Test Boot With Intel's HeatSink Fan or H100?

darkthings

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Jan 18, 2013
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So I need to know weather I do my test boot (out of the case) with the factory fan or with my h100, coz if I do with the factory fan I'm gonna have to remove it, and clean the back of my cpu. So maybe I could do my test boot with the H100? Easy question, thanks to everyone :)
 
Solution
it doesn't really matter if you have a cleaning kit for thermal compound or isopropyl alcohol i would say the intel heatsink because having the h100 attached to it already will just make it a step harder to get the motherboard in.

emperor piehead

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Jul 8, 2012
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it doesn't really matter if you have a cleaning kit for thermal compound or isopropyl alcohol i would say the intel heatsink because having the h100 attached to it already will just make it a step harder to get the motherboard in.
 
Solution

A test boot out of the case is a good idea. I always try to do that.
If you think that you could install the H100 in the case without removing it from the cpu/motherboard, then I certainly would do that. It will test out the proper functioning of the H100. That would also give you an opportunity to do some testing of overclocking in a test bed environment. Even if you will need to remove the H100, I still might use it for testing.

Be prepared to remove the paste from the cpu and h100 and to reapply new paste. I use common rubbing alcohol and a lint free paper coffee filter. No need to remove the cpu from the socket. Most any paste will do, the efficacy of different formulations is relatively similar. AS5 is a popular one.



 

I have used AS5 and MX4, and could not tell the difference. Don't know about NT-H1. I think it is much more important to apply whatever paste well. Even then, there are differing opinions on methodology. Even different methods do not seem to make a significant difference.
The purpose of paste is to fill in microscopic pits in the mating surfaces so that air is not trapped. Air is a poor conductor of heat, compared to paste. But paste is poor compared to metal, so too much paste will act as an insulator. Not enough will not fill the pits. You need a goldilocks amount; not too much, not too little.