Running graphics-intensive games at native high resolutions (such as 1440p or 4K) places substantial load on laptop graphics hardware, resulting in degraded frame rates, thermal throttling, and rapid battery depletion. While graphics card vendors provide proprietary upscaling algorithms like NVIDIA DLSS, AMD FSR, and Intel XeSS, those solutions require individual game developers to manually integrate specialised SDKs into their game engines. To provide universal, operating-system-level super resolution across legacy and modern DirectX titles, Microsoft introduced Automatic Super Resolution (Auto SR) into Windows 11 24H2.
How Auto SR Functions on Copilot+ PCs
Auto SR is built specifically for Windows 11 on ARM architectures equipped with high-performance Neural Processing Units (NPUs) delivering 40+ TOPS (Trillion Operations Per Second) of local AI compute (such as Qualcomm Snapdragon X Elite and Snapdragon X Plus platforms):
- NPU Hardware Offloading: Unlike traditional spatial scalers that consume GPU shader cycles, Auto SR offloads deep learning image reconstruction algorithms directly to the dedicated NPU. This frees up the GPU to focus entirely on rendering raw geometry.
- Resolution Reduction and AI Reconstruction: Games render internally at lower rendering resolutions (typically 720p or 1080p), allowing the engine to generate higher frame rates. The NPU then reconstructs high-frequency textures, text edges, and specular lighting in real time up to your display’s native resolution.
- DirectX 11 and DirectX 12 Compatibility: Operates universally across hundreds of existing Windows titles without requiring developer patches or engine updates.
| Upscaling Technology | Execution Hardware | Game Engine Integration | OS Layer |
|---|---|---|---|
| Auto SR (Windows 11) | Dedicated NPU (40+ TOPS) | Universal (OS-level interception) | Native Windows D3D11 / D3D12 pipeline |
| NVIDIA DLSS | GeForce RTX Tensor Cores | Manual developer SDK implementation | Proprietary driver layer |
| AMD FSR / Spatial Scaling | Standard GPU compute shaders | Open-source engine integration | Application / Driver layer |
System Requirements for Automatic Super Resolution
To enable Auto SR on your Windows 11 system, your device must meet the following hardware standards:
- A certified Copilot+ PC running Windows 11 version 24H2 (Build 26100 or later).
- A Qualcomm Snapdragon X Elite, Snapdragon X Plus, or newer processor with an integrated Hexagon NPU.
- The latest Qualcomm Adreno GPU and NPU drivers installed via Windows Update.
- An internal or external display operating at 1080p resolution or higher.
Step 1: Enabling Global Auto SR in Windows 11 Settings
To enable the feature system-wide across all compatible titles:
- Open the Settings app (press Win + I).
- Navigate to System > Display.
- Scroll down to the “Related settings” section and click Graphics.
- Under the “Default settings” header, toggle on the switch for Automatic Super Resolution.
- Restart any active games for the NPU upscaling pipeline to take effect.
Step 2: Configuring Auto SR Settings Per Game
You can fine-tune Auto SR behaviour, resolution targets, or disable the feature for specific competitive titles where raw native rendering is preferred:
- In Settings > System > Display > Graphics, scroll down to the “Custom settings for applications” list.
- Locate your installed game in the list (or click Browse to select the game’s executable path).
- Click the game title to expand its preferences.
- Under Automatic Super Resolution, select your desired option:
- On: Enforces AI upscaling regardless of global defaults.
- Off: Bypasses NPU processing and renders at raw resolution.
- System default: Follows your global toggle.
Step 3: In-Game Configuration and Verification
To ensure optimal visual fidelity when Auto SR is active:
- Launch your game and open its in-game Video / Display Settings.
- Set the game’s internal resolution to a lower target, such as 1280×720 or 1920×1080.
- Set the display mode to Exclusive Fullscreen or Borderless Windowed.
- Windows 11 will post a brief notification banner in the top-right corner confirming: “Auto SR is active”. The NPU will upscale the lower-resolution render to fill your native display seamlessly.
Troubleshooting Common Auto SR Issues
- Auto SR Notification Does Not Appear: Ensure your display resolution in Windows Settings matches your screen’s native resolution. Running non-native desktop scaling can prevent Auto SR from detecting full-screen transitions.
- Text or HUD Elements Look Soft: Because Auto SR reconstructs the entire rendered framebuffer, 2D heads-up displays (HUDs) rendered at 720p may show minor smoothing. If HUD clarity is critical, set your internal in-game render resolution to 1080p rather than 720p.
- Incompatible Game Engine Anticheat: Certain kernel-level anticheat engines used in online multiplayer games may block OS-level display hooks. In such cases, Auto SR automatically disengages safely to prevent game disconnections.