
The funny thing about Pragmata isn’t that PS5 Pro “wins.” We all kind of expected Sony’s new box to look best. What surprised me is how it wins – and how cleanly Digital Foundry’s analysis lines up with a bigger pattern we’ve been seeing in Cyberpunk 2077 and even Sony’s own Saros: PS5 Pro’s PSSR upscaler is quietly becoming the main character of this generation.
If you just want the blunt take from all of this: Pragmata is absolutely built to shine on PS5 Pro. Base PS5 and Xbox Series X do an okay job, but they’re stuck at a native 1080p image, leaning on older FSR1-style upscaling that looks noisy and shimmery. PS5 Pro, bizarrely, starts even lower – around 864p internally – but reconstructs up to near-4K with PSSR, and the result is a much cleaner, more stable image that also hangs closer to its 60fps performance target. Xbox Series S goes in a completely different direction, throwing visual features overboard to chase 60fps.
Digital Foundry’s breakdown of Pragmata just adds another data point to a trend I’ve been feeling for a while: on consoles, upscaling tech is now as important as raw TFLOPs. And in 2026, Sony has the better story there.
Here’s the practical takeaway from Digital Foundry’s work, if you’re just deciding where to play Pragmata:
On paper, none of that should be shocking. In practice, the gap PS5 Pro opens up in both image quality and consistency is bigger than the raw specs ever suggested, and it’s the same story we’ve just seen play out in Cyberpunk 2077’s ray tracing modes: PSSR 2.0 on PS5 Pro can deliver 60fps with near-4K reconstruction and cleaner visuals where Xbox Series X has to settle for 30fps at 4K with FSR2.31.
The first time I saw DF freeze-frame a PS5 Pro shot next to base PS5 and Series X, my gut reaction was: “There’s no way that 864p internal resolution can be right.” The Pro image was just too clean – edges looked stable, foliage wasn’t crawling, and hairstrand effects actually read as hair instead of a noisy blob.
Once I remembered how PSSR works, it clicked. Internal resolution doesn’t tell the whole story anymore.
PSSR (PlayStation Spectral Super Resolution) is Sony’s in-house upscaling solution built specifically for PS5/PS5 Pro hardware. Unlike the basic FSR1-style setup Capcom is using on the base machines, PSSR is a fully temporal approach that leverages motion vectors, history buffers and Sony’s own tuning to reconstruct a high-res image from much fewer native pixels. You’re effectively “spending” GPU power on better effects and more stable frame times, then trusting the upscaler to restore detail.

Capcom’s choice is pretty telling:
It’s the same pattern we’ve seen in Cyberpunk 2077. There, PSSR 2.0 on PS5 Pro powers a ray tracing mode that dynamically reconstructs from about 1800p up to 4K at a locked 60fps, while Xbox Series X, even after its FSR 2.31 update, is basically stuck at 4K/30fps with ray tracing if you want anywhere near comparable image quality. The fact that PS5 Pro can run a heavy RT mode at 60 while also looking cleaner is… not subtle.
When you layer Pragmata on top of Cyberpunk and Sony’s own upcoming Saros (which Housemarque is already hyping as a PSSR 2.0 showcase at 60fps), you get a clear signal: this generation’s “Pro” advantage is more about reconstruction tech than raw raster power. TFLOP comparisons tell you less and less about the actual picture you’ll see on your TV.
Pragmata is a pretty rough game to throw at 1080p + FSR1. The art direction leans hard into high-frequency detail: dense sci-fi environments, reflective materials, complex hair, and a lot of screen-space and RT-driven shiny surfaces. This is exactly the sort of thing that punishes older reconstruction.
Digital Foundry call out a few image-quality pain points on base PS5 and Series X that line up with what I’d expect from FSR1 in this kind of game:
On PS5 Pro, PSSR blunts most of that. You still know you’re looking at an upscaled image if you pause and pixel-peep, but in real gameplay the combination of cleaner edges, more stable reflections and less flicker makes a big difference. It reminds me of the step from TAAU-era upscalers to the first time I saw DLSS 2.0 on PC: not perfect, but obviously a generation ahead in motion.

Xbox Series X isn’t doing anything wrong here; it’s just that Capcom clearly targeted a lowest-common-denominator path first (1080p + FSR1 on the “base” machines), then used PSSR to pull PS5 Pro ahead without rewriting the whole renderer. You can almost see the workflow: build something that runs on PS5/Series X, cut it way back for Series S, then bolt a better upscaler onto PS5 Pro and crank the knobs.
On paper, all of the “big three” versions of Pragmata target 60fps in their standard gameplay modes. The differences are in how gracefully they get there – and what they sacrifice along the way.
From DF’s captures and commentary:
Then there are the cinematics. Capcom, like a lot of developers, still likes prerendered or heavily scripted sequences at 30fps. DF mention that even on PS5 Pro, cutscenes can switch down to 30 with different resolution parameters, which makes the usual “why is this suddenly juddery?” problem reappear. It’s not unique to Sony’s console, but it breaks the illusion of next-gen fluidity more on the higher-end hardware because gameplay feels so much smoother in comparison.
That uneven split is exactly why Cyberpunk’s PS5 Pro update felt so impactful: when a game gives you 60fps in its fanciest RT mode on a console, it ruins you for 30fps cinematics and 30fps “quality” modes on other hardware. Pragmata isn’t quite that extreme, but you can see the same gravitational pull – once devs know they can have their RT cake and eat 60fps too on Pro, it’s hard to go back.
There’s one Pragmata quirk Digital Foundry call out that’s pure 2026 energy: the PS5 Pro save bug.
If you start playing Pragmata on a PS5 Pro and then take that same save file to a base PS5, you can end up with the base console rendering at 1440p instead of its intended 1080p. That sounds nice until you realise the whole game’s performance profile was never tuned for that on the older hardware, so you’re basically forcing it into a “half-Pro” mode it can’t sustain.
DF understandably treat this as a bug that’ll get patched, but it highlights something interesting: developers are now juggling effectively four very different console targets for a single game:

In my head, I still group “PS5/Series X” as one tier, but Pragmata really hammers home that PS5 Pro is its own thing now. It’s not just an overclocked PS4 Pro situation; it has a fundamentally different rendering strategy available. Mixing those worlds through shared saves will keep throwing up edge cases like this until engine teams fully bake Pro-specific profiles.
The more games we see, the clearer the pattern looks:
Digital Foundry stop short of declaring some “death blow” to Xbox Series X, and they’re right to — in straightforward rasterised games, Microsoft’s box still hangs just fine. But in the stuff that actually feels “next gen” in 2026 — heavy RT, complex physics, 60fps as baseline — PS5 Pro’s combo of extra GPU grunt + PSSR is creating a gap that’s extremely obvious once you see it side by side.
As someone who bounces between a PC with DLSS and both consoles, the realization for me was this: Xbox is increasingly depending on whatever flavour of FSR developers integrate, while Sony now has a platform-level answer that’s tuned specifically for their hardware. Pragmata may not be the first to expose that, but it’s one of the clearest tests because Capcom kept their base versions so similar between PS5 and Series X.
Putting the tech talk into real buying advice, here’s where I’ve landed after digesting Digital Foundry’s work and lining it up with my own priorities.
I initially assumed Pragmata would be one of those “all versions are close enough” jobs, like some early cross-gen RE Engine titles. The moment it clicked that PS5 Pro was operating on a different tier wasn’t even a still shot — it was a slow pan across a reflective floor, where the base versions turned into a noisy mirror soup and the Pro shot just… held together. That’s not something you can patch onto a console after launch; that’s the upscaling hardware + software stack flexing.