The right gaming settings can make the difference between a game that feels smooth and responsive and one that stutters, looks blurry, or constantly drops frames. The catch is that there is no single “best” configuration for every PC. The ideal setup depends on your hardware, monitor, resolution, the game you are playing, and whether you care more about image quality or competitive performance.
For most players, the best approach is to adjust the settings that have the biggest effect first. Resolution, upscaling, shadows, textures, view distance, ray tracing, and frame-rate limits can dramatically change performance, while options such as motion blur and depth of field are often better treated as personal preferences.
This guide breaks down the most useful gaming performance settings, explains which options usually cost the most FPS, and shows how to build a balanced configuration without making your games look unnecessarily bad.
What Are the Best Gaming Settings for Performance?
The best gaming settings depend on your target resolution and hardware, but a good performance-focused starting point is:
| Setting | Recommended Starting Point |
| Display mode | Fullscreen or the game’s recommended exclusive mode |
| Resolution | Native resolution, unless more FPS is needed |
| Texture quality | High if VRAM allows it |
| Shadow quality | Medium or High |
| Reflections | Medium |
| Volumetric effects | Medium or Low |
| Ambient occlusion | Medium |
| View distance | Medium to High |
| Ray tracing | Off for maximum FPS |
| Motion blur | Off if you prefer a clearer image |
| Depth of field | Personal preference |
| V-Sync | Usually Off for competitive play; depends on display setup |
| Upscaling | Quality or Balanced when supported |
| Frame generation | Useful in supported single-player games |
| FPS limit | Match your display or use a sensible cap |
These are starting points rather than universal rules.
A game such as Cyberpunk 2077 can behave very differently from a competitive shooter, and a laptop with a mobile GPU will have different priorities from a high-end desktop.
The best configuration is the one that gives you stable performance without sacrificing more visual quality than necessary.
Start by Checking Your Monitor’s Refresh Rate
Before changing graphics settings, find out what your display can actually show.
A 60Hz monitor refreshes the image 60 times per second, while a 144Hz display can refresh much more frequently. Windows lets you check and change the refresh rate through Settings > System > Display > Advanced display. Microsoft notes that higher refresh rates can improve responsiveness and reduce motion blur and screen tearing in games.
This matters because there is little benefit in targeting extremely high frame rates if your display cannot take advantage of them.
For example, if you have a 144Hz monitor, getting a stable 120–144 FPS can make more sense than pushing the game to 220 FPS while introducing inconsistent frame pacing or unnecessarily reducing image quality.
If your monitor supports variable refresh rate (VRR), such as FreeSync or G-SYNC-compatible functionality, make sure it is configured correctly as well. VRR can help synchronize the display’s refresh behavior with the game’s frame output.
Use the Right Resolution First
Resolution is one of the biggest factors affecting GPU performance.
Rendering at 4K requires substantially more pixels than 1440p, while 1440p requires more than 1080p. If your GPU is struggling, lowering resolution can provide a significant performance improvement.
However, immediately dropping from native 1440p to 1080p is not always necessary.
Modern games increasingly offer temporal and AI-based upscaling technologies that render internally at a lower resolution and reconstruct the image at a higher output resolution.
That leads to an important rule:
Try upscaling before dramatically lowering your monitor’s output resolution.
A Quality or Balanced upscaling mode can often provide a better compromise between image clarity and FPS than simply selecting a much lower native resolution.
Choose the Right Upscaling Setting
Upscaling has become one of the most useful FPS settings available in modern PC games.
Depending on your hardware and the game, you may encounter technologies such as:
- NVIDIA DLSS
- AMD FSR
- Intel XeSS
- Game-specific temporal upscaling solutions
NVIDIA describes DLSS Super Resolution as a technology that reconstructs higher-resolution frames from lower-resolution renders, while newer DLSS features can also provide frame generation and ray reconstruction.
Intel’s current XeSS technology similarly uses AI-assisted upscaling to increase performance while maintaining image quality, with newer versions adding frame-generation and low-latency features.
For most games, try these modes in this order:
- Quality — best starting point for image quality.
- Balanced — useful when you need more performance.
- Performance — useful for demanding games or higher resolutions.
- Ultra Performance — generally reserved for particularly heavy workloads or very high output resolutions.
Do not assume Performance mode is automatically better. If the image becomes noticeably soft, shimmering, or unstable, the extra FPS may not be worth the visual trade-off.
Lower Shadows Before Textures
When you need more FPS, not every graphics setting should be reduced equally.
Shadow quality is often a good candidate for lowering because high-quality shadows can be expensive while the visual difference between High and Medium may be relatively subtle during normal gameplay.
Try reducing:
- Shadow quality
- Contact shadows
- Cascaded shadows
- Shadow distance
before immediately lowering texture quality.
Textures work differently.
Texture quality is heavily influenced by available VRAM. If your graphics card has enough VRAM, keeping textures on High or even Ultra can preserve a lot of visual detail without necessarily causing the same GPU workload as some other settings.
If you are experiencing texture pop-in, stuttering, or severe memory pressure, however, lowering texture quality can help.
Turn Ray Tracing Down or Off for More FPS
Ray tracing can produce impressive lighting, reflections, and shadows, but it can also be one of the most demanding options in a game’s graphics menu.
If your priority is maximum frame rate, ray tracing is one of the first settings worth reducing or disabling.
A practical approach is to ask what you actually notice while playing.
If ray-traced reflections make a game’s environments substantially more convincing and your hardware can maintain a comfortable frame rate, keep them enabled. If turning ray tracing off gives you a major performance improvement with little noticeable loss during normal gameplay, it may be an easy trade.
For demanding ray-traced games, combining lower ray-tracing settings with DLSS, FSR, or XeSS can provide a more balanced result.
Reduce Volumetric Effects
Volumetric effects are responsible for visual elements such as:
- Fog
- Smoke
- Clouds
- Light shafts
- Atmospheric haze
They can make environments look dramatically better, but high settings can be expensive in some games.
If performance is inconsistent, try lowering volumetric quality from Ultra to High or Medium.
This is particularly useful when a game performs well indoors but experiences large FPS drops in areas with heavy fog, smoke, weather, or atmospheric effects.
Adjust Reflections Carefully
Reflections can have a surprisingly large impact on performance, especially when combined with ray tracing.
If a game offers separate reflection-quality settings, start around Medium.
You can then test High or Ultra to see whether the visual improvement is actually noticeable during gameplay.
For competitive games, reflections are rarely worth sacrificing a large amount of performance. In a single-player game built around detailed environments, you may prefer to keep them higher.
The important point is to prioritize settings based on what you can actually see rather than automatically selecting Ultra for everything.
Disable Motion Blur if You Want a Sharper Image
Motion blur is largely a preference rather than a universal performance recommendation.
Some players like it because it creates smoother-looking camera movement. Others find that it makes fast gameplay appear less clear.
If you play competitive shooters, turning motion blur off is often a sensible starting point because it keeps moving objects and camera movement visually sharper.
The performance gain is usually less important than the clarity benefit.
The same applies to film grain and chromatic aberration. These effects can contribute to a particular game’s visual style, but if you prefer a cleaner presentation, disabling them may make the image easier to read.
Keep Texture Quality High When Your VRAM Allows It
Textures deserve special attention because they are often misunderstood.
High texture settings do not automatically mean dramatically lower FPS. The impact depends heavily on how much VRAM your GPU has and how efficiently the game manages its assets.
If your system has enough VRAM, High textures can be an excellent compromise.
Look at surfaces while playing:
- Walls
- Clothing
- Weapons
- Vehicles
- Ground textures
- Character models
If Medium textures make everything noticeably softer but High does not cause memory-related problems, there is little reason to lower them simply because you are trying to optimize.
This is one reason graphics settings for gaming should be adjusted individually rather than applying a blanket “everything Low” preset.
Use an FPS Limit When Stability Matters
More FPS is not always better if the frame rate constantly jumps around.
For example, a game fluctuating between 90 and 160 FPS may feel less consistent than one that maintains a stable frame rate around 120 FPS.
An FPS cap can help create more predictable frame pacing and reduce unnecessary GPU usage.
The ideal limit depends on your display and game.
A competitive player with a 240Hz monitor may want a much higher target than someone playing a cinematic single-player game on a 60Hz television.
If you use VRR, experiment with the game’s frame limiter or driver-level limiter to find a combination that produces smooth, consistent results.
What Settings Should Competitive Players Use?
Competitive games generally reward responsiveness and consistency more than maximum visual quality.
For games such as competitive shooters, a useful starting configuration is:
- Use a high refresh rate.
- Keep resolution high enough for clear target visibility.
- Disable unnecessary motion effects.
- Reduce shadows and expensive environmental effects.
- Keep textures at a level your VRAM can comfortably handle.
- Disable ray tracing when competitive performance is the priority.
- Use supported low-latency features.
- Set a stable FPS target.
- Avoid settings that cause major frame-time spikes.
NVIDIA’s Reflex technology is designed to reduce PC latency by synchronizing CPU and GPU rendering, with the goal of improving responsiveness in supported competitive games.
AMD offers Radeon Anti-Lag and Anti-Lag 2 for supported hardware and games, with Anti-Lag 2 requiring developer integration in supported titles. AMD says its technology dynamically adjusts frame timing to reduce the delay between input and visual response.
These technologies are not substitutes for good hardware or stable performance, but they can be useful additions to a competitive setup when your game supports them.
Should You Use Frame Generation?
Frame generation can dramatically increase the displayed frame rate in supported games, but it should be understood correctly.
Traditional rendering produces frames directly from the game engine. Frame-generation technologies create additional frames between rendered frames using specialized algorithms.
NVIDIA’s DLSS Frame Generation, for example, uses AI-generated frames to increase perceived smoothness, while Intel’s XeSS Frame Generation and Multi-Frame Generation offer similar concepts on supported hardware and games.
Frame generation is particularly attractive in demanding single-player games where visual quality matters.
It is less straightforward in highly competitive games because displayed FPS and input responsiveness are not exactly the same thing.
If you already have a strong native frame rate and want smoother presentation, frame generation can be useful. If your base frame rate is extremely low, however, generating additional frames does not magically turn the underlying game performance into a high-performance experience.
Look at both FPS and latency, not just the largest number displayed by an overlay.
Use Hardware-Specific Performance Features
Your GPU software may offer additional tools that can help optimize supported games.
NVIDIA GPUs
NVIDIA systems may offer technologies including:
- DLSS Super Resolution
- DLSS Frame Generation
- NVIDIA Reflex
- Ray Reconstruction
- Driver-level optimization features
The exact options depend on your GPU generation and the game.
NVIDIA’s official DLSS documentation explains that individual DLSS technologies serve different purposes, including upscaling, frame generation, ray reconstruction, and native-resolution anti-aliasing.
AMD GPUs
AMD Radeon users can take advantage of features including:
- FidelityFX Super Resolution
- Radeon Anti-Lag
- Radeon Boost
- HYPR-RX
- Supported frame-generation technologies
AMD’s HYPR-RX profiles can automatically enable combinations of supported technologies in compatible games, although the exact features depend on the title and hardware.
Intel GPUs
Intel Arc users have access to XeSS features designed to improve performance and responsiveness in supported games. XeSS can provide upscaling, frame generation, multi-frame generation on supported implementations, and low-latency features.
The important takeaway is simple: do not enable every feature just because it exists. Test each one and check whether it actually improves your experience.
Best PC Gaming Settings for Different Goals
There is no single optimal preset because different players want different things.
| Goal | Settings to Prioritize |
| Maximum FPS | Lower resolution/upscaling, shadows, volumetrics, reflections and ray tracing |
| Competitive gaming | High refresh rate, low latency, stable FPS, clear image |
| Best image quality | Native resolution, high textures, high-quality shadows, selective ray tracing |
| Balanced experience | Quality upscaling, High textures, Medium/High effects |
| Laptop performance | Sensible FPS cap, reduced effects, upscaling, power and thermal management |
| Cinematic single-player | Higher textures, lighting, reflections and effects if performance allows |
This is a much better starting point than blindly selecting Low or Ultra.
Test One Setting at a Time
Changing 15 options simultaneously makes troubleshooting difficult.
Instead, change the most demanding setting first and test the result.
A useful process is:
- Record your current FPS and frame-time behavior.
- Identify whether the GPU or CPU is limiting performance.
- Change one major graphics setting.
- Test the same area of the game.
- Compare performance and image quality.
- Keep the change if the trade-off is worthwhile.
- Move to the next setting.
Use an area that consistently stresses your system. A quiet corridor may run at 200 FPS while a crowded city street drops to 80 FPS.
You want to optimize for the demanding situations you actually encounter.
Don’t Confuse Average FPS With Smooth Performance
An FPS counter tells only part of the story.
A game averaging 100 FPS can still feel unpleasant if it frequently experiences frame-time spikes. Conversely, a game running at a lower but stable frame rate can feel surprisingly smooth.
Pay attention to:
- Average FPS
- 1% lows
- Frame-time consistency
- Input latency
- Stuttering
- GPU utilization
- CPU utilization
- VRAM usage
- Temperature
This is especially important when troubleshooting stutter.
If lowering graphics settings barely changes FPS, your GPU may not be the main limitation. The problem could instead involve CPU performance, memory, background applications, thermal throttling, shader compilation, or another system-level issue.
Don’t Lower Everything to Low
This is probably the most common mistake in performance optimization.
A Low preset may increase FPS, but it can also make a game unnecessarily ugly without addressing the actual bottleneck.
Instead, identify the expensive settings.
For example, you might end up with:
- Textures: High
- Shadows: Medium
- Reflections: Medium
- Volumetrics: Medium
- Effects: High
- Ray tracing: Off
- Upscaling: Quality
- Motion blur: Off
That configuration may look substantially better than an all-Low preset while delivering similar performance.
The best gaming settings are usually a compromise rather than an extreme.
What If Your FPS Is Still Low?
If graphics optimization does not solve the problem, look beyond the in-game menu.
Check whether:
- Your GPU drivers are current.
- Windows is using the correct graphics processor.
- The game is running at the intended resolution.
- Background applications are consuming CPU or memory.
- Your laptop is plugged in when required for full performance.
- Your system is overheating.
- Your storage drive is experiencing problems.
- The game has known performance issues.
- Your hardware meets the game’s requirements.
Do not assume every performance problem can be solved through graphics settings.
Some games are simply demanding, while others may have optimization issues that require a patch from the developer.
A Simple Settings Optimization Checklist
If you want a quick process for improving performance, start here:
- Set your monitor to its highest supported refresh rate.
- Confirm the game’s resolution.
- Enable VRR if your monitor and system support it.
- Start with a sensible graphics preset.
- Keep textures High if your VRAM allows.
- Reduce shadows before aggressively lowering textures.
- Lower volumetric effects and reflections if FPS is still low.
- Disable ray tracing if you need a major performance increase.
- Test Quality upscaling before lowering output resolution.
- Consider frame generation for supported single-player games.
- Use a reasonable FPS cap if frame rates fluctuate heavily.
- Enable a supported low-latency feature for competitive games.
- Test one setting at a time.
- Monitor frame-time consistency rather than FPS alone.
This approach gives you a repeatable way to find the best PC gaming settings for your particular system rather than relying on someone else’s configuration.
Frequently Asked Questions
What are the best gaming settings for higher FPS?
Start by lowering shadows, volumetric effects, reflections, and ray tracing. If the game supports DLSS, FSR, or XeSS, try Quality or Balanced upscaling before significantly lowering the output resolution.
Which graphics settings affect FPS the most?
The biggest performance costs vary by game, but resolution, ray tracing, shadows, volumetric effects, reflections, view distance, and certain lighting settings can have significant effects. The exact impact depends on whether your system is GPU- or CPU-limited.
Should I use Low settings for competitive gaming?
Not necessarily. Low settings can increase FPS, but they may also make the game harder to read visually. A customized mix of Medium and High settings can provide a better balance between clarity and performance.
Does lowering resolution increase FPS?
Yes. Rendering fewer pixels generally reduces the GPU workload and can increase FPS. However, modern upscaling technologies can often provide a better balance between performance and image quality than simply lowering the game’s output resolution.
Should I turn ray tracing off to improve FPS?
If ray tracing is causing poor performance, disabling or reducing it can provide a significant improvement in supported games. Whether the visual trade-off is worthwhile depends on the title and your priorities.
Is higher FPS always better?
Higher FPS can improve smoothness and responsiveness, particularly on high-refresh-rate displays, but stability matters too. A consistent frame rate with good frame pacing can provide a better experience than a much higher but highly variable FPS.
Conclusion
The best gaming settings are not necessarily the lowest settings or the configuration used by a professional player. They are the settings that give your system enough performance headroom while preserving the visual details you actually care about.
Start with your monitor’s refresh rate and resolution, then work through the biggest performance variables: upscaling, shadows, reflections, volumetrics, textures, and ray tracing. Competitive players should prioritize stable frame rates and low latency, while single-player players may prefer to spend some performance on higher visual quality.
Most importantly, test changes instead of assuming a preset is optimal. A few targeted adjustments can often improve gaming performance significantly without making your games look like they are running on much older hardware.
