Recent content by mm67

AIDA can also read temperatures from those OPT headers

Plenty of sensors and sensors with displays here : http://www.frozencpu.com/cat/l3/g30/c229/s579/list/p1/Liquid_Cooling-Liquid_Cooling_Safety-Liquid_Temp_Sensors-Page1.html

With a powered pwm splitter you could safely run it at any speed with no risks to your board

With that Delta fan you would just instantly fry fan headers of your board, that takes 2.45 A while most boards only support up to 1 A

There's also a later report on same subject by same guy : http://martinsliquidlab.org/2012/01/15/radiator-shroud-testing-v2/

Ok, so when you put your hand on radiator you get burn marks. By the way some water cooling pumps stop working if water temperature exceeds 60 C

I don't know how you came to those numbers, I just use C/W value from table. If GTX360 performs in a linear fashion up to 3300 rpm then at that speed it dissipates about 425 W @ 10 C water delta = 0.0233 C/W. 200 W * 0.0233 = 4.66 C over ambient. But if cpu only outputs 150 W which seems more...

You do understand that the fans and radiators in loop are cooling the water in loop, not cpu directly. If the water in loop is now 3 C over ambient temperature at max load then the most you can hope to gain is 3 C better cpu temperatures.

Let's say that your cpu is pushing 150 W, looking at the table posted earlier in thread you can see that even fans running at 2171 rpm can cool water down to 5 C over ambient at that load, with 3300 rpm fans you are probably already at 2- 3 C over ambient and as said there is no way to cool...

So, what it is the temperature of water in your loop ?

Temperature of your cpu is not what you tells you if can gain something by adding radiators or fans, if temperature of water in loop is already close to ambient temperature then you can not make it any cooler no matter how fast fans you use

You can buy a windowed side panel : http://www.bitfenix.com/global/en/products/accessories/prodigy-window-side-panel . I'm also currently building a water cooled system in an Arctic White Prodigy.

Longer tubes are available for that EK reservoir : http://www.ekwb.com/shop/reservoirs-and-acc/reservoir-acc/ek-res-x3-series/ek-res-x3-tube-250-204mm.html http://www.ekwb.com/shop/reservoirs-and-acc/reservoir-acc/ek-res-x3-series/ek-res-x3-tube-400-354mm.html

I guess that a product like this would be hard to sell if all gpu's controlled fans by voltage : http://www.gelidsolutions.com/products/index.php?lid=2&cid=11&id=60