Capcom's latest title, Pragmata, arrives as the studio's second game built on the RE Engine in recent months. While the gameplay feels rooted in the Xbox 360 era, the visuals are decidedly modern, and the performance is where things get genuinely impressive. Built on proven tech and keeping scope relatively contained, the game scales beautifully across a wide spectrum of hardware, even landing decently on the Nintendo Switch 2.
Most gaming PCs will run Pragmata without breaking a sweat, but like any PC release, the real challenge is balancing image quality against frame rates. High-end owners with cards like the RTX 5080 can simply max everything out, enable path tracing and frame generation, and call it a day. Everyone else benefits from some thoughtful tweaking.
Ray Tracing: The Shiny Surface Problem
Pragmata's setting on a gleaming lunar space station creates an environment packed with reflective surfaces and dramatic lighting effects that seem tailor-made for ray tracing. The tech does improve visuals, but the implementation reveals some quirks worth understanding.
Two ray tracing modes are available. Standard ray tracing enables Global Illumination and Reflections, while Path Tracing replaces the entire rasterized lighting system with full ray tracing. You'd expect all those shiny surfaces to benefit greatly from traditional ray tracing, but certain areas actually look worse with it enabled. The Hideout, the game's central hub, suffers from noisy reflections on metallic floors at lower ray tracing settings. A particular hallway creates an artifact that looks like raindrops falling indoors in space. Curiously, these floors look better with ray tracing disabled entirely, which is welcome news for anyone prioritizing performance.
Transparent reflective surfaces do genuinely showcase what ray tracing can do, but the performance trade-off often isn't worth it. DLSS Ray Reconstruction could help clean up that noise, but Nvidia only enables it when using path tracing, likely due to its performance cost. If you have a mid-to-high-end Nvidia card, path tracing is worth testing. AMD users are stuck without it, as AMD graphics cards cannot enable path tracing even with FSR.
An RTX 3060 Ti delivers roughly 97 fps at 1080p with standard ray tracing and no upscaling. Path tracing tanks performance to 44 fps on that same card, especially problematic since older hardware doesn't support frame generation.
Building Your Custom Settings
Starting with the "Balanced" preset and tweaking from there makes the most sense. The settings menu includes a preview image showing each adjustment's visual impact and its effects on VRAM and GPU load, removing much of the guesswork.
Global Illumination Quality should sit at Medium. Moving from High to Medium preserves atmospheric lighting and reflections while saving a solid 11% performance. On an RTX 5080 at 4K, this bumps frame rates from 101 fps to 113 fps with minimal visible loss.
Hair Quality deserves Medium at minimum. The highest setting looks noticeably better than Low, but the game features fancy hair on essentially one character, making the performance cost difficult to justify. Low makes it genuinely look bad, so Medium is the practical compromise.
Texture Quality depends entirely on available VRAM. Cards with 8GB or more should max it out unless stuttering occurs. Texture Filtering follows the same rule. Only lower these if VRAM becomes the bottleneck.
Mesh Quality should stay at Max to keep character models and robot designs looking crisp. Drop to High only if VRAM runs tight. Shadow Quality benefits from being set to High instead of the Balanced preset's Medium. The performance impact is minimal, and it complements the earlier Global Illumination reduction nicely.
Shadow Cache should remain On unless you're completely out of VRAM. Disabling it costs roughly 10% performance for minimal savings. Contact Shadows should also stay On, as disabling it produces negligible performance gains. Effects Quality deserves Max. After nearly every enemy encounter explodes into fire, metal, and blue goo, lowering effects quality would be a genuine visual loss.
Video Quality matches your display resolution. At 1080p, stay at 1080p for cutscenes. At 4K, bump it up. Cutscene frame rates don't need to hit 120 fps anyway.
Anti-Aliasing should use FXAA+TAA only if playing at native resolution without upscaling. With DLSS or FSR enabled, the game's built-in anti-aliasing becomes redundant. Ambient Occlusion cuts about 5% of frame rate but removes subtle detail in objects. It's the first setting to sacrifice if struggling for 60 fps.
Bloom doesn't impact performance, so leave it based on personal preference. Screen Space Reflections demand 10% of frame rate but make Pragmata's glass panels and shiny floors genuinely shine. Subsurface Scattering only affects one character and isn't worth the cost. Motion Blur, Lens Flare, Lens Distortion, and Depth of Field are post-processing flourishes that don't meaningfully affect performance, so enable or disable them based on visual taste.
Real-World Performance
An RTX 3060 Ti hits 100-110 fps at 1080p with optimized settings, even though that card is nearly six years old. It can stretch to 1440p for 60-70 fps. An AMD Radeon RX 9070 generates 130-140 fps at 1440p and 70-80 fps at 4K with the same tuning. An RTX 5080 achieves 100-110 fps at 4K with room remaining for ray or path tracing.
Testing across full presets at 4K on an RTX 5090 during a complex boss fight revealed interesting patterns. The Minimum preset delivered 195 fps but looked flat and lifeless. Balanced improved to 126 fps with noticeably better reflections and effects. Recommended settings, despite increasing effects and shadows, achieved 129 fps. Quality preset with ray tracing dropped to 115 fps, still very playable. Maximum settings with path tracing required DLSS and only reached 59 fps even on flagship hardware, only acceptable at Performance DLSS mode with frame generation enabled.
Author Emily Chen: "Pragmata finally proves that a mid-generation RE Engine game doesn't need to feel like a technical demo, and that's worth celebrating when most ports feel like they're strangling the hardware."
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