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- Feb 20, 2020
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System Name | Ghetto Rigs z490|x99|Acer 17 Nitro 7840hs/ 5600c40-2x16/ 4060/ 1tb acer stock m.2/ 4tb sn850x |
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Processor | 10900k w/Optimus Foundation | 5930k w/Black Noctua D15 |
Motherboard | z490 Maximus XII Apex | x99 Sabertooth |
Cooling | oCool D5 res-combo/280 GTX/ Optimus Foundation/ gpu water block | Blk D15 |
Memory | Trident-Z Royal 4000c16 2x16gb | Trident-Z 3200c14 4x8gb |
Video Card(s) | Titan Xp-water | evga 980ti gaming-w/ air |
Storage | 970evo+500gb & sn850x 4tb | 860 pro 256gb | Acer m.2 1tb/ sn850x 4tb| Many2.5" sata's ssd 3.5hdd's |
Display(s) | 1-AOC G2460PG 24"G-Sync 144Hz/ 2nd 1-ASUS VG248QE 24"/ 3rd LG 43" series |
Case | D450 | Cherry Entertainment center on Test bench |
Audio Device(s) | Built in Realtek x2 with 2-Insignia 2.0 sound bars & 1-LG sound bar |
Power Supply | EVGA 1000P2 with APC AX1500 | 850P2 with CyberPower-GX1325U |
Mouse | Redragon 901 Perdition x3 |
Keyboard | G710+x3 |
Software | Win-7 pro x3 and win-10 & 11pro x3 |
Benchmark Scores | Are in the benchmark section |
Hi,No. A higher flow rate is more efficient for cooling. In a nutshell, a higher flow rate means you are moving more coolant volume per unit time through the radiator/water block, thus also transferring more heat. Higher flow rates also create turbulence, which is better for cooling. Either you or Issac Newton is right.
Take your fans off and let me know how flow cools everything okay
It's not as simple as fluid flow
Radiators don't cool until a fan pulls or pushes air through it.
Op
Welcome back to air cooling my z490 cpu has been on a D15 for 8 months.