Fix GPU Crashes: 5 Simple Solutions for August 2026

There is nothing more frustrating than settling in for a gaming session only to have your screen go black, your fans spin up to 100%, and your PC become completely unresponsive. GPU crashes are one of the most common and disruptive problems PC users face, and they can happen during intense gaming, while browsing the web, or even when your system sits idle.

Before you try anything else, press Windows + Ctrl + Shift + B on your keyboard. This shortcut restarts your graphics driver without rebooting your entire system. If your screen flashes and comes back to life, the crash was caused by a temporary driver hang rather than a serious hardware fault.

If that quick fix does not work, do not worry. This guide walks you through every common cause of GPU crashes and provides clear, step-by-step solutions. Whether you are running an older card or a brand-new RTX 50-series GPU, these fixes cover the full range of hardware and software problems that lead to how to fix GPU crashes. We cover driver issues, overheating, power supply failures, hardware connections, and software conflicts including the increasingly important Hardware-Accelerated GPU Scheduling (HAGS) setting in Windows 11.

Why Is Your GPU Crashing? Common Causes Explained

Your graphics card depends on a chain of components working together: stable power delivery from the PSU, proper cooling through fans and heatsinks, clean driver communication with Windows, and solid physical connections to the motherboard. When any link in that chain breaks, your GPU can crash.

Most GPU crashes fall into one of five categories: outdated or corrupted drivers, overheating from dust buildup or failing thermal paste, insufficient or unstable power delivery, loose or damaged hardware connections, and software conflicts within Windows or between applications. Modern GPUs like the RTX 40 and RTX 50 series add another layer of complexity with the 12VHPWR power connector, which has been linked to crashes and even melting incidents when not properly seated.

Common symptoms that point to GPU-related crashes include:

• Black screen with audio still playing in the background
• GPU fans suddenly spinning at maximum speed
• Complete system freeze that requires a hard restart
• Blue Screen of Death with graphics-related error codes such as VIDEO_TDR_FAILURE
• Games crashing to desktop without any error message
• Visual artifacts like colored lines, dots, or strange geometric patterns on screen
• Screen flickering or going black for a few seconds then recovering

If your GPU shows 0% usage even while running a game or benchmark, that points to a deeper communication failure between the card and your system. Check our guide on GPU showing 0% usage for specific steps to resolve that particular issue.

Quick Diagnostic Checklist: Check These First

Before you start pulling your PC apart or spending hours on troubleshooting, run through this quick checklist to rule out the most common beginner mistakes. These take only a few minutes and catch a surprising number of problems.

1. Try the driver restart shortcut: Press Windows + Ctrl + Shift + B. If the screen flashes and recovers, your issue is a temporary driver hang.
2. Check for simple connection issues: Make sure your display cable (DisplayPort or HDMI) is firmly connected to your graphics card, not the motherboard port.
3. Verify the GPU is receiving power: Confirm all PCIe power cables are fully seated in the graphics card. A loose power cable is the single most common cause of GPU crashes in newly built PCs.
4. Check Windows Update: Install any pending Windows updates, especially cumulative updates that include graphics-related fixes.
5. Restart your PC: It sounds obvious, but a clean restart clears temporary driver states and can resolve one-off crashes.

If none of these quick checks solve the problem, move on to the five detailed fixes below. These solutions address the root causes behind virtually all GPU crashes.

Top 5 GPU Crash Fixes: The Most Effective Solutions

Here are the five most reliable solutions for GPU crashes, ranked by how often they resolve the problem:

1. Update or reinstall graphics drivers using DDU for a completely clean removal
2. Check GPU temperatures and clean dust from fans and heatsinks
3. Test your power supply and verify it meets your GPU’s requirements
4. Reseat your GPU and inspect all power connections including 12VHPWR cables
5. Adjust Windows settings including HAGS, hardware acceleration, and DirectX

These five solutions address the vast majority of GPU crash reports across forums like Reddit and Tom’s Hardware. Start with Fix #1 and work your way through, testing after each one to identify which solution works for your specific situation.

Fix #1: Update or Reinstall Your Graphics Drivers

Outdated, corrupted, or conflicting graphics drivers are the number one cause of GPU crashes. This is especially true after Windows updates, when installing new games, or when upgrading from one GPU generation to another. Leftover driver files from a previous GPU can conflict with the new card and cause persistent crashes.

The most effective way to fix driver-related crashes is a clean reinstall using DDU (Display Driver Uninstaller). Standard driver updates through Windows Update or even the NVIDIA App often leave old files behind that continue to cause problems. DDU removes every trace of previous drivers so you can start fresh.

Here is how to do a proper clean driver reinstall:

1. Download DDU (Display Driver Uninstaller) from the official Wagnardsoft website. It is free and trusted across all major PC building forums.
2. Boot into Windows Safe Mode. This prevents Windows from automatically installing generic display drivers while you work. To enter Safe Mode on Windows 10 or 11, hold Shift while clicking Restart, then navigate to Troubleshoot > Advanced Options > Startup Settings > Restart, and press 4 or F4.
3. Run DDU and select “GPU” as the device type, then choose your manufacturer (NVIDIA, AMD, or Intel).
4. Select “Clean and restart.” DDU will remove all driver files, registry entries, and related software, then reboot your system.
5. After restarting, download the latest drivers directly from the official source: NVIDIA App for GeForce cards, or AMD Software: Adrenalin Edition for Radeon cards. Avoid downloading drivers through Windows Update.
6. Install the fresh drivers and restart your computer one final time.

If your GPU crash results in an out-of-range display error after the reinstall, our monitor displaying out of range guide can help restore proper display settings.

For NVIDIA users, if the latest driver version causes crashes, try rolling back to an earlier version. NVIDIA occasionally releases drivers with bugs that affect specific GPU models. Check the NVIDIA forums or the r/nvidia subreddit to see if other users with your card model are reporting issues with the newest driver. AMD users should consider installing the “driver only” option without the full Adrenalin Edition software, as some Reddit threads report that the Adrenalin GUI itself can cause stability conflicts.

Fix #2: Check and Monitor GPU Temperature

Overheating is one of the most common reasons a GPU crashes under load. When the GPU core or VRAM chips exceed their safe operating temperature, the card either throttles its performance to reduce heat or shuts down entirely to prevent permanent damage. Thermal throttling usually kicks in around 83 to 88 degrees Celsius for most modern GPUs, and a hard crash can occur above 90 degrees.

To check if heat is causing your GPU crashes, you need monitoring software. Download MSI Afterburner or HWMonitor (both free) and keep them running while you play a game or run a stress test. Watch the GPU core temperature, VRAM temperature if your card reports it, and the hotspot temperature. These numbers tell you exactly how hot your card runs under real-world conditions.

Here is what to look for:

• Idle temperature: Should be 30 to 50 degrees Celsius depending on ambient room temperature and cooling setup
• Under load: Should stay below 80 degrees Celsius for most cards
• Hotspot temperature: Can be 10 to 15 degrees higher than the core, but should stay below 105 degrees
• VRAM temperature: Should stay below 95 degrees (some GDDR6X cards on RTX 30/40 series run hotter, but sustained temps above 100 degrees are a concern)

If your temperatures are too high, here are the most effective cooling fixes:

1. Clean dust from GPU fans and heatsinks using compressed air. Dust is the most common cause of elevated temperatures, especially in systems that have not been cleaned in six months or more.
2. Improve case airflow by ensuring you have at least two intake fans and one exhaust fan. Remove any cable clutter blocking airflow paths.
3. Replace thermal paste on the GPU core if the card is more than three years old. Dry or degraded thermal paste dramatically reduces heat transfer from the GPU die to the heatsink.
4. Set a custom fan curve in MSI Afterburner to make fans spin faster at lower temperatures. The default fan profiles on many cards are too conservative for hot environments.
5. Check for VRM overheating separately from the GPU core. The VRM (Voltage Regulator Module) delivers power to the GPU and can overheat independently, especially on cards with poor VRM cooling. If MSI Afterburner shows the “hotspot” temperature far exceeding the core temperature, VRM cooling may be the issue.

Random monitor blackouts can also be caused by GPU overheating. If your screen goes black and then recovers after a few seconds, check our dedicated guide on why your monitor randomly goes black for display-specific troubleshooting steps.

To confirm that overheating is the cause of your crashes, run a stress test using Furmark or 3DMark while monitoring temperatures. If the GPU crashes during the stress test and temperatures are climbing into the upper 80s or higher, you have identified the problem. If the card crashes at reasonable temperatures (below 75 degrees), the issue likely lies elsewhere.

Fix #3: Test Your Power Supply (PSU)

An inadequate, aging, or failing power supply is one of the most underestimated causes of GPU crashes. Your graphics card is the most power-hungry component in your system, and it draws power in sudden spikes that can overwhelm a PSU that technically meets the wattage rating on paper. Modern high-end GPUs like the RTX 4080, 4090, 5070 Ti, 5080, and 5090 are especially demanding, with transient power spikes that can exceed their rated TDP by 50% or more for brief moments.

The GPU crash pattern is the biggest clue that your PSU is at fault. If crashes happen during graphically intense moments in games (explosions, fast camera movement, loading new areas) but the system runs fine during light tasks, the PSU is struggling to deliver peak power when the GPU needs it most.

There are four distinct PSU problems that cause GPU crashes:

• Underpowered: The PSU wattage is simply too low for your system. This is common after GPU upgrades where users keep their old PSU. Use a power calculator like PC Part Picker to estimate your total system draw, then add at least 150W of headroom.
• Low quality: Cheap PSUs from unknown brands often cannot deliver their advertised wattage reliably. They may claim 700W but actually fail to provide clean, stable power above 400W. Stick with reputable brands that have proper 80 PLUS certifications.
• PSU aging: Power supplies degrade over time as their internal capacitors wear out. A PSU that was sufficient five years ago may no longer deliver stable power today. Electrolytic capacitor degradation is especially common in PSUs that run hot.
• Defective: A failing PSU can produce fluctuating voltages, audible coil whine or clicking sounds, and intermittent power delivery. In severe cases, a defective PSU can damage connected components.

Here is how to test whether your PSU is causing the crashes:

1. Calculate your system’s power requirements using an online power calculator. Compare the result to your PSU’s rated wattage. If the calculator shows your system needs 550W and you have a 550W PSU, you have no headroom for transient spikes.
2. Try underclocking your GPU using MSI Afterburner. Reduce the power limit to 80 or 85%. If the crashes stop, your PSU cannot handle the GPU’s full power draw.
3. Listen for unusual sounds from the PSU. Clicking, buzzing, or high-pitched whining under load are warning signs of capacitor or coil issues.
4. Test with a different power supply if you have access to one. This is the most definitive test. If crashes disappear with a new PSU, you have found the culprit.
5. Check the PSU’s age. If it is more than five to seven years old and you are running a modern high-end GPU, replacement is recommended regardless of whether it seems to be working.

One critical warning about power cables: never daisy-chain PCIe power cables for high-end GPUs. This means do not use a single cable with two connectors to plug into both power ports on your GPU. Use separate cables from the PSU to each connector on the graphics card. Daisy-chaining can cause voltage drops and has been linked to cable melting on high-power cards. Forum reports consistently confirm this as a fix for unexplained crashes.

Fix #4: Resolve Hardware and Connection Issues

Physical hardware problems are often overlooked because they seem too simple to cause persistent crashes. But loose connections, damaged cables, and compatibility issues account for a significant portion of GPU crash reports on troubleshooting forums. This is especially true for RTX 40 and 50 series cards that use the 12VHPWR power connector, which has been associated with crashes and even melting when not fully seated.

Start with a visual inspection. Power off your system completely and unplug it from the wall. Then check each of these connections:

1. Reseat the GPU in the PCIe slot: Remove the graphics card from the motherboard and look for bent pins, debris, or damage in the PCIe slot. Reinsert the card firmly until you hear the retention clip click. GPU sag over time can partially unseat the card from the slot.
2. Inspect PCIe power cables: Remove and reseat each power cable connected to the GPU. Push firmly until the connector clicks. Check for any discoloration or melting on the cable connectors, which indicates overheating.
3. Check the 12VHPWR cable (RTX 40/50 series): If you have an RTX 4070 Ti or higher, your GPU uses the 12VHPWR (also called 12V-2×6) power connector. This connector must be fully inserted with no gap between the connector and the GPU. Even a millimeter of gap can cause poor contact, leading to crashes and potential melting. The connector should click firmly into place. If you notice any resistance, check for bent pins or debris.
4. Verify PCIe generation settings: Enter your motherboard BIOS and check the PCIe slot generation setting. If your GPU supports PCIe 4.0 or 5.0 but the slot is set to Gen 3 (or auto-selected Gen 3 due to a compatibility issue), this can cause instability. Try manually setting it to the correct generation for your GPU and motherboard.
5. Check RAM modules: Faulty RAM can cause system-wide instability that looks like a GPU crash. Run Memtest86 to check for memory errors. Try booting with one RAM stick at a time to isolate a bad module.
6. Test with a different GPU: If you have access to a spare graphics card, swap it in. If the crashes stop, your original GPU may be defective. If the crashes continue with a different GPU, the problem lies elsewhere in your system.

If you see a blinking red light on your motherboard during boot, the VGA indicator specifically points to GPU connectivity problems. That guide walks you through each diagnostic light and what it means for your hardware.

For users with RTX 50-series cards experiencing random black screens with fans at maximum speed, a Reddit thread with over 110 comments confirmed that the power cable was the root cause for an RTX 5070 Ti owner. Replacing the 12VHPWR cable and ensuring it was fully seated resolved weeks of crashes. Another user with an RTX 5080 found that a clean DDU driver install plus limiting power to 90% through MSI Afterburner eliminated their crashes entirely.

Fix #5: Resolve Software Conflicts and Windows Settings

Software conflicts, misconfigured Windows settings, and driver-level issues can all cause GPU crashes that look identical to hardware failures. This section covers the most important software fixes, including a setting called Hardware-Accelerated GPU Scheduling (HAGS) that is specifically recommended in Google’s AI Overview for fixing GPU crashes.

Disable Hardware-Accelerated GPU Scheduling (HAGS)

HAGS is a Windows feature that allows the GPU to manage its own memory instead of relying on the CPU. While it can improve performance in some games, it has been linked to crashes, stuttering, and black screens on certain GPU and driver combinations. If your GPU started crashing after a Windows update or driver update, HAGS may be the culprit.

Here is how to disable HAGS on Windows 10 and 11:

1. Open Windows Settings (press Windows + I).
2. Go to System > Display > Graphics.
3. Click “Change default graphics settings.”
4. Toggle “Hardware-accelerated GPU scheduling” to Off.
5. Restart your computer.

On Windows 11, you may also find this setting under Settings > System > Display > Graphics > Change default graphics settings. If the toggle is greyed out, your GPU or driver does not support HAGS, and this is not the cause of your crashes.

Fix DirectX GPU Crashes

Some GPU crashes produce an error message mentioning “DirectX function failed” or “DirectX GPU driver error.” These errors mean the graphics API that games use to communicate with your GPU encountered a problem. This can be caused by outdated DirectX files, corrupted game installations, or driver incompatibilities.

To fix DirectX-related GPU crashes:

1. Update DirectX by running Windows Update. DirectX 12 is included with Windows 10 and 11 and updates automatically through the OS.
2. Verify game file integrity through Steam, Epic Games, or whatever launcher you use. Corrupted game files can trigger DirectX errors that look like GPU failures.
3. Try running the game in DirectX 11 mode instead of DirectX 12. Many games offer this option in their settings or as a launch option. If the crashes stop in DX11, the issue is with DX12 compatibility, which may require a driver update or game patch.
4. Check if the crash happens in only one game or multiple games. A single-game crash points to a game-specific bug, while crashes across multiple games indicate a system-level driver or hardware problem.

Use Windows Event Viewer to Diagnose Crashes

Windows Event Viewer records every error and warning your system generates, including GPU-related events. Checking the Event Viewer after a crash can tell you exactly what went wrong and point you toward the right fix.

Here is how to use Event Viewer for GPU crash diagnosis:

1. Press Windows + X and select “Event Viewer.”
2. Navigate to Windows Logs > System.
3. Look for errors with a source of “Display” and Event ID 4101. This event indicates that the display driver stopped responding and has recovered (a TDR event). Frequent TDR events point to driver instability, overheating, or power delivery issues.
4. Check for Event ID 1001, which indicates a BugCheck (BSOD). The error code can tell you whether the GPU driver, hardware, or another component caused the crash.
5. Look for warnings around the same timestamp as your crash to see if other components (like the disk or memory) reported problems that may have triggered the GPU failure.

If you see repeated Event ID 4101 entries, the display driver is timing out because the GPU is taking too long to complete a task. This can be caused by overheating, insufficient power, driver bugs, or a failing GPU. Cross-reference the timing of these events with your GPU temperature and power draw logs from MSI Afterburner to narrow down the cause.

Disable Hardware Acceleration in Applications

Hardware acceleration allows applications like Chrome, Discord, Spotify, and video players to use your GPU for rendering. When multiple applications compete for GPU resources simultaneously, conflicts can occur that crash the driver. This is a common cause of GPU crashes during gaming when background apps are also using the GPU.

To disable hardware acceleration:

• Google Chrome: Settings > System > toggle “Use graphics acceleration when available” to Off
• Discord: Settings > Advanced > toggle “Hardware Acceleration” to Off
• Spotify: Settings > Compatibility > toggle “Enable hardware acceleration” to Off
• Windows 10: Settings > System > Display > Graphics settings > toggle “Hardware-accelerated GPU scheduling”
• Windows 11: Settings > System > Display > Graphics > Change default graphics settings > adjust per-app GPU preferences

Close any unnecessary background applications before gaming. Software like RGB control utilities, screen recorders, and overlay programs (Xbox Game Bar, GeForce Experience overlay, Steam overlay) can all conflict with GPU stability. Disable them one at a time to see if a specific application is causing the crashes.

Adjust Windows Visual Effects and Performance Settings

Windows visual effects and power management settings can interfere with GPU stability. Switching your power plan to High Performance ensures that Windows does not throttle your GPU during load. To do this, go to Control Panel > Power Options and select “High performance.” On Windows 11, you may need to click “Show additional plans” to see this option.

You can also reduce the visual effects load on your GPU. Right-click “This PC,” select Properties > Advanced system settings, and under Performance click Settings. Choose “Adjust for best performance” to disable all visual animations, or manually disable specific effects like transparency and animations that consume GPU resources.

Advanced Solutions for Persistent GPU Crashes

If you have worked through all five fixes above and your GPU still crashes, these advanced solutions address less common but more difficult problems.

Underclock or Undervolt Your GPU

Underclocking reduces your GPU’s clock speed below factory settings, while undervolting reduces the voltage supplied to the GPU core. Both methods lower power consumption and heat output, which can stabilize a GPU that crashes at stock speeds. This is not a permanent fix, but it can keep your system running while you identify the root cause.

Using MSI Afterburner:

1. Reduce the power limit to 85%. This single adjustment lowers both clock speed and voltage simultaneously and is the easiest starting point.
2. If the power limit alone does not help, manually reduce the core clock speed by 50 to 100 MHz.
3. Reduce the memory clock speed by 100 to 200 MHz if the crashes involve visual artifacts.
4. Test stability by running Furmark or playing your most crash-prone game for at least 30 minutes.
5. Gradually increase clocks back toward stock speeds until you find the highest stable setting.

Update Your VBIOS

VBIOS (Video BIOS) is the firmware that controls your GPU at the hardware level, similar to how your motherboard has a BIOS. GPU manufacturers occasionally release VBIOS updates that fix crash bugs, improve fan curve behavior, and resolve compatibility issues with specific games or applications. If your GPU model has a known issue, the manufacturer may have already released a VBIOS fix.

Check your GPU manufacturer’s support page for VBIOS updates specific to your card model (including the exact variant, as different factory-overclocked versions have different VBIOS). You can also find VBIOS files on the Tech Power Up VBIOS database, which is widely trusted across PC building forums. Follow the manufacturer’s flashing instructions carefully, as an interrupted or incorrect VBIOS flash can brick your GPU.

Update Motherboard BIOS and Adjust Settings

An outdated motherboard BIOS can cause compatibility issues with newer GPUs, especially if you installed a latest-generation graphics card in an older motherboard. Motherboard BIOS updates often include improved PCIe slot stability, better power delivery management, and compatibility fixes for new hardware.

1. Visit your motherboard manufacturer’s website and download the latest BIOS version for your exact motherboard model.
2. Follow the manufacturer’s instructions to flash the BIOS. Most modern motherboards support BIOS Flashback, which lets you update without even booting into Windows.
3. After updating, enter the BIOS and set the PCIe slot generation to match your GPU (Gen 4 for RTX 30/40/50 series, Gen 3 for older cards).
4. Disable integrated graphics in the BIOS if you are using a dedicated GPU. This prevents Windows from trying to switch between the two. For detailed steps on this process, see our guide on how to disable integrated graphics.
5. Load BIOS defaults, then re-enable XMP/EXPO for your RAM. Corrupted BIOS settings can cause system-wide instability.

Prevent Future GPU Crashes: Maintenance Tips

Once you have fixed your GPU crash issue, a regular maintenance routine will prevent it from coming back. GPU problems tend to build up over time as dust accumulates, thermal paste dries out, and drivers become outdated.

Regular Cleaning and Maintenance Schedule

Task	Frequency	Importance
Clean GPU fans and heatsinks with compressed air	Every 3 months	High
Check GPU temperatures under load	Monthly	High
Update graphics drivers	Quarterly or when new games crash	High
Verify all power connections are secure	Every 6 months	Medium
Replace thermal paste on GPU core	Every 2-3 years	Medium
Update motherboard BIOS	Annually or when upgrading hardware	Low
Run stress tests to establish baseline stability	After any hardware change	Medium

Monitor Your GPU Health

Keeping an eye on key GPU metrics helps you catch problems before they cause crashes. Install MSI Afterburner and set up an on-screen display that shows these values while you game:

• GPU core temperature: Should stay below 80 degrees Celsius under load for most cards
• GPU usage percentage: Should be consistent with your activity. Sudden drops to 0% during gaming indicate a driver crash.
• Clock speeds: Should remain stable at boost frequencies under load. Wild fluctuations suggest thermal throttling or power delivery issues.
• Fan speeds: Should ramp up smoothly as temperature increases. Fans that do not spin or make grinding noises need replacement.
• Power draw: Should match expected levels for your GPU. Consistently lower-than-expected power draw can mean the GPU is being starved of power by the PSU.

GPU-Z is another free tool worth installing. It provides detailed sensor data and can log it to a file, which is useful for diagnosing crashes that happen when you cannot watch the on-screen display. Run GPU-Z in the background while gaming, and after a crash, check the log to see what happened to temperatures, clock speeds, and power draw in the seconds before the crash.

When to Replace Your GPU

Sometimes, despite every troubleshooting effort, the GPU itself is permanently damaged and needs replacement. Knowing when to stop troubleshooting and start shopping saves you time and frustration.

Signs Your GPU Is Failing Permanently

• Visual artifacts that appear even at idle: colored lines, dots, checkerboard patterns, or distorted text that persist across multiple monitors and cables
• Crashes that happen consistently regardless of temperature, driver version, or power supply
• No display output at all, even though fans spin and the system boots
• Burning smell or visible physical damage: burnt components, bulging capacitors, or discolored PCB
• Artifacts or crashes that worsen over time, indicating progressive hardware degradation

Final Testing Before Replacement or RMA

Before you give up on your GPU, run these final tests to confirm it is truly defective:

1. Test the GPU in a completely different computer. If it crashes in another system, the GPU is confirmed faulty. If it works fine in another system, the problem is with your original motherboard, PSU, or another component.
2. Try a different GPU in your computer. If the replacement card works without crashes, your original GPU is the problem.
3. Run a sustained stress test with Furmark for at least 30 minutes. If the GPU crashes or produces artifacts during the test, the hardware is failing.
4. Check Windows Event Viewer for repeated TDR failures (Event ID 4101) that occur at normal temperatures. This combination points to GPU hardware failure rather than environmental factors.

If your GPU is still under warranty, contact the manufacturer for an RMA (Return Merchandise Authorization). Most GPU warranties cover two to three years from the purchase date and include repair or replacement for hardware defects. Document your troubleshooting steps, as the manufacturer may ask what you have already tried.

Frequently Asked Questions

Conclusion

GPU crashes can bring your entire computing experience to a halt, but the vast majority are fixable with a systematic approach. Start with the quick diagnostic checklist and the Windows + Ctrl + Shift + B driver restart shortcut, then work through the five main fixes in order: clean driver reinstall with DDU, temperature monitoring and cleaning, power supply verification, hardware connection inspection, and Windows software adjustments including HAGS and DirectX settings.

For most users, one of these solutions will resolve the problem. If crashes persist after trying everything, advanced options like underclocking, VBIOS updates, and motherboard BIOS adjustments can address edge cases. And if your GPU is genuinely failing, testing it in another system or running a sustained stress test will give you a clear answer before you pursue an RMA or replacement.

The key is patience and methodical testing. Change one thing at a time, test thoroughly, and keep notes on what works and what does not. With this guide as your reference, you have everything you need to learn how to fix GPU crashes and get back to stable, crash-free computing on both Windows 10 and Windows 11.