By Jon Scarr
When PlayStation announced QSSR for PS5, my first reaction wasn’t just about how much better games could look. It was that PlayStation had found a way to take one of PS5 Pro’s most interesting ideas and bring part of it back to the console millions of people already own.
That’s what I think is so smart about this move. QSSR doesn’t turn a PS5 into a PS5 Pro, and it doesn’t need to. PSSR remains part of the Pro experience, backed by more GPU power and dedicated machine-learning resources. QSSR brings the standard PS5 its own AI-upscaling technology through the same broader Project Amethyst work with AMD.
For me, that changes how I look at PlayStation’s investment in PS5 Pro. The premium console isn’t only benefiting the people who bought one. Some of its graphics work is now feeding back into the wider PlayStation 5 generation. If QSSR catches on, that may become far more important than the two games launching support.
PS5 Pro Became More Than a Premium Console
When PS5 Pro launched, PSSR was one of the clearest examples of PlayStation looking beyond a faster GPU alone. The stronger GPU and faster memory mattered, but machine-learning reconstruction added another way to improve the image reaching your screen.
Project Amethyst continued that work through PlayStation’s collaboration with AMD. It carries lessons from PS5 Pro into a broader machine-learning graphics effort. Now some of that work is reaching the standard PS5 through QSSR.
PS5 Pro is still a premium console, but the graphics research connected to it no longer stops there. QSSR adapts part of it for the standard PS5.
The technical gap between the two consoles is what makes the engineering so interesting. PlayStation says PS5 Pro has 300 TOPS of dedicated machine-learning performance. TOPS stands for trillions of operations per second. In plain language, that number reflects how much AI math the console can process each second. Those dedicated resources accelerate PSSR. Separately, PS5 Pro’s more powerful GPU supplies extra rendering capacity for higher base and output resolutions.
Standard PS5 doesn’t have the same dedicated machine-learning resources. QSSR takes a different route. It uses FP16, a 16-bit number format the PS5 GPU already supports. PlayStation also uses packed math, which lets the GPU process several smaller calculations together, plus other PS5-specific optimizations.
PlayStation didn’t simply move PSSR over unchanged. QSSR was reworked for the standard PS5’s limits. The goal is still a better reconstructed image.
QSSR Brings That Investment Back to PS5
Getting meaningful new graphics technology this late in a console generation without buying another console is unusual.
Most major visual improvements arrive with a new console. You pay for more GPU power, and that extra processing capacity opens the door to better image quality or higher performance. QSSR changes part of that equation because games on standard PS5 now have a new reconstruction option without requiring another console.
Digital Foundry’s hands-on testing of Marvel’s Wolverine found that QSSR kept fine details more stable in motion, especially around foliage and small scene details. Ghost of Yōtei saw a smaller improvement because its existing FSR 3 image already held up well.
There is a performance cost. In an uncapped Wolverine comparison at the same resolution, Digital Foundry measured QSSR at about 1.5 to 1.8 milliseconds more frame time than Insomniac’s existing upscaler. With an 864p image reconstructed to 1440p, frame rate was roughly 8 to 10 fps lower in the uncapped comparison.
At a 4K output, the extra cost climbed to about 4.4 milliseconds. Those results suggest QSSR is better suited to a 1440p output on standard PS5 than a 4K target. PS5 Pro has much more processing capacity available when PSSR targets higher resolutions.
QSSR doesn’t need to match PSSR to be useful. Standard PS5 needs a version that fits within its own performance budget. In a normal 60 fps mode with dynamic resolution scaling, a game can lower its internal resolution so QSSR fits within the time available for each frame and maintains the frame-rate target.
A lower internal resolution can still produce a better final image when reconstruction does more of the work.
Rising PS5 Prices Strengthen the Case for QSSR
PS5 has become more expensive in several regions around the world over the course of this generation, not just in Canada. That makes getting more out of the console you already own even more important.
Here in Canada, the standard PS5 launched at $629.99 CAD. It rose to $649.99 CAD in 2022, and the April 2026 increase took it to $819.99 CAD. The Digital Edition is $749.99 CAD, and PS5 Pro is $1,099.99 CAD.
With gaming tech getting more expensive, adding new graphics options to the console people already own is a smart move. Better image quality doesn’t always have to start with buying another console.
I also think QSSR could help extend the useful life of standard PS5 consoles bought years ago. It doesn’t add GPU power or memory. Developers instead get another way to work within the limits that are already there.
If QSSR can reconstruct a better final image from lower internal resolutions, it may become more useful as newer games put greater demand on standard PS5. It won’t erase the console’s limits. It could give developers more room within them.
At $819.99 CAD for a new standard PS5, there’s a stronger argument for getting more from the console already under your TV. PlayStation can keep PS5 Pro as the premium option and still improve the standard PS5.
Developers Could Benefit Most Over Time
Marvel’s Wolverine and Ghost of Yōtei are getting the attention right now. The next question is how easy QSSR is for developers to add to more games.
PlayStation’s graphics R&D team says games already using PSSR shouldn’t need much extra work to add QSSR. Some tuning may still take a few days, including adjustments to texture streaming. For studios already supporting PS5 Pro, the path to QSSR on standard PS5 may be shorter.
PlayStation also expects QSSR to be practical to add to existing PSSR games, not only future releases. Future games can account for both QSSR and PSSR from the start.
Ghost of Yōtei was encouraging too. In the unlocked 120 Hz comparison, QSSR and FSR 3 produced very similar frame rates. More verification is needed, including confirmation that the input and output resolutions were comparable. One test isn’t enough to treat that as a rule for every game.
If QSSR can improve image reconstruction without demanding much more performance than existing upscalers, studios have a stronger reason to use it.
Adoption is the next test. More games will tell us how widely developers use QSSR and whether the results stay consistent.
PS5 Pro Still Has Plenty Separating It
The obvious question is whether giving PS5 its own AI upscaling takes something away from PS5 Pro.
I don’t think it does.
Wolverine reinforces that point. PS5 Pro can use higher internal resolutions and output targets. Its dedicated machine-learning resources accelerate PSSR, and its more powerful GPU has extra rendering capacity. It also has stronger ray-tracing capability.
QSSR doesn’t erase those advantages. Standard PS5 owners now have graphics technology that wasn’t part of the console at launch. PS5 Pro still has more room to push image quality and effects further.
PlayStation could have kept machine-learning upscaling almost entirely associated with its premium console. By adapting part of that work for standard PS5, PlayStation gets more from its PS5 Pro research without pretending the two consoles are equal.
QSSR still has to prove itself across more games. Two games aren’t enough to establish how consistent the results will be.
If QSSR spreads, PS5 Pro’s AI work may end up having a much wider impact than anyone expected when PS5 Pro launched. PS5 Pro will still have the extra GPU power and PSSR to push image quality further, but part of the technology developed around it could help standard PS5 stay useful for longer. With console prices where they are now, that’s a pretty smart outcome for PlayStation and the people who already own a PS5.
Jon Scarr
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