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| 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 |
Is the same card. The only difference is that it has two fans but fans don't use that much energy (from 1 to 3w, depending on the fan and RPMs). A single fan 650Ti might peak at 110w while a dual fan 650Ti might do so at 112w, not a game changer.
Also, remember that these are PEAK values which you'll most likely never get to. Even when gaming or working on something, most of the time you'll be at <70% of the peak values because there's no game or program that loads everything (RAM, CPU, GPU, motherboard) at 100% all the time.
Only in very specific scenarios you'll get to more than 200w or so and you'd have to go out of your way to do it, like running 3dmark 11 combined test, Intel Burn Test, Furmark and encoding a high bitrate movie on Handbrake simultaneously.
Also, remember that these are PEAK values which you'll most likely never get to. Even when gaming or working on something, most of the time you'll be at <70% of the peak values because there's no game or program that loads everything (RAM, CPU, GPU, motherboard) at 100% all the time.
Only in very specific scenarios you'll get to more than 200w or so and you'd have to go out of your way to do it, like running 3dmark 11 combined test, Intel Burn Test, Furmark and encoding a high bitrate movie on Handbrake simultaneously.
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