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To get more FPS without needlessly degrading image quality, measure a repeatable scene, identify whether the limit is your GPU, CPU, memory, or thermals, then adjust the settings most likely to affect that bottleneck. Start with resolution scaling and ray tracing on a GPU-bound system; try crowds, simulation, and view distance on a CPU-bound one. Keep textures high while VRAM permits, and treat upscaling, frame generation, and latency controls as separate tools.
First, find out what is limiting performance
Changing graphics settings at random makes it difficult to know what helped. Before adjusting anything, record the game’s resolution, preset, upscaler and mode, frame-generation status, V-Sync, frame cap, average FPS, and—if available—1% lows or a frame-time graph. Note GPU utilization, temperature, clock behavior, and VRAM use as well.
Use the game’s built-in benchmark when available. Otherwise, repeat the same route or scene for 30–60 seconds, then compare changes under the same conditions. A quiet menu or an empty area is not a useful stand-in for a demanding fight or crowded city.
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- Likely GPU-bound: GPU utilization stays near its limit, and lowering resolution or render scale noticeably raises FPS. Ray tracing, shadows, volumetrics, and reflections may also have a large effect.
- Likely CPU-bound: FPS remains low while GPU utilization is well below its limit, and lowering resolution makes little difference. Crowds, simulation, physics, view distance, and world detail may matter more.
- Possible VRAM pressure: You see stutters when entering areas, delayed or popping textures, or major slowdowns after raising texture quality. A game’s reported memory use is informative but not a perfect measure of what is available to it.
- Possible thermal or power limit: Performance falls after several minutes, clocks drop as temperatures rise, or a laptop behaves differently on battery, on a charger, or under different power profiles.
- High average FPS but uneven play: Look for frame-time spikes, shader compilation, asset streaming, overlays, background recording, or memory pressure rather than assuming you simply need a higher average.
PresentMon can capture frame-duration and related performance data across DirectX, OpenGL, and Vulkan games; its Capture Application also offers a real-time overlay. Its maintainers warn that some GPU-execution measurements can be less accurate with Hardware-Accelerated GPU Scheduling enabled, so treat telemetry as evidence, not perfect instrumentation. NVIDIA FrameView is another option for FPS, frame-time, latency-related, and power information on supported systems.
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Which settings should you lower first?
There is no universal best preset. Engines, scenes, hardware, and game updates change the cost of individual options. If you are GPU-bound, change one or two settings at a time and retest in this general order:
- Render resolution or resolution scale: This is a direct way to reduce the number of pixels the GPU renders, but it can make the whole image softer. Prefer a supported upscaler if its image quality is acceptable.
- Path tracing and ray tracing: Path tracing is often the first feature to disable for a substantial performance improvement. If you want to keep some ray-traced effects, test them individually—reflections or lighting may be more valuable to you than other effects.
- Shadows, volumetrics, and reflections: Try lowering shadow quality or distance by one step, then reduce volumetric fog, clouds, smoke, or god rays and screen-space or ray-traced reflections. These can be costly without requiring you to lower texture detail.
- Global illumination and ambient occlusion: Reduce these if the game remains GPU-bound. Compare both indoor and outdoor scenes; the cost and visual benefit can change by location.
- View distance, foliage, object detail, crowds, and simulation: These are particularly worth testing when resolution changes do not help. Crowds and simulation can stress the CPU; foliage and object detail may tax the GPU, CPU, or both depending on the game.
- Anti-aliasing and other effects: Lowering anti-aliasing may help but can introduce jagged edges or shimmer. Motion blur, depth of field, film grain, chromatic aberration, and vignette are often visual-preference choices; disabling them does not guarantee a large FPS gain.
Do not automatically sacrifice textures. Texture quality often consumes VRAM more than it increases shader workload, so High textures can remain a good choice when memory is sufficient. If VRAM becomes constrained, however, streaming and stutter can become severe. Try reducing Ultra to High, then check whether the hitching or texture pop-in improves. System RAM does not simply replace a GPU’s VRAM, and texture streaming budgets—when exposed—are separate from texture resolution.
Resolution, upscaling, and image quality
Your output resolution is what the monitor displays. The game’s internal render resolution is where it initially draws the scene. A resolution scale changes that internal resolution; an upscaler reconstructs an output image from a lower-resolution render. Dynamic resolution changes internal resolution during play to pursue an FPS target, which can make sharpness fluctuate.
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If performance is short, start with the upscaler’s Quality mode. If that is not enough, test Balanced, then Performance only if needed. Aggressive modes are especially noticeable at 1080p, though results depend on the game and implementation. AMD’s FSR SDK documents example modes including Native AA, Quality, Balanced, Performance, and Ultra Performance; available names and scale factors vary by version and game.
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NVIDIA DLSS Super Resolution, AMD FSR, and Intel XeSS all serve the general purpose of reconstructing an output image from a lower-resolution render, but support and image quality depend on the game, hardware, and implementation. Do not assume one brand or mode is always best. XeSS feature support can also depend on the operating system, graphics API, GPU, and game integration.
Compare a moving scene, not just a paused screenshot. Inspect foliage, hair, thin wires, distant geometry, particles, reflections, and camera pans for shimmer, ghosting, or softness. If the image is blurry, move back toward Quality, check whether dynamic resolution is active, and restore native rendering if the game’s reconstruction looks poor. Sharpening can help slightly, but it cannot restore detail that was never rendered.
DLAA is not a performance upscaler. It applies anti-aliasing at native resolution; DLSS Super Resolution renders internally below output resolution to improve performance. NVIDIA documents these as separate options, and the distinction matters when choosing between image quality and FPS.
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DLSS Frame Generation, AMD FSR Frame Generation, AMD Fluid Motion Frames, and XeSS Frame Generation create additional displayed frames from rendered frames. They can make supported games look smoother, but generated FPS is not the same as the game rendering that many frames itself, and it does not make input response equivalent to that of the same native frame rate.
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First get a reasonably stable base frame rate. Intel’s XeSS Frame Generation guidance recommends about 40 FPS as a minimum and 60 FPS as a target for better reconstruction and latency behavior; those are Intel recommendations, not universal guarantees for every title. At a very low or unstable base rate, generated frames may smooth motion without fixing sluggish controls or bad frame pacing.
Check for artifacts around fast motion, fine geometry, particles, UI, and camera cuts. For competitive play, input responsiveness and visual certainty may matter more than the displayed count, so frame generation may not be worthwhile. Use the game’s intended frame-generation path and do not stack incompatible systems: NVIDIA warns that native DLSS Frame Generation and Smooth Motion are competing technologies and should not be used together. AMD’s HYPR-RX can combine features such as FSR, Radeon Super Resolution, Radeon Boost, Anti-Lag, and Fluid Motion Frames, depending on hardware, software, game support, and profile behavior.
Reduce input lag and configure synchronization
Average FPS, frame-time consistency, display refresh rate, and input latency are related but not interchangeable. Frame time is the interval between frames: 60 FPS corresponds to about 16.7 ms per frame, 120 FPS to 8.3 ms, and 240 FPS to 4.2 ms. These are mathematical conversions, not measurements of total input-to-display latency. A game can have a high average and still feel uneven if frames arrive inconsistently.
- NVIDIA: If the game offers NVIDIA Reflex, start with its in-game option. NVIDIA describes Reflex as synchronizing CPU and GPU work to reduce system latency. It is a responsiveness feature, not a general FPS booster. NVIDIA’s latency guidance also discusses Windows Game Mode and render latency.
- AMD: Radeon Anti-Lag is available on supported hardware; Anti-Lag 2 requires developer integration and is limited to supported games and hardware. See AMD’s compatibility information.
- V-Sync: It prevents screen tearing, but can add latency or cause synchronized stutter when performance falls below the display refresh rate. Whether to use it depends on the game, display, and other synchronization options.
- VRR: G-SYNC and FreeSync displays can adjust refresh timing within their supported range, making variable frame rates appear smoother. Check that VRR is supported and enabled for the display and mode you actually use.
- Frame cap: A cap can reduce power use, heat, fan noise, and queued work. Choose it for your display’s refresh rate, VRR range, game behavior, and latency goals. A cap a few frames below refresh rate is a commonly tested starting point with some VRR setups, not a universal rule.
Prefer a game-native latency option over forcing several driver-level systems at once. NVIDIA Control Panel offers per-game options such as Max Frame Rate and power management; per-game settings are generally safer than aggressive global overrides that can affect unrelated applications.
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Windows, laptops, and driver settings
- Assign the game to the discrete GPU if needed: In Windows 11, open Settings → System → Display → Graphics, select or add the game, choose Options, and select High performance where a GPU choice is available. This is especially relevant to laptops and hybrid-graphics systems.
- Use the right laptop power state: Plug in for a performance test, select an appropriate Windows or manufacturer power profile, and check temperature and clocks during a sustained session. Maximum performance may mean more heat, fan noise, and battery drain.
- Enable Game Mode and test other scheduling options: Windows Game Mode is worth enabling, but Hardware-Accelerated GPU Scheduling is not guaranteed to help every system or game. Change one setting at a time and benchmark again.
- Try windowed-game optimizations where relevant: Windows 11’s Settings → System → Display → Graphics → Default graphics settings includes Optimizations for windowed games for compatible DirectX 10 and 11 games in windowed or borderless mode. See Microsoft’s instructions.
- Reduce background interference while diagnosing: Temporarily close overlays, recording tools, and other heavy applications if you are troubleshooting stutter. Restore what you need after testing.
- Keep a stable driver, not a blindly newest one: Update through the GPU vendor’s official software when appropriate, but roll back if a new release causes a game-specific regression. NVIDIA, AMD, and Intel control-panel or driver-suite features depend on supported hardware and game integration.
Windows Automatic Super Resolution is not a general feature for every gaming PC: Microsoft limits it to supported Copilot+ PCs and the ROG Xbox Ally X. Do not assume it will appear in Graphics settings on a typical desktop or laptop.
Vendor automatic recommendations can provide a starting point, not proof of the best setup. NVIDIA’s software, AMD Software: Adrenalin Edition, and Intel Arc software expose different options by GPU and game. Inspect changes before accepting a profile, then verify the results against your target FPS, visual preferences, and frame-time behavior.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.A repeatable optimization workflow
- Save the current setup. Note resolution, preset, upscaler and mode, frame generation, synchronization, cap, and any driver overrides. Take screenshots or use the game’s profile system.
- Benchmark a representative scene. Use the built-in benchmark or repeat the same 30–60-second route. Record average FPS and 1% lows or a frame-time graph, plus utilization, temperatures, clocks, and VRAM if available.
- Diagnose before choosing settings. If reducing resolution substantially helps, work on GPU-heavy options. If it barely helps, investigate CPU-heavy settings, caps, background tasks, GPU selection, or power and thermal limits.
- Apply the highest-value changes first. For a GPU limit, disable path tracing or reduce ray tracing, then test Quality upscaling, shadows, volumetrics, reflections, and global illumination. For a CPU limit, test crowds, simulation, view distance, and world detail.
- Change only one or two things per pass. Retest the same scene so you can tell whether the change helped. If it did not, restore it rather than stacking unexplained tweaks.
- Judge motion and stability. Inspect fine detail while moving and play long enough to expose streaming hitches, shader compilation, thermal slowdown, VRAM pressure, driver problems, or frame-generation artifacts.
- Set latency and presentation options last. Configure Reflex or Anti-Lag where supported, then test VRR, V-Sync, and a suitable frame cap for your display and game.
- Keep a known-good profile. Save the final settings, and keep separate quality and performance profiles if the game supports them.
Starting points for different goals
| Goal | Start with | Watch for |
|---|---|---|
| Maximum image quality | Native output resolution, high textures within VRAM limits, and moderate anti-aliasing. | Aggressive upscaling may sacrifice detail; ray tracing can still be expensive. |
| More GPU-bound FPS | Quality upscaling, then lower ray tracing, shadows, volumetrics, or reflections. | Lower settings selectively rather than dropping every option to Low. |
| Competitive responsiveness | Stable base FPS, an in-game latency option where supported, and a tested cap. | Generated FPS does not guarantee equally responsive controls. |
| Smoother cinematic play | Upscaling and, if the base rate is stable and artifacts acceptable, supported frame generation. | Very low base FPS can still feel unresponsive. |
| Less stutter | Adequate VRAM headroom, sensible textures, and checks for streaming, shaders, and frame-time spikes. | Average FPS alone can hide the actual problem. |
| Lower laptop heat or noise | A reasonable FPS cap and a balanced power profile. | Unlimited FPS and maximum-power modes can increase heat, noise, and battery drain. |
| Longer battery life | A lower cap, reduced rendering load, and a power-saving profile. | Performance features and maximum-power settings can use more energy. |
Common problems and how to recover
The image became blurry
Move from Performance to Balanced or Quality upscaling. Check for dynamic resolution, reduce excessive sharpening, and compare at native resolution if the game’s reconstruction quality is poor. Turn off motion blur or depth of field temporarily if they make comparisons difficult.
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FPS rose, but the game still stutters
Check frame-time spikes rather than only average FPS. Investigate VRAM pressure, texture streaming, shader compilation, temperatures, background recording, and overlays. If the problem appears only when entering new areas, lowering texture quality one step or reducing a streaming budget—if the game exposes one—may help.
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Lowering graphics settings barely changes FPS
Check per-core CPU activity and GPU utilization; then verify that the game uses the discrete GPU, that no frame cap or V-Sync is limiting it, and that the laptop is plugged in and not thermally constrained. Test with overlays and recording tools closed. A CPU or engine limit will not usually be fixed by lowering texture filtering or resolution alone.
Frame generation makes motion smoother but controls feel laggy
Check the underlying rendered FPS, enable the game’s supported latency option, and try a sensible cap. Disable frame generation if the base rate is too low, the artifacts are distracting, or responsiveness matters more than smooth presentation. Do not combine competing frame-generation systems.
A driver update made one game worse
Reset or review per-game overrides and return to the last stable driver if needed. Check for game-specific updates or known regressions. Avoid undocumented configuration hacks or replacing game DLLs as a general optimization strategy.
Crashes, No Sound, or Screen Glitches?
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Treat automatic optimization as a proposal. Compare the settings with your display resolution, target FPS, image-quality tolerance, and measured frame times; restore individual options that cost little on your hardware.
Quick Recap
Final checklist
- Benchmark the same scene before and after changes.
- Identify GPU, CPU, VRAM, thermal, power, or background-process limits before choosing settings.
- Use upscaling and lower GPU-heavy effects before sacrificing textures unnecessarily.
- Lower textures when VRAM pressure or streaming problems appear.
- Judge frame-time consistency and motion, not only average FPS.
- Use frame generation only when base performance is stable and the game’s artifacts and latency trade-offs suit you.
- Configure latency, VRR, V-Sync, and frame caps for your game and display rather than copying a universal rule.
- Save a known-good configuration so every change can be reversed.
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