Pragmata - 34 GPU Performance Review
Why It Matters
Understanding Pragmata’s GPU demands helps gamers and buyers align hardware investments with realistic performance expectations, especially as ray‑tracing and AI‑upscaling become standard features.
Key Takeaways
- •Minimum settings need under 7 GB VRAM, 6 GB sufficient.
- •Max settings consume ~11‑12 GB VRAM; 8 GB cards still perform well.
- •Path tracing fills 16 GB VRAM and cuts frame rates by ~75%.
- •RTX 3060‑class GPUs hit 60 FPS at 1080p; RTX 4090 reaches 100 FPS.
- •Frame generation with DLSS pushes top cards past 140 FPS at 4K.
Summary
Pragmata, Capcom’s new sci‑fi action‑adventure built on the RE engine, serves as a demanding benchmark for today’s graphics cards. The review examines VRAM requirements, ray‑tracing options, and the impact of upscaling technologies across a wide range of GPUs, from entry‑level to flagship models. At minimum settings the game uses under seven gigabytes of VRAM, meaning a 6 GB card can run it comfortably. Pushing to the maximum preset raises demand to roughly 11 GB at 1080p and 12 GB at 4K, yet performance differences between 8 GB and 16 GB cards are negligible, provided system memory is adequate. Enabling rate tracing adds about 1.5 GB, while path tracing can saturate a full 16 GB card and slashes frame rates by roughly 75 %. Specific GPU performance highlights include RTX 3060‑class cards achieving steady 60 FPS at 1080p, RTX 4090 delivering around 100 FPS, and the top‑end RTX 5090 reaching 140‑plus FPS at 4K when paired with DLSS quality and frame generation. AMD’s high‑end cards such as the RX 7900 XTX also hold respectable numbers, though some older models like the Arc A770 struggle, especially with ray tracing enabled. The findings underscore that most modern GPUs can deliver a playable experience at 1080p, but 4K gaming with ray tracing or path tracing still demands flagship hardware. Upscaling tools like DLSS and frame generation dramatically extend performance ceilings, guiding consumers toward GPUs that balance cost, VRAM, and support for Nvidia‑only features.
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