Cyberpunk 2077 PC Graphics Settings for Better Performance
For the best balance of image quality and frame rate in Cyberpunk 2077, start with the High preset, turn on DLSS, FSR, or XeSS if your GPU supports it, and use ray tracing selectively. This keeps Night City detailed without making path tracing or every costly effect a requirement; the right upscaler and settings depend on your graphics card and target resolution.
What to Look For
Graphics settings are a balance between visual detail, frame rate, and consistency. A setting that looks impressive in a still image may cause stutter while driving through crowded streets, so judge performance during actual play rather than only in a menu.
- GPU and resolution: Ray tracing and high resolutions put substantial load on the graphics card. The same preset can perform very differently at 1080p, 1440p, and 4K.
- Frame-rate target: Choose settings for the refresh rate you can realistically sustain. A stable 60 fps is often preferable to frequent jumps between high and low frame rates.
- Upscaling support: NVIDIA DLSS, AMD FSR, and Intel XeSS render at a lower internal resolution and reconstruct the image. Use the option supported by your GPU, then compare quality modes.
- Ray tracing workload: Ray-traced lighting and reflections can improve atmosphere, but cost more performance than most conventional settings. Path tracing is especially demanding.
- VRAM and memory: High texture quality benefits image clarity, but very limited graphics memory can contribute to hitching. Check the game’s VRAM indicator and leave headroom for other applications.
- Frame generation and latency: Supported GPUs can generate extra frames, but this does not make the game’s underlying input response equivalent to the displayed frame rate. It is best used when the base frame rate is already reasonably smooth.
High Preset with Quality Upscaling
Best general starting point. Choose the High preset, then enable DLSS Quality, FSR Quality, or XeSS Quality if available. This usually preserves a convincing level of detail while reducing the rendering load compared with native resolution. Exact performance and image quality vary by GPU, resolution, and game version.
Trade-off: Upscaling can soften fine detail or introduce artifacts, especially in motion. If the frame rate is already adequate, try native resolution; if it is not, move from Quality to Balanced and compare. This setup suits most players who want a straightforward balance rather than a lengthy round of tuning.
High Preset at Native Resolution
Best for a capable GPU and a clean image. Start with High and leave upscaling off. Native rendering avoids reconstruction artifacts and can look especially crisp at 1080p or 1440p when the card has enough performance headroom.
Trade-off: Native 4K is substantially more demanding, and demanding scenes can fall below your target even if quieter areas run smoothly. If that happens, enable an upscaler before dropping many quality settings. This option suits players who prioritize image stability and have a GPU that can sustain their chosen resolution.
Ray Tracing with Upscaling
Best for richer lighting without going all-in. Use a High or custom preset, enable ray tracing, and pair it with an appropriate upscaler. Ray-traced effects can make reflections and lighting more convincing, though the visual difference depends on the scene and display.
Trade-off: Ray tracing can sharply reduce frame rate. If performance is uneven, first lower the ray-tracing preset or disable the most costly effects rather than cutting texture quality. This configuration suits players with a recent, ray-tracing-capable GPU who value atmosphere over maximum frame rate.
Path Tracing with DLSS and Frame Generation
Best for a visual showcase on supported high-end hardware. Path tracing offers more comprehensive lighting effects than standard ray tracing. The game’s path-tracing options are intended for powerful GPUs; DLSS and, on supported hardware, Frame Generation can help make the result more playable.
Trade-off: This is the most demanding choice here, and generated frames do not replace a strong base frame rate. Image reconstruction can also look different from native rendering. If controls feel laggy or motion is inconsistent, turn off Frame Generation, reduce the path-tracing load, or return to standard ray tracing. Choose this for visual experimentation, not as the default for every PC.
Medium or Low Custom Settings
Best for older GPUs and high-refresh play. Begin with the Medium preset, then reduce expensive effects such as ray tracing, volumetric fog, and screen-space reflections. Keep texture quality as high as your graphics memory allows, and use an upscaler if it improves performance without making the image distracting.
Trade-off: Lower settings reduce some environmental detail and lighting quality, while aggressive upscaling can look soft. The preset is a starting point, not a verdict on your hardware: lower resolution or demanding effects first, and change one setting at a time. This suits players seeking smoother play on entry-level or older systems.
How to Choose
Start with your target. At 1080p, High or Medium may provide a strong result without ray tracing. At 1440p, an upscaler in Quality mode is a useful first test if native performance falls short. At 4K, expect to rely more on upscaling and possibly lower settings. These are starting points, not guaranteed frame rates; results depend on the full PC configuration.
Match settings to your use case. For a stable, responsive experience, prioritize consistent frame pacing and disable ray tracing if it causes dips. For a cinematic single-player session, try ray tracing and accept a lower frame rate if it remains smooth to you. For path tracing, treat it as a demanding optional mode and use the game’s performance tools to check the result.
Tune in a useful order. Update the game and graphics driver, choose a preset, and test a repeatable busy location. If performance is low, check whether the game is GPU-limited; reduce ray tracing, resolution, or internal render scale before lowering every detail setting. If you see hitching, check VRAM use and close unnecessary background programs. Change one option at a time so you know what helped.
Use DLSS on supported NVIDIA graphics cards, FSR on supported systems, or XeSS where available. Their versions and available modes can vary with the game and GPU. Start with Quality; Balanced may help when performance needs a bigger boost. Frame Generation is optional and most useful when the base frame rate is already reasonably stable. If controls feel less responsive, switch it off.
Frequently Asked Questions
What are the best settings for Cyberpunk 2077 on PC?
High preset with a suitable upscaler in Quality mode is a sensible starting point. Disable ray tracing if you need more consistent performance, then adjust based on your GPU and resolution.
Should I use DLSS, FSR, or XeSS?
Use the option your GPU supports and compare image quality in motion. Start with Quality mode; try Balanced only if you need additional performance. Availability and results vary by hardware.
Is ray tracing worth enabling?
It can improve lighting and reflections, but performance cost is significant. Try it with upscaling on a capable GPU; otherwise, standard High settings may provide a better balance.
Should I enable path tracing?
Only if your hardware can handle its unusually high rendering demand. It is a visual showcase option, not a universal recommendation. Reduce its load or turn it off if frame pacing suffers.
Does Frame Generation improve input response?
It can raise displayed frame rates on supported hardware, but generated frames do not improve the underlying base frame rate in the same way as rendering more frames directly. Check responsiveness in play and disable it if controls feel less immediate.
Bottom Line
For most PCs, begin with the High preset and DLSS, FSR, or XeSS in Quality mode, then test a demanding part of the game. Keep ray tracing off unless your GPU can sustain a smooth result, and reserve path tracing for high-end systems and visual experimentation. There is no single best preset for every PC: resolution, GPU capability, and the frame rate you want should decide the final settings.
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