Nvidia will introduce multi-frame dynamic generation and the MFG x6 mode during the spring.

New Dynamic Multi-Frame Generator Technology from Nvidia

*In the spring release of 2026 the company plans to bring two key products to market:

1) Dynamic Multi Frame Generation (DMFG) – a driver‑controlled mode;

2) A multi‑frame generator with a ×6 multiplier.*

What is DMFG?
At CES 2026 Nvidia introduced DMFG as a “driver‑controlled mode.” Its goal is to maintain the user‑specified monitor refresh rate (e.g., 240 Hz), rather than using a fixed multiplier like a traditional multi‑frame generator.

* A traditional MFG can output a higher frame rate (280–300 FPS) when running on a 240 Hz display, consuming extra resources.

* DMFG dynamically changes the multiplier based on the graphics system load:

* In heavy gaming scenes it activates ×6;

* When load decreases the multiplier drops to ×3 or ×2.

* The multiplier can change “continuously,” and CES tests showed no issues even with frequent switching.

> “The dynamic multi‑frame generator technology, as well as the new x6 mode for Nvidia’s multi‑frame generator, are scheduled for spring 2026.” – a company representative told HardwareLuxx in an interview.

Current MFG Capabilities
* The GeForce RTX 50 series already supports a multi‑frame generator that inserts up to three intermediate frames between real ones. This provides roughly a fourfold performance boost compared with regular upscaling without generation.

Comparison with Competitors
| Platform | Technology | Multiplier | Intel XeSS 3 (bundle) | Only for integrated graphics Panther Lake | AMD Fluid Motion Frames (AFMF) | Generates one intermediate frame |
|----------|------------|-----------|-----------------------|-------------------------------------------|---------------------------------|----------------------------------|

Conclusion
Nvidia expands its performance‑boosting toolkit by introducing dynamic frame generation and a more powerful x6 mode. These solutions are expected to appear in early 2026, giving users more flexible control over refresh rates without unnecessary resource drain.