Sony Interactive Entertainment (SIE) has announced QSSR, an AI upscaling technology for the standard PS5. According to the Japanese announcement, a patch arriving on October 2, 2026 will add a new graphics setting to Marvel's Wolverine and Ghost of Yōtei. The AI-driven image quality improvements that the PS5 Pro has offered are now reaching the standard console as a separate, more efficient technology. However, sharpening an image still takes computing power, so judging QSSR's value means looking at the visual improvement together with frame rate and the resolution the game renders internally.
Standard PS5 gets a per-game AI image quality setting
QSSR stands for "Quick Spectral Super Resolution." It uses AI to reconstruct game footage rendered at a lower resolution into a finer image. SIE positions it as a new option tailored to the standard PS5's processing power, alongside PSSR for the PS5 Pro.
SIE's Japanese announcement gives October 2 as the patch date for the first two supported titles. The English-language announcement is dated October 1 and describes a same-day release. Players in Japan should check the game updates announced for their region and the graphics settings of each title.
The rollout happens through individual game patches. SIE says it will make QSSR widely available to all PlayStation developers, but that alone does not mean every game you own will support it at once.
The goal is not just sharper outlines in still images. Mike Fitzgerald, technical director at Insomniac Games, explained that Marvel's Wolverine renders city details more crisply and stably. Jasmin Patry of Sucker Punch Productions also cited detail in characters and landscapes in Ghost of Yōtei, along with temporal stability. Making thin lines less prone to flicker, and reducing ghosting around foliage when the camera or objects move, is part of the image quality gain.
Beyond the developers' own assessments, Digital Foundry's independent testing also reports improvements. Richard Leadbetter of the outlet spent about six hours with the two games beforehand, checking detail reproduction, stability in motion, and foliage ghosting. The improvement was large in Marvel's Wolverine, while Ghost of Yōtei, whose image quality was already good, showed relatively modest change. The range of the effect also varies with the previous method being replaced and the game's visuals.
How did it run on a PS5 without dedicated AI hardware?
SIE cited two foundations for QSSR: an efficient neural network architecture and an implementation optimized for the standard PS5. It is not the existing PSSR made to run on the standard console, but a rebalancing of image quality against processing cost.
Speaking to Digital Foundry, Daniel Craig, principal engineer in SIE's graphics research and development group, explained that QSSR mainly uses FP16, or 16-bit floating-point arithmetic. According to the outlet, the PS5 Pro's PSSR relies on dedicated machine-learning hardware and INT8 (8-bit integer) instructions, which the standard PS5 lacks.
QSSR therefore makes heavy use of instructions that process multiple values at once, keeping the compute units as busy as possible and reducing overhead around the calculations. Slimming down the model was not enough; it also had to be executed efficiently on existing hardware. FP16 and INT8 are differences in numerical format, not scores that directly rank image quality.
QSSR came out of Project Amethyst, the AI graphics collaboration between AMD and SIE. Mark Cerny, lead architect of the PS5 and PS5 Pro, also explained in the February 27, 2026 announcement of the upgraded PSSR that the new algorithm and neural network stem from that collaboration. The fruits of the partnership have also reached PC through AMD's FSR 4.
Now those results are being used in a form adapted to the standard PS5's constraints. Research done for newer hardware has also become a way to improve image quality on existing consoles. That said, none of these announcements describe QSSR as the same model or implementation as the PC version of FSR 4.
The cost of better image quality, by game and mode
Digital Foundry's testing of Marvel's Wolverine observed an additional cost of roughly 1.5–1.8 ms versus the existing method at 1440p output, and about 4.4 ms at 2160p output. Because the modes differ, the gap cannot be attributed to output resolution alone.
The cost here is the extra time incurred when QSSR is turned on compared with the previous method, not QSSR's total processing time. Based on the preliminary hands-on report Digital Foundry published on October 1, the comparison conditions on the standard PS5 break down as follows.
| Game / operating condition | Input → output resolution | Result vs. previous method | Conditions to keep in mind |
|---|---|---|---|
| Marvel's Wolverine cutscene, Performance mode, uncapped frame rate with VRR | 864p → 1440p | About 1.5–1.8 ms extra cost | Compared with Insomniac's existing method |
| Same game, Fidelity mode, uncapped | Input not stated in report → 2160p | Estimated extra cost of about 4.4 ms | Different image quality mode; not the same conditions as the row above |
| Same game, 60Hz Performance mode, dynamic resolution scaling | Internal resolution lowered to compensate | Frame rate close to the previous method, with improved image quality | Result of adjusting rendering load to target 60fps |
| Ghost of Yōtei, 120Hz Performance mode, uncapped with VRR | Unconfirmed whether input/output resolutions are the same | Frame rate nearly the same as existing FSR 3 | Confirming resolutions is needed before concluding processing speed is equivalent |
The source is Digital Foundry's hands-on article. The table organizes the original report by game and image quality mode; it does not derive speed rankings or ratios from figures taken under different conditions. In the two uncapped tests of Marvel's Wolverine, using QSSR also produced frame rate differences of 8–10fps.
Still, in modes that target 60fps, image quality can sometimes improve without a large change in frame rate. This is because dynamic resolution scaling lowers the internal resolution in response to QSSR's cost. The load of drawing the original image is reduced, and that headroom goes to the process of reconstructing a finer image. Digital Foundry reports that even with the lower internal resolution, the final image's detail looked better.
In other words, internal resolution figures alone cannot tell you the quality you see on screen. At the same time, this is not a guarantee that 60fps will hold in every scene. How processing cost and image quality are balanced depends on each game's settings.
Craig also told the outlet that on PS5 Pro, developers almost uniformly choose 4K output and adjust internal resolution beneath it, whereas on the standard PS5 they need flexibility in not only internal resolution but also intermediate stages and final output resolution. QSSR is not offered as a technology that turns every game into 4K under the same conditions.
How to view the gap with PS5 Pro and future support
The PS5 Pro retains differences from the standard console beyond upscaling. The figures SIE presented in its September 2024 announcement were 67% more GPU compute units, 28% faster memory, and up to 45% faster game rendering than the standard PS5. Enhanced ray tracing is another feature. These are SIE's stated figures and do not represent measured frame rate differences in every game.
Introducing QSSR does not close this GPU and memory gap. The Pro has the headroom to render the source image at a higher internal resolution and reconstruct it to high resolution with PSSR. Even if flicker and detail improve on the standard console, the result will not equal running the same game on the Pro.
On the other hand, a path for QSSR to spread is in place. Craig told Digital Foundry that for titles that already support PSSR, QSSR can basically be swapped in. However, adjusting game settings can take a few days. One example given is tuning loading and memory residency so that higher-quality textures can be used when needed. The "few days" figure is an engineer's rough estimate and does not guarantee the effort required for every title.
Craig's view is that adding it to existing games is relatively easy and low-risk. Adoption and release, however, are up to each developer. Support in titles beyond the two announced, such as Grand Theft Auto VI, cannot be treated as settled on expectation alone.
For standard PS5 owners, there is now a new basis for judgment: comparing QSSR on and off in the same scene after a supported game is updated. Beyond the sharpness of still images, it is worth checking how thin lines and foliage look when the camera moves, and how smooth the game feels during play. If adoption in existing games grows and players can weigh image quality against processing cost title by title, QSSR could become a practical way to improve the standard PS5's visuals without buying new hardware.