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1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitchesWindows 11 update KB5035853 has been linked by some users to noticeable performance problems on PCs with AMD graphics, ranging from lower frame rates and stuttering to sluggish desktop animations, driver timeouts, or inconsistent GPU behavior after rebooting. These issues appear to affect certain AMD Radeon configurations more than others, especially where recent Windows changes interact poorly with graphics drivers, chipset software, or system-level gaming features.
The problem is not necessarily universal, but it can be disruptive when it appears. Affected users may see games run worse than before, apps feel less responsive, or AMD Adrenalin settings behave unexpectedly after the update is installed. Identifying whether KB5035853 is present, checking driver versions, and isolating recent system changes are the first steps toward narrowing down the cause.
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Several practical fixes may help, including updating AMD graphics drivers, resetting shader caches, disabling conflicting Windows features, rolling back the update, or pausing further updates until Microsoft or AMD provides a confirmed fix. The safest approach depends on how severe the slowdown is, whether the system is used for gaming or work, and whether stability matters more than staying fully current with Windows patches.
What Is Windows 11 Update KB5035853?
KB5035853 is a cumulative update released by Microsoft for Windows 11 as part of the March 2024 Patch Tuesday update cycle. It applies to supported Windows 11 23H2 and 22H2 systems and includes security fixes, reliability improvements, and changes previously tested in optional preview updates. Like most cumulative updates, it is not a single-purpose patch; it bundles many fixes into one package, which means it can affect mulle parts of the operating system at once.
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For many PCs, KB5035853 installs automatically through Windows Update. After installation, Windows 11 may require a restart and the system build number changes. On Windows 11 23H2, the update moves the OS to build 22631.3296, while Windows 11 22H2 moves to build 22621.3296. Users may also see the update listed under Settings > Windows Update > Update history as “2024-03 Cumulative Update for Windows 11 Version 23H2 for x64-based Systems” or a similar entry, depending on device architecture and Windows version.
The update includes security patches for Windows components, along with general platform changes that can touch graphics, gaming, input, memory management, kernel behavior, and device compatibility. Microsoft does not typically describe every low-level interaction in consumer-facing release s, so a cumulative update can sometimes introduce side effects on specific hardware and driver combinations. This is especially relevant for systems using AMD Radeon graphics, AMD integrated graphics in Ryzen APUs, or hybrid graphics setups where the AMD driver stack works closely with Windows display components.
Where KB5035853 fits in the Windows update model
Windows 11 cumulative updates are designed to bring a system fully up to date in one installation. If a PC skipped earlier monthly patches, installing KB5035853 also includes many previous fixes. That makes troubleshooting more complicated because a newly observed issue may be connected to a security change, a graphics-related system component, a scheduler adjustment, or an interaction with an existing driver rather than a visibly new feature.
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| Item | Details |
|---|---|
| Update name | KB5035853 |
| Release type | Windows 11 cumulative security update |
| Release period | March 2024 Patch Tuesday |
| Applies to | Windows 11 23H2 and 22H2 |
| Example builds after install | 22631.3296 for 23H2, 22621.3296 for 22H2 |
Although KB5035853 is primarily intended to improve security and stability, some users with AMD graphics have reported worse performance after installing it. Those reports do not mean every AMD-based system will be affected, but they do make it useful to know what the update is, how it reaches a PC, and how to confirm whether it is present before blaming drivers, games, background apps, or hardware faults.
Reported Performance Issues on AMD Graphics Systems
After installing Windows 11 update KB5035853, some users with AMD graphics hardware have reported noticeable performance degradation in games, creative applications, and general desktop use. The issue does not appear to affect every AMD-based system, but reports commonly involve Radeon RX 6000 and RX 7000 series graphics cards, Ryzen laptops with integrated Radeon graphics, and systems using hybrid graphics where an AMD iGPU works alongside a discrete GPU. In many cases, the system remains usable, but responsiveness and frame pacing become inconsistent compared with the same setup before the update.
The most common complaint is lower gaming performance. Users may see reduced average FPS, sudden frame drops, or stuttering that appears even in games that previously ran smoothly. Some describe shader compilation-like hitching, uneven frame times, or short freezes when moving through new areas in a game. Others report that enabling features such as FreeSync, HDR, Radeon Anti-Lag, Radeon Boost, or in-game overlays makes the issue more noticeable, although the exact combination varies by system and driver version.
Common symptoms reported after KB5035853
- Lower FPS in games: Titles that previously held a stable frame rate may run 10–30% slower or fluctuate more aggressively.
- Micro-stuttering and frame pacing issues: Games may show brief but frequent hitches even when GPU utilization appears normal.
- Desktop lag: Window animations, scrolling, task switching, or opening the Start menu may feel delayed on some systems.
- Longer app launch times: Games, AMD Software: Adrenalin Edition, browsers, and video editing tools may take longer to open.
- Display glitches: Affected users have mentioned flickering, black screens during mode changes, or brief signal drops after waking from sleep.
- Higher power use or temperatures: Some laptops and desktops show elevated idle clocks, increased fan activity, or worse battery life.
Performance problems are not limited to high-end gaming desktops. Ryzen-based laptops with Radeon integrated graphics can show slow UI animations, stutter during video playback, or poor performance after resuming from sleep. Devices that rely on OEM-customized AMD drivers may be more sensitive because Windows Update, chipset drivers, firmware, and the AMD display driver all need to work together. On handheld gaming PCs based on AMD APUs, such as Ryzen Z1-class devices, users may notice unstable frame pacing or unexpected power behavior because these systems depend heavily on tuned graphics and power profiles.
Another pattern reported by users is that the slowdown may appear only after a restart, sleep cycle, driver reset, or cumulative update completion. This can make the problem look inconsistent: a game may run normally once, then stutter after rebooting, or performance may improve temporarily after reinstalling the AMD driver. For troubleshooting, it is helpful to compare performance against a known baseline, such as an in-game benchmark, 3DMark result, or recorded FPS from before KB5035853. If the issue started immediately after the update and affects mulle apps rather than one game alone, the update-driver combination is a stronger suspect than an individual game patch.
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Possible Causes Behind the Slowdowns
Performance problems after installing Windows 11 update KB5035853 on AMD graphics systems can come from several overlapping changes rather than a single confirmed defect. A cumulative update can modify the Windows display stack, kernel components, scheduler behavior, security features, DirectX-related files, and power management defaults. On a PC with an AMD Radeon GPU or an AMD APU with integrated graphics, even a small change in how Windows talks to the graphics driver can show up as lower frame rates, stutter, input lag, longer loading times, or inconsistent GPU usage.
One likely cause is a driver compatibility issue between KB5035853 and existing AMD Software: Adrenalin Edition packages. AMD’s driver suite includes the display driver, shader cache handling, overlay features, recording tools, performance tuning controls, and game-specific optimizations. If Windows updates a graphics-related component or resets part of the driver environment, older or partially corrupted AMD driver installations may behave unpredictably. This is especially common on systems that have been upgraded through many driver versions without a clean install, or on laptops where OEM-customized AMD drivers are mixed with generic AMD releases.
Common technical factors
- Shader cache rebuilds: After a Windows or driver-level change, games may need to rebuild cached shaders. This can cause temporary stuttering, hitching, and higher CPU usage during the first few launches.
- Power profile changes: Windows may revert or adjust power settings, PCIe link-state behavior, or graphics preferences, leading to lower boost clocks on some AMD GPUs and APUs.
- Multi-plane overlay and presentation changes: Updates to how Windows handles desktop composition, overlays, and frame presentation can affect borderless windowed games, video playback, and multi-monitor setups.
- Security and virtualization overhead: Features such as Memory Integrity, VBS, or updated kernel protections can increase CPU overhead on some systems, which may indirectly reduce gaming performance.
- Background servicing activity: Right after installation, Windows may run indexing, update cleanup, Defender scans, or Store app updates, making the system feel slower even if the GPU driver is not the main fault.
AMD systems with hybrid graphics can be more sensitive to these changes. Many Ryzen laptops combine an AMD integrated GPU with a discrete Radeon GPU, and Windows must choose the correct processor for each app. If KB5035853 resets per-app graphics preferences or affects driver detection, a game may launch on the integrated GPU instead of the discrete GPU, causing a major performance drop. External monitors, USB-C docks, variable refresh rate displays, FreeSync, HDR, and high-refresh multi-monitor configurations can add more variables because they rely on consistent communication between Windows, the display driver, and firmware.
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Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Another possible contributor is the interaction between Windows Game Mode, Hardware-Accelerated GPU Scheduling, AMD Anti-Lag, Enhanced Sync, Radeon Chill, and in-game frame limiters. These features all influence frame pacing in different ways. After an update, a setting that was stable before may begin producing uneven frametimes, especially in DirectX 11 or DirectX 12 titles. In some cases, average FPS may look normal while the actual experience feels worse because of microstutter or delayed input.
It is also worth separating update-related problems from coincidental issues. A Windows update often restarts the system, changes pending drivers, or exposes existing instability from overclocking, undervolting, aggressive memory timings, or a nearly full system drive. If the slowdown appears only in one game, the cause may be a game patch, anti-cheat update, or shader compilation issue. If it affects the desktop, browser video playback, mulle games, and benchmark results, the Windows update or AMD driver stack becomes a more likely suspect.
How to Check If KB5035853 Is Installed
Before changing drivers, rolling back updates, or adjusting AMD graphics settings, confirm whether Windows 11 update KB5035853 is actually installed on the system. Performance drops can come from several sources, including a GPU driver change, a game update, Windows security features, background indexing, or thermal throttling, so checking the update history helps narrow the issue to a specific Windows patch.
The quickest method is through the Windows Settings app. Open Settings, go to Windows Update, then select Update history. Look under sections such as Quality Updates or Other Updates for an entry containing KB5035853. If it appears there, the installation date and compare it with when the AMD graphics performance problems began. A close match between the install date and the start of stuttering, FPS drops, driver resets, or slower desktop rendering is a useful clue.
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- Press Windows + I to open Settings.
- Select Windows Update from the left sidebar.
- Click Update history.
- Expand Quality Updates.
- Look for 2024-03 Cumulative Update for Windows 11 with KB5035853 in the name.
You can also check from the classic Control Panel view, which is useful if you plan to uninstall the update. Open Control Panel, select Programs, then choose Programs and Features. Click View installed updates on the left side, then use the search box in the top-right corner to search for KB5035853. If Windows lists the update, it is installed and may be removable from that screen depending on your system state and update policy.
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For a faster check, use Windows Terminal or Command Prompt. Right-click the Start button, choose Terminal or Terminal (Admin), and run a command that queries installed hotfixes. This is especially helpful for advanced users, IT admins, or anyone checking mulle PCs with AMD Radeon or Ryzen systems that include integrated Radeon graphics.
- Command Prompt: wmic qfe | find “KB5035853”
- PowerShell: Get-HotFix -Id KB5035853
If the command returns an entry for KB5035853, the update is present. If it returns nothing, it may not be installed, it may have been superseded by a newer cumulative update, or the system may report it under a related build package rather than as a standalone hotfix. In that case, check Settings > System > About and the Windows build number, then compare it with Microsoft’s Windows 11 update history for the March 2024 cumulative release. This helps identify whether the system has KB5035853 itself or a later update that includes the same fixes and possible regressions.
After confirming the update status, record three details before troubleshooting: the KB number, the installation date, and the current AMD driver version. You can find the driver version in AMD Software: Adrenalin Edition under the system or software information page, or in Device Manager under Display adapters. Keeping these details makes it easier to decide whether to roll back the Windows update, reinstall the AMD driver, or wait for a corrected release from Microsoft or AMD.
Troubleshooting Steps for AMD GPU Performance Problems
If performance dropped after installing KB5035853, start with basic checks before removing the update. AMD graphics issues can come from shader cache corruption, driver settings being reset, Windows power options changing, or background services running after the update. The goal is to confirm whether the slowdown is tied to the update, the AMD driver, a specific game or app, or a system-wide graphics problem.
1. Restart and let post-update tasks finish
After a cumulative update, Windows may continue indexing files, optimizing components, or running security scans in the background. Restart the PC at least once, then leave it idle for 10 to 20 minutes. Open Task Manager and check whether CPU, disk, or GPU usage remains unusually high when no apps are open. If usage settles down, test the affected game or application again before changing drivers.
2. Reset AMD Adrenalin performance settings
Open AMD Software: Adrenalin Edition and check whether tuning, anti-lag, chill, enhanced sync, frame rate limits, or Radeon Super Resolution settings changed after the update. For testing, restore graphics settings to default and disable overlays or recording features. If you use custom undervolting, overclocking, or fan curves, temporarily return to stock settings because Windows updates can expose instability that was not obvious before.
- Disable Radeon Overlay and in-game metrics temporarily.
- Turn off Radeon Chill, Enhanced Sync, and frame limiters while testing.
- Reset GPU tuning to default in the Performance tab.
- Check whether the game is using the dedicated AMD GPU on hybrid laptops.
3. Clear shader caches and temporary graphics data
Stuttering after an update is often caused by shader recompilation. In AMD Adrenalin, use the option to reset or clear the shader cache if available. You can also clear DirectX shader cache from Windows by opening Settings, going to System > Storage > Temporary files, selecting DirectX Shader Cache, and removing it. The first launch of a game may still stutter briefly while shaders rebuild, so test over several minutes rather than judging from the opening scene only.
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4. Check Windows graphics and power settings
Go to Settings > System > Display > Graphics and confirm that demanding games and creative apps are set to High performance. On laptops, test while plugged in and set the power mode to Best performance. Also check whether variable refresh rate, Auto HDR, or hardware-accelerated GPU scheduling changed after the update. Toggle one setting at a time, restart if prompted, and retest so you can identify which change helped.
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5. Repair or reinstall the AMD graphics driver
If the issue affects mulle games or the desktop feels sluggish, reinstalling the AMD driver is a practical next step. Download the latest recommended driver for your GPU from AMD’s support site or your laptop manufacturer’s support page. During installation, choose the factory reset or clean install option if offered. For stubborn problems, use AMD Cleanup Utility in Safe Mode, then install a known stable driver version rather than jumping between multiple releases.
| Symptom | Action to Try |
|---|---|
| Game stutter after first launch | Clear DirectX and AMD shader cache, then retest after shaders rebuild. |
| Low FPS in all games | Reset AMD tuning, check Windows power mode, then reinstall the driver. |
| Laptop using integrated graphics | Set the app to High performance under Windows Graphics settings. |
| Crashes or driver timeouts | Return GPU clocks to stock and test a clean AMD driver install. |
After each change, test the same scene, benchmark, or workload so results are comparable. Avoid applying several fixes at once unless the system is unusable. If performance improves after a driver reinstall or shader cache reset, KB5035853 may have triggered a configuration or cache problem rather than causing permanent GPU damage.
How to Roll Back or Pause the Update
If performance problems started soon after installing KB5035853, rolling back the update is a practical way to confirm whether it is involved. This is most useful when the system was stable before the patch and you are seeing repeatable AMD graphics issues such as lower frame rates, stuttering, driver timeouts, or unusual desktop lag. Before uninstalling anything, save open work, close running games or GPU-heavy apps, and make sure you have an administrator account available.
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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11Uninstall KB5035853 from Windows Settings
- Open Settings.
- Go to Windows Update > Update history.
- Scroll down and select Uninstall updates.
- Look for KB5035853 in the list of installed updates.
- Select Uninstall, then follow the prompts.
- Restart the PC when Windows asks you to do so.
After the reboot, test the same game, benchmark, browser workload, or desktop scenario that showed the slowdown. If frame pacing, GPU utilization, or overall responsiveness improves, the update may be part of the problem on your configuration. If nothing changes, the cause may instead be an AMD driver issue, a shader cache problem, a game update, chipset driver behavior, or a separate background process.
Use Windows Recovery if the Update Cannot Be Removed Normally
Some cumulative updates may not appear in the standard uninstall list, or Windows may fail to remove them from the Settings app. In that case, you can try the recovery environment. Open Settings > System > Recovery, then choose Restart now next to Advanced startup. After the PC restarts, go to Troubleshoot > Advanced options > Uninstall Updates, then choose the option to remove the latest quality update. This targets recent monthly patches without resetting your personal files.
Pause Windows Update Temporarily
Once KB5035853 is removed, Windows may try to install it again. To prevent an immediate reinstall, open Settings > Windows Update and use Pause updates. Windows 11 usually lets you pause updates for a short period, with the exact duration depending on your edition and policy settings. This gives you time to test AMD driver versions, monitor Microsoft and AMD support channels, and wait for a revised patch if the issue is confirmed more broadly.
- For gaming PCs: pause updates long enough to test several restarts and multiple games, not just one short session.
- For workstations: check whether professional apps using OpenCL, DirectX, Vulkan, or hardware acceleration behave normally after the rollback.
- For managed devices: contact your IT administrator before removing or pausing updates, since company policies may reinstall them automatically.
Rolling back a Windows update should be treated as a temporary troubleshooting step rather than a permanent fix. KB5035853 may include security and stability changes, so leaving the system unpatched indefinitely is not ideal. If uninstalling it restores normal AMD GPU performance, keep the pause period limited, document the driver version and symptoms, and recheck Windows Update periodically for a newer cumulative update that supersedes KB5035853.
When to Update AMD Drivers or Wait for an Official Fix
If performance problems started immediately after installing Windows 11 update KB5035853, updating the AMD graphics driver is often worth trying before making deeper system changes. AMD driver packages include fixes for game profiles, shader compilation, power management, display stability, and Windows graphics stack compatibility. On systems using Radeon RX 5000, RX 6000, RX 7000, Ryzen APUs, or mobile Radeon graphics, a newer Adrenalin driver may reduce stuttering, restore expected frame pacing, or fix crashes triggered by the update.
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Use AMD Software: Adrenalin Edition or the official AMD support website rather than a third-party driver tool. If the issue appeared after both KB5035853 and a recent GPU driver update, consider testing one stable driver version back instead of installing the newest release automatically. For gaming PCs, check the driver release s for mentions of your GPU series, the affected game or application, DirectX 11 or DirectX 12 fixes, timeout detection, or Windows 11 compatibility improvements. For laptops, especially models with hybrid graphics, the manufacturer-provided AMD driver may be safer than AMD’s generic package because it can include custom power and display switching settings.
Update the AMD driver when
- Games or 3D applications launch but show lower FPS, inconsistent frame times, or shader stutter after KB5035853.
- AMD Software reports an older driver branch, especially one released months before the Windows update.
- Release notes mention fixes for crashes, frame pacing, DirectX, Vulkan, FreeSync, or your specific GPU family.
- You see display driver timeout errors, black screens, or application crashes that are commonly addressed by GPU driver updates.
- You have already confirmed that background apps, thermal throttling, and Windows power settings are not the main cause.
A clean driver installation can help if the existing driver profile was corrupted during the update process. In AMD Software, the factory reset option can remove previous settings before installing the new package. For more persistent problems, advanced users sometimes use AMD Cleanup Utility or Display Driver Uninstaller in Safe Mode, then install a fresh AMD driver. Before doing this, create a restore point and keep a copy of the current known-working driver installer so you can revert if the new package performs worse.
Wait for Microsoft or AMD when
- The problem is widely reported after KB5035853 across similar AMD systems, suggesting an update-level regression.
- Rolling back KB5035853 immediately restores normal performance, while multiple AMD driver versions behave the same.
- The PC is used for work, production, streaming, or competitive gaming and stability matters more than testing fixes.
- You rely on an OEM laptop driver and the manufacturer has not yet validated a newer AMD package.
- Known issue pages, AMD community posts, or support responses indicate that a fix is being investigated.
For a primary system, avoid repeatedly swapping drivers and Windows builds without tracking each change. Test one adjustment at a time: install one AMD driver, restart, test the same game or workload, record FPS or frame-time behavior, then decide whether to keep it. If the PC becomes stable after pausing or uninstalling KB5035853, it is reasonable to wait for a later cumulative update, optional preview update, AMD Adrenalin release, or OEM driver package. Once Microsoft or AMD publishes a fix, remove any temporary workarounds gradually so you can confirm which change actually resolved the slowdown.
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How do I know if KB5035853 is causing my AMD graphics performance problems?
Check whether KB5035853 was installed around the same time the slowdowns, stuttering, FPS drops, or driver crashes started. Go to Settings > Windows Update > Update history and look under Quality updates for KB5035853. If performance was stable before the update and improves after uninstalling it, the update is a likely trigger.
Which AMD graphics systems are most likely to be affected?
Reports mainly involve Windows 11 PCs using AMD Radeon graphics, including desktop Radeon RX GPUs and some laptops with integrated Radeon graphics. Gaming systems may notice the issue more because frame pacing, shader compilation, and driver overhead are easier to detect in games. The problem may not affect every AMD system, even with the same Windows update installed.
Should I uninstall KB5035853 if my games or apps are running badly?
If the performance drop is severe and clearly started after KB5035853, uninstalling the update is a reasonable troubleshooting step. You can remove it from Settings > Windows Update > Update history > Uninstall updates, then restart the PC and test the same games or apps again. Keep in mind that uninstalling a cumulative update can also remove security and stability fixes, so pause updates temporarily rather than leaving the system unpatched indefinitely.
Will updating my AMD driver fix the KB5035853 performance issue?
It may help, especially if you are using an older Radeon driver or a driver installed automatically by Windows Update. Download the latest AMD Software: Adrenalin Edition driver directly from AMD’s website, then perform a clean install if the installer offers that option. If the latest driver makes things worse, try rolling back to the previous stable AMD driver from Device Manager or AMD’s driver archive.
When should I wait for Microsoft or AMD instead of troubleshooting further?
If you have already tested a clean AMD driver install, checked game settings, disabled overlays, and confirmed the issue only happens with KB5035853 installed, it may be better to wait for an official fix. This is especially true on work PCs or laptops where repeated driver changes and update rollbacks can create more instability. Monitor Windows Update, AMD release s, and Microsoft’s Windows release health dashboard for confirmation of a patched update or driver fix.
Bottom Line
KB5035853 can leave some Windows 11 systems with AMD graphics feeling slower, less stable, or more prone to stutters, especially after driver resets, shader cache changes, or conflicts with existing Radeon software settings. If you notice the problem right after updating, start with practical fixes such as updating AMD drivers, resetting Adrenalin settings, clearing shader caches, and checking for newer Windows patches.
If the issue is severe, rolling back KB5035853 or using a restore point may be the fastest temporary workaround while you monitor Microsoft and AMD support channels for a confirmed fix. For minor slowdowns, it may be safer to wait for an official update than to repeatedly change drivers or system settings, especially on a work or gaming PC you rely on daily.
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