Hyper 212x
http://www.lelong.com.my/cooler-master-hyp...7-03-Sale-P.htm

A little bit noisy, similar to Intel Stock CPU Air Cooler found in Socket 1150, 1366



If you prefer silence like me, you can try Noctua CPU Coler U12S
http://www.lelong.com.my/noctua-cpu-cooler...7-01-Sale-I.htm

Or the Noctua D15 (I'm using this, and it's absolutely near silent)
http://www.lelong.com.my/noctua-cpu-cooler...7-01-Sale-I.htm
- but this one blocks the GPU slot (if on itx/matx) motherboard.



This post has been edited by asunakirito: Dec 2 2015, 08:43 PM

Sure, you can replace it with quiter fans like Noctua NF-F12 (Design for heatsinks)
http://www.lelong.com.my/noctua-nf-f12-pwm...5-12-Sale-P.htm
Local online shop selling RM75 (others selling RM 90+ above) http://www.lelong.com.my/kx/noctua+nf+f12+pwm.htm

If NF-F12 out of stock, you can try NF-P12 (High static pressure - also design for heatsink, but much older compared to NF-F12).

These 2 fans are much quieter than regular fans + comes with 6 years warranty.
If fan spoil (e.g. got oil leaking from fan), just shoot the manufacturer an e-mail with the photo of spoil fan and photo of receipt you purchase.
Noctua will send you a new replacement, shipping period will be around 2 weeks from Austria to Malaysia.
You will not need to pay anything for the new fan including shipping cost.
You can do this method assuming the reseller is not that helpful/slow with your RMA product.


The Hyper 212x metal heatsink will not block any RAM, see video:


This post has been edited by asunakirito: Dec 4 2015, 07:29 AM

You can move the fan up if you are using tall heatsink RAM. With low profile RAM/memory, you will not encounter this issue.
Before buying a 3rd party fan to replace the default fan on Cooler Master Hyper 212x, try that fan first.
See whether your computer case can dampen the noise to a bearable level. So you can save $$$ money.

Side note: You don't need to do a push-pull config for the Hyper 212X, since it only reduces the temperature by a meager 1-3 Celsius (not worth the money).

not required unless you are over clocking the memory.
what's your total ram size and xmp speed?

if your computer case has fan slots on the roof, you can install one above to pull in fresh air from outside to blowcair across your motherboard and RAM to cool them down.

usually 2 intake and 1 out for the fan setup should provide optimal cooling. all 3 fans should be the same size 140mm / 120mm.

yeah, it's also a very large and heavy computer case.

for CM storm trooper, you can have the 2 x 120mm front as air intake, reposition it to have air to be blown across the motherboard rather than from left-side to right-side ventilation holes.

i believe the rear is using a default 140mm fan and top using 200mm fan for CM Storm trooper, so that does not need to be swapped out.

you could reposition the 200mm fan as air intake to blow cool air across the memory module and motherboard.

With 3 fans as intake (2 x 120mm + 1 x 200mm) + 1 fan as exhaust (140mm), it already creates a positive air flow case where the dust will be collected on the dust filter rather than pulling air from the gaps/mini holes where the fan isn't pulling air.

This post has been edited by asunakirito: Dec 10 2015, 07:53 AM

Method #1:
If you use a premium air cooler such as NH-D15, it reduces temperature by 10-15 Celsius when performing high overclock, but it will costs 3 times more than Hyper 212X Cooler which is currently out of your budget.

Method #2:
Run CPU at a lower overclock or stock.
The current method is to evaluate whether those extra overclock GHz is actually beneficial in work load performance.
Example:
CPU at 3.8 GHz renders a 1080p 30fps 1 minute video in 4 minutes (60 celsius),
CPU at 4.2 GHz renders a 1080p 30fps 1 minute video in 3 minutes 20 seconds (67 celsius), = +7 Celsius for 40 seconds improvement
CPU at 4.5 GHz renders a 1080p 30fps 1 minute video in 3 minutes 10 seconds (79 celsius), = +12 Celsius for 10 seconds improvement.

So 4.2 GHz seems to be the sweetspot for performance and heat.


Method #3:
Ensure your cable are managed properly (placed behind the motherboard rear), so cool air flow will not be obstructed from front to the rear of the CPU. This method will reduce temp by 2~4 Celsius when done properly.

Method #4:
Re-evaluate overclock by reducing voltages till to its minimum stable overclock.
In Windows, set it to Balance instead of Performance Mode (100% always OC mode)

This post has been edited by asunakirito: Jan 2 2016, 10:13 PM