Microsoft Expands Auto Super Resolution Technology to Intel’s Latest Processors
Microsoft has broadened the accessibility of its Auto Super Resolution technology to encompass PCs equipped with Intel’s cutting-edge Core Ultra Series 3 processors.
This enhancement enables a diverse assembly of laptops, desktops, and gaming handhelds to leverage the operating system’s AI-driven upscaling framework, allowing users to elevate gaming performance without relying on game-specific technological integrations.
Table of contents
- Auto SR Introduced on Intel’s Latest Processors
- Thousands of DirectX Games Compatible with the Technology
- Limitations of Auto SR Technology
Auto Super Resolution, widely referred to as Auto SR, serves as Microsoft’s strategic response to prevalent game upscaling mechanisms like Nvidia’s DLSS, AMD’s FSR, and Intel’s XeSS.
Unlike conventional methods that necessitate developers to incorporate the upscaling feature within individual games, Auto SR operates at the Windows system level, compatible with a multitude of DirectX 10 and subsequent titles.
The recent update specifically targets Intel Core Ultra Series 3-based Copilot+ PCs, facilitating input resolutions up to 1080p.
Auto SR Introduced on Intel’s Latest Processors
On September 16, Microsoft declared this enhancement, unveiling that Auto SR is now accessible on Intel Core Ultra Series 3-based Copilot+ systems.
This technology aims to assist games facing difficulties in achieving playable frame rates while executing at higher resolutions or graphical settings.
By rendering frames at a diminished resolution and utilizing an AI model executed on the device’s neural processing unit (NPU) for upscaling, this methodology effectively lessens the GPU workload while allowing for a substantial output resolution.
This approach offers a spectrum of benefits for gamers, enabling them to either prioritize frame rates, enhance graphical fidelity while maintaining overall performance, or—under certain conditions—improve both visual quality and gameplay efficiency.
Microsoft’s evaluations conducted on an Intel Arc B390 GPU demonstrated that Assassin’s Creed Valhalla, when upscaled from 1050p through Auto SR while set to Ultra High settings, achieved an average of 52 frames per second. In contrast, a native 1600p configuration at High settings yielded merely 45 frames per second.
The significance of this technology is amplified in the realm of gaming laptops and handheld devices, where restricted power and thermal dissipation capabilities complicate high-resolution gaming.
Intel’s latest architectures encompass both CPU and NPU assets that Auto SR can utilize, potentially enabling the GPU to allocate additional resources toward frame rendering.
Furthermore, Microsoft is investigating avenues to elevate Auto SR’s performance to accommodate higher frame-rate aspirations, such as 90fps to 120fps scenarios.
Thousands of DirectX Games Compatible with the Technology
A salient differentiator of Auto SR compared to other technologies like DLSS and Intel XeSS is its independence from specific game developer integration for upscaling functionalities.
Microsoft asserts that this feature is operable with DirectX 10 and later titles, thus potentially encompassing an extensive array of existing games.
The company encourages experimentation, particularly with texture-intensive titles running on elevated resolutions and graphical settings.
Examples highlighted by Microsoft include eminent titles such as Assassin’s Creed Shadows, Assassin’s Creed Valhalla, Assetto Corsa, Avowed, Control, DOOM: The Dark Ages, Far Cry 6, Frostpunk 2, Grounded 2, Psychonauts 2, Rise of the Tomb Raider, The Outer Worlds 2, and Tom Clancy’s Rainbow Six Siege.
Tests conducted on Assassin’s Creed Shadows revealed that Auto SR could facilitate Ultra High graphical configurations while sustaining frame rates akin to a considerably inferior graphical setting.
This technology distinctly diverges from game-integrated upscaling in that it lacks access to the granular rendering information that a built-in upscaler would normally utilize.
Consequently, Microsoft maintains that users should opt for integrated solutions like Intel XeSS when available, advocating for the deactivation of Auto SR in the presence of game-specific upscale technologies.
For users on compatible Intel systems, Auto SR can be installed through Microsoft’s dedicated Auto Super Resolution package.
The firm emphasizes that users need not possess extensive knowledge of underlying rendering technologies to employ it, as the feature is designed for ease of use while balancing graphics fidelity and performance.
Limitations of Auto SR Technology
Notwithstanding the broadened hardware support, Auto SR is not a panacea for all situations. Microsoft cautions that the AI model is trained for specific input resolutions, leading to variability in results when games are configured outside recommended parameters.
For devices featuring Intel’s Core Ultra Series 3, the maximum supported input resolution is 1080p, with Microsoft advocating adherence to the sanctioned resolution for optimal results.
The technology processes the entire game visuals, encompassing interface components, which can adversely impact the clarity of text, menus, and other intricate features.
Microsoft acknowledges that “text and fine UI detail may appear ‘fainter’” when Auto SR is applied. Additionally, post-processing effects like film grain may distort the final image quality, prompting Microsoft to recommend their deactivation in specific instances to achieve a cleaner appearance.
Performance assessments can also fluctuate based on the device’s power settings. Since Auto SR utilizes the NPU in conjunction with the CPU and GPU, the overall power budget can sway performance outcomes.
Some devices may experience minor frame-rate reductions, despite the GPU’s diminished workload per frame.
Therefore, Auto SR should be regarded as a supplementary option for achieving an equilibrium among graphics quality, performance, and power efficiency rather than a definitive performance enhancement.
This expansion nonetheless provides owners of Intel’s latest laptops and gaming handhelds with an additional means to alleviate the demands of resource-intensive games.
By integrating AI-based super resolution directly within Windows, Microsoft endeavors to extend the advantages of upscaling capabilities beyond the confines of games explicitly engineered to support such features.
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