News EKWB Has Special Edition Watercooling Parts for AMD's Latest CPUs and GPUs

[Admin]

EKWB has a range of watercooling parts in the works for the ultimate AMD-themed build.

EKWB Has Special Edition Watercooling Parts for AMD's Latest CPUs and GPUs : Read more

 

[Rdslw]

I never understood why one would want such a loop, hot -> hoter -> rad -> pump. I feel that in loops, hot -> rad -> hotter -> big_rad -> pump is a proper loop.

 

[Olle P]

I never understood why one would want such a loop, hot -> hoter -> rad -> pump. I feel that in loops, hot -> rad -> hotter -> big_rad -> pump is a proper loop.

In a typical loop using a decent pump the water temperature doesn't change more than a single degree or two between hottest and coldest place of the loop.
Read more about it here.

 

[Rdslw]

In a typical loop using a decent pump the water temperature doesn't change more than a single degree or two between hottest and coldest place of the loop.
Read more about it here.

if you cite this
0.86*P/F where P is the heating in watts and F is the flow in litres per hour.
in with ryzen 3900 and NV3080 its like 450W-500W worth of heat to get rid of,
0.86*450= 387L of water flow per hour which is almost exactly 7L per minute for a single point of temp difference in loop.

Pump	XSPC Single 420 Bayres	Magicool MC-DCP450	XSPC Photon Laing D5
Flow Rate	7 Litres per minute	7.5 Litres per minute	20 Litres per minute

but it's an overclocker pump for water cooling.
it seems that normal loops have 0.5Lpm loops which by this math does have 1/14'th the power, so temp difference should be around 15 degrees,
I just have kind of mental blockade with sending an hotter coolant to my gpu, even if its just few degrees higher.
I think I just love overkilling cooling, its so much fun to build them.