If Pc Game Supply is stuttering, running at an unusually low frame rate, or crashing on Windows, start with a clean GPU-driver install, disable overlays, verify the game files, and cap FPS below your monitor’s refresh rate. Then lower CPU-heavy settings—shadows, view distance, crowds, and effects—before dropping texture quality. That order fixes the most common problems without turning the game into a blurry mess.
There’s one important wrinkle: “Pc Game Supply” can refer to a game package, launcher listing, or repack rather than one consistently documented Steam title. That means you shouldn’t blindly copy a random config file or expect a universal launch command. Use the executable and launcher that came with your legitimate installation, confirm the game’s exact name in Task Manager, and never download replacement DLL files from unofficial “fix” sites. The troubleshooting below is deliberately practical: it works across Windows 10 and Windows 11 while showing you how to identify the specific bottleneck instead of guessing.
First, identify whether the problem is stutter, low FPS, or a crash
These symptoms overlap, but they have different causes. Low FPS means the game is consistently rendering too slowly; stuttering means frame delivery is uneven; crashing means the process is terminating or losing access to a required component. A counter showing 90 FPS can still feel awful if one frame takes 150 milliseconds to arrive. That is why average FPS alone isn’t enough.
Install a trusted monitor such as MSI Afterburner with RivaTuner Statistics Server, or use the Xbox Game Bar performance widget with Win + G. Watch GPU usage, CPU usage, dedicated video memory, system RAM, temperatures, and frametime. Play the same demanding scene for five minutes—an outdoor area, a busy hub, or a repeatable benchmark route—after every change. Consistency matters more than a one-second peak.
| Symptom | What the overlay usually shows | Most likely cause | Best first move |
|---|---|---|---|
| Low FPS everywhere | GPU near 95–100% continuously | Resolution, ray tracing, or GPU power limit | Reduce render resolution, RT, and heavy lighting |
| Stutters during camera movement | Frametime spikes with disk or VRAM activity | Shader compilation, asset streaming, or VRAM overflow | Update driver, rebuild shader cache, lower textures |
| Stutters in crowded areas | One CPU core maxed while GPU usage drops | Draw distance, crowds, simulation, or background apps | Lower view distance and crowd density |
| Crash at launch | Process closes before the menu | Missing runtime, permissions, overlay, or bad config | Verify files and reset the configuration |
| Crash after several minutes | Temperature, VRAM, or RAM steadily rises | Thermal instability, memory pressure, or overclock | Return hardware to stock and check temperatures |
Before changing anything, note your GPU model, driver version, Windows build, installed RAM, and whether Pc Game Supply is on an SSD or hard drive. If the game is installed on a nearly full mechanical drive, streaming hitches can be severe. Keep at least 15 percent free space on the drive and close downloads while testing. Our ELEX crash and FPS troubleshooting guide uses the same diagnostic mindset, and the principle applies here: measure first, then touch one variable at a time.
Build a stable graphics profile before chasing extra frames
Launch Pc Game Supply and let it detect your hardware once. If it chooses an aggressive preset, switch to a custom profile. Use your monitor’s native resolution initially, set display mode to exclusive fullscreen if the game offers it, and disable motion blur, film grain, chromatic aberration, and depth of field while testing. Those effects rarely solve performance problems, but removing them makes image clarity and input response easier to judge.
The biggest mistake is lowering every option to Low. Texture quality mostly consumes VRAM, while shadows, volumetric lighting, reflections, ambient occlusion, view distance, and crowd simulation can hammer the GPU or CPU. If you have 8 GB of VRAM, Ultra textures may cause streaming stutter even when the average frame rate looks fine. High textures are usually the safer starting point. If your GPU has 12 GB or more, texture quality can often stay High or Ultra while you reduce shadows and volumetrics.
| Setting | Recommended starting value | Typical FPS impact | Visual or stability note |
|---|---|---|---|
| Resolution scale | 100%; test 90% if GPU-bound | Very high | Use upscaling before a much lower native resolution |
| Textures | High, one step below VRAM limit | Low FPS impact; high VRAM impact | Lower this when streaming hitches or texture pop-in appears |
| Shadows | Medium or High | Medium to high | Often one of the cleanest FPS gains |
| Volumetric fog and clouds | Medium | High in outdoor scenes | Reduce before textures; fog can be disproportionately expensive |
| Reflections and screen-space effects | Medium | Medium to high | Lower if GPU usage is pinned in cities or wet areas |
| View distance | Medium or High | High CPU impact | Lower this when GPU usage falls during crowded scenes |
| Anti-aliasing | TAA or the game’s balanced option | Low to medium | Disable only for testing; shimmering can become distracting |
| Ray tracing | Off while troubleshooting | Very high | Re-enable last, preferably with upscaling |
| Motion blur and film grain | Off | Negligible | Improves clarity and makes hitching easier to spot |
Use DLSS on Nvidia RTX hardware, FSR on compatible AMD, Nvidia, and Intel systems, or XeSS where available. Start with Quality at native 1080p or 1440p. Balanced is a sensible fallback if the GPU remains saturated, but Performance can look soft at 1080p. Dynamic resolution is useful when Pc Game Supply offers a target such as 60 FPS; it trades sharpness for steadier delivery during heavy scenes.
Cap the frame rate at a number your system can hold in the worst area, not the number it reaches in an empty room. A 60 Hz display should generally use 60 FPS, while a 144 Hz display may feel smoother at a stable 72, 90, or 120 FPS than at wildly fluctuating 144-plus. With adaptive sync, cap two or three frames below refresh—for example, 141 FPS on a 144 Hz monitor—to reduce queueing and tearing. NVIDIA Control Panel and AMD Software can apply a per-game limit if the in-game limiter produces uneven frametimes.
Stop stuttering caused by drivers, shaders, and overlays
Shader stutter often appears the first time you enter a new area, see a new effect, or rotate the camera quickly. Modern games compile shaders during play, and a driver update can invalidate the old cache. One or two brief hitches after a clean update may be normal; repeated spikes every time you revisit the same location are not.
Use a clean driver path
Download the current driver directly from the official Nvidia driver page, AMD’s support page, or Intel Download Center. Choose a clean installation when the installer offers it. If the problem began immediately after a driver update, roll back one known-stable version rather than installing several beta packages in succession. Display Driver Uninstaller can help with stubborn corruption, but use it in Windows Safe Mode and create a restore point first.
After changing drivers, rebuild the shader cache. In Windows, open Settings > System > Storage > Temporary files, select DirectX Shader Cache, and remove it. Nvidia users can also check the shader cache setting in Nvidia Control Panel; AMD users can use the reset option in AMD Software. The first launch may then stutter while the cache is rebuilt, so don’t judge performance from the first 30 seconds. Let the game reach its menu, load a familiar area, and give it several minutes.
Remove hidden frame-time offenders
Disable Steam Overlay, Discord Overlay, Xbox Game Bar capture, Nvidia Instant Replay, AMD recording, MSI Afterburner’s on-screen display, and third-party RGB utilities for one test run. Overlays are convenient, but multiple hook into the same rendering pipeline. Disable them one at a time if you want to identify the offender rather than leaving everything off permanently.
Turn off background recording under Settings > Gaming > Captures. Pause OneDrive synchronization, browser video playback, launchers downloading updates, and aggressive antivirus scans while playing. Don’t permanently whitelist an unknown executable; add an exclusion only for a verified installation folder if security software is clearly quarantining a legitimate file. If Pc Game Supply came from Steam, compare its behavior with the methods in our EscapeVR crash and low-FPS guide, especially the overlay and driver checks.
Fix low FPS by finding the real hardware bottleneck
GPU usage tells you where to start, but CPU and memory behavior explain many misleading results. If the GPU is 98 percent busy, reduce resolution scale, ray tracing, volumetrics, reflections, and shadows. If GPU usage is only 60–80 percent and one CPU thread is maxed, lowering resolution won’t help; reduce view distance, crowds, foliage, physics, and simulation detail instead.
Check dedicated VRAM separately from system RAM. When VRAM fills, the game may constantly move assets through PCIe, creating hitches that look like a weak GPU. Lower textures one step, reduce texture filtering only if necessary, and close browsers with many tabs. If system RAM is near capacity, Windows will page to disk. Sixteen gigabytes can be enough for lighter games, but 32 GB gives modern Windows titles more breathing room, particularly with browsers, launchers, and recording software open.
| Component or condition | Minimum practical target | Recommended target | Pro-tuned approach |
|---|---|---|---|
| System RAM | 16 GB | 32 GB | Close background apps and watch committed memory |
| Storage | Healthy SSD preferred | NVMe SSD with 15% free space | Keep the game and Windows page file off a failing drive |
| GPU VRAM | 6–8 GB for modest presets | 8–12 GB for higher textures | Keep the texture budget below the actual VRAM ceiling |
| CPU temperature | Below thermal throttle point | Ideally under 85°C in sustained play | Check dust, fan curves, and cooler mounting |
| GPU temperature | Below its thermal limit | Generally under 80–85°C | Improve case airflow before undervolting |
| Power profile | Balanced or manufacturer default | Windows Best performance while testing | Use a stable profile, not an unstable overclock |
Set Windows to Settings > System > Power > Best performance only while testing; laptops may run hotter and louder. Plug in the charger, select the dedicated GPU in Settings > System > Display > Graphics, and choose High performance for the game’s actual executable. This matters on hybrid laptops where Windows may otherwise launch the game on integrated graphics.
Remove CPU and GPU overclocks, undervolts, and aggressive XMP or EXPO memory profiles if crashes or driver resets began after tuning. A game that appears stable in a benchmark can still expose marginal memory errors during shader compilation. If temperatures climb rapidly, clean dust filters, confirm every fan spins, and avoid blocking laptop vents. Thermal throttling produces a distinctive pattern: performance starts strong, then drops after several minutes as clocks fall.
End recurring crashes with a clean installation and config reset
Start with the low-risk repair sequence. Restart Windows, verify the game files in Steam or the relevant official launcher, update Visual C++ Redistributables and DirectX from Microsoft, and run the launcher once as administrator only if permissions are clearly involved. The official Steam client page is the safe source for a fresh client; avoid “cracked DLL” downloads, repack patches, and registry cleaners.
Reset corrupted settings
A bad resolution, unsupported upscaler mode, or damaged shader database can crash the game before the menu appears. Back up saves first. Look in %LOCALAPPDATA%, %APPDATA%, Documents\My Games, and the game’s installation folder for a configuration directory named after the actual executable or publisher. Rename that folder to something like Config_backup instead of deleting it. Relaunch and let the game generate fresh settings. If the crash disappears, restore saves and reapply graphics options gradually.
Check the crash signature
Open Reliability Monitor by pressing Start and searching for “View reliability history.” Find the red X at the crash time and inspect the faulting application and module. A graphics-driver module points toward driver cleanup, temperatures, or an unstable overclock. An audio, overlay, or injection module points toward third-party software. A missing runtime or access violation may indicate damaged files, antivirus interference, or a broken mod. Event Viewer can provide more detail, but Reliability Monitor is usually faster to read.
Remove mods, ReShade, custom DLLs, controller remappers, and frame-generation injectors until the unmodified game is stable. Don’t stack multiple frame-generation technologies or force a profile intended for another title. If Pc Game Supply supports a launcher command for safe mode, use only the command documented by its developer or storefront. The same cautious approach is useful in our Everspace 2 crash-fix coverage: establish a stable baseline before adding enhancements.
A reliable order of operations for Pc Game Supply
Don’t change ten settings and then assume the last one fixed the issue. Use this order and test after each stage:
- Confirm the executable and install source. Check that Windows is launching the legitimate game binary, not an old shortcut or a secondary copy on another drive.
- Restart and verify files. This catches incomplete updates and damaged archives before more invasive repairs.
- Disable overlays and recording. Test Steam, Discord, Xbox Game Bar, Nvidia, AMD, and monitoring overlays separately.
- Update or clean-install the GPU driver. Roll back if the issue began immediately after updating.
- Reset the config and shader cache. Expect the first rebuilt run to hitch briefly while shaders compile.
- Use the balanced profile. Start at native resolution, High textures, Medium shadows, Medium volumetrics, no ray tracing, and a stable FPS cap.
- Match the setting to the bottleneck. GPU-bound means lower visual effects; CPU-bound means lower view distance, crowds, and simulation.
- Check thermals and stability. Return overclocks to stock and monitor clocks during a 20-minute session.
- Escalate with evidence. Record the crash time, faulting module, driver version, GPU, CPU, RAM, Windows build, and exact settings before contacting support.
If performance improves but still feels uneven, prioritize the frame-time graph over the headline FPS number. A locked 60 with clean 16.7 ms frame delivery feels dramatically better than a fluctuating 45–90 FPS range. If crashes continue after a clean config, verified files, current runtime packages, stock hardware settings, and disabled overlays, the problem may be a game-specific bug rather than your PC. Report it through the game’s official support channel with your Reliability Monitor entry and a DxDiag report. That gives developers something actionable—and keeps you away from the risky “one-click fix” utilities that create more problems than they solve.