In an interview with Digital Foundry, Sony's Mark Cerny, the lead system architect for PlayStation 5, confirmed that machine learning-based frame generation would be coming to "PlayStation platforms". What he deliberately did not clarify is which hardware will actually get the feature first.
The technology comes as part of Sony's "Project Amethyst" collaboration with AMD, with frame generation being co-developed by the two companies. The partnership is not new; it has already produced the upgraded PlayStation Spectral Super Resolution (PSSR) system that Sony rolled out this month for the PS5 Pro.
The latest version of PSSR stems from the same co-developed algorithm AMD is using with FSR Redstone on PC. Sony's engineer explained that this shared technological foundation makes frame generation a natural next step. "The new PSSR uses the same core co-developed algorithm as FSR Redstone's Upscaling," Cerny noted, adding that "an equivalent frame generation library should be seen at some point on PlayStation platforms."
Frame generation, already common on high-end PC gaming through Nvidia's DLSS and AMD's FSR solutions, works by using artificial intelligence to generate entirely new frames between traditionally rendered ones. This creates the appearance of higher frame rates without requiring the game engine to render every single frame from scratch. The trade-off is that these synthetic frames introduce slight input latency because they cannot respond to player actions in real time.
But the broader challenge for PlayStation is a practical one. Frame generation works best with games already rendering at or above 60 frames per second. The faster a game can render frames, the quicker the model can interpret and react with its own, and the more seamlessly it can insert those into motion that already feels smooth. A 30 fps base game attempting to use the technology can end up looking worse, not better.
When pressed on timing, Cerny was characteristically evasive. Players should not expect any further releases this year, he said, but he is excited to talk about it in the near future. That vague framing leaves several possibilities open. Cerny's wording refers to "PlayStation platforms" rather than naming PS5 Pro directly, leaving the door open to a later PS5 Pro update, next-generation PlayStation hardware, or both.
Most industry observers believe frame generation will debut on the PS6 rather than the current generation. With rumours pegging the PS6 for 2027, it's likely that FSR Frame Generation will be reserved for the next-generation console. There is possibility that this could be reserved for more capable hardware in a new PlayStation, which might only release in 2029.
The decision to hold back frame generation raises questions about Sony's strategy. Frame generation is not coming to PlayStation consoles anytime soon, even if the technology itself is relatively simple to implement; it would probably give a considerable boost at low cost. The delay may reflect Sony's preference for rolling out major features with new hardware rather than trickling them out incrementally.
What is clear is that AI-driven graphics technology will define the next generation of console gaming. Microsoft is similarly pursuing this path; Microsoft confirmed at GDC 2026 that its "Project Helix" console would support "ML Multi-Frame Generation" with AMD's "FSR Next" technology, which is likely the same technology that Sony is working on with AMD. AMD's willingness to collaborate with both manufacturers suggests this is becoming an industry standard rather than a proprietary advantage.