What Happened
A leaked slide, purportedly from an internal NVIDIA roadmap presentation, has surfaced online via social media. The slide outlines the future development path for NVIDIA's Deep Learning Super Sampling (DLSS) technology, with a specific focus on a major update labeled "DLSS 5."
The key claim from the slide is that DLSS 5 will introduce a new core feature called "AI Frame Generation." The defining technical characteristic of this feature, as presented, is that it "does not require motion vectors." This represents a fundamental shift from the current DLSS 3 and DLSS 3.5 Frame Generation technologies, which are heavily dependent on motion vectors provided by the game engine to calculate and insert AI-generated frames.
According to the leaked timeline on the slide, DLSS 5 is currently in the research and development phase and is tentatively scheduled for a release in 2026.
Context
DLSS Frame Generation, first introduced with DLSS 3 in 2022, has been a performance-boosting but integration-heavy technology. It works by using AI to generate entirely new frames between traditionally rendered ones, effectively doubling or tripling perceived frame rates. A critical input for this process is motion vectors—data from the game engine that describes the direction and speed of every pixel's movement between frames. This allows the AI to accurately predict where objects will be in a generated frame.
The requirement for motion vectors means game developers must explicitly implement support for DLSS Frame Generation in their titles. The promise of a system that "does not require motion vectors" suggests NVIDIA's research is moving towards a more generalized, engine-agnostic solution. This could potentially simplify integration for developers and expand compatibility to a wider range of games and applications, including older titles or those where adding explicit support is difficult.
It is crucial to note that this information comes from an unverified leak. NVIDIA has not announced DLSS 5 or commented on these specifics. The details, including the 2026 timeframe and the technical approach, should be treated as speculative until officially confirmed.
