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- Nov 13, 2007
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Processor | 13700KF Undervolted @ 5.6/ 5.5, 4.8Ghz Ring 200W PL1 |
---|---|
Motherboard | MSI 690-I PRO |
Cooling | Thermalright Peerless Assassin 120 w/ Arctic P12 Fans |
Memory | 48 GB DDR5 7600 MHZ CL36 |
Video Card(s) | RTX 4090 FE |
Storage | 2x 2TB WDC SN850, 1TB Samsung 960 prr |
Display(s) | Alienware 32" 4k 240hz OLED |
Case | SLIGER S620 |
Audio Device(s) | Yes |
Power Supply | Corsair SF750 |
Mouse | Xlite V2 |
Keyboard | RoyalAxe |
Software | Windows 11 |
Benchmark Scores | They're pretty good, nothing crazy. |
Ok so based on my own experiences with liquid cooling, and in addition to the various threads ive read on TPU, there is something that I cannot figure out:
How can high end builders keep systems like these cooled?
It seems as though the general TPU consensus is that: unless you have a monster loop, high-end CPU+GPUS (more than one) in one loop are a terrible idea. However, I keep seeing systems ship with what seems like cooling that will melt the tubing after a night of full load.
So how? Is it the crap cooling that it looks like, or are they doing something different? The voodoo one especially blows my mind, as they are reputed to be quiet...
How can high end builders keep systems like these cooled?
It seems as though the general TPU consensus is that: unless you have a monster loop, high-end CPU+GPUS (more than one) in one loop are a terrible idea. However, I keep seeing systems ship with what seems like cooling that will melt the tubing after a night of full load.
So how? Is it the crap cooling that it looks like, or are they doing something different? The voodoo one especially blows my mind, as they are reputed to be quiet...