NVIDIA Sets Release Date for New DLSS 4.5 Features: RTX 50 to Get Dynamic Frame Gen That Adapts to Your Monitor

NVIDIA Sets Release Date for New DLSS 4.5 Features: RTX 50 to Get Dynamic Frame Gen That Adapts to Your Monitor

Arkadiy Andrienko
Follow-up: GeForce 595.79 Update: DLSS 4 Support for New Titles and Overclocking Fix for RTX 50Background: NVIDIA to Showcase the Future of RTX Tomorrow: New Gameplay, DLSS 4.5, and Game Teasers — But It's Not a GPU Launch

NVIDIA has finally set the date for the next major update to its proprietary upscaling technology. According to updated information from the presentation, the DLSS 4.5 Dynamic Multi Frame Generation feature will be available to users on March 31, 2026.

The core feature of this update is the introduction of a dynamic mode for frame generation. Unlike standard Multi Frame Generation, which uses a fixed multiplier (like x3 or x4), this new version can adjust the number of generated frames on the fly. The system analyzes the current scene load and targets the monitor's specific refresh rate. If performance is already high enough to maintain a steady 120, 144, or 240 fps, the algorithm won't generate unnecessary frames, kicking in only when needed to smooth out frame rate dips.

Alongside the dynamic mode, users can expect an updated frame generation model and an improved transformer model for Super Resolution. NVIDIA claims this will boost temporal stability, cut down on ghosting artifacts around objects, and enhance overall anti-aliasing quality.

Importantly, this update will also finally deliver the long-announced 6X Multi Frame Generation mode, which can insert up to five additional frames between two rendered ones. Both features—the dynamic generation and the 6X mode—will launch simultaneously, as they were originally presented as a single package back at CES 2026.

NVIDIA Sets Release Date for New DLSS 4.5 Features: RTX 50 to Get Dynamic Frame Gen That Adapts to Your Monitor

DLSS 4.5 technologies will remain exclusive to the GeForce RTX 50 series. This is due to specific hardware requirements: dynamic multiplier control and multi-frame generation rely on the new Tensor Cores and optimizations found only in the current-gen GPUs.

Do you think automatically adapting frame generation to your monitor's refresh rate is a useful feature, or would you prefer to always keep a fixed multiplier enabled and just let the tech do its thing? Share your thoughts in the comments.

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