All of this upscaling when it was presented over a decade ago was to give older cards a longer lease in life and now it's morphed into the mandatory way to get a stable framerate since developers can now just rely on DLSS and to a lesser extent FSR to get them to a acceptable framerate instead of optimization.

As for how will this improve the gaming experience? I honestly don't see it at this point. Back when it was the original goal, sure, now with this "Chat GPT moment for graphics", I see it only beneficial for corporate parasites and "shareholder value" as we wave good bye to artistic vision as everything goes to looking like AI only fans.

It makes "I fixed this ugly FEMALE character" chuds happy and that's what matters to them.

Saves payroll on artists which means more profits. #winning

I think the idea is that you could use low resolution / detail models that take up less RAM and are faster to process and DLSS hallucinates a high res image.

Not a fan of reimagined stuff of any sort, it usually doesn't hit well. But from a tech standpoint I can think of ways one could use the tech to improve game performance for new games. Usually making a game run faster or feel more realistic is all about fooling the player, not drawing what's not seeable, showing hints of things that aren't really there. Hell, that's been true for movies and even stage, right?

So my thought on how this could work is to have the actual core models be lower polys, enough for details but not as high as the best we've seen done, and minimal texturing. Then the generator uses that as a base to form the image it puts over the top. Still don't see how that can be done that fast, but apparently we're there now.