"An equivalent frame generation library should be seen at some point on PlayStation platforms." That's Mark Cerny, chief architect of the PlayStation 5, dropping a quiet but significant confirmation in a recent interview with Digital Foundry. No specific console named, no release window locked in, but the direction is clear.
What Cerny Actually Said
In the Digital Foundry interview, Cerny clarified the relationship between Sony's upscaling tech and AMD's latest work on PC. The new PSSR 2, the upgraded version of the PS5 Pro's machine-learning upscaler, shares the same core co-developed algorithm that powers FSR Redstone (AMD's latest upscaling solution, previously known as FSR 4). That collaboration runs deeper than just upscaling, though.
As Cerny put it directly: "FSR Frame Generation is also based on co-developed technology (or as my good friend Jack Huynh puts it, 'co-engineered technology'). I'm very happy with how that work is progressing."
The key here is that Sony isn't building frame generation from scratch. The groundwork already exists through its ongoing partnership with AMD, which means the path to PlayStation frame generation is shorter than it might appear from the outside.
When pushed on which platforms and when, Cerny was careful. Players should not expect any further releases this year, he noted, but signaled genuine excitement about discussing it in the near future. According to GameSpot's reporting on the confirmation, the most likely candidate for full frame generation support could be a next-generation PlayStation console, which may not arrive until 2029.
How Frame Generation Actually Works on Console
For anyone unfamiliar with the tech, here's the lowdown. Frame generation is a process where an AI model takes two traditionally rendered frames and synthesizes an entirely new frame to insert between them. The result is a higher perceived frame rate without the GPU having to render every frame from scratch.
The tradeoff is input latency. Because the interpolated frame has no direct reference to player input at that moment, there's a slight delay between what you do and what appears on screen. Nvidia's implementation in DLSS 4 has this same characteristic, and it's a known limitation across all current solutions.
What most players miss is the baseline requirement. Both AMD and Nvidia's frame generation solutions perform best when a game is already running at or above 60fps. The faster the base rendering rate, the more effectively the AI model can interpret motion and insert generated frames without introducing artifacts or visual inconsistencies. Using frame generation on a game locked at 30fps is technically possible, but the current state of the technology means it typically hurts the experience more than it helps.
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Frame generation is not a fix for games struggling to hit 30fps. It works best as a multiplier on top of an already solid frame rate, not as a rescue tool for underpowered rendering.
PSSR 2 Sets the Stage
The timing of this confirmation matters. PSSR 2 just rolled out for PS5 Pro owners, bringing significant visual improvements through advances in its machine-learning model. Notably, it also supports games at the system level, meaning titles that haven't been specifically patched to use PSSR can still benefit from it automatically.
That system-level integration is a meaningful step. It signals that Sony is building its AI rendering infrastructure with scalability in mind, not just patching solutions onto individual titles. Frame generation, when it arrives, would likely follow a similar philosophy.
The confirmation from Cerny is a signal, not a release date. But given how quickly this technology has matured on PC, and how tightly Sony's roadmap is tied to AMD's development pipeline, the wait for frame generation on PlayStation hardware is a matter of when, not if. Make sure to check out more:
