System Name | Dell-y Driver |
---|---|
Processor | Core i5-10400 |
Motherboard | Asrock H410M-HVS |
Cooling | Intel 95w stock cooler |
Memory | 2x8 A-DATA 2999Mhz DDR4 |
Video Card(s) | UHD 630 |
Storage | 1TB WD Green M.2 - 4TB Seagate Barracuda |
Display(s) | Asus PA248 1920x1200 IPS |
Case | Dell Vostro 270S case |
Audio Device(s) | Onboard |
Power Supply | Dell 220w |
Software | Windows 10 64bit |
Processor | R7 5800x3D |
---|---|
Motherboard | MSI x570 Tomahawk |
Cooling | XSPC Raystorm Edge,EK QS P420M,EK D5pwm Revo Res |
Memory | 32gb Corsair Vengeance RT 3600 cl16 |
Video Card(s) | Zotac 3070ti Amp Extreme |
Storage | Samsung 980pro 1tb x2 |
Display(s) | MSI MPG321QRF QD |
Case | Corsair 7000D |
Power Supply | EVGA 1000 P2 |
Mouse | G900 |
Keyboard | Corsair k60 RGB PRO |
Software | Win 11 |
If the core is too cold, electrons will fail to move through the transistor gates. A core with low ASIC quality means that it has more "leakage" at the transistor gates and is easier for an electron to pass the gate even at lower temps....that being said, I don't think that for watercooling a lower ASIC quality is recommended unless you have a massive (as in 360 x 360 or such) radiator.
Anyway, is not as if you can know the specific ASIC quality of a given GPU before you buy it so I don't give a lot of thought to it.