Windows 11 vs Windows 10 gaming: performance and compatibility

Windows 11 is generally the better long-term choice for an eligible gaming PC, but it does not guarantee higher FPS than Windows 10. Performance depends on the game, hardware, drivers, Windows build and settings. Windows 11 offers useful features such as Auto HDR and optimisations for windowed games; DirectStorage and DirectX 12 Ultimate are not exclusive to it.

If your main concern is speed, compare average FPS and frame consistency separately from loading times and image quality. If you are deciding whether to upgrade, also check game compatibility and the available security-support route. Updated using sources reviewed on 8 October 2026; no new TechVertu hardware benchmarks are claimed.

See the quick comparison, read the benchmark evidence or jump to the recommendation.

Windows 11 vs Windows 10 gaming performance comparison table

Use the table to separate frame-rate evidence from feature availability. A feature being supported does not mean that every game uses it, and an operating system meeting minimum requirements does not mean the PC meets a particular game’s requirements.

Question	Windows 10	Windows 11
Average FPS	Still capable of running compatible games; no universal performance advantage.	Can be faster in some tests, but results depend on game, build, drivers and hardware.
Loading and asset streaming	DirectStorage API support exists; game implementation and hardware matter.	Has additional storage optimisations; improvements require a compatible game and configuration.
HDR	Native HDR in supported games and on suitable displays.	Native HDR plus Auto HDR for supported SDR games; an HDR-capable display is needed.
DirectX 12 Ultimate	Supported on suitable hardware; not exclusive to Windows 11.	Also supported on suitable hardware; does not upgrade an older GPU’s capabilities.
Windowed gaming	Results depend on the game’s presentation path.	Optimisations for windowed DirectX 10/11 games can reduce presentation latency.
Game Pass and Game Mode	Available subject to app/game requirements and subscription terms.	Available; neither is a blanket FPS multiplier.
Long-term use	Ordinary support ended; eligible consumer ESU provides limited security coverage.	Choose a supported release that works with your games, drivers and peripherals.

The useful question is not simply “which Windows is faster?” It is “does this supported Windows build run my games acceptably on my hardware, with the features and protection I need?” That gives you a decision you can verify rather than an upgrade based on a logo.

Introduction to Windows gaming platforms

Windows 10 and Windows 11 share a large PC gaming ecosystem, but the comparison has changed since Windows 11’s launch. Compatibility, security coverage and current driver support now matter alongside frame rates. Treat screenshots or benchmark videos from the launch period as historical evidence, not a verdict on an updated 2026 PC.

Keep three decisions separate: the operating-system generation, its installed feature release and monthly build, and its edition. Windows 11 Home versus Pro is an edition choice; 24H2 versus 25H2 or 26H2 is a release choice. None of those labels alone establishes an FPS result.

Our Windows 11 Home vs Pro guide explains the edition differences. Most gamers do not need to buy Pro to unlock DirectStorage or Auto HDR. If you are comparing Windows 11 releases, the 25H2 versus 24H2 guide covers servicing and compatibility rather than promising a speed increase.

What Windows 10’s gaming record does—and does not—tell you

A Windows 10 installation can still run games that support it. The end of ordinary support does not instantly stop installed games from launching. It does change the maintenance position: an unsupported installation and one enrolled in an applicable security-update programme are different situations.

Microsoft says ordinary Windows 10 support ended on 14 October 2025. Its current UK consumer ESU page lists coverage through 12 October 2027 for eligible enrolled PCs. ESU supplies critical and important security updates, not new features, general fixes or technical support. Commercial devices have separate rules; do not assume consumer eligibility.

Windows 10’s long history also does not guarantee fewer crashes. A mature installation may be stable because its particular games and drivers have already been checked. That is useful evidence for that machine, but it does not prove that a different Windows 10 installation will outperform Windows 11.

Which Windows 11 features actually matter to gamers?

Windows 11’s clearest differences are conditional capabilities, not a guaranteed frame-rate uplift. Auto HDR can enhance supported SDR games on an HDR display. Windowed-game optimisations can change the presentation path for compatible DirectX 10 and 11 games. Storage improvements become relevant when the game implements the appropriate technology.

Hardware matters at every step. An SDR monitor cannot display HDR because the operating system changes. An older graphics card does not acquire missing ray-tracing or mesh-shader hardware from an upgrade. An unsupported game does not gain a DirectStorage pipeline simply because it is installed on an NVMe SSD.

Think in terms of a chain: supported Windows build, working driver, capable hardware, enabled setting and a game that uses it. A missing link can explain why the advertised feature is unavailable or makes no noticeable difference. Check that chain before replacing hardware or buying a different Windows edition.

Direct comparisons of gaming performance

There is no defensible single FPS percentage for every Windows 10-to-11 upgrade. A comparison needs the same PC, matching game settings, documented drivers and comparable security settings. A modern high-end desktop result cannot reliably predict what happens on an older laptop.

Measure average FPS, consistency and loading separately. Average FPS describes throughput; 1% lows and frame-time spikes help reveal interruptions. A loading-time improvement is valuable, but it is not the same result as faster rendering once you are playing. Online ping is a further separate measurement.

Also check whether the comparison changed more than Windows. A clean installation can remove years of startup applications and broken configurations. If it feels better than an old installation, that is a real improvement for the user, but it cannot all be attributed to the operating-system generation.

What a published 2026 benchmark shows

In TechSpot’s 27 January 2026 comparison, Windows 11 25H2 led Windows 10 22H2 by 4% at 1080p and 5% at 1440p and 4K in a 14-game geometric mean. The main setup used a Ryzen 7 9800X3D, RTX 5090 and GeForce driver 591.74.

Crucially, TechSpot disabled antivirus scanning and VBS-related protections for its tests. These are controlled benchmark results, not expected results for every PC running its normal security configuration. Its Spider-Man 2 advantage disappeared when the GPU changed to a Radeon RX 9070 XT, illustrating the hardware dependence.

These are TechSpot’s measurements, not TechVertu’s. They test 25H2, not 26H2. Do not carry their percentages over to a different release, entry-level computer or changed driver. Their value is evidence against a blanket claim that one Windows version always wins.

When reading any other benchmark, find its configuration before its conclusion. If it omits the Windows build, driver, resolution, security state or testing method, you cannot tell whether a small gap reflects Windows, another setting or ordinary run-to-run variation.

CPU and GPU utilisation: identifying the limiting component

CPU and GPU utilisation are clues, not scores where a higher percentage always means better optimisation. A graphics card close to full utilisation can indicate that rendering is the limit. A game can be CPU-limited even when total CPU utilisation looks modest because one important thread is busy.

Try lowering resolution or graphics settings while keeping the same scene. If performance increases substantially, the graphics workload is likely important. If it barely moves, investigate CPU work, frame caps and other limits. This is a diagnostic starting point, not proof from one utilisation reading.

Hybrid processors add another variable. Intel’s guidance for 12th-generation Core processors says Thread Director works with Windows 10 but is optimised for Windows 11’s scheduler. That is a hardware-specific reason to consider Windows 11, not evidence of a fixed FPS gain on every Intel or AMD processor.

On a laptop, record power mode, whether it is plugged in, temperatures and the selected GPU. An operating-system upgrade that changes a power setting or uses integrated graphics can look like a Windows performance regression. Restore comparable conditions before drawing that conclusion.

Memory management and system resources

An idle RAM reading does not tell you how well a game will run. Windows, drivers, launchers, browser tabs and background tools all affect that number. Caching can use otherwise available memory, while genuine memory pressure can cause paging and visible interruptions.

Watch the system during the actual game, not only at the desktop. If memory pressure appears with a browser, voice chat and recording running, test the same workload on both installations. A bare benchmark and a normal evening’s gaming answer different questions.

Do not treat Windows 11’s minimum RAM requirement as a gaming recommendation. Use the game publisher’s requirements and the demands of your other applications. Likewise, more RAM does not automatically improve an already unconstrained system, and a newer OS cannot create additional VRAM.

Keep the page file managed unless you have a documented application-specific reason to change it. Avoid generic “debloat” scripts that remove services or alter several settings at once: they make later troubleshooting harder and can change the system you are supposedly comparing.

Gaming features: separate availability from measurable benefit

The feature list becomes useful when you tie each item to a measurable outcome. DirectStorage concerns the asset-loading pipeline; HDR concerns image presentation; Game Mode concerns how Windows handles gaming workloads. They should not be bundled into a general claim of faster graphics.

Before testing, write down what you expect to change. For loading, time the same save or level. For HDR, check display capability and the game’s output mode. For presentation latency, compare the relevant windowed mode. For stutter, inspect the frame-time trace rather than relying only on an FPS counter.

This also avoids paying for features you cannot use. A monitor, game or graphics card can be the missing requirement. Changing Windows may be reasonable for support and compatibility even when it produces no visible performance increase in your existing games.

DirectStorage and game loading times

DirectStorage is not exclusive to Windows 11. Microsoft’s DirectStorage documentation confirms Windows 10 and Windows 11 support for the GPU-decompression approach, with additional I/O optimisations available in Windows 11. A game must implement it; upgrading Windows alone does not retrofit it into older games.

Storage speed, CPU work, graphics capability, drivers and the game’s asset pipeline all influence results. For a configuration intended to take advantage of fast asset delivery, check the developer’s storage and GPU recommendations. “Installed on an SSD” is not enough information to forecast a loading-time improvement.

Separate first-load and repeat-load tests. Cached data can make a second run faster even when nothing changed in Windows. Shader compilation, online authentication and server checks can also contribute to the time between clicking Play and entering a game.

Do not assume Cyberpunk 2077 automatically loads faster because Windows 11 provides DirectStorage. Naming a demanding game does not establish that it uses a particular loading feature. Verify the specific game version and developer documentation before making that connection.

Auto HDR and DirectX 12 Ultimate

Microsoft’s Auto HDR guidance describes a Windows 11 feature for supported SDR games, including DirectX 11 or 12 titles, on an HDR-capable display. Native HDR is different: the game itself produces HDR output. If native HDR already works well, Auto HDR is not automatically a better replacement.

To check Auto HDR, open Settings → System → Display → HDR, select the relevant display if necessary, and check its HDR capability and available switches. Compare the same scene with appropriate brightness settings. A washed-out image is a reason to check calibration and output settings, not evidence that Windows has improved it.

DirectX 12 Ultimate also exists on Windows 10. Its features require suitable hardware and game support. Installing Windows 11 does not turn a DirectX 12-compatible card into one supporting every Ultimate feature.

Neither an HDR image nor a newer API label proves higher FPS. Enabling more demanding visual effects can change performance in either direction depending on the game and hardware. Compare at the visual quality you actually want, rather than declaring a winner from unlike settings.

Game Mode and background processes

Game Mode exists on both operating systems. On Windows 11, check Settings → Gaming → Game Mode; on Windows 10, the same Gaming section contains Game Mode. It is a reasonable setting to inspect, but it is not a promise that Windows will stop every background process or supply a particular FPS increase.

Start with obvious competing work: a launcher downloading a large update, a browser playing video, unnecessary overlays or active recording. Close only applications you do not need and repeat the same test. Keep protection, essential device software and the game’s anti-cheat working.

Record the background workload for both runs. Voice chat and recording may be part of your intended gaming setup, so testing with them removed might hide the problem you care about. Conversely, one installation downloading updates while the other is idle is not a fair comparison.

Change one setting at a time. If you change Game Mode, the graphics driver and the power plan together, even a clear improvement will not identify which action helped. Save a short log so you can return to the previous configuration.

User experience and interface considerations

Desktop convenience matters, but it should be separated from rendering performance. Taskbar placement, window management and Settings navigation may make one system feel easier to use without changing the game’s frame rate.

Consider how you play: one fullscreen game, a borderless game beside chat, or a game with streaming and monitoring tools. That workflow determines which interface features are helpful and which background activity belongs in your test.

Accessibility, controller software, audio switching and multi-monitor behaviour can also matter more than a small average-FPS difference. Test your normal routine after an upgrade, including returning to the desktop and reconnecting peripherals. A successful built-in benchmark does not verify every part of that routine.

Windowed gaming, displays and refresh rates

Windows 11’s optimisations for windowed games apply to DirectX 10/11 games in windowed or borderless modes and can reduce presentation latency. Check Settings → System → Display → Graphics for the setting and per-game options; restart the game after changing its graphics options.

Treat this as a feature with a defined scope. It does not imply a universal uplift for DirectX 12 games or make every fullscreen-versus-borderless comparison come out the same. If one title behaves poorly, use its individual options and compare the same scene.

High-refresh displays and variable refresh rate are not exclusive to Windows 11. Check the selected refresh rate, monitor capability, cable/port combination and GPU settings. A display accidentally set to 60 Hz can mask the benefit of rendering more frames.

FPS, refresh rate and latency are related but different. A 144 Hz setting does not force a game to render 144 FPS, and a high average FPS does not establish a low end-to-end input delay. Choose the measurement that matches the problem you are trying to solve.

Xbox app, Game Pass and cloud gaming

The Xbox PC app supports Windows 10 and Windows 11 subject to its current system requirements. Game Pass access, catalogue availability and individual game requirements are separate checks; a Windows licence does not include a Game Pass subscription.

An installed PC game normally runs on your hardware. Cloud gaming streams a remote session and depends on network conditions, service availability and the applicable subscription. Do not use a streamed game’s quality or delay as a benchmark of the local Windows rendering performance.

Check the exact title as well as the launcher. An app working on Windows 10 does not mean every new game or feature inside it supports Windows 10. Read the current store requirements before buying a game or choosing an OS for a new PC.

This distinction also makes comparisons more honest: downloading through the same app does not guarantee equal performance, and tighter integration with an interface does not by itself establish additional FPS.

Compatibility and support

Compatibility is a list of things to check, not a universal badge. It includes the game, launcher, anti-cheat, graphics driver, controller, audio device, capture hardware and any essential mods. The operating system is one part of that list.

Before upgrading, pick the games and devices you cannot do without and check their current publisher or manufacturer requirements. Back up local saves and important files; cloud-sync availability is not the same as confirmation that every save has been uploaded.

Use a supported Windows release on eligible hardware and respect an upgrade safeguard if Windows Update identifies a compatibility issue. The fact that another PC received an update does not prove your configuration is ready. Avoid bypassing checks simply to reproduce a benchmark.

Game compatibility on Windows 10 and Windows 11

Many PC titles run on both systems, but older DRM, discontinued launchers, obsolete drivers or specific mods can complicate an upgrade. A game being old does not automatically mean Windows 10 is required, and a game launching once does not verify every feature.

Check multiplayer separately from single-player. Anti-cheat may have different requirements from the game executable; a menu or offline session working does not prove an online match will. Keep the exact error message rather than guessing which Windows setting caused it.

For an essential older game, confirm the current installer, activation method, save location and required peripherals before changing the OS. A supported digital rerelease may differ from an original disc edition, so a general compatibility report may not describe your copy.

If you use an Arm-based Windows PC, do not apply x86 desktop benchmarks directly. Emulation and native driver or anti-cheat support introduce additional variables. The Windows 11 name alone does not establish that a particular game and its supporting components will work.

Driver support and update choices

Check the manufacturer’s current support for your exact graphics card and Windows version. A mature Windows 10 driver ecosystem is not a guarantee of ongoing optimisation for every new game; equally, Windows 11 does not automatically fix a driver defect.

For comparison, use documented driver versions that support each tested OS. If the driver branches differ, disclose that difference instead of presenting the result as an isolated OS effect. Include chipset, audio and laptop manufacturer packages where they affect the configuration.

After upgrading, confirm the intended graphics adapter is selected, resolution and refresh rate are correct, and the system has finished pending installation work. On a laptop, check the manufacturer’s graphics switching and power-control software.

When a driver change introduces a reproducible problem, consult its release notes and the manufacturer’s supported rollback options. Avoid third-party driver collections or changing several packages at once. A controlled, reversible change provides more useful evidence than a chain of unrelated fixes.

How to judge community reports

Community discussions are useful for spotting a possible issue, especially when several people describe the same build, game and hardware. They do not establish the size of the affected population or provide a controlled benchmark.

A useful report includes the Windows build, GPU driver, game patch, hardware, settings and a repeatable symptom. “Windows 11 is slow” without those details is a starting point for questions, not a conclusion you should copy into an upgrade decision.

This guide does not present invented user testimonials or claim that TechVertu has tested every listed configuration. Use publisher notices and Microsoft’s release-health information to check a report, then reproduce the relevant symptom on your own setup if it is safe to do so.

A fair comparison checklist for your own PC

This is a proposed test method, not a report of tests performed by TechVertu. Choose a repeatable built-in benchmark or a saved route through the same scene. An unpredictable online match is harder to compare because player activity, network conditions and scene complexity keep changing.

1. Record the CPU, GPU, RAM, storage, Windows version/build, BIOS and drivers. Also record power mode, resolution, refresh rate, graphics preset, upscaling, frame generation, V-sync and frame cap.
2. Keep security settings and background applications comparable. If you deliberately change them for diagnosis, label that as a separate experiment.
3. Let installation work finish and the game’s shaders compile. Use a warm-up run, then at least three measured runs of the same workload.
4. Compare average FPS, 1% lows or an equivalent consistency metric, visible frame-time spikes and crashes. Use the same capture tool and method.
5. Measure loading separately, keeping the save/level and cache conditions consistent. Test your normal play session after the short benchmark.

Use the repeated runs to identify noise. For example, if one setup gives 99–103 FPS and the other 100–104 FPS, those invented illustrative ranges overlap; they do not justify a confident performance claim. Look for a repeatable difference that matters to your experience, rather than choosing the single best run.

Do not casually reinstall your only working system for a small comparison. A benchmark can guide troubleshooting, but an OS experiment needs backups, recovery preparation and time. Check supported recovery options before relying on the ability to undo an upgrade.

Average FPS versus 1% lows: two tests can have the same average while one feels less consistent. A 1% low is a summary of slower frames, with its exact calculation depending on the tool. Use the same tool and method across runs; do not compare a minimum-FPS number from one review with a 1% low from another as though they are equivalent.

Frame generation versus responsiveness: generated-frame counters and rendered-frame counters answer different questions. Keep frame generation and upscaling mode consistent, and record whether the benchmark includes generated frames. More displayed frames alone does not establish a corresponding reduction in input delay. Where the game provides a suitable latency measurement, keep that alongside the FPS result.

Repeatability versus a headline percentage: work from several runs, not a lucky screenshot. If a gain is smaller than the variation between runs, state that the result is inconclusive. If the average improves but stutters or crashes worsen, record the trade-off. A normal play session is still necessary because a short benchmark may miss transitions, longer-term heat behaviour and multiplayer prerequisites.

Upgrade result versus OS-only result: an upgrade can legitimately improve your setup by replacing drivers, changing defaults or removing a broken configuration. Describe that as the result of the complete change unless you have isolated the cause. This distinction keeps a practical recommendation useful without making an unsupported technical claim.

Potential issues and troubleshooting priorities

When a game runs worse after an upgrade, start with the precise symptom: low average FPS, brief stutters, slow loading, a launch failure, audio problems or network delay. These point to different investigations.

Symptom	Check first	Evidence worth keeping
Lower FPS	GPU selection, power mode, resolution, preset, frame cap and driver.	Same-scene runs with matching settings.
Intermittent stutter	Shader compilation, memory pressure, background work and overlays.	Frame-time trace and when the hitch happens.
Slow loading	Storage location, cache state, shader work and launcher/network checks.	Repeated timings for the same save or level.
Launch failure	Game/anti-cheat requirements and exact error code.	Publisher guidance and the full error message.
New crash or missing audio	Recent Windows/driver/game update and relevant known issue.	Build, KB number, driver and reproducible steps.

Keep changes small and reversible. If a game broke on a specific update, searching by the exact build and error is more useful than applying every “gaming optimisation” tip. A change that helps one title may be irrelevant to another.

Known issues, VBS and memory integrity

Microsoft’s Windows release-health dashboard is the place to check known issues for the installed version. As checked on 8 October 2026, the 26H2 issue page lists unexpected closure in some applications using Windows AC-3 audio decoding after KB5124010 and later updates. That is a scoped issue, not evidence that every game is broken; follow the entry’s current mitigation/status.

Memory integrity is a security feature using virtualisation-based protection. Microsoft explains that older processors relying on emulation can experience a greater performance impact. A benchmark with protections disabled answers a different question from performance in the protected configuration you intend to use.

Do not turn off antivirus, memory integrity, Secure Boot or other protections as a default gaming recommendation. First investigate drivers, power settings, overlays and the game itself. Any deliberate security-state experiment should be clearly labelled and weighed against the protection being removed.

On a managed work PC, follow the organisation’s policy rather than changing protections for a game. The goal is a stable setup you can keep using, not the highest number obtained from a configuration you cannot or should not retain.

TPM, Secure Boot and competitive games

Windows 11’s hardware requirements include TPM 2.0, a supported processor and UEFI firmware with Secure Boot capability. These requirements establish eligibility; they do not predict competitive-game FPS. A working installation on bypassed hardware is not proof of supported compatibility.

Games can require security settings to be enabled, beyond Windows’ hardware eligibility wording. For example, Riot’s current VAN 9001 guidance identifies an enabled-TPM requirement for Vanguard. Check the game’s exact error and current support instructions, including any applicable Secure Boot requirements.

Do not conflate TPM with VBS performance discussions: TPM is not the same feature as memory integrity. Turning security features off to imitate a benchmark can also conflict with anti-cheat requirements. Resolve the publisher’s prerequisite before evaluating performance.

For competitive play, compare consistency and normal input settings on a supported system. Check monitor refresh rate, frame caps, peripherals and stable network conditions. An upgrade does not eliminate server latency, and a synthetic average does not establish a match-winning advantage.

The future of gaming on Windows

New gaming capabilities arrive through several channels: Windows updates, drivers, game patches, hardware and subscription services. A feature announcement does not mean it has shipped to your device or is enabled in your game.

Keep release notes and compatibility requirements separate from performance evidence. A newer version can extend the support runway or enable a useful capability without producing an immediate FPS gain. Conversely, a driver or game patch can change performance without a new Windows feature release.

Do not project a 25H2 benchmark onto 26H2 or promise that future updates will resolve a particular problem. Check the released build, its known issues and the game you intend to play. That approach survives changes in marketing names and release schedules.

What developers control—and Windows cannot add automatically

Developers choose how games use graphics APIs, asset delivery, threading and supported platforms. Windows supplies capabilities, but it cannot automatically rewrite a game to use every available feature.

That explains why two games on the same computer can respond differently to an OS change. Their workload, rendering path and supporting components differ. It also explains why an average across a selected set of games cannot stand in for the one title you play most.

Treat an API release as evidence of a tool available to developers, not proof that your installed game uses it. For an upgrade decision, read the game’s release notes and system requirements and look for benchmarks of its actual current version.

VR and AR: check the headset before upgrading

VR needs an additional compatibility check. Microsoft removed Windows Mixed Reality from Windows 11 24H2 and later; its deprecated-features documentation describes the specific platform and timeline. Windows 11 does not automatically improve every VR/AR setup; headset and runtime requirements still need checking.

That removal does not mean all PC VR platforms are removed. Different headsets use different runtimes and vendor software. Check your headset, runtime, controllers and connection method against the manufacturer’s supported Windows versions before upgrading.

A desktop-game benchmark cannot predict headset frame timing or tracking stability. Test the actual VR title and runtime. If your equipment depends on a discontinued Windows component, weigh replacement or a supported alternative rather than assuming an older OS is a permanent, maintained solution.

Is Windows 10 or Windows 11 better for gaming?

For a new or eligible gaming PC, a supported Windows 11 release is generally the more sensible long-term choice. Make that decision because it fits your hardware, games and support needs; do not assume an OS upgrade is a substitute for a faster graphics card or guarantees extra FPS.

Windows 10 can remain a temporary option for a specific compatibility dependency, provided you understand the available support route and its limits. An enrolled consumer ESU installation is different from one receiving no applicable security updates. Eligibility and coverage need checking on the actual device.

Your situation	Practical recommendation
New eligible gaming PC	Start with a supported Windows 11 release and supported drivers.
Windows 10 PC with compatible hardware	Check your essential games, back up and plan the supported upgrade.
Essential game/peripheral blocks an upgrade	Verify the specific dependency and applicable Windows 10 support route; plan its resolution.
Only chasing a small FPS gain	Find comparable evidence or measure your own workload before changing the OS.
Windows 11 runs poorly after an update	Diagnose the exact build, driver and symptom before deciding Windows 10 is the cure.

An OS that benchmarks slightly faster but cannot run your essential game is not the right choice for that task. Equally, familiarity alone does not provide a support plan. Use both compatibility and maintenance in the decision.

Final checks before changing Windows

If the decision is to move to Windows 11, our Windows 10-to-11 upgrade guide covers the migration steps. First confirm eligibility and manufacturer support, copy important local files and saves, and prepare account access and recovery information.

After the change, confirm the correct GPU and display settings, install supported drivers, check security status and run your essential games and peripherals. Record the installed build so a later update or performance report can be compared with something concrete.

The useful result is a supported, compatible setup that performs well in your games. Keep FPS, loading, image quality, latency and stability as separate checks. That gives you a clearer answer than a blanket claim that Windows 10 or Windows 11 always wins.

Sources reviewed on 8 October 2026. Published benchmark figures are attributed to their original tester; the troubleshooting and comparison checklists are editorial guidance, not claimed TechVertu lab measurements.

Common Windows gaming questions

Will Windows 11 make every game faster?

No. A published test can show an advantage for a particular set of games and hardware, but it does not establish the same result for your PC. Compare the exact title, Windows build, driver and settings. Also check consistency and stability: a small change in average FPS is not useful if the game now hitches or fails to launch.

Do I need Windows 11 Pro for gaming features?

Home and Pro both support the relevant gaming capabilities on suitable hardware and in supported games. Pro adds business and advanced management features; buying that edition is not a general gaming-performance upgrade. Choose the edition for features you need, then check the GPU, display, storage and game requirements independently.

Does Windows 10 support DirectStorage?

Yes. The API is supported on Windows 10 as well as Windows 11, while Windows 11 has additional I/O optimisations. The game must implement the technology and the hardware and drivers must be suitable for its implementation. Do not assume a shorter loading screen in an arbitrary game, or confuse loading improvements with a guaranteed increase in steady gameplay FPS.

Can I continue gaming on Windows 10 after support ended?

Compatible games can still run, but continuing to launch a game does not establish that the operating system receives applicable security updates. Check whether the actual PC is enrolled in an eligible support programme and understand its limitations. Consumer ESU and commercial arrangements are separate. Keep a plan for resolving an upgrade-blocking game or device rather than treating a temporary arrangement as indefinite.

Why did Windows 11 feel slower after my upgrade?

Possible causes include changed drivers, graphics settings, power mode, a different GPU selection, background installation work or a game-specific compatibility issue. Start with the symptom and compare the same workload with matching settings. A feeling of delay might mean low FPS, frame-time spikes or network latency; those need different evidence and should not be combined into one diagnosis.

Is turning security off a good first gaming tweak?

No. Investigate supported drivers, game settings, power configuration and background applications first. Security-state differences can explain why a laboratory benchmark does not match a normal protected PC. If a specialist investigation deliberately changes that state, its results must be labelled accordingly and the protection trade-off considered. Do not copy a benchmark’s disabled protections as routine gaming advice.

Keep a short record of your final decision: the games checked, the supported Windows release selected, the essential peripherals verified and any remaining limitation. Revisit it when a major driver, game patch or Windows update changes the setup. That record is more useful than remembering that a particular operating system once felt faster, and it makes later troubleshooting easier without requiring a complete new comparison.