Water all the way.
Because 29C on my air cooling is bad, right
It depends on how much you want to spend on the cooling. Obviously, the more you spend the better cooling you will get (in general), but there are some very good budget coolers out there
Hi,
Whats your budget and currency?
If your not going to be overclocking,The stock cooler is good enough,and imo is quiet as long as you connect it to a PWM connector on the board.
Because 29C on my air cooling is bad, right
It depends on how much you want to spend on the cooling. Obviously, the more you spend the better cooling you will get (in general), but there are some very good budget coolers out there
prolimatech megahalem+1450 rpm gentle typhoon fan(s)
Well there are quiet, near silent coolers and there are performance coolers, if you want both it generally means a performance cooler + a bit for quiet fans
35- 40oc idle is nothing great.
35- 40oc idle is nothing great.
So you're claiming a delta T of 10oC between idle and load? And at what ambient is that 10oC?
Unable to point out any greatly negative effects? Thought so
Can't understand lol but anyways....
would any of those help reduce noise? What about the coolermaster 212
Whether you are running at 20 degrees for 50 degrees, it doesn't affect the hardware. It could increase the noise, but it won't bother the hardware greatly. It could reduce the life, but even if the chip spent its entire life at the higher temperature, the chip will be worthless by the time it does because it will last so many years without fault.
The Noctua cooler will be near silent, the fans you have are outstanding at moving air and at remaining quiet.
An alternative
http://www.swiftech.com/polaris120heatsink.aspx
Which is the same heatsink as the Evga, but with a different fan. I would then drop the stock fan and with the $10 saved, take
http://www.newegg.ca/Product/Product.aspx?Item=N82E16835426014
or
http://www.newegg.ca/Product/Product.aspx?Item=N82E16835185059
To replace, or put on as well to have in push/pull, but that would (potentially) impact on volume