For better performance in The Witcher 3: Wild Hunt – Remastered on PC, start by checking output resolution, upscaling, and Frame Generation alongside Path Tracing—not by assuming one minor graphics toggle is the universal fix. CD PROJEKT RED’s Path Tracing target uses upscaling and Frame Generation together, and its published figures do not rank individual settings by FPS cost. Tune one option at a time in a repeatable scene, then judge both smoothness and image quality.
What the official Path Tracing target tells you
CD PROJEKT RED lists a Path Tracing target of 2160p at 60 FPS with Frame Generation. The named hardware is an NVIDIA GeForce RTX 5080, an Intel Core i9-13900K or AMD Ryzen 7 9800X3D, 16 GB of VRAM, and 24 GB of system RAM. This is the publisher’s target configuration, not a universal minimum required to turn Path Tracing on or a promise of native 4K/60 performance. The target used upscaling and Frame Generation; the requirements page does not specify which upscaling mode its Auto setting selected. CD PROJEKT RED’s updated PC requirements also caution that expected FPS comes from QA tests and can fluctuate with scene, gameplay, hardware, settings, and output resolution.
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The distinction matters: if your goal is to improve performance, comparing a Path Tracing run with upscaling and Frame Generation against a run without them changes several parts of the configuration at once. You will not know which change helped. There is no official setting-by-setting performance ranking in the cited material, so treat the steps below as a controlled way to find what works on your system, not a guaranteed order of biggest FPS gains.
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- Record your starting point. Note your output resolution, GPU, current average performance, the dips that feel worst, and whether upscaling and Frame Generation are enabled. Record the game patch and graphics driver too, so later comparisons have useful context.
- Choose a repeatable gameplay area. Revisit the same place and activity for each comparison. The publisher says performance can vary across scenes and gameplay, so changing locations between tests makes results harder to interpret.
- Adjust one option at a time. Compare Path Tracing on and off if that is an option in your current build, then test changes to output resolution, upscaling mode, or Frame Generation separately. Keep the other settings and the scene consistent for each comparison. The Remastered announcement identifies Path Tracing and support for several upscaling technologies, but does not provide a universal best choice for every GPU. The official Remastered feature announcement lists NVIDIA DLSS 4.5 with Ray Reconstruction, AMD FSR 4 with Frame Generation and Anti-Lag 2, and Intel XeSS 2.0 with Frame Generation and Low Latency.
- Check more than the FPS counter. Note image clarity, the severity of slowdowns, and how responsive controls feel. Frame Generation is part of the official target configuration, but the sources cited here do not provide game-specific latency measurements or explain how its displayed frame rate compares with underlying rendered frames. Do not use a higher displayed number alone as proof that the game feels better.
- Keep the best trade-off. Choose the configuration that meets your own frame-rate goal without making image quality or responsiveness unacceptable. If none of the tested changes is enough, lower the output resolution or reconsider whether Path Tracing fits your hardware and preferences.
Which settings should you change first?
Start by checking the settings that define the whole comparison: output resolution, upscaling, Frame Generation, and whether Path Tracing is enabled. The official target combines these choices, and the requirements page specifically warns that higher output resolution significantly affects FPS. That makes resolution and the upscaling configuration sensible early tests—but not a proven universal ranking of their performance impact.
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Test a lower output resolution or a different available upscaling mode individually, then decide whether the image remains acceptable. If you test Frame Generation, compare perceived responsiveness as well as the displayed FPS. The exact labels, menu path, and options available can depend on the current build and hardware; verify what the game actually exposes rather than relying on instructions for an older version.
If you cannot reach a satisfactory result, make a separate comparison with Path Tracing disabled. This tests whether the feature is the limiting choice for your setup without pretending that another individual option has a known, fixed FPS cost. No source cited here establishes which graphics option to disable first or quantifies the gain from any one change.
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Check which version and hardware advice applies
This advice concerns the PC version of The Witcher 3: Wild Hunt – Remastered. CD PROJEKT RED’s September 28, 2026 announcement lists Path Tracing as a PC feature and identifies support for NVIDIA DLSS 4.5 with Ray Reconstruction, AMD FSR 4, and Intel XeSS 2.0. It says FSR 4 is supported on Radeon RX 7000 Series and newer cards, while unsupported GPUs use FSR 2. Confirm compatibility and available options in your current game build and driver; vendor feature lists are not a guarantee that every option appears on every system.
Do not carry over settings advice from the 2022 next-gen update as if it described this Remastered feature set. NVIDIA’s December 2022 announcement covered that earlier update’s ray-traced effects and DLSS 3 or DLSS 2 support. It is historical context, not a guide to the 2026 Remastered feature list.
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The RTX 5080 appears in the publisher’s Path Tracing target, but that does not make it a required purchase for every player. The target describes a demanding 2160p/60 configuration with upscaling and Frame Generation enabled; your practical threshold depends on your resolution, desired performance, and tolerance for image-quality trade-offs.
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