Best Cyberpunk 2077 Ray Tracing Settings in 2026: Competitive and Low-End Presets

Cyberpunk 2077 is a different beast than most ray-traced games. REDengine 4’s rendering pipeline is deferred, which means its G-buffer is enormous, and its path-tracing implementation (RT Overdrive) doesn’t simply layer on top of rasterized lighting—it replaces it entirely. That architectural decision creates a specific optimization problem: you cannot treat every setting equally, because several options become redundant or actively harmful once you enable Overdrive. The game is also famously CPU-bound in dense Night City sectors regardless of GPU tier, so settings like crowd density and distant traffic will cap your framerate long before your graphics card breaks a sweat. Understanding these quirks is the entire point of tuning your settings for this game specifically.

Quick Preset

Settings That Matter Most

RT Overdrive (Path Tracing)

This is the single most consequential toggle in the game. Overdrive activates CD Projekt Red’s fully path-traced lighting, which means the engine casts thousands of rays per pixel to resolve global illumination, reflections, and ambient occlusion simultaneously. The visual difference is dramatic—wet streets reflect neon signs with physical accuracy, and interior rooms receive bounce light that rasterized GI cannot replicate. The cost is equally dramatic: expect a 50-60% FPS reduction compared to Standard RT on the same hardware. In 2026, this mode is only viable on RTX 4070 Ti Super and above if you want playable framerates without heavy upscaling. The critical insight here is that once Overdrive is active, several traditional settings become redundant or counterproductive (covered below).

RT Mirror Mode

Exclusive to Standard RT mode (Overdrive already traces mirror reflections inherently). When enabled, RT Mirror Mode traces reflections on mirrored surfaces specifically—bathroom mirrors, shop displays, and the occasional street-side mirror. It costs roughly 5-8% framerate for something you will notice maybe three times per district. Competitive players should disable it. Balenced players can afford it. Low-end should always skip it.

Screen Space Reflections and Caustics

This is where REDengine 4’s architecture creates a trap. When you enable RT Reflections at Standard or above, screen space reflections are redundant because RT rays already resolve reflective surfaces. However, the engine still renders SSR on top if the toggle is enabled, burning bandwidth and adding a visible “ghosting” artifact at screen edges where the RT reflection data is missing. Turn SSR off whenever RT Reflections are active. Screen Space Caustics (the shimmering light patterns on pool floors and wet surfaces) costs approximately 3% framerate and is only visible in a handful of locations across the entire map. Disable it universally.

Volume Fog Quality

The engine renders volumetric fog as a full-screen compute pass with multiple ray-marching steps. At Very High, it consumes roughly 12% of your GPU budget. At Low, the visual difference is imperceptible unless you are standing inside a fog volume looking directly into a headlight cone. Set this to Low or Medium. In Overdrive mode, the path tracer already resolves fog scattering through its ray budget, making high-quality volumetric fog genuinely redundant.

Distant Traffic Density and Crowd Density

These are CPU-bound settings that affect your GPU only through draw call overhead. Night City’s downtown sectors spawn NPCs and vehicles that pathfind independently, and REDengine 4’s threading model struggles to parallelize their AI updates efficiently. On a Ryzen 5 5600X or Intel i5-12400, setting Distant Traffic to Medium versus None can cost 15-20 FPS in Dogtown or City Center. Competitive players who care about 1% lows should set both to None. There is no meaningful visual penalty beyond noticing fewer cars in the far background.

Upscaling and Frame Generation

DLSS 3.5’s Ray Reconstruction is the most important upscaler feature for this game specifically. It replaces the engine’s built-in temporal denoiser (TAA) with an AI model trained on path-traced ground truth. In Standard RT mode, it cleans up the splotchy RT shadow noise that the stock denoiser produces poorly. In Overdrive mode, it is effectively mandatory because the path tracer’s raw output is far noisier than the denoiser can handle, and Ray Reconstruction recovers detail that would otherwise be smeared away. If you have an RTX card, enable it.

FSR 3’s frame generation works in Cyberpunk but produces more visible artifacting than DLSS 3 FG because the game’s camera motion (first-person with frequent head bob and vehicle cameras) creates motion vector inaccuracies that FSR 3’s flow field generator handles less gracefully. If you must use FSR, run it without frame generation and accept the lower framerate.

XeSS has seen a quality improvement with the latest model updates and is a reasonable middle ground for AMD GPU users who cannot use DLSS. Set it to Quality mode; the game’s high-frequency detail (neon signs, chain-link fences) benefits from XeSS’s sharper reconstruction compared to FSR 2.

Outside the Game

Shader compilation on first launch after a driver update takes 3-8 minutes depending on your hardware and is single-threaded in the current build. Do not Alt-Tab during this phase; REDengine 4’s shader cache system has historically corrupted when interrupted. After compilation, subsequent launches are nearly instant.

Windows Game Mode conflicts with EAC anti-cheat’s process monitoring. If you experience periodic freezes lasting 2-5 seconds in dense areas, disable Game Mode in Windows Settings. This is a known interaction that has persisted since the Phantom Liberty update and remains relevant in current patches.

Set your power plan to High Performance or Ultimate Performance (via registry if the latter is hidden). The game’s CPU thread scheduling benefits from preventing cores from parking between cell loads. NVIDIA Reflex should be enabled in-game (it is off by default) as it reduces system latency by 8-12ms in combat scenarios where you are using the SMG or shotgun at close range.

Settings to Leave Alone

Color Precision Mode should remain at “Saturated” unless you are actively calibrating HDR output, in which case “Normal” is the correct choice. The game’s Saturated mode applies a contrast curve that looks punchy in standard dynamic range but clips highlights in HDR display pipelines.

Texture Filtering Quality has three options in the settings menu but only two render paths in the engine. Medium and High are functionally identical in ray-traced modes because the RT passes bypass the anisotropic filtering path for reflective surfaces. Leave it at High and forget about it.

Level of Detail Bias is a global scalar that affects geometry streaming distance. The default value of 0 is tuned for the game’s streaming system. Raising it causes visible popping on building facades; lowering it increases draw calls and can worsen CPU bottlenecks in already dense areas. There is no scenario where changing this helps.

FAQ

Why does my FPS drop randomly even with good hardware?

Night City’s streaming system loads new cell data when you cross district boundaries (visible as brief hitching). This is a storage and CPU issue, not a GPU one. An NVMe SSD reduces but does not eliminate the stutter. If your 1% lows are poor, reduce Distant Traffic Density and Crowd Density first—these are the most common culprits for unpredictable frame spikes.

Does RT Overdrive require DLSS 3.5 Ray Reconstruction?

Technically no, but practically yes. Without Ray Reconstruction, the path-traced image looks like a watercolor painting smeared with noise. The denoiser at very high ray counts cannot converge fast enough at 60 FPS to produce clean output. Ray Reconstruction is the difference between Overdrive being a showcase feature and being an unwatchable mess.

Is RT Global Illumination still useful in Standard mode?

Yes. In Standard RT mode, GI is your only source of bounce light in interior spaces. The rasterized fallback produces flat, poorly-lit rooms where the only illumination is direct light sources. RT GI at High is a 4% cost that completely changes how office buildings, apartments, and the Afterlife club look. Keep it enabled in Standard mode. In Overdrive, it is handled by the path tracer and the separate toggle is irrelevant.

Can I play path-traced mode on an RTX 3060?

You can technically enable it, but expect 15-20 FPS at 1080p with DLSS Quality. The game requires approximately 10GB VRAM in Overdrive mode at 1080p, which fits on a 3060, but the compute shader throughput is insufficient for the ray budget the engine allocates. You are better off running Standard RT with DLSS Quality and getting a stable 60-70 FPS than struggling with a path-traced slideshow.