A newly published Sony patent describes a way to hide some input-to-display delay by predicting several possible next game states, rendering those states in advance and keeping the resulting frames on the client. That could reduce waiting when a player’s actual input matches a prediction, but the patent is not evidence that the system is running on PS5 Pro. Sony has acknowledged broader frame-generation work with AMD, while leaving the target PlayStation hardware and release timing unspecified.
What Sony’s frame-prediction patent proposes
The U.S. patent application titled “Predictive Frame Generation for Latency Reduction” was published as US 20260061311 on March 5, 2026. Its central idea is to move likely rendering work ahead of the player’s next action. Instead of waiting for a server to render a frame after every input, the system prepares several plausible futures and stores them locally.
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The proposed client-server sequence
- The client detects the player’s current input state and creates a state descriptor.
- That descriptor is sent to a server.
- The server predicts multiple likely subsequent states, covering alternative input paths and a defined buffer period.
- The server renders or retrieves frames for those predicted states and transmits them to the client.
- The client stores the frames. If the player’s next input matches one of the predicted states, it can display the corresponding local frame instead of waiting for another server render.
The patent allows the prediction model to be deterministic or based on machine learning, including neural networks. It also describes updating the model with the player’s actual subsequent states so future predictions can improve. If the real input does not match any stored branch, the client can request or render a new frame rather than displaying an incorrect prediction.
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Remote rendering adds several waits: input must travel to a server, the server must produce a frame, and the result must travel back. Local retrieval removes that round trip when the correct future frame is already buffered. The benefit is therefore conditional: it depends on prediction accuracy, the number of alternatives prepared and how much work can be completed before the next input arrives.
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This is not a promise that every input becomes instantaneous. A mismatch still requires fresh rendering, and preparing many branches consumes server compute, transmission capacity and client storage. The patent does not publish a measured reduction in milliseconds.
How the proposal differs from conventional frame generation
Many current frame-generation systems create an additional image between rendered frames on the device. The patent describes a different target: predicting future input and game state, then preparing the frame that belongs to each possible future.
| Comparison point | Patent proposal | Typical on-device interpolation approach |
|---|---|---|
| Where prediction occurs | Server-side prediction with frames buffered on the client | Prediction and frame synthesis on the local gaming device |
| What is predicted | Possible future input or game states and their resulting frames | An intermediate visual frame between already rendered frames |
| How latency is addressed | Use a matching pre-rendered frame without waiting for a new server response | Add visual frames without necessarily removing the original input-processing delay |
| Failure case | An unmatched input requires fresh rendering or retrieval | Incorrect motion estimation can produce visible artifacts or require fallback, depending on the implementation |
| Evidence of deployment | Patent architecture and claims only | Varies by game, hardware and software implementation |
The distinction matters because a higher displayed frame count does not automatically mean faster controls. A system can show more images while the game still responds to input on the original rendering schedule. Sony’s proposal attempts to address the wait itself, but only when its branch prediction is correct.
What Sony and AMD have actually confirmed
PlayStation architect Mark Cerny has publicly discussed Project Amethyst, Sony’s collaboration with AMD. TechRadar reported his statement on March 24, 2026: 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 a future PlayStation frame-generation library, but it does not identify the patent as the technology being shipped, name a console or provide a launch date. Tom’s Hardware likewise reported that Sony and AMD co-developed the work and that Cerny did not say whether it would arrive on PS5 Pro or a future PlayStation 6.
Cerny was also reported as saying, All I can say is that we have no more releases planned for this year.
That comment does not establish when frame-generation software will appear; it only sets a limit on what Sony had announced for 2026 at the time of the report.
Does this mean PS5 Pro is getting predictive frame generation?
No. The available statements do not confirm support for PlayStation 5 Pro, and the patent publication itself is not a product announcement. A patent can describe an option that is never commercialized, or technology that appears later in a substantially different implementation.
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The patent’s emphasis on server rendering, transmission and client buffering also makes it especially relevant to streamed games. That does not rule out a console implementation, but it means the document cannot be read as a specification for PS5 Pro hardware. Sony has not provided a supported-game list, firmware version, performance target or release window for this feature.
What players should watch for if Sony ships it
Prediction coverage
A useful implementation would need to cover enough likely input branches to make local retrieval frequent without making the server render an impractical number of frames. Fast-changing games could be harder to predict than situations with limited immediate choices.
Mismatch behavior
When the player does something outside the prepared branches, the system must fall back to new rendering. The quality of that fallback—especially during rapid camera movement or complex interactions—would be central to the real-world experience.
Network and compute requirements
Because the proposal is motivated by server rendering and transmission delay, performance would depend on the connection, server capacity and buffering policy as well as console hardware. The patent supplies no consumer bandwidth target or hardware requirement.
Image quality and responsiveness
Neither the patent passage nor the cited reporting includes an image-quality test, frame-rate benchmark or measured input-latency result. Claims that the system cuts delay by a specific number of milliseconds are therefore unsupported.
Patent publication is not a shipping feature
The firm facts are narrower than the headline: US 20260061311 lays out a prediction-and-local-retrieval architecture; Sony has acknowledged co-developed frame-generation work with AMD; and neither source confirms that this patent is deployed, that PS5 Pro will receive it or that a release date exists.
For now, PS5 Pro owners should treat predictive frame generation as a possibility rather than a current capability. The first reliable confirmation would be an official platform announcement, a system update with documented support or independently measured results from a released game.
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