Apparently BF5 used like 54 rays total in any given scene while CB77 with Overdrive mode will be closer to 700 rays.

You sound like one of those people who do 3D modelling at home. Too much of an amateur to have an actual job in 3D modelling.

I appreciate you taking the time to write this out even when English is hard for you, and I’m aware of the issue you’re describing.

While it’s true that this is inserting frames *between* rendered frames, and that this will only increase the visual smoothness without actually decreasing input latency, there’s a ton of evidence that people prefer the visual smoothness of a higher frame rate even if that frame rate isn’t tied to the user input on a frame by frame basis.

For example, 60fps motion while rendering user input at 30 fps still feels dramatically smoother than 30fps for both input and frame rate.

Yeah, it may be the “futur” of gaming, cause in the present it svcks and it’s just a name used primarly to sell overpriced cards for morons and consoles to the peasantry.

Clean puddles do look like mirrors. The ones that don’t reflect much are usually mixed with mud. As a 3D modeller, I spend at least an hour a day observing lighting, reflections and shadows wherever I go. Maybe go out sometimes, eh?

But nobody understand a thing , jensen said : the created image by tensor core will showed on the screen WITHOUT any calcul of the CPU =
more FPS no more input = feel like 60 or less when you got 90fps on the screen, so , i love the dlss tech , but this is sh*t
i talk about the new system of the dlss , it will be the same like upsclaling low res game so u got 3x your fps cause your game run at 1080p on performance mode, AND with the extra performance from the huge uplift of the tensor core , they will create some frame between the upscaled frame,
i talk about these, they will uplift your fps like your lantency.
cause actualy , a native game , calculate your input (mouse displacement , key pressed) 1 time by frame.
https://developer.nvidia.com/blog/accelerating-ultrarealistic-game-development-with-nvidia-dlss-3-and-rtx-path-tracing/
well i dont know why i waste my time to write this in my poor english , they say 4x fps 2x latency. bye

got a problem with RT ? so you don’t like realistic game ? i talk about the technique , WITHOUT ANY BRAND OF GPU.
RT is the futur of gaming Cause Is The Best Way To Simulate Light In 3D Space. if you don’t understand that stfu ,
PS: I GOT A 6900XT

dude chill you reply to everyone. Take a breather nobody is talking to you ffs.

Base hardware performance is a fair perspective especially in benchmarking and what it would be like if DLSS support isn’t available, especially for DLSS 3 which is likely not to get supported as much as it’s pretty much exclusive to 40 series.