I have a coolermaster 212 heatsink. The fan is too loud. I want to attach a Noiseblocker M12-PS to it. Two questions:
1) Is this sufficient to cool an Intel 2500K or will performance suffer?
2) If sufficient, how do I mount the fan to the heatsink? I don't have any brackets.
Thanks.
How to attach Noiseblocker M12-PS to Coolermaster 212 HS
Moderators: NeilBlanchard, Ralf Hutter, sthayashi, Lawrence Lee
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- Posts: 3
- Joined: Tue Oct 02, 2012 11:53 am
Re: How to attach Noiseblocker M12-PS to Coolermaster 212 HS
1) Should be fine for cooling unless you like to overvolt your CPU a lot.
2) Why not use the fan clips that come with the cooler?
2) Why not use the fan clips that come with the cooler?
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- Posts: 3
- Joined: Tue Oct 02, 2012 11:53 am
Re: How to attach Noiseblocker M12-PS to Coolermaster 212 HS
Thanks.
I didn't realize I could remove the clips from my existing fan. I thought they were permanent.
I'm still not 100% on using this fan. I've been doing research, but it's hard to figure out what the best cooling solution is.
I didn't realize I could remove the clips from my existing fan. I thought they were permanent.
I'm still not 100% on using this fan. I've been doing research, but it's hard to figure out what the best cooling solution is.
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- Posts: 3
- Joined: Tue Oct 02, 2012 11:53 am
Re: How to attach Noiseblocker M12-PS to Coolermaster 212 HS
That's actually where I learned about the Noiseblocker fans. I'm just not sure that a heatsink/fan combo like Venomous X or something like that might not be a better option.
Re: How to attach Noiseblocker M12-PS to Coolermaster 212 HS
Well, you already have the cooler in hand. I'd opt for a quiet fan to add to it rather than spending big $'s on a replacement. I guess I'm too cheap to spend $24-30 on a fan like the Noiseblocker. You might be able to find a Gentle Typhoon 120 - 12 or -13 still around for less. Focus on what give the lowest delta C in the 12-14dB range. Chances are other components (like a discrete GPU) will swamp out this noise. Heck, a Slipstream fixed at 600-800 rpm would probably work, or the PWM version if your mobo will let you dial it way down.