How to Update Graphics Card Drivers: 13 Steps [2026]

A graphics card is only as fast as the driver running it, and in September 2026 that gap is wider than usual. NVIDIA shipped GeForce Game Ready Driver 616.64 WHQL on September 3 to unlock DLSS 5 3D-Guided Neural Rendering in NBA 2K27, AMD followed with Adrenalin Edition 26.9.1 the same week for its RX 9070, 9060, and 9050 cards, and Intel pushed Graphics Driver 32.0.101.9033 on September 24 for Arc B-Series and Arc A-Series hardware. If your card still runs a driver from earlier this summer, you’re missing frame-generation gains, new game profiles, and in some cases security patches. This tutorial walks through updating graphics card drivers on NVIDIA, AMD, and Intel hardware the right way, including when a routine in-app update is enough and when you need a full clean install with Display Driver Uninstaller (DDU).

The process below applies whether you’re running a desktop RTX 50-series card, a Radeon RX 9000-series build, an Arc B-series GPU, or one of the new AI-branded handhelds like the MSI Claw 8 EX AI+ that pack Intel’s Arc G3 Extreme silicon. Handhelds and laptops need a few extra precautions, covered in Step 12, because their drivers often route through the OEM instead of the GPU vendor directly.

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Why Updating Your Graphics Card Drivers Still Matters in 2026

Driver updates used to mean a small FPS bump and a handful of bug fixes. That’s changed. NVIDIA’s driver page states plainly that the goal is to “keep your PC up to date with the latest NVIDIA drivers and technology,” and in 2026 that technology stack includes neural rendering models that update almost as often as the games they support. AMD’s support documentation pushes the same message for Radeon hardware, describing its “Auto-Detect and Install Driver Updates for AMD Radeon Series Graphics and Ryzen Chipsets” tool as the preferred path for staying current. Skipping updates for a few months on either platform now means missing entire rendering features, not just a point release.

Three things changed the calculus this year. First, DLSS 5 and AMD’s FSR “Redstone” upscaling suite both ship as driver-gated features rather than simple game patches, so an outdated driver silently disables options a game claims to support. Second, new hardware families, from Arc B-series desktop cards to Arc G3 Extreme handheld chips, get driver-level fixes on a near-weekly cadence during their first year. Third, Microsoft’s Windows Update driver channel has grown less reliable at matching vendor release timing, which means relying on it alone leaves performance on the table for weeks at a stretch. If you’ve already gone through the process of installing a new graphics card, the driver is the next thing standing between that hardware and its rated performance.

None of this is guesswork or a repeat of last year’s advice recycled with a new date stamp. Every version number, release date, and feature requirement in this tutorial comes from the vendors’ own driver pages and release notes, checked the week of September 28, 2026. That matters because driver documentation moves fast enough that a guide written even two months ago can point readers toward a build that’s since been superseded twice, and installing an outdated “latest” driver defeats the entire point of updating in the first place.

Prerequisites and What You’ll Need Before You Start

Gather these before touching Device Manager. Missing any one of them is the most common reason a driver update stalls halfway through.

• Windows 11, version 24H2 or 25H2 (Windows 10 22H2 still works for most vendor installers, but NVIDIA and AMD are trimming support each quarter)
• Administrator account access on the machine you’re updating
• At least 5 GB of free disk space on the system drive for installer extraction and temp files
• A stable internet connection. NVIDIA App and AMD Adrenalin packages run 700 MB to 1.2 GB
• Your current driver version noted down (Step 1 shows how) in case you need to roll back
• Display Driver Uninstaller (DDU) downloaded in advance, since you may need Safe Mode without internet access
• 15 to 45 minutes depending on whether you do an in-place update or a full clean install
• For laptops: your OEM model number (Dell, Lenovo, ASUS, MSI, Acer) in case you need an OEM-signed driver instead of the vendor’s generic package

You do not need to uninstall your current driver before most updates. That step is reserved for Step 8, and only when something is already broken or you’re switching between beta and stable branches.

Step 1: Identify Your Exact GPU and Current Driver Version

Before downloading anything, confirm exactly which GPU and driver version you’re running. Vendors ship different driver families for different silicon generations, and installing the wrong one either fails outright or installs without enabling your card’s newest features.

Open PowerShell as Administrator and run:

Get-WmiObject Win32_VideoController | Select-Object Name, DriverVersion, DriverDate

A typical output on an RTX 50-series card looks like this:

Name                          DriverVersion    DriverDate
----                          -------------    ----------
NVIDIA GeForce RTX 5080       32.0.16.6464     20260903000000.000000-000

That long DriverVersion string maps to a shorter vendor-facing number. NVIDIA’s 32.0.16.6464 corresponds to GeForce Game Ready Driver 616.64. You drop the leading digits and read the last five as the public version. AMD and Intel display their version numbers more directly in Adrenalin and the Intel Graphics Control Panel. If you’d rather skip the math, DXDIAG gives you the same information in a friendlier format: press Windows key + R, type dxdiag, hit Enter, and check the Display tab. Note the exact figure somewhere before moving on, since you’ll want it if a rollback becomes necessary in Step 11.

Step 2: Choose the Right Driver Branch (WHQL vs. Optional vs. Studio)

Every vendor now splits releases into at least two branches, and picking the wrong one is a common source of instability. WHQL (Windows Hardware Quality Labs) drivers pass Microsoft’s certification process and prioritize stability. Optional or Game Ready drivers ship faster, sometimes day-one for a specific title, but skip the full certification cycle. AMD’s own release notes for version 26.9.1 label it explicitly as an “Optional” package, while 26.8.1 from August 20, 2026 carries the “WHQL Recommended” tag for the same RX 9070/9060/9050 hardware.

NVIDIA adds a third option: Studio drivers, tuned for content-creation apps like Premiere Pro and DaVinci Resolve rather than the newest game patches. If you edit video or do 3D rendering for work, install Studio and skip Game Ready entirely, even though it means waiting longer for day-one DLSS 5 profiles. Gamers who chase every new feature should default to Game Ready or the vendor’s equivalent Optional branch. Anyone who values a system that doesn’t crash mid-render should default to WHQL or Studio and only switch branches when a specific game demands it.

Step 3: Back Up Your Settings and Create a Restore Point

Driver installers occasionally reset custom resolutions, color profiles, and fan curves tied to GPU overclocking software. Before updating, export your current profile if your control panel supports it (NVIDIA App has a Settings export option under Preferences, AMD Adrenalin has Profiles > Export), and create a Windows System Restore point as a safety net for the OS itself.

Checkpoint-Computer -Description "Pre-GPU-Driver-Update" -RestorePointType "MODIFY_SETTINGS"

Run that in an elevated PowerShell window. If System Protection is disabled on your boot drive, enable it first through Control Panel > System > System Protection, or the command returns an error instead of creating the checkpoint. This step takes under a minute and has saved more than a few driver updates that would otherwise have required a full Windows repair.

Step 4: Update NVIDIA Drivers Through the NVIDIA App

GeForce Experience was retired in 2025, and the NVIDIA App is now the only supported way to manage GeForce drivers, DLSS profiles, and in-game overlays. Download it directly from NVIDIA’s official app page if it isn’t already installed.

1. Open the NVIDIA App and click the Drivers tab in the left sidebar
2. If a new version is available, you’ll see “GeForce Game Ready Driver 616.64 WHQL” (or newer) with a Download button
3. Choose “Express Installation” for a standard update, or “Custom Installation” if you want to deselect the NVIDIA App itself, telemetry components, or PhysX
4. Under Custom Installation, tick “Perform a clean installation” if you’re coming from a driver more than two versions old
5. Click Install. The process disables your display for 30 to 90 seconds and restarts the graphics service automatically
6. Reboot when prompted, even if Windows says it isn’t required

For DLSS 5 specifically, NVIDIA’s release notes for driver 616.64 specify that the feature also requires an updated NVIDIA App build and NVIDIA Streamline 2.14 or newer, which downloads automatically after the reboot in most cases. If a game’s settings menu still shows DLSS 4 options only, force a Streamline check by relaunching the NVIDIA App and clicking “Check for updates” a second time.

Step 5: Update AMD Drivers Through Adrenalin Edition

AMD Software: Adrenalin Edition handles driver updates, FSR Redstone toggles, and performance overlays for Radeon cards. If it isn’t already installed, grab it from AMD’s driver support page, which auto-detects your specific card.

1. Launch Adrenalin Edition and open the Home tab
2. Click “Check for Updates” in the top-right corner
3. Choose between the Recommended (WHQL) build, currently 26.8.1 from August 20, 2026, and the newer Optional build, 26.9.1 from September 3, 2026, if it’s listed for your card
4. Select “Factory Reset” during install only if you’re troubleshooting. Otherwise pick the standard express path to keep your existing profiles
5. Let the installer finish, then restart when prompted

AMD’s own guidance points to the same auto-detect workflow: its release notes for the 26.9.1 package state that the “preferred method for downloading the latest driver for all AMD products can be found using the Auto-detect and Install Driver Update Option.” If your card is an RX 9070, 9060, or 9050, that auto-detect tool is the fastest way to confirm you’re getting the exact build meant for your hardware rather than a generic Radeon package.

Step 6: Update Intel Arc and Integrated Graphics Drivers

Intel splits its graphics driver delivery between the Intel Driver & Support Assistant (DSA), an automatic detection tool, and direct downloads from the Arc & Iris Xe Graphics support page. Intel’s own support material calls DSA “the easiest method” for most users, since it scans your system and surfaces only the packages relevant to your hardware.

1. Install Intel Driver & Support Assistant from Intel’s Download Center if you haven’t already
2. Let it scan. For Arc B-Series and Arc A-Series cards, plus Core Ultra CPUs with integrated Arc graphics, it should surface Intel Graphics Driver 32.0.101.9033, released September 24, 2026
3. Click Download, then Install, and accept the UAC prompt
4. Restart when the installer finishes. Intel’s graphics driver restarts require a full reboot far more often than NVIDIA or AMD’s

Owners of newer Arc-based handhelds, including devices built around the Arc G3 Extreme platform, should confirm their OEM (MSI, Acer, OneXFly) hasn’t locked graphics driver updates behind a proprietary utility. Some handheld makers ship a customized control panel that blocks the generic Intel package from installing cleanly, which is worth checking before you spend 20 minutes troubleshooting a driver conflict that a locked BIOS setting caused.

Step 7: Update Through Windows Update (and When to Skip It)

Windows Update also distributes graphics drivers, usually a version or two behind the vendor’s own app. Check by opening Settings > Windows Update > Advanced Options > Optional Updates > Driver Updates. This path works fine as a fallback on machines where the vendor app won’t install, or on managed corporate devices where installing third-party software is restricted.

The catch: Windows Update sometimes reinstalls an older certified driver over a newer one you installed manually, particularly after a major Windows feature update. If you’ve deliberately chosen a newer Optional branch like AMD’s 26.9.1 or an NVIDIA beta build, block Windows Update from touching graphics drivers by disabling the relevant policy in Group Policy Editor, or by hiding the specific update through the “Show or hide updates” troubleshooter Microsoft still distributes for this exact scenario. Microsoft’s own Device Manager driver update guide covers the manual side of this path if you’d rather target a single device instead of scanning the whole system through Windows Update.

Step 8: Run a Clean Install With Display Driver Uninstaller (DDU)

Skip this step for routine updates. Use it when you’re switching GPU vendors, recovering from repeated crashes, or moving between beta and stable branches and want zero leftover registry entries. DDU, a free tool from Wagnard, removes driver files that Windows’ own uninstaller leaves behind.

1. Download DDU from wagnardsoft.com before you start, since you’ll be offline for part of this process
2. Boot into Safe Mode. From an elevated PowerShell prompt, run the command below, then restart

bcdedit /set {current} safeboot minimal
shutdown /r /t 0

3. Once in Safe Mode, run DDU as Administrator
4. Select your GPU vendor (NVIDIA, AMD, or Intel) from the dropdown
5. Click “Clean and restart” (or “Clean and shutdown” if you’re about to swap hardware)
6. After the reboot, exit Safe Mode by running the command below from an elevated prompt, then restart once more

bcdedit /deletevalue {current} safeboot
shutdown /r /t 0

DDU logs a summary on completion. A successful run reports something close to “Cleanup Successful, no reboot needed” or lists the number of files and registry keys removed. Install the fresh driver package immediately after, using whichever vendor method matches Steps 4 through 6.

Step 9: Verify the New Driver Is Active

Don’t assume the install worked just because no error appeared. Confirm the version number matches what you expected, then run a short stability check before trusting the update.

dxdiag /t dxdiag_report.txt

That command exports a full diagnostic report to a text file instead of opening the GUI, useful if you’re troubleshooting remotely or attaching a log to a support ticket. Open the file and check the Display Devices section for the driver version and date. On NVIDIA hardware it should now read a version matching 616.64 or newer, on AMD it should show 26.9.1 or 26.8.1, and on Intel it should read 32.0.101.9033. Follow that with 10 to 15 minutes in a demanding game or a benchmark like 3DMark to confirm there’s no new stuttering, artifacting, or thermal throttling introduced by the update.

Step 10: Enable the Features the New Driver Unlocks

A driver update alone doesn’t always switch on the feature you were chasing. Each vendor gates its newest rendering tech behind an additional in-game or in-app toggle.

• DLSS 5: open the game’s graphics settings, set the upscaling mode to DLSS, and look for the 3D-Guided Neural Rendering option introduced alongside driver 616.64. If it’s missing, relaunch the NVIDIA App and confirm Streamline updated
• FSR Redstone: full support requires Adrenalin 25.12.1 or newer on RX 9000-series cards. RX 7000-series owners only get FSR Redstone Upscaling, not the full technology suite, even with the latest driver, so check your specific card’s supported tier before assuming a missing toggle is a bug. Our AMD FSR Redstone setup guide covers the per-game rollout in more detail
• NVIDIA Smooth Motion: available through the NVIDIA App’s Global Settings after updating. See our Smooth Motion setup walkthrough if the toggle doesn’t appear on your card tier

If a feature still doesn’t show up after confirming the driver version, the more likely culprit is a per-game whitelist rather than the driver itself. Both NVIDIA and AMD roll out new titles to their neural rendering feature sets gradually, sometimes weeks after the driver that technically supports them ships.

Step 11: Roll Back a Driver That’s Causing Problems

If the new driver introduces crashes, artifacting, or a big performance regression, don’t wait for a fix. Rolling back takes less time than troubleshooting a bad driver for hours.

1. Open Device Manager, expand Display Adapters, right-click your GPU, and select Properties
2. Go to the Driver tab and click “Roll Back Driver” if the button is active
3. If it’s greyed out, Windows didn’t keep the previous driver package. In that case, use the restore point from Step 3, or download the older version directly from the vendor’s archive (NVIDIA and AMD both keep past releases available, including the previous WHQL build for at least one prior cycle)
4. Run DDU in Safe Mode first if the rollback still leaves conflicts, then install the older package clean

Document what broke before rolling back. If a specific game or specific setting (ray tracing, a particular resolution, multi-monitor) triggered the issue, that detail speeds up any support ticket you file with the vendor afterward, and it tells you exactly what to test again once the next driver update lands.

Step 12: Handle Laptop and Hybrid-Graphics Driver Quirks

Laptops and handhelds add a layer the desktop steps above don’t cover. Most gaming laptops and every current Windows handheld use hybrid graphics, switching between an integrated GPU and a discrete one (or, on Arc G3 Extreme handhelds, running Intel’s integrated and discrete tiles together). That setup changes how driver updates behave.

• Check whether your laptop OEM (Dell, Lenovo, ASUS, MSI, Razer) publishes its own signed driver package before installing the vendor’s generic one. Some laptops reject or destabilize with the raw NVIDIA/AMD/Intel installer
• If the OEM package is more than two months behind the vendor’s release, most modern laptops accept the generic package anyway, but check your OEM’s forum first, since a handful of models genuinely require the customized version for fan curve and power-limit integration
• On MUX-switch laptops, confirm which GPU mode (Hybrid, Discrete-only, or Optimus) you’re in before updating, since some installers behave differently depending on which GPU is currently driving the display
• Handhelds with integrated Arc graphics should update through the same Intel DSA path in Step 6, but expect the OEM’s game-mode software to occasionally override display settings after a reboot

If you’ve noticed ghosting or motion blur on an external monitor after a laptop driver update, that’s usually a display-side setting rather than the GPU driver itself. Our monitor ghosting fix covers the response-time and overdrive settings worth checking first.

Step 13: Automate Future Driver Health Checks

Manually checking three vendor sites every month doesn’t scale. Instead, let each vendor’s app handle notifications, and layer a simple local script on top so you always know your baseline before the next update lands. The NVIDIA App, Adrenalin, and Intel DSA all support background update checks. Enable that setting once and you’re done for routine cases. The next section includes a script that goes a step further and logs your current versions automatically, which is worth running before and after every update from now on.

What’s Different on SteamOS and Linux-Based Handhelds

Everything above assumes Windows, but a growing share of handheld gaming hardware runs SteamOS or another Linux distribution instead, and the driver model there works differently enough to trip up anyone used to the NVIDIA App or Adrenalin workflow. On SteamOS, AMD’s Radeon drivers ship as part of the Mesa graphics stack bundled with the OS image itself rather than as a separate downloadable package. There’s no equivalent of Adrenalin to open and click “Check for Updates”. Instead, the entire driver stack updates when you apply a SteamOS system update through Settings > System > Software Updates.

That has two practical implications. First, you can’t selectively update just the graphics driver on SteamOS without pulling in the rest of that update, which is generally fine since Valve tests the whole stack together before shipping it, but it does mean you can’t chase a day-one Optional driver the way an AMD desktop user can. Second, if a SteamOS update introduces a graphics regression, rolling back means reverting the entire system image rather than just the driver, which SteamOS supports through its A/B partition system: hold the power button, choose “Select an OS,” and pick the previous, non-updated partition if one is still available.

Other Linux-based handheld operating systems, including several built on Arch or Ubuntu bases, handle Mesa driver updates through the regular system package manager (pacman -Syu on Arch-based builds, apt update && apt upgrade on Debian/Ubuntu-based ones). Intel Arc graphics on Linux route through the same Mesa stack rather than a separate Intel-branded installer, so an outdated distribution’s package repository is usually the reason an Arc-based Linux handheld lags behind the Windows driver timeline covered in Step 6. Anyone dual-booting a handheld between SteamOS and Windows should expect the two driver timelines to drift apart by weeks or months, since they pull from entirely separate release pipelines.

Common Pitfalls When Updating Graphics Card Drivers

Most driver update failures trace back to one of these avoidable mistakes.

1. Updating mid-download of another large file or during a live game session. The installer needs exclusive access to the GPU. Anything actively rendering at the same time increases the odds of a failed install.
2. Leaving overlays running. MSI Afterburner, RivaTuner Statistics Server, and Discord’s in-game overlay all hook into the graphics driver. Close them before installing, not just before launching a game.
3. Choosing Optional/beta drivers for a production or work machine. Game Ready and Adrenalin Optional builds prioritize new features over stability. A machine you rely on for work should stay on WHQL or Studio.
4. Skipping the clean install after several driver crashes in a row. Layering a new driver on top of corrupted files from a previous crash rarely fixes anything. Run DDU (Step 8) once problems repeat.
5. Using third-party “driver updater” tools instead of the vendor’s own app. These tools frequently bundle outdated or mismatched INF files, and several have been flagged for adware bundling. Stick to NVIDIA App, Adrenalin, and Intel DSA, or the vendor’s direct download page.
6. Assuming a laptop needs the same driver as a desktop with the identical GPU model name. OEM-locked laptops sometimes require a customized package. Installing the generic one can disable power-management features tied to the chassis.
7. Forgetting to reboot when the installer says it’s optional. Several vendors mark the reboot as skippable to avoid interrupting a session, but skipping it can leave the display driver running in a partially-updated state until the next restart anyway.

Troubleshooting the Most Common Driver Update Failures

Here’s what to do when an update doesn’t go as planned, organized by the symptom you’re most likely to hit. Work through these in order rather than jumping straight to a clean install. Most of the fixes below take two or three minutes, and a full DDU pass is worth reserving for cases where the quicker options don’t resolve things.

Symptom	Likely Cause	Fix
Black screen after install, monitor shows no signal	Display re-enable took longer than the monitor’s timeout, or install corrupted mid-write	Wait 60 seconds, then hard reboot. If it recurs, boot Safe Mode and run DDU (Step 8)
Installer hangs at “Extracting” or “Searching for updates”	Overlay software or antivirus is locking the driver files	Close Afterburner, RTSS, and Discord overlay. Temporarily disable third-party antivirus real-time scanning during install
Device Manager shows Code 43 on the GPU	Driver failed to bind correctly to the hardware, common after an interrupted install	Uninstall the device in Device Manager, reboot, let Windows redetect it, then reinstall the driver clean
“NVIDIA installer cannot continue” error box	A required Windows component (usually .NET or Visual C++ Redistributable) is missing or outdated	Run Windows Update fully, then install the latest Visual C++ Redistributable from Microsoft before retrying
Display driver repeatedly crashes and recovers (“stopped responding”)	TDR (Timeout Detection and Recovery) event, often from an unstable overclock combined with the new driver	Reset GPU clocks to stock, reapply the update, then reintroduce the overclock gradually
New stuttering or frame drops after updating	Shader cache rebuilding, or an Optional/beta driver regression	Let the game run for 5-10 minutes to finish shader compilation. If it persists, roll back to the previous WHQL build (Step 11)
Multi-monitor layout resets or wrong refresh rate after update	Driver reset display topology to default during install	Reopen Windows Display Settings and Adrenalin/NVIDIA App display profiles to reassign positions and refresh rates
DDU won’t launch, or “Access Denied” in normal Windows mode	DDU must run from Safe Mode with the display driver unloaded	Boot Safe Mode using the bcdedit command from Step 8, then relaunch DDU as Administrator
Windows Update silently reinstalls an older driver	Windows Update’s driver channel reverted to its own certified package after a feature update	Use the “Show or hide updates” troubleshooter from Microsoft to hide that specific driver update going forward
DLSS 5 or FSR Redstone toggle missing in-game despite correct driver version	The specific game hasn’t been whitelisted yet, or Streamline/companion component didn’t update	Relaunch the NVIDIA App or Adrenalin and force a second update check. Confirm the game is on the vendor’s supported title list

Comparing Update Methods and Current Driver Versions

Use the table below to decide which update path fits your situation, then check the second table for the exact version numbers to expect as of late September 2026.

One pattern worth noticing across all three vendors: the gap between a card’s launch driver and its first major feature update keeps shrinking. NVIDIA’s RTX 50-series launched with day-one DLSS 4 support and picked up DLSS 5 roughly a year later through an ordinary point release rather than a new hardware generation. AMD’s RX 9000 series followed a similar path with FSR Redstone arriving through Adrenalin updates instead of requiring new silicon. That trend is worth keeping in mind before assuming a driver update “isn’t a big deal” and can wait. On current-generation cards, the driver increasingly is the feature, not just the plumbing underneath it.

Method	Time Needed	Risk Level	Best For
Vendor app (NVIDIA App, Adrenalin, Intel DSA)	5-10 minutes	Low	Routine monthly updates for most users
Manual download from vendor site	10-15 minutes	Low to Medium	Users avoiding the app’s telemetry or extra bundled software
Windows Update driver channel	2-5 minutes, runs in background	Medium	Fallback only. Managed or locked-down machines
DDU clean install in Safe Mode	20-30 minutes	Medium (requires Safe Mode competence)	Fixing repeated crashes, switching GPU vendors, resolving branch conflicts

Vendor	Latest Version	Branch	Release Date	Headline Feature
NVIDIA	616.64	Game Ready (WHQL)	September 3, 2026	DLSS 5 3D-Guided Neural Rendering
AMD	26.9.1	Adrenalin Edition (Optional)	September 3, 2026	Extended RX 9070/9060/9050 support
AMD	26.8.1	Adrenalin Edition (WHQL Recommended)	August 20, 2026	Stability baseline for RX 9000 series
Intel	32.0.101.9033	Graphics Driver (WHQL)	September 24, 2026	Arc B-Series, A-Series, Core Ultra integrated Arc

Advanced Tips and a Reusable Driver-Health Script

Once the basic update loop feels routine, a few habits separate people who chase driver problems for hours from people who fix them in minutes.

• Keep the previous two driver installers in a dedicated folder instead of relying on vendor archives, since a rollback goes faster when the file is already local
• If you run a CPU-bound or GPU-bound system, benchmark before and after every driver update with the same test scene. A 3-5% swing either direction is normal, anything larger points to a regression worth reporting
• On systems with more than one GPU (a discrete card plus integrated graphics, or a workstation with dual GPUs), update both drivers in the same session to avoid mismatched DirectX runtime behavior between them
• Subscribe to the vendor’s release-notes RSS or mailing list rather than relying on the in-app popup, since Optional/beta builds sometimes roll out before the in-app notification triggers

For a repeatable check you can run before and after any update, save the script below as driver-health-check.ps1 and run it from an elevated PowerShell prompt. It captures your GPU model, current driver version, and driver date, then writes a timestamped log so you can compare snapshots over time.

$logPath = "$env:USERPROFILE\Documents\gpu-driver-log.csv"
$gpu = Get-WmiObject Win32_VideoController | Select-Object Name, DriverVersion, DriverDate
$entry = [PSCustomObject]@{
    Timestamp     = Get-Date -Format "yyyy-MM-dd HH:mm"
    GPUName       = $gpu.Name
    DriverVersion = $gpu.DriverVersion
    DriverDate    = $gpu.DriverDate
}
$entry | Export-Csv -Path $logPath -Append -NoTypeInformation
Write-Host "Logged driver snapshot to $logPath"
Get-Content $logPath | Select-Object -Last 5

Run it once now, run it again after every driver update, and you’ll have a running record of exactly when each version installed. That record is the single most useful piece of evidence when you’re trying to figure out whether a new problem started with a driver update or something else entirely, and it turns a 20-minute debugging session into a two-minute log check.

For background on the AI chip and GPU pricing trends shaping how often these driver cycles ship, see our AI chips and GPU pricing coverage.

Frequently Asked Questions

How often should I update my graphics card drivers?

Check once a month for routine WHQL updates, and update immediately before a major game launch you care about, since day-one Game Ready or Adrenalin Optional drivers frequently fix launch-specific bugs and add DLSS 5 or FSR Redstone profiles for that title.

Is it safe to skip a driver update entirely?

If your current setup is stable and you’re not playing anything new, skipping an update carries little risk short-term. The trade-off is missing security patches and new feature support, which compounds if you skip several updates in a row rather than just one.

What’s the real difference between WHQL and Optional drivers?

WHQL drivers pass Microsoft’s certification testing before release, which takes longer but catches more compatibility issues. Optional and Game Ready drivers skip that extra cycle to ship faster, usually timed to a specific game’s release date, at the cost of a slightly higher chance of edge-case bugs.

Do I need to run DDU every single time I update?

No. DDU is for clean installs when switching branches, recovering from repeated crashes, or changing GPU vendors. Routine updates through the NVIDIA App, Adrenalin, or Intel DSA handle their own cleanup and don’t need DDU beforehand.

Why did Windows Update reinstall an older driver after I manually updated?

Windows Update maintains its own certified driver package independent of the vendor’s release schedule, and a Windows feature update can trigger it to reassert that package. Hide the specific driver update using Microsoft’s “Show or hide updates” troubleshooter to stop it from recurring.

Can I update GPU drivers on a laptop the same way as a desktop?

Mostly yes, but check whether your laptop OEM publishes its own signed package first. Some gaming laptops need the OEM version for correct fan-curve and power-limit integration. Using the generic vendor installer on those specific models can disable those features until you reinstall the OEM package.

What is the NVIDIA App and do I still need GeForce Experience?

GeForce Experience was retired and replaced by the NVIDIA App, which now handles driver installation, DLSS profile updates, and overlay settings in one place. There’s no reason to install GeForce Experience on a current system. The NVIDIA App covers everything it used to do and adds direct driver-update management on top.

Will updating drivers delete my custom fan curve or overclock profile?

It can, particularly with Express installs or after a clean install through DDU. Export your profile from the control panel before updating (Step 3), and reapply it after confirming the new driver is stable rather than assuming settings carried over automatically.

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