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Snapdragon Game Super Resolution (SGSR) and frame generation are developer integrations, not universal switches on a Snapdragon phone or handheld. For Unity, install the SGSR package, enable the upscaler framework, select an SGSR variant in the active URP asset, choose a render scale, configure its options, and enable post-processing on each camera. Unreal projects use the Snapdragon Game Plugins branch that matches the engine version. Frame generation is a separate Adreno Neural Fusion (ANF) technique available through native Vulkan integration; the current Unity ANF package provides super resolution only and explicitly does not include frame generation.
Players on supported Snapdragon X-series Copilot+ PCs have a different option: Windows Automatic Super Resolution (Auto SR), enabled per game through Windows 11 or Game Bar. The sections below identify the correct path for your engine and platform, list the exact constraints, and show how to retain a working fallback when a device or runtime does not support the requested technique.
What is the correct Snapdragon upscaling or frame-generation path?
Choose the integration layer that matches where your game runs and how it is rendered. SGSR handles resolution reconstruction; ANF Super Resolution and ANF Frame Generation are separate techniques with different inputs and hardware contracts; Windows Auto SR is an operating-system feature for compatible Snapdragon PCs.
| Goal | Integration | Where it runs | Important distinction |
|---|---|---|---|
| Spatial or temporal upscaling in an engine | Snapdragon Game Super Resolution (SGSR) | Unity URP, Unreal Engine plugin, or native rendering code | SGSR1 is spatial; SGSR2 is temporal and requires temporal inputs |
| Upscaling through ANF in Unity | ANF Super Resolution Unity package | Unity 6.6/6000.6.2f1 or newer, URP 17.6 or newer, Android ARM64, Vulkan | Exact 0.5 render scale; frame generation is not included |
| Intermediate generated frames | ANF Frame Generation | Native Android Vulkan integration on supported Snapdragon hardware | Consumes consecutive frames, depth, and motion vectors; UI must be handled deliberately |
| Player-side enhancement on a PC | Windows Automatic Super Resolution | Windows 11 24H2 or later on supported Snapdragon X/X2 Copilot+ PCs | DirectX 10 or later; Vulkan and OpenGL games are unsupported |
There is no single device setting that activates all four. A game must expose the relevant rendering path, and the runtime must confirm that the installed driver and GPU support it.
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What must be ready before enabling SGSR or ANF?
- A supported build target: Native ANF requires Android
arm64-v8a, Vulkan, and Snapdragon 8 Elite Gen 6 or higher according to the current SDK README. Do not assume that every Snapdragon-branded device meets that minimum. - The right graphics API: Vulkan is required for native ANF and for the ANF Unity package. SGSR can be used through engine integrations, but the exact API support follows the package or plugin version.
- Correct engine versions: SGSR’s Unity package lists Unity 6 (6000.3.x) or newer and URP 17.3.0 or newer. The ANF Unity package is stricter: Unity 6000.6.2f1 or newer and URP 17.6.0 or newer.
- Motion and depth data: SGSR2 needs temporal history inputs. ANF frame generation needs consecutive rendered frames, depth, and motion vectors.
- A fallback renderer: Query support at runtime and retain ordinary rendering or a different upscaler when requirements are not met.
- A target-device test plan: Upscaler quality, GPU time, artifacts, latency, and power depend on the scene, render scale, driver, and device. No universal FPS or battery percentage is published for all Snapdragon games.
How do I enable SGSR in Unity URP?
Use the official com.qualcomm.snapdragon.sgsr.for.unity package, then configure every URP asset and camera used by the build. The following sequence applies to the SGSR Unity integration.
1. Install the SGSR package
- Open Unity’s Package Manager.
- Add the official
com.qualcomm.snapdragon.sgsr.for.unitypackage using the package source or documented Git URL supplied by Snapdragon Game Studios. - Allow Unity to resolve package dependencies, then confirm that the SGSR tools appear in the project.
Keep the package version aligned with the Unity and URP versions used by the project. A package that imports successfully is not proof that the target Android player satisfies the runtime requirements.
2. Enable the upscaler framework for each build target
- Go to Project Settings → Player → Other Settings.
- In Scripting Define Symbols, add
ENABLE_UPSCALER_FRAMEWORK. - Apply the symbol to every build target on which SGSR can be selected, rather than adding it only to the editor configuration.
If the symbol is missing from an Android configuration, the project can appear correctly configured in the editor while the player build omits the integration.
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- Open the URP pipeline asset actually assigned to the quality level and platform you are testing.
- Set Render Scale. The SGSR README gives
0.6667as an example; choose a value that your performance and image-quality tests support. - Choose one of the available options: SGSR 1.0 Spatial Upscaler, SGSR 2.0 Temporal Upscaler (2-Pass FS), or SGSR 2.0 Temporal Upscaler (3-Pass CS).
- Save the asset and repeat the check for any other active URP asset, quality level, or platform override.
SGSR1 reconstructs each frame spatially and has no temporal history. SGSR2 is a temporal anti-aliasing and upscaling path, so it relies on suitable motion, depth, and history data. The two SGSR2 variants use different processing paths; compare image quality and GPU time on the target hardware instead of choosing by name alone.
4. Configure the generated SGSR options asset
After selecting an SGSR mode, Unity generates an SGSR options sub-asset. Open it and set the available quality and reconstruction controls for the project. Keep a known baseline configuration so that changes to sharpening, history behavior, or artifact mitigation can be compared on the same scenes.
5. Enable post-processing on every affected camera
- Select each camera that should display the upscaled result.
- In the camera’s Rendering section, enable Post Processing.
- Repeat this for gameplay, cut-scene, and any additional cameras that render the 3D view.
A camera without post-processing can bypass the expected SGSR output, which often looks like an inconsistent setting rather than a rendering failure.
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6. Inspect the result in Play mode
- Enter Play mode on the target configuration.
- Open Unity’s Rendering Debugger.
- Verify the selected SGSR mode, render scale, input textures, and any warnings.
- Move through scenes with foliage, fast motion, particles, transparent surfaces, and disocclusions; these reveal temporal and reconstruction artifacts faster than a static test scene.
Keep two-dimensional UI at device or native resolution where possible. Rendering UI through the 3D upscale softens text and icons; compositing it after the 3D image preserves readability.
Can Unity’s ANF package provide frame generation?
No. The current Unity ANF package is ANF Super Resolution for URP, and its README states that frame generation is “Not included in this package.” Use native ANF integration or an engine plugin that explicitly exposes ANF Frame Generation instead.
Unity ANF Super Resolution requirements
| Requirement | Constraint |
|---|---|
| Unity | Unity 6000.6.2f1 or newer |
| Render pipeline | URP 17.6.0 or newer |
| Build architecture | Android ARM64 |
| Graphics API | Vulkan only |
| Views | One active view |
| XR and dynamic resolution | Not supported |
| Render scale | Exactly 0.5, establishing a 2× input/output relationship |
| Resources | Use the supported color, depth, and motion-vector formats listed by the package |
| Frame generation | Not included |
The exact 0.5 scale is a contract, not a suggested starting point. A project that changes it dynamically or combines the package with XR, multiple views, or dynamic resolution falls outside the stated support conditions.
How do I configure SGSR and ANF in Unreal Engine?
Install the Snapdragon Game Plugins branch that matches the project’s Unreal Engine version. The catalog covers SGSR1 and SGSR2 for UE 4.27 and UE 5.0 through UE 5.8, and lists ANF for UE 5.0 through UE 5.8 on Android Vulkan.
Match the plugin branch to the engine
- Identify the exact Unreal Engine version used by the project, including the major and minor release.
- Choose the corresponding branch in the Snapdragon Game Plugins repository rather than using a branch for a nearby version.
- Install the plugin, regenerate project files if required, and enable the relevant Snapdragon rendering modules.
- Build an Android Vulkan development build and verify plugin initialization on the target Snapdragon device.
Choose the SGSR processing path
SGSR2 exposes a two-pass fragment path and a three-pass compute path. Measure both on representative scenes. The faster path in one scene can be slower in another, and image quality may differ around moving geometry, thin objects, and disoccluded regions.
Validate temporal inputs
- Confirm that motion vectors are generated for opaque and relevant transparent or animated objects.
- Check temporal jitter and camera history when SGSR2 is enabled.
- Inspect disoccluded areas, where no prior-frame color exists, for ghosting or unstable detail.
- Render UI separately or at native resolution when possible.
Enable ANF techniques independently
The Unreal catalog treats ANF Super Resolution and ANF Frame Generation as separate selections. Enabling one does not imply that the other is active. Select each only after checking the Android Vulkan device and the plugin’s runtime support result.
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ANF Frame Generation creates an intermediate scene frame from two consecutive rendered scene frames plus depth and motion vectors. It is not simply a higher sharpening setting: the renderer must provide a specific resource contract and schedule generated output between ordinarily rendered frames.
Native platform requirements
- Android application built for
arm64-v8a. - Vulkan rendering with the required extensions and queue capabilities.
- Snapdragon 8 Elite Gen 6 or higher, according to the current SDK README.
- Runtime support query and a fallback path for unsupported devices, drivers, or configurations.
Integration sequence
- Package the ANF library and its license according to the SDK distribution terms.
- Query the technique requirements before creating resources.
- Create the Vulkan device with the required extensions and queue capabilities.
- Register the Vulkan handles used by the ANF technique.
- Verify support on the actual device and driver.
- Create the technique resources using the formats and dimensions returned or required by the SDK.
- Dispatch Frame Generation according to the rendering contract, supplying consecutive rendered frames, depth, and motion vectors.
- Present the generated intermediate scene frame at the correct point in the frame schedule.
Keep generated scene imagery separate from interface composition. Render or composite UI for rendered and generated frames according to the SDK’s guidance; otherwise text, HUD elements, and menus can appear duplicated, warped, or temporally unstable.
What is the difference between SGSR1, SGSR2, ANF Super Resolution, and ANF Frame Generation?
| Technique | Primary job | Temporal inputs | Typical integration | Key constraint |
|---|---|---|---|---|
| SGSR1 | Spatial single-pass upscaling | No temporal history | Unity, Unreal, or native engine integration | Quality depends heavily on the current frame and chosen render scale |
| SGSR2 | Temporal anti-aliasing and upscaling | Motion and depth history | Unity or Unreal integration | Requires valid jitter, motion, depth, and history handling |
| ANF Super Resolution | Resolution reconstruction in supported Unity URP projects | Uses the package’s required resource inputs | Unity package | Unity 6000.6.2f1+, URP 17.6+, Vulkan, ARM64, one view, no XR/dynamic resolution, exact 0.5 scale |
| ANF Frame Generation | Creates an intermediate scene frame | Consecutive frames, depth, and motion vectors | Native Vulkan SDK or supported engine plugin | Android ARM64, Vulkan, Snapdragon 8 Elite Gen 6 or higher; not in the current Unity ANF package |
Upscaling lowers the cost of producing each rendered frame. Frame generation inserts additional imagery between rendered frames. They can be combined only when the chosen integration and hardware support both, and each technique must still pass its own runtime checks.
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How should a game handle unsupported devices and changing runtime support?
Make support detection part of initialization rather than assuming that a model name guarantees a feature. A robust renderer starts with its normal path, asks the SDK or plugin which techniques and formats are available, and enables an enhancement only after the complete contract succeeds.
- Enumerate the device, API, architecture, driver, and extension information exposed by the runtime.
- Query SGSR or ANF technique support, including required image formats, dimensions, queues, and resource counts.
- Check project conditions such as active view count, XR state, dynamic-resolution mode, and render scale.
- Enable the selected path only when every requirement matches.
- Log the selected mode and the reason for any fallback so QA can reproduce it.
- Fall back in a controlled order, such as ANF frame generation to ordinary rendering, or SGSR2 to SGSR1 or native resolution.
Do not silently allocate ANF resources and continue after a failed support query. That approach can produce invalid Vulkan usage, black output, crashes, or a result that works only on the development handset.
Why does the output look soft, ghosted, or unstable?
Soft UI or text
Compose HUD and menus after the 3D upscale, or keep them at native/device resolution. A high-quality 3D reconstruction cannot restore text that was first rendered at a reduced scale.
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Ghosting behind moving objects
Check SGSR2 motion vectors, camera jitter, and history invalidation. Incorrect vectors, missing vectors on animated materials, and stale history after a cut or teleport can all leave trails.
Flicker in newly revealed areas
Test disoccluded regions and transparent effects separately. Temporal methods have no prior color for newly visible surfaces, so the implementation must handle history rejection and reconstruction there.
ANF frame-generation distortions
Verify that the two input frames, depth, and motion vectors refer to the same camera state and render interval. Keep UI out of the scene inputs unless the integration explicitly supports it, and inspect generated frames rather than judging only the displayed cadence.
Feature appears enabled but performance does not improve
Use the Rendering Debugger, engine statistics, GPU timing, and device traces to verify that the selected path is actually executing. A project can contain the package while an inactive URP asset, missing scripting symbol, unsupported format, or failed runtime query leaves the game on its fallback path.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How should Snapdragon upscaling and frame generation be benchmarked?
Benchmark the exact shipping configuration, not a generic Snapdragon label. Record the device model, GPU driver, Android or Windows version, engine and plugin versions, display resolution, render scale, frame pacing mode, and whether the scene uses SGSR1, SGSR2, ANF Super Resolution, or ANF Frame Generation.
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- Measure GPU frame time for the baseline and enhanced paths in the same scene.
- Record output resolution and internal render resolution separately.
- Check frame-time variance, not only an average FPS number.
- Inspect input latency and pacing when generated frames are inserted.
- Capture difficult content: fast camera turns, foliage, particles, transparencies, thin geometry, UI, and scene cuts.
- Repeat tests after thermal stabilization; short runs can hide sustained-performance limits.
The published material does not establish one universal FPS increase, latency value, or battery saving percentage for all Snapdragon games. Treat any such result as specific to the tested device, scene, render scale, driver, and implementation.
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How do I enable Windows Auto SR on a Snapdragon PC?
Windows Auto SR is separate from SGSR and ANF. It is an opt-in Windows feature for supported Snapdragon X/X2 Copilot+ PCs and compatible games, not a way to expose SGSR inside an Android or Vulkan build.
Requirements
- Windows 11 version 24H2 or later.
- Current graphics and neural-processing drivers.
- A supported display at 1080p or higher.
- A game using DirectX 10 or later.
Microsoft lists Vulkan, OpenGL, DirectX 9, and x86-only games as unsupported. The game may also need to run at a supported in-game resolution.
Enable Auto SR per game
- Open Xbox Game Bar and use the Display → Auto SR widget, then enable it for the selected game; or
- Open Settings → System → Display → Graphics, select the game, and turn on Auto SR when the option is available.
Auto SR is not enabled by default. If the control is missing, verify the Windows version, drivers, display resolution, executable architecture, graphics API, and game resolution before treating it as a game defect.
Do these 3 things before closing this tab:
1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errorsFrequently Asked Questions
Can I turn on Snapdragon Game Super Resolution from Android settings?
No. SGSR is integrated into a game’s Unity, Unreal, or native renderer. Android settings cannot add the required shader path, temporal inputs, resources, or runtime checks to a game that was not built with the integration.
Does frame generation double the real rendering performance?
Not necessarily. It can increase displayed frame cadence by inserting intermediate images, but the original rendered frames still determine scene updates, input response, and much of the GPU workload. The result depends on frame pacing, motion-vector quality, scene content, and the cost of ANF itself.
Can I use ANF Frame Generation with OpenGL on a Snapdragon phone?
The native ANF requirements specify Vulkan, so an OpenGL renderer does not meet that integration contract. You would need a Vulkan rendering path or a different feature supported by the engine and device.
Why is the ANF Unity render scale fixed at 0.5?
That package requires an exact 0.5 scale to preserve its defined 2× input/output relationship. Dynamic or arbitrary scaling changes the resource contract and is outside the package’s stated support conditions.
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