Early impressions of Pragmata’s PC version suggest that players using 8 GB graphics cards may encounter notable performance limitations, according to testing discussed in a recent Digital Foundry podcast. The analysis highlights a growing concern around VRAM constraints, particularly as modern titles continue to push visual fidelity.
Digital Foundry tested the game across different hardware configurations, ranging from high-end systems to more mid-range setups. While top-tier PCs reportedly handled the game without issue, delivering stable performance with advanced features like path tracing enabled, the experience was less consistent on hardware such as an RTX 4060 with 8 GB of VRAM.
On mid-range systems, the game was able to approach 60 fps at 1440p using DLSS Balanced settings, though performance dips were observed. Frame rates occasionally dropped into the 50s and even high 40s, particularly during demanding scenes and cutscenes. The report indicates that these issues were not purely tied to raw compute power, but instead linked closely to VRAM limitations.
Further testing revealed that disabling certain features, such as the shadow cache, could stabilize performance in specific sections. However, later areas introduced additional strain, with stuttering and inconsistent frame pacing becoming more apparent. Adjusting settings like textures, ray tracing, or hair strand effects could alleviate some of the pressure, but these elements are also central to the game’s visual identity.
The findings point to an imbalance between graphical ambition and memory allocation on 8 GB GPUs. Even though the RTX 4060 offers sufficient processing capability, its limited VRAM appears to be a bottleneck under certain conditions.
Pragmata, developed and published by Capcom, is set to launch on April 17, 2026, for PlayStation 5, Xbox Series X and S, PC, and Nintendo Switch 2. The science fiction action adventure follows Hugh Williams and an android named Diana as they navigate a lunar research station, combining combat with real-time hacking mechanics.
