AMD’s next FidelityFX update is poised to close the gap in advanced graphics features, particularly in multi-frame generation (MFG). While not yet confirmed as part of a public release, internal SDK changes suggest AMD is preparing to expand its frame-generation options beyond the current 2x mode, potentially matching or exceeding the 6x capabilities seen in NVIDIA’s DLSS 4.5 and Intel’s XeSS 3.0.
This shift comes as part of a broader effort to modernize FSR, with hints pointing toward a more aggressive scaling approach. Currently, AMD’s FSR 4 uses a custom machine-learning algorithm to generate intermediate frames, but the technology is limited in its multiplier compared to rivals. The upcoming update could redefine how AMD approaches performance in high-refresh gaming scenarios.
Key Specifications and Technical Details
- Frame Generation Multiplier: New options expected beyond 2x, potentially including 4x or 6x modes to align with industry standards.
- Underlying Technology: Continued use of per-pixel motion and appearance algorithms, combined with motion vectors for intermediate frame generation.
- Performance Impact: Current FSR 4 delivers a third of the FPS boost seen in NVIDIA’s DLSS 4.5 and half of Intel’s XeSS 3.0, suggesting room for significant improvement.
The change is not tied to a specific product release yet but appears linked to broader updates under codenames like 'Redstone' or 'Diamond.' If implemented, it could mark a turning point in how AMD balances performance and visual fidelity in its upscaling solutions. For gamers, this means a potential leap in smoothness at high resolutions without sacrificing quality.
What This Means for Gamers
The introduction of higher frame-generation multipliers would address one of the most notable differences between AMD’s FSR and competing technologies. NVIDIA’s DLSS 4.5, for example, offers a 6x mode that can drastically improve frame rates in demanding titles, while Intel’s XeSS 3.0 provides a 4x option. AMD’s current 2x mode, though effective, leaves room for improvement in scenarios where every frame counts—such as competitive esports or high-refresh-rate displays.
If AMD delivers on this update, it could shift the landscape for upscaling technologies, particularly if the new modes are integrated into both consumer GPUs and next-gen platforms like Xbox. The question remains whether the underlying algorithm can scale efficiently to support these higher multipliers without introducing noticeable artifacts or latency.
For now, the exact timing and availability of this feature remain unclear. What is certain is that AMD is moving to address its lag in frame-generation performance, potentially bringing its technology closer to parity with NVIDIA and Intel. Whether it will match their efficiency or carve out a distinct path remains to be seen.
