The Witcher 3: Wild Hunt Remastered PC Performance Guide: Path Tracing, Ray Tracing, DLSS 4.5, FSR 4, and Best Settings
The Witcher 3: Wild Hunt has already lived several lives on PC. CD PROJEKT RED’s legendary open-world RPG first arrived in 2015, later received a major Next-Gen update, and has now returned again with a Remastered upgrade that pushes the game’s visuals further than ever before.
This new version is not just a small visual refresh. The Witcher 3: Wild Hunt Remastered adds Path Tracing, improved ray tracing, Path-Traced Hair, NVIDIA DLSS 4.5, AMD FSR 4, Intel XeSS 2.0, AMD Anti-Lag 2, Intel Xe Low Latency, and several other rendering improvements. The update launched on September 29 as a free upgrade for existing owners on supported platforms.
On paper, this makes The Witcher 3 Remastered look like a modern PC showcase. In practice, the situation is more complicated. The game still runs on CD PROJEKT RED’s older REDengine 3, an engine originally built around technology from a very different era of PC gaming. That age becomes especially noticeable when ray tracing and path tracing are enabled.
Rasterized performance can still be solid on powerful hardware, but ray tracing places a heavy load on both the GPU and CPU. Path tracing is even more demanding, often cutting performance dramatically. The good news is that smart graphics settings can recover a large amount of performance without destroying the game’s visual appeal.
Testing shows that an optimized rasterized settings profile can improve average frame rates by around 76% compared to Ultra+. Meanwhile, an optimized ray-traced configuration can run about 53% faster than maxed-out ray tracing and almost twice as fast as full path tracing.
At its heart, The Witcher 3: Wild Hunt Remastered is still the same massive RPG that players fell in love with years ago. You once again follow Geralt of Rivia as he searches for Ciri across Velen, Novigrad, Skellige, and the regions included in the base game and expansions. The world remains rich, atmospheric, and packed with quests, monsters, political intrigue, and memorable characters.
What changes most in this Remastered version is the visual presentation. CD PROJEKT RED has expanded the game’s lighting and rendering systems with Path Tracing, improved Ray-Traced Global Illumination, Ray-Traced Reflections, Ray-Traced Shadows, and Ray-Traced Ambient Occlusion.
The improved RTGI is one of the most noticeable upgrades. Compared to the previous Next-Gen version, indirect lighting now appears more accurate and convincing, helping interiors, forests, villages, and city streets feel more naturally lit. Ray-traced shadows have also been expanded with local-light shadowing, adding more depth and realism to scenes with candles, lamps, fires, and other smaller light sources.
Path Tracing is the biggest visual feature in The Witcher 3 Remastered. Instead of relying on separate ray-traced effects, path tracing attempts to simulate lighting in a more unified and physically accurate way. When it works well, the result can be more natural illumination, better light bounce, improved shadow behavior, and richer scene depth.
The downside is performance. Path tracing is extremely expensive, especially in a large open-world game built on an older engine. Even high-end graphics cards can struggle without upscaling and frame generation.
A major positive is that Path Tracing is not limited to one GPU brand. Compatible AMD Radeon and Intel Arc graphics cards can also access the feature. DLSS Ray Reconstruction is not required to enable Path Tracing, which makes the implementation more flexible for users with different hardware.
The update also adds Path-Traced Hair on supported hardware. Hair rendering has long been a demanding feature in The Witcher 3, and this new option gives character hair and fur an even more advanced lighting model. It looks impressive, but like other high-end effects, it can reduce performance significantly.
The Witcher 3 Remastered also modernizes its upscaling and latency technology. NVIDIA users get DLSS 4.5 with Super Resolution, Ray Reconstruction, and Multi Frame Generation. AMD users get FSR 4 with Upscaling and Frame Generation. Intel users get XeSS 2.1 with Super Resolution and Multi Frame Generation.
Latency reduction support is also strong. NVIDIA Reflex returns from the previous version, while AMD Anti-Lag 2 and Intel Xe Low Latency are now included. These technologies are especially useful when using frame generation, where input responsiveness can become a concern.
One major change is that the game no longer uses its own proprietary temporal anti-aliasing and upscaling solution. Instead, it now relies on FXAA and the major GPU vendor reconstruction technologies. For most players, DLSS, FSR, or XeSS will be the preferred choice, especially when ray tracing or path tracing is enabled.
Shader compilation remains one of the weaker parts of the PC experience. The Witcher 3 Remastered does not pre-compile shaders before gameplay. Instead, shaders are compiled as needed while playing. This can cause noticeable stutters when new effects, environments, materials, or locations appear for the first time.
The good news is that once those shaders are cached, repeating the same scene is usually much smoother. Traversal and asset-streaming hitches appear less severe by comparison. Occasional streaming stutters can happen, but shader compilation is the more obvious cause of frame-time spikes.
For players sensitive to stutter, this is worth keeping in mind. Even with strong hardware, the game may not feel perfectly smooth when exploring new areas for the first time. Community fixes may help reduce this issue, but the lack of full pre-compilation remains a limitation of the current PC version.
HDR support is included and comes with controls for maximum display brightness, paper white, and saturation. The implementation looks decent on a compatible HDR display, though it is not among the strongest HDR presentations available on PC.
The HDR settings menu only appears when Windows HDR is enabled and a compatible display is detected. Players using HDR should spend time adjusting the brightness and paper white sliders, as the default presentation may not be ideal for every screen.
The official PC requirements for The Witcher 3 Remastered now cover six performance tiers, starting at 1080p Low and scaling all the way up to 4K Path Tracing. An SSD is now mandatory, which makes sense given the game’s open-world streaming demands and updated asset pipeline.
The ray tracing and path tracing requirements are especially demanding. CD PROJEKT RED’s own Path Tracing target lists extremely high-end hardware, including an RTX 5080-class GPU, a Core i9-13900K or Ryzen 7 9800X3D-level CPU, 16 GB of VRAM, DLSS Super Resolution Performance mode, and frame generation to target 60 FPS at 4K.
That is an intense requirement for a remaster of a game that originally launched in 2015. However, it also reflects the reality of running path tracing inside an older open-world engine. CPU performance and engine scaling become major factors once advanced ray-traced lighting is introduced.
Storage requirements are also worth noting. Although the installation requirement may be listed around 60 GB, some versions can require significantly more available space, approaching 95 GB. Players should make sure they have enough free SSD capacity before installing the update.
Performance testing was carried out on a high-end PC using an Intel Core i7-14700K, an NVIDIA GeForce RTX 4090 with 24 GB of VRAM, 32 GB of DDR5-7000 memory, a 2 TB PCIe 4.0 NVMe SSD, and Windows 11.
For graphics setting comparisons, testing used 2560×1440 resolution with NVIDIA DLAA. This means the game rendered at native resolution rather than relying on temporal upscaling, giving a clearer look at the real cost of each setting.
Rasterized testing used Ultra+ as the baseline, with ray tracing, path tracing, and HairWorks disabled unless otherwise stated. Post-processing effects such as sharpening, motion blur, blur, bloom, depth of field, chromatic aberration, vignetting, light shafts, and camera lens effects were disabled during graphics comparisons to avoid changing the visual results unpredictably.
Interestingly, enabling all of those post-processing effects only reduced performance by around 4%. That means they are not a major optimization target. Players should choose these settings based mostly on personal preference. If you like cinematic effects such as bloom, depth of field, or lens effects, enabling them will not heavily damage performance on modern hardware.
The biggest performance decisions are ray tracing, path tracing, upscaling mode, frame generation, shadow quality, foliage settings, hair rendering, and global illumination. These are the settings that determine whether The Witcher 3 Remastered feels smooth or struggles to maintain stable frame rates.
For most players, full Path Tracing will be the most visually impressive but least practical option. It is best suited for very high-end GPUs combined with upscaling and frame generation. Even then, CPU limitations and shader stutter can still affect smoothness.
Ray tracing is a more balanced option. With optimized settings, players can keep many of the visual benefits of RT while avoiding the extreme cost of path tracing. Ray-Traced Global Illumination and improved shadows can make a major difference to atmosphere, especially in interiors, forests, villages, and cities.
Traditional rasterization remains the best choice for players who want high frame rates, lower latency, and consistent performance. The optimized rasterized profile can deliver a huge performance gain over Ultra+ while keeping the game attractive. Since The Witcher 3 already has a strong art direction, it still looks excellent without the most expensive rendering features.
The Witcher 3: Wild Hunt Remastered is an ambitious technical update that brings one of the greatest RPGs ever made closer to modern visual standards. Its improved lighting, Path Tracing, updated reconstruction technologies, and expanded hardware support make it a fascinating PC release.
At the same time, this is not a lightweight remaster. The older REDengine 3 foundation shows its age, particularly with CPU scaling, shader compilation, and the heavy demands of ray tracing and path tracing. Players looking for the best experience should not simply select Ultra+ or max out every option. Careful tuning is essential.
With the right settings, The Witcher 3 Remastered can look beautiful and run far better than its maximum presets suggest. Whether you prefer high-FPS rasterized gameplay, balanced ray tracing, or cutting-edge path tracing, the update gives PC players plenty of ways to experience Geralt’s world again with a fresh visual upgrade.The Witcher 3: Wild Hunt Remastered performance and graphics settings guide
Performance in The Witcher 3: Wild Hunt Remastered can vary dramatically depending on whether you play with traditional rasterized graphics, ray tracing, or full path tracing. The game may be based on an older engine, but the remastered version adds modern visual features that can place a heavy load on both the GPU and CPU.
Testing was captured using CapFrameX, with CPU performance measured during a horseback ride through Hierarch Square in Novigrad. This is one of the busiest areas in the game, packed with NPCs, dense buildings, props, and environmental objects. Because so much is happening in a relatively small space, it is an excellent location for testing how well the game handles CPU-side simulation and rendering work.
The CPU results reveal one of REDengine 3’s biggest limitations. Although the game can use several CPU threads, one thread frequently gets pushed close to full utilization while the others remain far less active. This strongly suggests that one major thread, likely tied to rendering, becomes the bottleneck before a modern high-core-count processor can be fully used.
On a Core i7-14700K, performance without ray tracing was strong. With ray tracing and path tracing disabled, the game averaged 178.9 FPS, with 1% lows of 120.9 FPS and 0.1% lows of 104.7 FPS. That is a healthy result and shows that the game can still run very smoothly when relying on traditional rendering.
Ray tracing changes the situation significantly. With all ray-traced effects enabled, average performance dropped to 90.2 FPS. The 1% lows fell to 71.5 FPS, while the 0.1% lows landed at 66.6 FPS. That is nearly a 50% reduction in average frame rate compared to the non-ray-traced result.
Path tracing is even more demanding. With path tracing enabled, the average frame rate dropped to 66 FPS, with 1% lows of 49.3 FPS and 0.1% lows of just 34.7 FPS. Compared to the standard rasterized mode, this represents a massive performance hit. Even compared to regular ray tracing, path tracing cuts a large chunk from both average FPS and frame-time consistency.
The conclusion is clear: REDengine 3 was never originally designed for workloads this heavy. Adding advanced ray tracing and path tracing to an engine with roots in the mid-2010s delivers impressive visual upgrades, but it also comes with a steep CPU cost.
The Witcher 3 Remastered graphics settings explained
The graphics menu in The Witcher 3: Wild Hunt Remastered offers more flexibility than many modern AAA games. Players can choose from Low, Medium, High, Ultra, RT, RT Ultra, and Steam Deck presets, along with many individual settings that allow deeper tuning.
Some options can safely stay at their highest values because they have little effect on performance. Others are much more expensive and should be adjusted carefully. Grass Density, Screen Space Reflections, HairWorks, ray tracing, and path tracing are among the biggest performance hitters.
The remastered version also adds newer rendering options, including Ground Truth Ambient Occlusion and Path Tracing. However, the menu itself still feels dated. There are no live previews, no detailed performance-impact labels, and not enough explanation about what each option actually does. Considering how large the performance differences can be, better in-game guidance would make optimization much easier.
Temporal anti-aliasing and upscaling
The game supports FXAA, NVIDIA DLSS Super Resolution, AMD FSR Upscaling, and Intel XeSS Super Resolution.
If you are using a GeForce RTX graphics card, DLSS Super Resolution is the best option. For Radeon users, FSR Upscaling is the preferred choice, especially on newer Radeon RX hardware. Intel Arc users can take advantage of XeSS Super Resolution.
Native-resolution options such as DLAA, FSR AA, and XeSS AA are also excellent if your GPU has enough performance headroom. These modes are ideal for players who want a cleaner image without reducing internal resolution.
For most players, it is better to optimize individual graphics settings before lowering render resolution too aggressively. At 1440p or 4K, Quality mode upscaling should usually be the starting point. More aggressive upscaling modes should mainly be used when enabling path tracing or when playing on a slower GPU.
Recommended setting: DLSS Super Resolution for GeForce RTX GPUs, FSR Upscaling for Radeon GPUs, and XeSS Super Resolution for Intel Arc GPUs.
Frame generation
Frame generation support in The Witcher 3 Remastered is impressively broad. NVIDIA users can enable DLSS Frame Generation or Multi Frame Generation on compatible hardware, while AMD and Intel users also have frame generation options through FSR Frame Generation and XeSS Frame Generation.
Frame generation is especially useful with path tracing, where the rendering workload is extremely heavy. However, it should not be used to hide a poor base frame rate. For the best experience, the game should already be running at around 50 to 60 FPS before frame generation is enabled. This helps preserve responsiveness and keeps input latency from feeling too heavy.
Whenever possible, frame generation should be paired with the matching low-latency technology.
Recommended setting: Enable frame generation when extra smoothness is needed, but only if the base frame rate is already stable and responsive.
Number of background characters
This setting controls the maximum number of NPCs that can appear at once. In theory, it should matter most in dense city areas such as Novigrad, Oxenfurt, and Beauclair.
In testing, however, there was no meaningful difference in NPC population or performance between the available levels. Since lowering the option does not appear to deliver a useful performance gain, there is little reason to reduce it.
Recommended setting: Ultra+.
Shadow quality
Shadow Quality affects traditional shadow map resolution, filtering, and draw distance.
Ultra is the best overall choice. It offers a strong balance between image quality and performance. Ultra+ costs more performance without providing a large enough visual improvement, while High performed very similarly to Ultra in testing. Medium and Low reduce shadow quality too noticeably, making the image look softer and less detailed.
Recommended setting: Ultra.
Screen space shadows
Screen Space Shadows improve smaller contact shadows on vegetation, objects, and environmental details. These shadows help the world feel more grounded and less flat.
Turning them off can improve performance, but the visual downgrade is easy to notice, especially in foliage-heavy areas. Grass, plants, and small objects lose depth, making scenes look less natural.
Recommended setting: On.
Terrain quality
Terrain Quality controls terrain geometry and surface detail, especially at longer distances.
Testing showed no meaningful GPU performance difference between the available levels. Since the setting has little performance cost, reducing it is not worthwhile.
Recommended setting: Ultra+.
Water quality
Water Quality affects wave simulation, surface detail, and interactions around Geralt and other objects.
The highest settings can cost extra performance, but High still preserves most of the intended look. It provides a better balance between visuals and frame rate than pushing the option to its maximum value.
Recommended setting: High.
Foliage visibility range
Foliage Visibility Range determines how far trees, bushes, and other vegetation remain visible at higher levels of detail.
High is the best balance. It keeps most distant foliage intact while offering a modest performance improvement over Ultra and Ultra+. Dropping below High becomes much more noticeable in the game’s large open areas, especially in Velen, Skellige, and Toussaint.
Recommended setting: High.
Grass density
Grass Density is one of the most important conventional settings to adjust. It can have a large impact on performance, especially in vegetation-heavy regions.
Medium still keeps a surprisingly rich amount of grass and plant life while providing a substantial performance boost compared to Ultra+. Since The Witcher 3 features so many open fields, forests, and countryside areas, this is one of the easiest settings to lower without ruining the overall presentation.
Recommended setting: Medium.
Texture quality
Texture Quality affects texture resolution, streaming quality, and texture filtering.
Normally, the best advice is to choose the highest setting that fits within your GPU’s available VRAM. However, The Witcher 3 Remastered behaves a little differently. Reducing Texture Quality from Ultra+ to Ultra improved performance even when VRAM was not fully used.
That makes Ultra the smarter practical option for many players. It keeps textures looking sharp while avoiding some of the performance cost attached to Ultra+.
Recommended setting: Ultra for the best balance, Ultra+ only if performance remains strong.
Best overall graphics approach
For the best performance in The Witcher 3: Wild Hunt Remastered, start by deciding whether you want to play with standard rendering, ray tracing, or path tracing.
If you want high frame rates, disable ray tracing and path tracing. This delivers the smoothest experience and allows the game to run extremely well on modern CPUs and GPUs.
If you want enhanced lighting and reflections, ray tracing is a good middle ground, but expect a large CPU and GPU hit.
If you want the most advanced visuals, path tracing provides the most impressive image quality, but it is extremely demanding. Upscaling and frame generation become much more important in this mode.
A strong optimized setup would use Ultra shadows, Screen Space Shadows enabled, High water quality, High foliage visibility, Medium grass density, and Ultra texture quality. Pair that with DLSS, FSR, or XeSS depending on your GPU, and use frame generation only when your base frame rate is already smooth.
The Witcher 3 Remastered can still look stunning, but smart settings choices make a huge difference. With the right adjustments, players can enjoy a much smoother experience without giving up the atmosphere, detail, and visual richness that make the Continent so memorable.Best optimized graphics settings for The Witcher 3: Wild Hunt Remastered
The Witcher 3: Wild Hunt Remastered can look stunning, but some of its highest graphics options demand far more performance than they visually justify. If you want smoother gameplay without giving up the game’s rich atmosphere, the key is knowing which settings are worth maxing out and which ones should be lowered or disabled.
After comparing the visual impact and performance cost of the major graphics options, the best approach is to keep the settings that genuinely improve image quality while cutting back on the ones that quietly drain FPS.
Texture Quality
Ultra is the best choice for most players. While Ultra+ can still look excellent in some scenes, it comes with an extra performance cost that is not always easy to justify. Ultra preserves the game’s sharp texture work while avoiding the heavier demand of Ultra+.
Recommendation: Ultra
Detail Level
Detail Level affects the distance and density of smaller world details, decals, and environmental objects. In testing, changing this option did not create a meaningful GPU performance difference, so there is little reason to reduce it.
The world feels richer and more complete with this setting pushed as high as possible.
Recommendation: Ultra+
Screen Space Ambient Occlusion
The Remastered version adds GTAO, a more advanced ambient occlusion option that improves contact shadows around characters, foliage, buildings, and smaller objects.
GTAO High offers the best balance between image quality and performance. It adds depth and grounding to the scene without being as costly as heavier ray-traced alternatives.
Recommendation: GTAO High
Screen Space Reflections
Screen Space Reflections improve reflective surfaces using information already visible on the screen. The effect is most noticeable around water, but reflective surfaces are not common enough throughout the entire game to make the High setting worth its performance hit.
Low keeps the feature active while reducing the cost significantly.
Recommendation: Low
NVIDIA HairWorks
HairWorks adds more detailed simulated hair and fur to Geralt, monsters, and selected characters. It can look impressive, especially in close-up scenes, but it remains a demanding luxury feature rather than something essential.
For an optimized setup, it is best turned off. If you have a powerful GPU and enjoy the effect, enabling HairWorks with 4X MSAA is a reasonable option.
A recent hotfix also corrected a Remastered issue that had caused major HairWorks performance and visual problems for some players.
Recommendation: Off, or On with 4X MSAA if you have plenty of GPU headroom
Ray tracing and path tracing
Ray tracing is where The Witcher 3 Remastered shows the biggest visual upgrades, but also where performance can fall dramatically.
The game includes Ray-Traced Global Illumination, Ray-Traced Reflections, Ray-Traced Shadows, Ray-Traced Ambient Occlusion, full Path Tracing, and DLSS Ray Reconstruction. However, there is no support for FSR Ray Regeneration.
Path Tracing and Path-Traced Hair are newer additions compared to the earlier next-gen release. Path-Traced Hair depends on Linear-Swept Spheres technology, which is exclusive to NVIDIA RTX 50 Series graphics cards, meaning it is not available on older GPUs.
Ray-Traced Global Illumination
Ray-Traced Global Illumination is the most important ray-traced effect in the game. It greatly improves lighting, especially indoors and in areas where bounced light changes the mood of a scene.
If you want to use ray tracing, this is the one feature worth prioritizing. The Performance option keeps much of the improved lighting presentation while staying far more manageable than the higher settings.
Recommendation: Performance
Ray-Traced Reflections
Ray-Traced Reflections improve reflection accuracy beyond what Screen Space Reflections can provide. The difference is visible near water and certain reflective materials, but these surfaces are not frequent enough to justify the additional GPU cost in an optimized setup.
Recommendation: Off
Ray-Traced Shadows
Ray-Traced Shadows improve shadow accuracy and coverage, but the standard shadow system already looks good at the recommended Ultra setting. Since ray tracing puts heavy pressure on both GPU and CPU performance, this is one of the first effects worth disabling.
Recommendation: Off
Ray-Traced Ambient Occlusion
Ray-Traced Ambient Occlusion improves contact shadowing between nearby surfaces, but GTAO High already does an excellent job with much lower performance demand.
For most players, the visual gain is too small compared to the cost.
Recommendation: Off
Path Tracing and DLSS Ray Reconstruction
Path Tracing replaces selective ray-traced effects with a more advanced lighting system that traces multiple light interactions across the scene. It can look excellent, particularly indoors, but the performance cost is extremely high.
Path Tracing is not only GPU-heavy. It can also heavily reduce CPU-limited performance. In testing with a Core i7-14700K, CPU-limited performance dropped by around two-thirds compared to standard rasterized rendering.
The presentation can also appear overly bright and less contrasty outdoors. Turning off Bloom helps, but it does not fully solve the issue.
For a normal optimized graphics profile, Path Tracing should remain disabled. It is a feature best reserved for very high-end systems or for players willing to sacrifice a large amount of performance for more advanced lighting.
DLSS Ray Reconstruction is different. It replaces the game’s traditional ray-tracing denoisers with NVIDIA’s neural reconstruction system. If you are using an RTX GPU with ray tracing or path tracing, it is generally worth enabling.
Recommendation for Path Tracing: Off for the optimized profile
Recommendation for DLSS Ray Reconstruction: On for supported NVIDIA RTX GPUs
Optimized graphics settings without ray tracing
For the best balance between image quality and performance, use these settings:
Number of Background Characters: Ultra+
Shadow Quality: Ultra
Screen Space Shadows: On
Terrain Quality: Ultra+
Water Quality: High
Foliage Visibility Range: High
Grass Density: Medium
Texture Quality: Ultra
Detail Level: Ultra+
Screen Space Ambient Occlusion: GTAO High
Screen Space Reflections: Low
HairWorks: Off
Ray-Traced Global Illumination: Not applicable
Ray-Traced Reflections: Not applicable
Ray-Traced Shadows: Not applicable
Ray-Traced Ambient Occlusion: Not applicable
Path Tracing: Not applicable
DLSS Ray Reconstruction: Not applicable
The biggest performance savings come from reducing Grass Density, Water Quality, Foliage Visibility Range, Screen Space Reflections, Texture Quality, and Shadow Quality from their most extreme settings.
Terrain Quality, Detail Level, and Background Characters can safely remain at Ultra+ because lowering them did not produce meaningful performance gains.
HairWorks can be turned on if you enjoy the effect and have enough extra GPU performance available.
Ultra+ versus optimized settings without ray tracing
At 1440p using DLAA, the optimized configuration delivered a major performance improvement while keeping the game visually impressive.
Ultra+ settings produced an average of 100 FPS, with 1% lows at 90 FPS and 0.1% lows at 88 FPS.
The optimized settings increased performance to 176 FPS on average, with 1% lows at 127 FPS and 0.1% lows at 121 FPS.
That equals a 76% improvement in average FPS, a 41% improvement in 1% lows, and a 38% improvement in 0.1% lows.
These are huge gains, especially because the optimized setup still keeps many settings at Ultra or Ultra+ and preserves most of the game’s visual quality during actual gameplay.
Optimized graphics settings with ray tracing
If you want ray tracing enabled while keeping performance under control, use this configuration:
Number of Background Characters: Ultra+
Shadow Quality: Ultra
Screen Space Shadows: On
Terrain Quality: Ultra+
Water Quality: High
Foliage Visibility Range: High
Grass Density: Medium
Texture Quality: Ultra
Detail Level: Ultra+
Screen Space Ambient Occlusion: GTAO High
Screen Space Reflections: Low
HairWorks: Off
Ray-Traced Global Illumination: Performance
Ray-Traced Reflections: Off
Ray-Traced Shadows: Off
Ray-Traced Ambient Occlusion: Off
Path Tracing: Off
DLSS Ray Reconstruction: On for supported NVIDIA RTX GPUs
This setup focuses on the one ray-traced effect that makes the biggest visual difference: global illumination. By disabling ray-traced reflections, shadows, and ambient occlusion, you avoid paying for effects that are less noticeable during normal gameplay.
Final recommended settings
For most players, the best optimized setup for The Witcher 3: Wild Hunt Remastered is the non-ray-traced profile. It delivers a massive performance boost while keeping the game beautiful, detailed, and atmospheric.
If you specifically want ray tracing, enable Ray-Traced Global Illumination on Performance and leave the other RT effects off. This gives you the strongest visual upgrade without overwhelming your system.
Path Tracing is visually impressive in the right scenes, but it is too demanding for a balanced configuration. Unless you have a very powerful PC and are comfortable trading a large amount of performance for advanced lighting, it is better left disabled.The Witcher 3: Wild Hunt Remastered optimized ray tracing settings for higher FPS
The Witcher 3: Wild Hunt Remastered can look stunning with ray tracing and path tracing enabled, but turning everything up to maximum comes with a heavy performance cost. The good news is that you do not need to use every ray-traced effect to get a major visual upgrade. With the right settings, you can keep the most important lighting improvements while gaining a huge boost in frame rate.
A smart optimized ray tracing profile focuses the performance budget where it matters most: ray-traced global illumination. RTGI has the biggest impact on how the world looks because it changes the way light fills rooms, bounces across surfaces, and gives scenes more natural depth. Other ray-traced features, such as reflections, shadows, and ambient occlusion, are less essential because the game’s traditional rasterized alternatives already handle those areas reasonably well.
For an optimized ray tracing setup, use the following configuration:
Ray-Traced Global Illumination: On
Ray-Traced Reflections: Off
Ray-Traced Shadows: Off
Ray-Traced Ambient Occlusion: Off
Path Tracing: Off
DLSS Ray Reconstruction: On for NVIDIA RTX GPUs
This setup keeps the most noticeable ray tracing improvement while avoiding the biggest performance drains. If you still have extra GPU headroom after enabling RTGI, HairWorks can also be turned on, but it should be treated as an optional visual bonus rather than a priority.
Path tracing vs max ray tracing vs optimized ray tracing
Testing at 1440p with DLAA shows just how much performance can be recovered by using optimized settings instead of maxing out every option.
With Ultra+ and Path Tracing, the game averaged 44 FPS, with 1% lows at 38 FPS and 0.1% lows at 33 FPS.
With Ultra+ and standard Ray Tracing, the game averaged 57 FPS, with 1% lows at 53 FPS and 0.1% lows at 51 FPS.
With optimized Ray Tracing, the game averaged 87 FPS, with 1% lows at 77 FPS and 0.1% lows at 68 FPS.
Compared to maxed-out ray tracing, the optimized RT profile improved average performance by 53%. The 1% lows improved by 45%, while the 0.1% lows increased by 34%.
The difference compared to Path Tracing is even more dramatic. Average FPS increased by 97%, while 1% lows improved by 103% and 0.1% lows improved by 106%.
In real gameplay, this means the optimized ray tracing profile can deliver almost double the average performance of Path Tracing while still keeping RTGI, which is arguably the most worthwhile ray tracing feature in The Witcher 3 Remastered.
How to improve performance in The Witcher 3: Wild Hunt Remastered
The most effective way to improve The Witcher 3 Remastered performance is to avoid blindly using Ultra+ with every ray tracing option enabled. The game responds extremely well to selective optimization, and many of the most expensive effects do not provide a big enough visual improvement to justify their cost.
Path Tracing can produce beautiful lighting, but it is extremely demanding on both the CPU and GPU. Standard ray tracing is more practical, but even then, enabling every RT option can reduce performance heavily. The best balance is to keep ray-traced global illumination and disable the RT features that have strong rasterized alternatives.
Players using NVIDIA RTX graphics cards should also try DLSS Ray Reconstruction when using ray tracing. It can improve RT image quality by using AI-based denoising, helping lighting look cleaner and more stable. However, performance will still depend heavily on your GPU, CPU, resolution, and upscaling settings.
Path tracing optimization can make the game more playable
One of the most useful community performance approaches for The Witcher 3 Remastered is reducing the path tracing lighting workload instead of turning path tracing off completely. A major performance cost comes from the number of light bounces used in the path-traced lighting setup.
By lowering the lighting configuration from two bounces to one and adjusting indirect illumination to compensate, it is possible to recover a noticeable amount of performance while keeping much of the path-traced look. This kind of change can improve performance by around 10% outdoors and up to 30% indoors, where the default path tracing implementation is especially demanding.
This makes sense because the second light bounce is expensive, but the visual difference is often smaller than the performance hit. In many scenes, adjusted one-bounce lighting can still look rich and natural while running significantly faster.
Another useful option is disabling ray-traced shadows while keeping Path Tracing active. In that case, the game can fall back to rasterized shadows, which are much cheaper to render. This may provide another performance increase of around 10%, depending on the scene and hardware. Ray-traced caustics can also be disabled in standard RT mode for a smaller additional gain.
Shader compilation stutter is still a major issue
Performance in The Witcher 3 Remastered is not only about average FPS. Frame pacing and stutter can have a huge impact on how smooth the game feels. One of the biggest problems is shader compilation stutter, which can happen when the game encounters new effects, materials, areas, or rendering situations.
Shader compilation stutter can cause sudden frame time spikes, even if your average FPS looks good. This is especially noticeable during exploration, combat, or transitions into new environments.
Some performance-focused shader cache solutions attempt to reduce this by recording graphics pipelines, compute pipelines, root signatures, and DirectX Ray Tracing state objects. Previously encountered pipeline state objects can then be prepared in the background before the game needs them again during normal rendering.
The goal is to warm the GPU driver’s shader cache and reduce sudden stutters during gameplay. While this does not magically solve every frame pacing issue, it directly targets one of the game’s most frustrating performance problems.
Do not constantly clear your shader cache
If you are trying to improve smoothness in The Witcher 3 Remastered, avoid repeatedly clearing your NVIDIA, AMD, or Intel shader cache unless you have a specific reason to do so.
Clearing the shader cache forces the game and driver to compile previously processed shaders again. That can make stutter worse because the game has to rebuild work that had already been completed.
You should only clear the shader cache if you are troubleshooting corrupted shaders, a broken driver installation, unusual graphical bugs, or a major rendering issue. For normal gameplay, it is better to let the cache remain between sessions. Areas and effects you have already encountered should generally become smoother over time.
Best overall settings recommendation
For most players, the best way to play The Witcher 3: Wild Hunt Remastered is with an optimized rasterized profile or an optimized ray tracing profile.
If you want the highest FPS with excellent visuals, use optimized rasterized settings instead of Ultra+. This can deliver a major performance uplift while keeping the game looking close to max settings.
If you want ray tracing, enable ray-traced global illumination and turn off ray-traced reflections, shadows, and ambient occlusion. This gives you the most meaningful RT upgrade without paying the full cost of every ray-traced feature.
If you want to experiment with Path Tracing, expect a major performance hit. Path Tracing looks impressive, but in its default form it is difficult to justify for many players because of the heavy CPU and GPU demands. Reducing the path tracing workload can make it more practical, but optimized RTGI remains the better balance for most systems.
Final thoughts
The Witcher 3: Wild Hunt Remastered is a major visual upgrade, but it also pushes an older engine very hard. The addition of path tracing, improved ray tracing, modern upscaling, frame generation, and AI-based ray reconstruction makes the game look far better than the original release, but these features also expose performance limits.
The biggest issues are shader compilation stutter and the high cost of ray tracing, especially when Path Tracing is enabled. Still, the game can run dramatically better with the right settings.
Optimized rasterized settings can deliver a huge FPS increase over Ultra+. Optimized ray tracing can be more than 50% faster than maxed-out RT and nearly twice as fast as Path Tracing, while still preserving the most important lighting improvement.
Maxing out The Witcher 3 Remastered is simple, but it is not the smartest way to play. The best experience comes from keeping the settings that make the biggest visual difference and disabling the ones that drain performance without adding much to the final image. For most players, optimized RTGI offers the ideal balance of image quality, smooth gameplay, and high frame rates.
