Enable Hardware Accelerated GPU Scheduling in Windows
Short answer: Hardware accelerated GPU scheduling is a Windows setting that lets the graphics card manage its own video memory instead of the CPU handling that task in a separate process. It can reduce input latency and improve frame pacing on systems that support it. To turn it on, open Settings, go to System, then Display, then Graphics, and select Change default graphics settings. Toggle Hardware-accelerated GPU scheduling to On. The feature works with Windows 11 and a DirectX 12 capable graphics card with a WDDM 2.0 driver.
What hardware accelerated GPU scheduling does
Hardware accelerated GPU scheduling changes which component in a gaming PC handles the graphics card's memory. Without the feature, the CPU schedules graphics work in a separate process, which adds an extra step between the game and the GPU. With the setting enabled, the graphics card's own scheduler takes over that job, and the CPU is freed from part of that workload.
For a desktop gaming PC, the benefit is most visible in games that ask for very fast response times, such as competitive shooters played on a high refresh rate monitor. The setting is part of Windows 11, which also includes optimizations for windowed games that can reduce latency on DirectX 11 and later titles. Both features work together on a system that meets the Windows 11 minimum requirements, including a graphics card compatible with DirectX 12 and a WDDM 2.0 driver. To get the most from this setting, consider a prebuilt gaming PC that already meets these requirements.
What you need before enabling it
The feature requires Windows 11 and a modern graphics driver. The Windows 11 minimum system requirements ask for a graphics card that is compatible with DirectX 12 or later with a WDDM 2.0 driver. NVIDIA GeForce RTX 50 Series graphics cards meet that requirement, as do earlier RTX series cards that support DirectX 12 Ultimate.
Check the graphics driver before changing the setting. An outdated driver may not expose the toggle or may behave in unexpected ways. Keeping the driver current through Windows Update or the graphics card vendor's software is the first step. For NVIDIA cards, the NVIDIA app provides driver updates and is listed as part of the RTX platform.
The setting is not overclocking and does not change clock speeds or voltages. It only changes how the operating system assigns GPU memory tasks. If a game or application behaves unexpectedly after enabling it, you can turn the setting back off the same way you turned it on. For more on what to check in a gaming PC before you buy, see what to check before buying a prebuilt gaming PC.
How to enable the setting in Windows 11
Open the Start menu and select Settings. In the System category, choose Display. Scroll down and select Graphics, then choose Change default graphics settings. The page shows a toggle for Hardware-accelerated GPU scheduling. Switch it to On and restart the PC as Windows prompts.
After the restart, the setting is active for all games and applications that use the default graphics path. Windows 11 also has related options on the same page, including optimizations for windowed games and Auto HDR. Auto HDR expands the color range of titles that support it and is available only on Windows 11. Enabling the GPU scheduling toggle alongside these features is straightforward on a desktop PC. For a system that handles these features well, look at best 1440p gaming PCs or best 4K gaming PCs.
GPU scheduling and streaming on the same PC
Hardware accelerated GPU scheduling is also relevant to a gaming PC used for streaming. NVIDIA GeForce RTX graphics cards include an encoder section called NVENC that handles video encoding separately from the main graphics work. The GPU scheduler can work alongside that encoder because both are handled by the graphics card rather than the CPU.
When you stream from a single PC, the CPU is already busy running the game and the streaming application. Turning on hardware accelerated GPU scheduling lets the GPU manage its memory tasks directly, while NVENC handles the video stream. This division of work is part of the reason a modern gaming PC can run a game and a stream on the same machine, as described in the guide to picking a gaming PC for streaming and gaming simultaneously. For a prebuilt that supports this, see best gaming PCs for streaming.
Checking that your graphics card supports it
Any graphics card that meets the Windows 11 requirement of DirectX 12 with a WDDM 2.0 driver can support hardware accelerated GPU scheduling. NVIDIA GeForce RTX 50 Series cards list DirectX 12 Ultimate in their specifications, which is a superset of the DirectX 12 requirement. The NVIDIA compare page shows that all RTX 50 Series models, from the RTX 5060 to the RTX 5090, support DirectX 12 Ultimate.
If you are comparing prebuilt gaming PCs, look for a system that lists Windows 11 and a graphics card with DirectX 12 Ultimate support. The guide to reading a prebuilt gaming PC spec sheet explains where to find that information. A desktop with an RTX 50 Series card and Windows 11 is ready for this setting out of the box once the drivers are current. For a card that supports this, check best graphics cards for PC gaming.
What to pick for your play
Hardware accelerated GPU scheduling is a free improvement that any Windows 11 gaming PC can use, but the hardware around it matters. The setting reduces latency but does not add graphics memory or processing power. Choose a graphics card that matches the resolution you play at and the features you want, such as DLSS on an RTX card.
For competitive play at a high refresh rate, pair the setting with a monitor that supports variable refresh rate. For large single-player worlds, the amount of video memory on the graphics card matters more. The table below summarizes what to look for in a gaming PC after you enable the setting.
| Play style | Graphics card tier | Windows feature |
|---|---|---|
| Competitive shooters at 1080p | RTX 5060 class card with DirectX 12 Ultimate | Hardware accelerated GPU scheduling and optimizations for windowed games |
| 1440p gaming with high details | RTX 5070 class card | Hardware accelerated GPU scheduling, Auto HDR on supported titles |
| 4K gaming with large textures | RTX 5080 or RTX 5090 class card | Hardware accelerated GPU scheduling with DLSS enabled |
What to pick for your play
| If you | Pick | Buying guide |
|---|---|---|
| You play at 1080p and want the lowest latency | A gaming PC with an RTX 5060 class card and a 1080p high refresh monitor | Best 1080p Gaming PCs in 2026: Picks by Stated Specs |
| You play at 1440p with high details | A gaming PC with an RTX 5070 class card and 12GB or more graphics memory | Best 1440p Gaming PCs in 2026: Picks by Stated Specs |
| You play at 4K with large worlds | A gaming PC with an RTX 5080 class card and 16GB or more graphics memory | Best 4K Gaming PC in 2026: Picks by Stated Graphics Memory |
| You want to stream and play on one PC | A gaming PC with an RTX card that includes NVENC for video encoding | Best Gaming PCs for Streaming in 2026: Picks by Stated Specs |
Questions
Does hardware accelerated GPU scheduling improve every game?
The feature reduces latency by letting the GPU manage its memory directly. Games that are sensitive to input latency, such as competitive shooters, benefit most. The improvement depends on the game and the rest of the system, so the setting is worth trying. If a specific title behaves oddly, you can turn the setting off.
Does enabling GPU scheduling affect overclocking?
No. The setting changes only how the operating system schedules GPU memory tasks. It does not change clock speeds, voltages, or power delivery. Overclocking is a separate process handled by the graphics card vendor's software.
Will this setting work on an older graphics card?
It works on any graphics card that meets the Windows 11 minimum requirement of DirectX 12 with a WDDM 2.0 driver. NVIDIA GeForce RTX 50 Series cards and earlier RTX cards support DirectX 12 Ultimate. Check the driver version before enabling the setting.
Does hardware accelerated GPU scheduling help with streaming?
Yes. For a single PC that runs a game and a streaming app at the same time, the GPU scheduler handles graphics memory while the GPU encoder, such as NVENC on RTX cards, handles video encoding. This divides the work between the GPU and the CPU.
Is there a reason to turn the setting off?
If a game or application causes a display issue after enabling the setting, you can switch it back to Off. The toggle is under Settings, System, Display, Graphics, Change default graphics settings. Restart the PC after changing it.
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