Pragmata is emerging as one of the most telling early tests for PC graphics in 2026, and the first benchmark results suggest a clear divide between ray tracing and path tracing. On an RTX 5070 Ti at 1440p, Capcom’s upcoming RE Engine title shows that ray tracing can still run at very high frame rates, while path tracing pushes the GPU into a far more punishing performance range.
That gap matters because Pragmata is not just another technical showcase. It offers a practical look at how modern lighting features behave in a proprietary engine that is also powering Resident Evil: Requiem, making the game a useful reference point for assessing how expensive next-generation rendering can be on high-end hardware.
Ray Tracing Looks Practical, Path Tracing Looks Severe
The early numbers paint a sharp contrast. With ray tracing enabled on low settings, Pragmata can exceed 200 FPS, a result that suggests the engine still has plenty of headroom in lighter rendering scenarios.
Once path tracing is activated, the picture changes fast. At the same low preset, average performance drops to 82 FPS, and at higher settings it falls to 69 FPS, showing that the feature adds a major computational burden even on a powerful GPU.
That behavior is consistent with how the two technologies work. Ray tracing usually targets specific lighting effects such as reflections, shadows, or global illumination, while path tracing simulates light more comprehensively across the scene.
Benchmark Figures That Stand Out
The test data from the RTX 5070 Ti at 1440p highlights how large the performance spread can be in Pragmata. These results help explain why many players may view ray tracing as the more realistic option for day-to-day play, while path tracing remains a premium visual mode reserved for stronger setups.
- Path tracing: 69 FPS average
- Path tracing + DLAA: 37 FPS average
- Ray tracing, low settings: 200+ FPS average
- Path tracing, low settings: 82 FPS average
- Ray tracing, high settings: 162 FPS average
- Path tracing, high settings: 69 FPS average
The high-setting comparison is especially revealing. Ray tracing reaches 162 FPS without frame generation, while path tracing sits at 69 FPS, making the path-traced mode roughly 2.35 times heavier in that scenario.
DLSS Frame Generation Helps, But Not Always Smoothly
Frame generation changes the numbers, but it also introduces a different type of problem. In path tracing mode with DLSS 4 frame generation set to 4x, Pragmata can reportedly climb to 213 FPS on average.
The issue is that the 1% low drops to 48 FPS, which creates a large gap between the headline figure and real frame stability. That kind of spread can make motion look smooth on paper while still feeling uneven during play.
This is why average FPS alone does not tell the full story. On a modern PC game, 1% low values often matter more when evaluating responsiveness, consistency, and comfort over time.
Why Pragmata Appears Harder on the GPU Than Resident Evil: Requiem
Pragmata becomes even more interesting when compared with Resident Evil: Requiem, which also uses RE Engine. In that comparison, path tracing in Pragmata appears more expensive, with a performance penalty of about 2.5 times versus ray tracing.
Resident Evil: Requiem lands closer to a 1.8x to 2x penalty, which points to a more efficient implementation or a less demanding scene structure. The difference may come from level design, since Resident Evil: Requiem appears to rely more on indoor environments that are easier to control from a rendering perspective.
Frame generation behavior also differs between the two games. In Resident Evil: Requiem, performance can scale up to 4x native frame rate, while Pragmata seems to top out around 3x. That suggests Pragmata puts more pressure on both the GPU and the frame pacing pipeline.
What the Data Suggests for PC Players
The current benchmark picture shows a clear hierarchy. Ray tracing in Pragmata is already entering practical territory for high-end GPUs, while path tracing remains a feature that still asks for compromise.
That compromise goes beyond raw FPS. Stability, frame pacing, and low-end performance all matter, and Pragmata’s early results show that path tracing can look impressive but still carry a severe cost in smoothness under demanding conditions.
For players targeting 1440p on high-end hardware, Pragmata is shaping up as a strong example of where ray tracing feels ready for broad use, while path tracing still serves as the more extreme test of what modern PC graphics can do.