you have got a fan video for us here.. you dont say :)))))))))

Now you know how to wake up your neighbours rather😅😅😅

A couple of 140mm Deltas in push pull with 140-120 adapters would be fun

Can you test a push-pull configuration on one of these?

That's a wise decision.👍

ok... I feel like at that point you should be measuring the liquid temp. Your delta temp between the liquid and your ambient air is probably less that 2C at that point. And it kind of makes the hole setup pointless. The way I think of it is like. Say your CPU is putting out 100W and you have reach steady state. Then you need a difference in temperatur (dT) to transport the energy at a speed of 100W. First you have the thermal interface material between the chip and the heat spreader. Say you need a dT of 5 to pass 100W, then you have the heat spreader (it is thicker but has a good thermal conductivity) say you also have a 5 dT there, then you have your thermal paste, let just say 5 dT again, then you have your CPU block and into the liquid. Say that is supper good at 2 dT. And then you have from the liquid to the air, through the radiator. Say that is bad ad 10 dT. When you add all this up. 3*5+2+10 = 27 C and add the ambient temp say 21 and you end up with a CPU temp of 48C. Maybe these numbers are a little too good, but roll with it. Looking at this setup the dT of 10 stands out, thus increasing the air speed over the radiator will help. But it can only help with 10C (assuming ambient air temp, if you add an AC it is another thing). Now you add this super fan at 6000 RPM, and you reduce the dT over the radiator to 1C. You have now cut off 9C of the CPU temp, thus you are down to 39C CPU temp.But maybe you could run the fan at 2000 RPM and the dT over the radiator would still only be 3C, now the CPU temp is at 41C. And the noise is probably a lot better. Now if you look at the sum. 3*5+2+3 = 20 C, The 2 dT from the CPU block can only be changed by changing the CPU block or the pump speed in the loop. But since it is only 2C there is not much to gain here. But the 3*5 can be reduced to 1*x, by removing the heat spreader and one of the thermal interfaces. Say you use a thermal interface material only ass good at the one on the CPU from the factory, then you have 5+2+3 = 10C add ambient of 21 and you have a CPU temp of 31C. This got way too long, sorry about that. My point is, in a liquid cooled pc one should look at the liquid temperature at steady state if the dT between the liquated and ambient air is "small" there is no reason to try to force it even lower, cause the maximum you can do is 0 dT and it cost a lot of noise or a super huge radiator. Thus it might be time looking somewhere else. I know I am assuming the liquid is flowing at a reasonable speed, but I think that is fair as long a the pump is at least running 😛.

Hi, hoping you can help me. I've purchased a pwm data can hub and arctic p12 x18 When plugged into the fan hub the fans all run at 100% speed. I have tried 4 different fan hubs. I have friends who claim that they can control the arctic p12 fans without issue but mine always runs at 100% my motherboard detects the fan hub and reads the fan speed but has no control over the p12. It can control be quiet silent wings 3 just fine though through the hub

Can you stack two or three of those for optimal performance? 😂

how much power did that fan alone draw? 20W?

try the fastest 120mm fan you have

isn't t30 a 3000RPM fan? not suprised that it was 12 or 13 degrees difference if t30 was limited to 1600RPM, you limited one for perhaps noise level, and then sent the other to it's limits... bit odd comparison that was... otherwise, quite liked the video, just some of the points are seems biased to me or more like trying to make a point where there's none...