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NVIDIA 4000 Series

It really depends on how well it's implemented.

Frame interpolation is not something new, we'll have to wait and see how much better these "AI" stuff are. The original DLSS was not that much better than traditional resolution upscaling, it was DLSS 2 that made a big difference. It could very well be that the this first generation of frame generation DLSS would be a gimmick and future generations would be the real killers.

However, the actual reason frame interpolation didn't really become popular in gaming was never poor visual quality, it was about the fact that the generated frames didn't feel right as they didn't follow the game logic, they were only shown to the end user. And this added a perception of input lag that isn't consistent (frame rates vary, so this lag will vary as well), so difficult to predict for the gamer. This would be nice in the likes of flight simulator though, but not all games.

We'll just have to wait and see before calling it a killer feature.
You are quite right, after the 3080 = 2x 2080 fiasco we have to treat these claims with caution.
 

NVIDIA Forums Representative
DLSS 3 consists of 3 technologies – DLSS Frame Generation, DLSS Super Resolution, and NVIDIA Reflex.
DLSS Frame Generation uses RTX 40 Series high-speed Optical Flow Accelerator to calculate the motion flow that is used for the AI network, then executes the network on 4th Generation Tensor Cores. Support for previous GPU architectures would require further innovation in optical flow and AI model optimization.
DLSS Super Resolution and NVIDIA Reflex will of course remain supported on prior generation hardware, so a broader set of customers will continue to benefit from new DLSS 3 integrations. We continue to train the AI model for DLSS Super Resolution and will provide updates for all RTX GPUs as our research
 

NVIDIA Forums Representative
DLSS 3 consists of 3 technologies – DLSS Frame Generation, DLSS Super Resolution, and NVIDIA Reflex.
DLSS Frame Generation uses RTX 40 Series high-speed Optical Flow Accelerator to calculate the motion flow that is used for the AI network, then executes the network on 4th Generation Tensor Cores. Support for previous GPU architectures would require further innovation in optical flow and AI model optimization.
DLSS Super Resolution and NVIDIA Reflex will of course remain supported on prior generation hardware, so a broader set of customers will continue to benefit from new DLSS 3 integrations. We continue to train the AI model for DLSS Super Resolution and will provide updates for all RTX GPUs as our research

So it was planned obsolescence all along :D:cry:
 

NVIDIA Forums Representative
DLSS 3 consists of 3 technologies – DLSS Frame Generation, DLSS Super Resolution, and NVIDIA Reflex.
DLSS Frame Generation uses RTX 40 Series high-speed Optical Flow Accelerator to calculate the motion flow that is used for the AI network, then executes the network on 4th Generation Tensor Cores. Support for previous GPU architectures would require further innovation in optical flow and AI model optimization.
DLSS Super Resolution and NVIDIA Reflex will of course remain supported on prior generation hardware, so a broader set of customers will continue to benefit from new DLSS 3 integrations. We continue to train the AI model for DLSS Super Resolution and will provide updates for all RTX GPUs as our research

So ampere and probably turing will be able to use dlss 3? Just most likely not the frame generation feature (which is the main thing for increasing performance?), at least not yet anyway.....
 

NVIDIA Forums Representative
DLSS 3 consists of 3 technologies – DLSS Frame Generation, DLSS Super Resolution, and NVIDIA Reflex.
DLSS Frame Generation uses RTX 40 Series high-speed Optical Flow Accelerator to calculate the motion flow that is used for the AI network, then executes the network on 4th Generation Tensor Cores. Support for previous GPU architectures would require further innovation in optical flow and AI model optimization.
DLSS Super Resolution and NVIDIA Reflex will of course remain supported on prior generation hardware, so a broader set of customers will continue to benefit from new DLSS 3 integrations. We continue to train the AI model for DLSS Super Resolution and will provide updates for all RTX GPUs as our research
So what this translates to is 30xx cards can still enable DLSS 3, but to get the /best/ out of DLSS 3 you would need a 40 series card.

Much like how DirectStorage will work on Windows 10's legacy storage subsystem, but works to its fullest on Windows 11 due to the next gen storage stack.
 
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There seems to be a lot of negativity around the announcements so my question is, those who were going for a 4090, what are your thoughts? Happy? Still going for one? FE or going for an AIB?
 
So ampere and probably turing will be able to use dlss 3? Just most likely not the frame generation feature (which is the main thing for increasing performance?), at least not yet anyway.....

Just means that DLSS 3 is DLSS 2 + frame generation. 40x0 gets frame generation, and everything else will remain on DLSS 2 (AKA DLSS 3 without frame generation).

DLSS_3 = DLSS_2 + frame_generation
DLSS_2 = DLSS_3 - frame_generation

Nvidia is a genius!
 
amd doesnt have teh capacity to do any kind of market grab strategy, its just going to be another season of match the prices
edit: only if intel was in a position to do something abt this
AMD should offer to buy up all that TSMC capacity nvidia were trying to get rid off and then proceed to clean up.
 
Its not about handing it to AMD, people need to remember how nvidia screws them over in some way shape or form. Locking features out and this proprietary move rubbish is unreal that together with steep prices they get away with it time and time again. #plannedobsolescence

Yep. Remember it well, and then reward them by buying a 3090 eh gpuerrila? :cry:
 
I am very much in the market for one of these. Either 4080 16 gig or 4090. But I am absolutely waiting to at least get eyes on the 7900XT (I need a complete new box so waiting was a foregone conclusion :p). I mean to buy something that will have no problems with 4K/120+ hz with all the bells and whistles with enough headroom to last at least a comfortable 4-6 years (my normal upgrade pattern is a new card roughly every 5 years give or take)
 
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