Nvidia has released an update allowing RTX 50-series owners to utilize Dynamic Multi Frame Generation. PC Gamer conducted extensive tests to evaluate performance and latency across several titles. The results suggest a viable balance between high frame rates and system responsiveness for next-generation gaming. This technology aims to solve the input lag issues often associated with static frame generation modes.
Key Technical Details
Unlike fixed modes, the new system adjusts generation ratios based on monitor refresh rates automatically. It can switch between 2x and 6x modes dynamically to maintain target fps without user intervention. This adaptive approach aims to reduce input lag while maximizing visual smoothness during intense gameplay sequences. The update also includes an improved AI model designed to enhance static user interface elements in supported titles.
"Nvidia notes that the new model can only provide a benefit to games which expose a UI depth buffer," the source reported. Only 20 titles currently expose the necessary depth buffer for this feature to activate properly. Examples include Hogwarts Legacy and Dragon Age: The Veilguard among the limited list of supported software. Everything else will continue to use the standard Preset A model for frame interpolation.
Testing Methodology
Tests utilized a Ryzen 9 9950X3D paired with an RTX 5090 to measure system performance under load. A 240 Hz OLED monitor provided the display for latency measurements and frame pacing analysis. Frameview and Nvidia App overlays tracked system latency in real time throughout the benchmarking process. This hardware configuration represents the current high-end standard for PC gaming performance testing.
Performance in Cyberpunk 2077
In Cyberpunk 2077, dynamic mode stabilized frame pacing but increased system latency slightly compared to native rendering. Fixed 6x modes offered higher average fps but introduced noticeable stutter during camera movement. Dynamic switching prevented the 6x mode from engaging when unnecessary to preserve responsiveness. The average frame rate remained around the 60 fps mark without frame generation in the baseline test.
Results from Dragon Age
Dragon Age: The Veilguard showed lower latency when frame generation was enabled due to Nvidia Reflex synchronization. This occurred because Nvidia Reflex synchronizes the CPU and GPU more effectively with frame gen active. Dynamic MFG remained in 2x mode to preserve responsiveness while hitting near 240 fps. The system did not base mode switching on a minimum frame rate but rather the refresh rate ceiling.
Stability in Hogwarts Legacy
Hogwarts Legacy struggled with frame pacing during heavy ray-traced scenes and transitions between environments. Dynamic Multi Frame Generation helped tame performance fluctuations without excessive input lag at 3x mode. It avoided the 4x mode where jitter became apparent during heavy NPC and reflection processing. This flexibility allows the GPU to run in 2x mode when rendering fast enough for lower latency.
Conclusion and Future Outlook
The technology demonstrates that adaptive frame generation is superior to static overrides for mixed workloads. Users gain flexibility without manually tuning settings for every title in their library. Future implementations may depend on broader UI depth buffer support across the game ecosystem. PC Gamer concluded that while not perfect, the dynamic system offers a significant improvement over previous iterations.
