Nvidia has officially enabled a new feature for its latest graphics cards that aims to optimize gaming performance dynamically. The technology, known as Dynamic Multi Frame Generation, allows the RTX 50-series to switch between different frame generation modes automatically. This announcement follows initial demonstrations at the CES show earlier this year to showcase the hardware capabilities.
Key Details
Unlike previous versions that required manual selection, the new system adjusts frame rates based on the monitor refresh rate and game performance. It can utilize modes ranging from 2x up to a new 6x option depending on the specific scenario. This flexibility aims to maintain smooth visuals without sacrificing input responsiveness for the user.
To evaluate the technology, PC Gamer conducted extensive testing using a Ryzen 9 9950X3D processor paired with a GeForce RTX 5090. The hardware was connected to an MSI MPG 321URX 240 Hz OLED monitor to measure real-world latency and frame pacing accurately. This setup provided a high-fidelity environment to stress-test the new algorithms under load.
In Cyberpunk 2077, the system successfully maintained high frame rates by switching between 4x and 5x modes during gameplay. However, the test revealed a noticeable increase in input lag when utilizing higher generation multipliers for the visuals. The system latency figures rose to approximately 50 milliseconds during intense scenes with heavy ray tracing.
Dragon Age: The Veilguard showed different results, as enabling frame generation actually lowered system latency in some cases. This occurred because the feature requires Nvidia Reflex to be active, which synchronizes the CPU and GPU more efficiently. The dynamic mode stayed in 2x mode throughout the test, avoiding unnecessary latency spikes for the player.
Hogwarts Legacy benefited from the technology by keeping frame generation capped at 3x to preserve responsiveness during heavy areas. While fixed 4x modes introduced stutter, the dynamic approach allowed the GPU to drop to 2x when rendering speeds permitted. This resulted in better overall system latency compared to static configurations that forced higher multipliers.
A new AI model, referred to as Preset B, attempts to enhance in-game user interface elements by using additional game engine data. According to Nvidia, this model requires games to expose a UI depth buffer to function correctly within the rendering pipeline. Only 20 titles currently support this specific enhancement out of the supported library for the feature.
Testing on Oblivion Remastered highlighted that frame generation improves average frame rates but struggles with 1% low frame times significantly. Despite lower system latency, the experience did not match the smoothness seen in more optimized modern game titles. These results suggest the technology works best on modern engines rather than remastered older games from previous generations.
What This Means
The broader implication is that dynamic adjustment offers a safer path for users who want high performance without manual configuration. However, the trade-off between frame rate and input lag remains a critical consideration for competitive gamers seeking an edge. Future updates may refine how the system balances these competing demands for the wider market.
