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Short answer: Sony’s newly published patent describes a way to reduce the waiting time associated with generated frames by predicting likely future input states, rendering those states in advance and storing the results on the client. It is a patent proposal, not proof that the feature is running on a PlayStation 5 Pro.
The U.S. application, Predictive Frame Generation for Latency Reduction (publication 20260061311), was published on March 5, 2026. Sony has separately acknowledged frame-generation work with AMD, but has not named a console, release window or performance target.
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How the patented frame-prediction system works
The application describes a client-server design aimed at interactive software, including streamed games, where server rendering and network transmission can add delay between a player’s action and the displayed result.
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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11- The client captures the current state. It detects an initial input state, such as the controls being pressed and the relevant game state, then creates a state descriptor.
- The descriptor goes to a server. The server uses that information to predict several likely subsequent states rather than preparing only one continuation.
- Frames are prepared ahead of time. The server renders or retrieves frames for those possible states and sends them to the client.
- The client stores the alternatives locally. When the player’s next input matches one of the predicted states, the client displays the corresponding stored frame immediately instead of waiting for another server render and transmission.
The claims also contemplate a buffer period, machine-learning or neural-network predictors, and deterministic prediction models. As actual subsequent states arrive, the predictive model can be updated. If no prediction matches, the client can request or render a new frame.
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Why prediction can address frame-generation latency
Many conventional PC frame-generation systems create an intermediate image on the device from already rendered frames. That can increase visual smoothness, but it does not automatically eliminate the time needed for a new simulation state, rendering work or a network round trip.
The patented approach moves part of that work earlier. Instead of waiting for the next input before starting every render, it prepares several plausible outcomes. A correct prediction lets the client retrieve a local frame during the interval in which a fresh frame would otherwise be calculated and transmitted. The benefit therefore depends on prediction accuracy and on how much rendering or network time would have been saved.
Patent proposal versus typical on-device frame generation
| Comparison point | Predictive Frame Generation patent | Typical on-device interpolation approach |
|---|---|---|
| Where prediction occurs | Server predicts future input or game states; the client buffers the resulting frames. | Prediction and image generation generally occur on the local gaming device. |
| What is predicted | Alternative input/game states and the frames produced by those states. | An image to place between rendered frames, rather than a set of future control states. |
| Latency behavior | A matching buffered state can be shown without waiting for a new server render; a mismatch needs fresh work. | Smoothness may improve, but frame generation does not by itself remove simulation, queueing or network delay. |
| Hardware and network assumption | Relies on a client-server pipeline and local storage for predicted frames. | Usually relies on the console or PC’s own rendering hardware. |
| Current evidence | Architecture and claims in U.S. application 20260061311, published March 5, 2026. | Implementation varies by game, hardware and software library. |
What happens when the prediction is wrong?
Prediction is not a guarantee that the next action will be covered. The patent allows several alternatives to reduce that risk, including predicting multiple paths, maintaining a buffer and updating the model from real input states. An unexpected action can still force a new render, so the system’s practical latency would vary with prediction accuracy, scene complexity and network conditions.
The application does not establish how often predictions would be correct, how much client storage would be required or how image quality would compare with a newly rendered frame. Those are engineering and product questions that cannot be answered from the published claims alone.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What Sony has publicly confirmed
PlayStation architect Mark Cerny discussed Sony’s Project Amethyst collaboration with AMD. TechRadar reported him saying: “FSR Frame Generation is also based on co-developed technology … I’m very happy with how that work is progressing, and an equivalent frame generation library should be seen at some point on PlayStation platforms.”
That statement supports the existence of a future PlayStation frame-generation direction, but it does not identify the cited patent as the shipping implementation. Tom’s Hardware likewise reported that Cerny did not say whether the technology would arrive on the PlayStation 5 Pro or a future PlayStation 6. The same coverage quoted him saying, “All I can say is that we have no more releases planned for this year.”
What this means for PS5 Pro owners
- Not confirmed: The PS5 Pro has not been announced as receiving the patented predictive-frame system.
- No release date: Sony has not published a schedule for an equivalent frame-generation library on a particular PlayStation model.
- No demonstrated performance: There is no cited measurement showing a specific millisecond reduction, frame-rate increase or image-quality result.
- Possible future path: If Sony deploys a related library, developers would still need to support it and games would need to expose the required state and rendering data.
A patent publication can protect an idea while the final product changes, remains internal or never ships. PS5 Pro hardware should therefore be treated as a possible target, not as a console that already includes this feature.
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Readers should look for a Sony or developer announcement naming the supported PlayStation model, a system-software release note, a developer-library specification and independent testing. Useful tests would report input-to-display latency under stated conditions, prediction accuracy, fallback behavior and image quality—not just a higher counter value for displayed frames.
Until those details appear, the strongest conclusion is limited but meaningful: Sony is investigating frame-generation technology that could use advance state prediction to avoid some waits, while the March 2026 patent remains an unconfirmed proposal rather than a PS5 Pro feature.
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