and was average as far as mounting brackets goes. I decided to try a exhaust configuration, using push/pull setup for the H50's radiator. That ended up having better results then the Sunbeam CCF-120mm, by around 3 degrees Celsius (I waited a few seconds so the temperature went down a little to 48 c by time I took picture. It was staying at around 53-54 when under load..
Finally I decided to try an intake config using the same push/pull setup with the Corsair H50. Letting the fans suck in cold air from outside, and blowing the hot air into the case. The result was even better. 8c-10c cooler then the CCF-120mm while even underload for over 2 hours longer then the Core-Contact Freezer.
And another at 8 hrs
I play on making a shroud but at the moment I am happy with the result. Enjoy some pictures of my Rig: