PS5 Pro PSSR Upgrade Explained Improved Image Quality and Performance Gains

Enhanced upscaling quality reduces artifacts and supports more aggressive dynamic resolution scaling in demanding next generation games.

Hardware by Godrics01 on Mar 24, 2026

The new PSSR makes a big difference in the PS5 Pro's image quality and performance. The previous version of PSSR produced inconsistent results. Sometimes it worked as well as analytical upscalers, and other times it worked worse.

There were clear failures, especially in RTGI in UE5-based games. The new patch enhances image quality without slowing performance, giving developers greater freedom when setting up games.

PS5 Pro PSSR Upgrade, Explained Improved Image Quality and Performance Gains, NoobFeed

Better than PSSR1

We can clearly see that things have improved since PSSR1. The new version fixes problems with the old one and improves consistency in picture reconstruction. In the past, some games' graphic quality may have been worse, which made the original console version look more stable. With the new PSSR, the problem is less of an issue. You will see that games are clearer and more stable, especially when dynamic resolution scaling is used more aggressively.

Developers can now drop internal resolutions even further while still getting good output quality. This allows them more room on the GPU to incorporate features such as better ray tracing or more consistent 60fps performance. This flexibility will lead to improved overall presentation across all titles.

Effects on Ray Tracing and Performance Modes

We've previously seen cases where better ray tracing performance helps the PS5 Pro. Games like Assassin's Creed: Shadows and the most recent patches to Requiem offer higher graphics and a steady 60 fps. These changes show that the system can handle more advanced rendering approaches without slowing down.

You will also see that 60fps options, which used to have lower visual quality, now offer a more balanced experience. The new PSSR makes artifacts less noticeable, so you can focus on the game instead of problems with the way it looks.

How This Stacks Up Against Other Upscaling Solutions

We may compare the new PSSR to older upscaling techniques like FSR2 and FSR3. The new version supports higher input resolutions and offers better reconstruction quality. In earlier versions, image quality was sometimes worse than that of other options, which affected hardware choices in the larger market.

The gap is now smaller. You will see that the PS5 Pro edition of a game usually has superior graphics to the standard console version. This is more in line with what people expect from machine learning-based upscaling methods.

PS5 Pro PSSR Upgrade, Explained Improved Image Quality and Performance Gains, NoobFeed

Flexibility for Developers and Potential for the Future

Developers can better regulate how they use system resources when upscaling quality is better. There will be more testing with dynamic resolution goals and rendering methods. You might see more games that focus on graphics while maintaining stable performance.

There is still room for more progress. Not all features, including machine learning frame generation and ray reconstruction, are available yet. We might see these technologies come out in future upgrades or on new devices.

Final Thoughts

We expect things to keep getting better as more developers use the new PSSR in more games. The ability to replace earlier implementations at the system level ensures greater consistency. There will be fewer times when the Pro version doesn't work as well as the standard console.

The current upgrade is mostly about upscaling, but it also lays the groundwork for future improvements. We expect future generations of consoles to feature more advanced machine learning capabilities, based on the advances we've seen here.

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