I literally made (from scratch) the brightest RGB LED keyboard in existence (proof: https://youtu.be/iv6Rh8UNWlI?si=3Kj3-mY_7mN2ROXO) and it only uses like ~23W at full brightness (all LEDs set to white).
This way you might end up with the correct psu but there is no way you get an 80W gpu these days. And leds use so little power there is no need to even budget for it.
Don’t they still have some of those GPUs primarily designed for office and commercial scenarios that need a lot of outputs, but not a lot of triangles? The classic “trader PC” with four monitors, or a machine driving the menu screens at a fast-food?
I literally made (from scratch) the brightest RGB LED keyboard in existence (proof: https://youtu.be/iv6Rh8UNWlI?si=3Kj3-mY_7mN2ROXO) and it only uses like ~23W at full brightness (all LEDs set to white).
250 watts of led generates about 25000 lumens. You sir have a about a quarter square meter of sun in your pc in light.
Putting some big halogen bulbs in there
It makes it run faster
Only if you set them red
Unbalancing my fans because it needs more dakka
I wish my GPU only pulled 80W…
This way you might end up with the correct psu but there is no way you get an 80W gpu these days. And leds use so little power there is no need to even budget for it.
Don’t they still have some of those GPUs primarily designed for office and commercial scenarios that need a lot of outputs, but not a lot of triangles? The classic “trader PC” with four monitors, or a machine driving the menu screens at a fast-food?
Sure but why would they need arrays or leds