How to Fix Game Stuttering on PC: The Complete Checklist

A game that hitches every time you turn a corner is not always a weak graphics card. Stutter has several common causes, and the right fix depends on the pattern you see. This guide helps you measure the pattern first, match it to a cause, and test one fix at a time.

This checklist follows Microsoft, NVIDIA, AMD, and Wagnardsoft documentation, plus the tool makers’ own pages. Where a claim comes from a manufacturer’s documented guidance, the guide says so. Where a result depends on your hardware or your game, the guide says that too. Nothing here claims a test the author did not run. The full source list sits near the end of this guide.

In this guide, we will show you how to fix game stuttering on PC: measure the pattern first, match it to a cause, and apply each fix with exact steps for both brands.

What You Need Before You Start

Three free tools, and 45 to 60 minutes if you do every fix.

• A frame time tool: Intel PresentMon, CapFrameX, or MSI Afterburner with RTSS.
• A temperature tool: HWiNFO, or the Afterburner overlay. Used in Fix 2.
• Your driver installer: Download it now from the official NVIDIA or AMD site, in case you go offline during Fix 3.
• DDU (Display Driver Uninstaller): Only needed if you reach the last part of Fix 3. Download it only from Wagnardsoft or Guru3D.

One safety habit: change one thing at a time, and test after each fix.

What Is Frame Time, and Why It Matters More Than FPS

Your FPS counter shows an average, and an average hides the problem. Your screen shows a stream of still pictures called frames. At a smooth 60 FPS, your PC finishes one frame every 16.7 milliseconds. That gap between frames is the frame time.

Think of frames like cars leaving a factory gate. One car every second and traffic flows. Ten cars at once, then nothing for ten seconds, and traffic feels broken, even though the same number of cars left. A stutter is one frame that takes 100 milliseconds while its neighbors take 16.

Step 0: Measure Before You Change Anything

Time needed: about 10 minutes.

Do not guess. First, turn on a frame time graph. It draws stutter as spikes, and the spike pattern tells you which fix to try.

Option 1: MSI Afterburner with RTSS

1. Install MSI Afterburner. RTSS installs with it. Tick its box during setup if asked.
2. Open Afterburner. Click the Settings gear icon.
3. Click the Monitoring tab.
4. Click Frametime in the list. Tick Show in On-Screen Display.
5. Click OK and start your game. The graph draws while you play.

Option 2: Intel PresentMon or CapFrameX

PresentMon is free and works on all three brands. Its GPU Busy reading shows how long the card spends doing real work on each frame. Compare it with frame time: if frame time runs far longer than GPU Busy, the card is waiting, so look at the CPU, RAM, or storage side. If the two numbers stay close together, the card itself is the limit. CapFrameX does the same job and saves results for comparisons.

Play for five minutes and read the spikes

Fading spikes can point to shader compilation (Fix 4). Spikes on fast turns and new areas can point to slow storage (Fix 6). Spikes that worsen as you play can point to heat or full VRAM (Fix 2). Spikes in every game can point to a driver or Windows problem (Fix 3, Fix 7, Fix 8). A pattern narrows the search. It does not prove the cause on its own.

Find Your Cause: The Symptom Table

Match what you see to a row, then jump to that fix. No match? Work through Fix 1 to Fix 8 in order.

Fix 1: Set a Frame Cap and Fix Your Sync Setup

Time needed: about 5 minutes. Do this fix first, even if the table pointed elsewhere.

The refresh rate is how many new pictures your screen draws per second: a 144 Hz monitor draws 144. G-Sync (NVIDIA) and FreeSync (AMD) are variable refresh rate systems: the monitor waits for each finished frame instead of showing a half finished one. They only work inside the monitor’s own refresh range, and only when the monitor, the cable, and the driver all support them. No sync setting fixes every PC. Pick one coherent setup below and test it.

Step 1: Check your monitor runs at full speed

1. Right click an empty part of the desktop. Click Display settings.
2. Scroll down and click Advanced display.
3. Find Choose a refresh rate. If it says 60 Hz and your monitor supports more, pick the highest number, for example 144 Hz.

Stuck on 60 Hz? Check the monitor’s own menu, the cable, and the input you used. After a driver install, check this setting again. It sometimes reverts to 60 Hz.

Step 2: Turn VRR on in the monitor menu first

Open your monitor’s on screen menu with its own buttons. Find the Adaptive-Sync, FreeSync, or G-Sync setting and turn it on. AMD’s own FreeSync guide lists this as a required step, along with DisplayPort 1.2 or higher where the monitor offers it. If the monitor menu has no such setting, your monitor does not support VRR, and the driver steps below will not help. Skip to the frame cap step instead.

Step 3 (NVIDIA): Turn on G-Sync

1. Right click the desktop. Click NVIDIA Control Panel.
2. Under Display in the left panel, click Set up G-SYNC.
3. Tick Enable G-SYNC, G-SYNC Compatible.
4. Choose Enable for full screen mode, or Enable for windowed and full screen mode if you play borderless windowed games, then click Apply.

G-Sync needs a G-Sync or G-Sync Compatible display, based on NVIDIA’s documented guidance. A FreeSync monitor can work through the G-Sync Compatible path, but only models NVIDIA has validated carry the guarantee. Other models may still work, with no guarantee.

Step 3 (AMD): Turn on FreeSync

1. Right click the desktop. Click AMD Software: Adrenalin Edition.
2. Click the Display tab.
3. Switch AMD FreeSync to On.

FreeSync needs a FreeSync capable monitor and a supported Radeon card, based on AMD’s documented guidance. FreeSync is usually on by default after the driver install. If the switch is missing, check the monitor menu step above first.

Step 4: Pick one sync setup and stick to it

Setup A, tear free VRR: In the NVIDIA Control Panel, set Vertical sync to On. In the game itself, set V-Sync to Off. Driver level V-Sync only engages above the VRR ceiling, where it stops tearing. Below the ceiling, G-Sync handles sync. On AMD, set the game’s V-Sync to Off and leave the driver’s Wait for Vertical Refresh on its default unless a game asks for something else.

Setup B, lowest latency: Turn G-Sync or FreeSync off, and turn V-Sync off everywhere. You get the lowest input delay, and you accept tearing. Competitive players often prefer this setup. Test both setups in the same scene and keep the one that feels calmer on your graph.

Do not mix setups. Two caps, or V-Sync on in both the driver and the game, can add delay without adding smoothness.

Step 5: Set the frame cap

A cap keeps frame rate inside the VRR range, so the monitor never hits its fixed ceiling. Use one cap only.

NVIDIA: Open the NVIDIA App. Click Graphics. Click Program Settings and pick your game. Find Max Frame Rate. Switch it On. Type 141 on 144 Hz, or 237 on 240 Hz. Click Apply.

AMD: Open AMD Software. Click the Gaming tab and pick your game. To cap every game at once, click the Settings gear, then Graphics instead. Turn on Radeon Chill. Set Min FPS and Max FPS to the same number: 141 on 144 Hz, or 237 on 240 Hz. Equal numbers turn Chill into a fixed cap. Note that Chill and Anti-Lag cannot run at the same time, based on AMD’s documented guidance. If you want Anti-Lag, use the game’s own limiter or a driver cap that does not need Chill.

The starting point is refresh rate minus 3: 162 on 165 Hz, 57 on 60 Hz. Treat it as a starting point, not a law. If the game supports NVIDIA Reflex, Reflex already limits frames below the ceiling, so a manual cap is usually unnecessary there. If the game has its own limiter and it holds steady, use that instead of a driver cap. Never run two caps at once.

Fix 2: Rule Out Heat

Time needed: about 10 minutes, plus cleaning time if heat is your cause.

Stutter that starts on a schedule can point to heat. Every chip has a temperature limit. At the limit, the chip protects itself by slowing down. That slowdown is thermal throttling, and each one is a spike on your graph. Then it speeds up, heats up, and slows down again. Heat is one suspect among several, not the default answer.

Check temperatures while you play

1. Open HWiNFO, or the Afterburner overlay from Step 0.
2. Show two readings: GPU temperature (core) and GPU hotspot temperature (hottest point).
3. Play at least 15 minutes. The desktop tells you nothing.
4. Read the numbers as the stutter happens.

Typical ranges for many air cooled desktop cards under load: a core at 65 to 80 degrees C. These are typical ranges, not official limits for every card. Exact limits vary by model and manufacturer, so check your card maker’s specifications before you judge a number. One clear example: AMD has stated that operating at up to 110 degrees C junction temperature during typical gaming is expected and within spec for the RX 5700 series. A high hotspot number alone does not prove a problem on every card.

If heat is your cause, fix the cooling

1. Shut the PC down and switch the power supply off.
2. Blow dust from the card’s fins and case fans with compressed air. Hold each fan blade still with a finger.
3. Check airflow: one fan in at the front, one out at the back, and space around the case.
4. Keep the Fix 1 frame cap. A cap also cuts heat, because the card does less wasted work.

Fix 3: Fix the Driver, With DDU Only When You Need It

Time needed: about 5 minutes for the normal route, about 20 to 30 minutes if you reach DDU. Try the steps in this order.

A driver is the software that lets Windows talk to your graphics card. A normal update installs over the old one, and sometimes leaves a stuttering mix of files. Most driver problems do not need a deep clean. Start with the normal route, and use DDU only when the normal route fails.

Step 1: Try the normal clean install first

On NVIDIA, run the installer, choose Custom, and tick Perform a clean installation. On AMD, choose the Factory Reset option in the installer. Both routes handle a routine update on a healthy system. Test the game after this step before you go further.

If stutter started with the newest driver, install the previous driver version instead, using the same clean option. New drivers sometimes ship a bug for one game, and a rollback is faster than a deep clean.

Step 2: Use DDU only in these cases

• You are switching GPU brands, for example NVIDIA to AMD.
• The standard uninstall fails, or driver problems survive a normal clean install.
• Games crash with driver errors that a normal reinstall did not fix.

Wagnardsoft’s own description matches this order: DDU is designed for cases where the standard driver uninstall fails, or when you need to thoroughly delete driver files. It is not the first step for every driver problem.

Step 3: Download everything first

1. On the official NVIDIA or AMD website, download the newest driver for your exact card model. Save it in Downloads.
2. Download DDU from Wagnardsoft or Guru3D, and unzip it. No other download source is safe for this tool.

Step 4: Disconnect from the internet

Unplug the network cable or turn Wi-Fi off, so Windows Update cannot install its own older driver mid process.

Step 5: Boot into Safe Mode

Safe Mode is a bare bones Windows that loads almost nothing, so no part of the old driver runs and locks files.

1. Open Settings, then System, then Recovery.
2. Under Advanced startup, click Restart now.
3. On the blue menu, click Troubleshoot, then Advanced options, then Startup Settings, then Restart.
4. When the list appears, press 4 for Safe Mode.

Do not worry if Windows looks huge and low resolution here. That is right. Know your full Windows password before this step. A PIN may not work in Safe Mode.

Step 6: Run DDU

1. Open the DDU folder. Double click Display Driver Uninstaller.exe. If Windows warns you, click More info, then Run anyway, but only if your copy came from Wagnardsoft or Guru3D.
2. Set the device type dropdown to GPU.
3. Set the brand dropdown to NVIDIA, AMD, or Intel. Switching brands? Pick the old brand.
4. Click Clean and restart (Highly recommended).
5. Wait. The screen may stay black for up to two minutes. Do not press the power button. The PC restarts by itself.

Step 7: Install the fresh driver

1. Stay offline. Run the saved installer and follow it to the end with its normal options.
2. Restart the PC when it finishes, even if it does not ask.
3. Reconnect your cable or Wi-Fi.
4. Redo Fix 1, Step 1: check your refresh rate. Driver installs sometimes reset it to 60 Hz, which feels like stutter by itself.

Fix 4: Fix Shader Compilation Stutter

Time needed: about 5 minutes, plus play time while a fresh cache builds.

A shader is a small program that tells your card how to draw one effect, like fire or water. Your card cannot read shaders as the game ships them. They must be translated into the card’s own language first. That translation is compilation.

Think of a recipe book in another language. First time you cook a dish, you stop and translate line by line, and dinner is late. After that you keep the translation in a notebook, and the dish is fast forever. The shader cache is that notebook. Compile during play and you hitch the first time each effect appears, never the second. This pattern shows up most in DirectX 12 and Vulkan titles. It does not explain every hitch. A hitch in the same spot on every run, after the cache had time to build, points somewhere else.

NVIDIA: Give the cache room only if the cache is the suspect

1. Right click the desktop. Click NVIDIA Control Panel.
2. Click Manage 3D settings. Stay on the Global Settings tab.
3. Find Shader Cache Size. Leave it on Driver Default unless you have a reason to change it. NVIDIA does not publish what number Driver Default maps to, so no guide can honestly call the default too small.
4. If the same spots hitch again in later sessions, after the cache had time to build, test 10 GB and click Apply. If it does not help, set it back to Driver Default.

A bigger cache is a test, not a cure. It helps only when old entries are being thrown out and recompiled. It does nothing for a game that stutters for another reason.

AMD: Reset a damaged cache

1. Open AMD Software. Click the Settings gear.
2. Click the Graphics tab. Open Advanced.
3. Find Reset Shader Cache. Click Perform Reset.

Reset only if stutter began after a driver change or a game patch, or if you suspect a damaged cache. AMD manages cache size automatically on current drivers, so there is no size setting to raise here. After a reset, expect some hitches in the first session while the cache refills. That is normal.

Both brands: Clear a stale cache after a driver update or a patch

If hitches got clearly worse right after a driver update or a game patch, the stored cache may be stale. Delete the contents of the NVIDIA DXCache folder and the Windows D3DSCache folder, or use Disk Cleanup and tick DirectX Shader Cache. On AMD, the equivalent folders are the AMD DxCache and GLCache folders. Expect worse stutter for the first session while caches rebuild, then judge. If a game offers its own clear shader cache option, use that first. It clears only that game’s entries.

Both brands: Let the game finish compiling

If a game shows a “compiling shaders” progress bar at launch or in its menu, let it finish, every time. Two patient minutes saves an evening of hitches. Caches belong to one driver version, so the first session after an update can hitch while the notebook refills.

Fix 5: Set Up Your RAM Correctly

Time needed: about 10 minutes, including one trip into the BIOS.

RAM problems can cause small hitches in big open world games. They do not cause every stutter. Three checks, all free.

Check 1: Turn on XMP or EXPO, with eyes open

Your kit’s rated speed is on its box, for example 3200 or 6000. Out of the box, it does not run at that speed. It runs at a slow default until you switch the rated speed on. The switch is a saved profile, XMP on Intel and EXPO on AMD: the manufacturer’s own tested settings card.

1. Restart the PC and tap Del until the BIOS appears. Some PCs use F2. If Windows starts, restart and tap earlier.
2. ASUS: Press F7 for Advanced Mode, open Ai Tweaker, set Ai Overclock Tuner to XMP I (Intel) or EXPO I (AMD).
3. MSI: Open the OC page. Set Extreme Memory Profile (XMP) or the EXPO profile to Enabled or Profile 1.
4. Gigabyte: Open the Tweaker tab. Set Extreme Memory Profile (X.M.P.) or EXPO to Profile 1.
5. Press F10 and confirm Save and Exit.

Wording differs a little by brand. The setting is always named XMP, DOCP, or EXPO.

Check 2: Two sticks, right slots, dual channel

Your CPU reads RAM through paths called channels. One stick is one path. Two sticks are two paths side by side: dual channel, like a two lane road beside a one lane road. A single stick does not always cause stutter, but it can reduce performance in scenes where the CPU is the limit.

1. PC off, check your sticks. Two sticks belong in the slots your manual marks for a pair, usually slots A2 and B2: second and fourth from the CPU.
2. Sticks side by side in slots one and two? Move the second stick to slot four.
3. Push each stick in until both end clips click shut.

Check 3: Enough RAM?

1. Play until it stutters, then press Ctrl + Shift + Esc.
2. Click Performance, then Memory.
3. If the game, Windows, and your apps use more than you have, Windows swaps data to the drive mid game. Those are hard hitches.

16 GB is a common practical floor for modern games: two sticks, dual channel, profile on. It is a rule of thumb, not a specification. Heavy multitasking and some newer titles need more. Judge by Task Manager: if memory pressure stays near full while you play, capacity is a suspect. If it does not, it is not.

Fix 6: Move the Game to Fast Storage

Time needed: 5 minutes to start. The move itself can take a while on a big game.

Some modern open world games load their world in pieces as you move: streaming. A mechanical hard drive (HDD) has a spinning disk and a moving arm. For a game that streams heavily, the drive cannot deliver pieces fast enough. The game pauses, and you feel a freeze. An SSD has no moving parts and delivers in time. This does not mean every HDD causes stutter. A game that loads its level once and holds it in memory will not care where it lives.

Move the game to an SSD (Steam)

1. Open Steam. Click Steam (top left), then Settings.
2. Click Storage and pick the drive the game lives on now.
3. Tick the box next to the game, click Move, choose your SSD, and confirm.

The Xbox app offers the same move under Manage on each game’s page.

Keep free space on the game drive

As general practice, keep 15 to 20 percent of the game drive empty. A very full drive can slow down, and Windows needs room there for caches and updates. Treat the percentage as a habit, not a measured threshold. If the drive is nearly full, free space first and retest.

Watch VRAM while you are here

VRAM is the memory on your graphics card itself. If the graph worsens over a session and VRAM sits full, the card spills data to normal RAM. It looks like a storage problem. Test one change: drop Texture Quality one notch, for example Ultra to High, and replay the same scene. If the late session hitches shrink, VRAM pressure was a contributor.

Fix 7: Close Background Apps, Overlays and Captures

Time needed: about 10 minutes.

A random hitch every minute can come from behind the game: a browser with forty tabs, a cloud drive syncing clips, a second launcher updating another game, RGB software polling sensors. Background load does not always cause stutter. On a strong CPU it may cost nothing. The test below takes minutes and settles it for your PC.

Step 1: Find the culprit live

1. Play until it hitches. Press Ctrl + Shift + Esc.
2. On the Processes tab, click the CPU column header to sort.
3. Close anything near the top that you do not need while gaming: browsers, sync tools, updaters.

Step 2: Turn background recording off

1. Open Settings, then Gaming, then Captures.
2. Switch off Record what happened. It quietly films your last minutes of play, always.
3. Press Win + G. In Game Bar Settings, untick Record in the background while I am playing a game if ticked.

Step 3: Test with overlays off

Discord, Steam, NVIDIA, AMD, and Game Bar overlays all hook into the frame pipeline. More than one can add overhead, and on some setups they conflict. In each app’s settings, turn the overlay switch off, then replay the same section. If the hitches shrink, turn overlays back on one at a time until you find the one that costs you. Keep only the ones you use.

Step 4: Test fullscreen optimizations

1. Find the game’s .exe. In Steam: right click the game, Manage, Browse local files.
2. Right click the .exe. Click Properties, then the Compatibility tab.
3. Tick Disable fullscreen optimizations. Click Apply, then OK, and test.

The undo is built in: no change, untick the same box.

Step 5: Prune startup apps

1. Open Task Manager. Click the Startup apps tab.
2. Right click each launcher and updater you do not need at boot. Click Disable.

Fix 8: Change the Windows Settings That Matter

Time needed: about 10 minutes, plus restarts if you test both scheduling modes.

Dozens of gaming tweaks float around. Only a few do anything: these Microsoft ones. Work them in order, and test after each.

Setting 1: Game Mode on

1. Open Settings, then Gaming, then Game Mode.
2. Switch Game Mode to On.

Game Mode is on by default on Windows 11, based on Microsoft’s documented guidance. While a game runs, it prevents Windows Update from installing drivers and sending restart notifications, and it aims for a more stable frame rate depending on the game and the system. It is not a guaranteed fix. If one game behaves worse with it on, test that game with it off and keep the calmer result.

Setting 2: Test GPU scheduling both ways

Normally your CPU hands drawing jobs to the card, like a manager handing tasks to a worker. Hardware-accelerated GPU scheduling (HAGS) lets the card keep its job list instead. Based on Microsoft’s documented guidance, the switch appears only when your card and driver support it.

1. Open Settings, then System, then Display, then Graphics.
2. Click Change default graphics settings. On some builds the link reads Advanced graphics settings.
3. Note how Hardware-accelerated GPU scheduling is set. Switch it the other way.
4. Restart the PC. The change does nothing until you restart.
5. Play the same section for ten minutes. Watch the graph. Test it set back, and keep the calmer result.

On most modern cards the difference is small either way. On some older cards, the old way can feel smoother. HAGS is also required for NVIDIA’s DLSS Frame Generation on supported cards, so if you use frame generation, leave HAGS on. For windowed games and variable refresh rate settings, see our Windows 11 gaming optimizations guide.

Setting 3: Power mode to Best performance

1. Open Settings, then System, then Power & battery.
2. Set Power mode to Best performance.
3. Desktop alternative: Control Panel, then Power Options, then High performance.

A power saving plan can park parts of your CPU mid game, and parked parts stutter. On a laptop, Best performance also means more heat and faster battery drain. Use it while plugged in.

Setting 4: Memory Integrity and Virtual Machine Platform, read before you touch

Microsoft’s own gaming performance guidance names Memory Integrity and Virtual Machine Platform as features that can cost performance on some PCs. Microsoft’s position is that you can turn them off for gaming and turn them back on after. Treat this as a last test, not a first tweak, and only after every fix above.

1. Open Windows Security, then Device security, then Core isolation details. Switch Memory Integrity off. Restart when asked.
2. Search for Turn Windows features on or off. Uncheck Virtual Machine Platform. Click OK. Restart when asked.
3. Play the same section and compare your graph with Step 0.
4. No clear gain? Turn both back on through the same screens and restart. A gain? Decide with eyes open, and turn them back on when you finish gaming if your PC holds anything sensitive.

Common Mistakes That Make Stuttering Worse

• Changing five fixes at once. You will not know which one worked. One fix, one test.
• Driver booster and registry cleaner tools. They install wrong drivers and add background services. Drivers only from the official NVIDIA, AMD, or Intel website.
• Reaching for DDU first. A normal clean install or a rollback fixes most driver problems. Save DDU for brand switches and failures the normal route did not fix.
• Treating a cap or a sync setting as a cure for every stutter. Sync and caps fix delivery problems. They do nothing for heat, a bad driver, or a game that streams badly.
• Turning on XMP or EXPO and never testing stability. A profile that crashes is worse than a slow default. Test after enabling, and turn it off if crashes appear.
• Judging heat by one number. A hotspot number means nothing without the card’s own specification. Check the maker spec before you panic.
• Capping above the refresh rate. 200 on a 144 Hz screen does nothing: frames still bounce against the sync window.
• Watching FPS instead of the frame time graph. Steady 60 FPS feels smoother than a bounce between 70 and 110. Judge by the graph.

When It Is the Game, Not Your PC

Some stutter ships with the game. Four signs:

• It started right after a patch. Check the game forum. If others report the same thing, wait for the hotfix.
• Same spots, same hitches, for everyone. The engine loads its world heavily. The Fix 1 cap often smooths it. Nothing removes it.
• Online only. Your graph stays clean while the world jumps. That is server or netcode, not your hardware.
• Every forum and outlet reports it. The cause is the game. The fix must come from the developer.

Frequently Asked Questions

The Bottom Line

Stutter has several common causes, and testing beats guessing. Measure the frame time. Match your symptom in the table. Work the fixes in order: cap and sync, heat, driver, shader cache, RAM, storage, background load, Windows settings. One fix, one test. The graph confirms the fix. That is the whole method for how to fix game stuttering on PC: measure, match, and test one fix at a time.

We hope this article helped you fix your game stuttering. You may also want to see our guide on how to clean install GPU drivers with DDU, which walks through Fix 3 in more detail. For heat, see how to check your GPU temperature while gaming. For the full settings picture, see our guides to the best PC settings for maximum FPS and every PC graphics setting explained. And once frame times are even, the next step is your own testing, one change at a time.

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