native versions

Winsage
February 11, 2026
The recent developments in Windows versions present challenges for app developers and IT professionals, particularly with the introduction of a new Windows version designed exclusively for the latest Arm PCs. This shift highlights Microsoft's commitment to Arm processors, moving away from its historical focus on x86 versions. The 24H2 update for Windows 10 and 11 introduced significant enhancements for Arm PCs, including an optimized x86-to-Arm translation layer called Prism, improving compatibility and performance for applications not originally designed for Arm. This update coincided with the launch of Qualcomm's Snapdragon X-series processors, leading to more Arm-native Windows applications being released by third-party developers. Microsoft's hardware strategy has shifted, as the new Surface PCs launched in mid-2024 now exclusively use Qualcomm processors, moving away from Intel chips. Since the 24H2 update, development on Arm and x86 versions of Windows has progressed at different rates, with certain features available on Arm versions earlier than on x86 systems. Windows 11 24H2 was also available on Arm PCs in retail stores months before being released to the broader PC ecosystem. Microsoft has been contacted for details on the upcoming Windows 11 26H1 update and its potential enhancements.
Winsage
November 17, 2025
Last year, Microsoft introduced Snapdragon-powered Copilot+ PCs, prompting the purchase of a Surface Pro 11, which became essential for daily tasks. This led to acquiring additional devices, including a Surface Laptop and a Dell XPS 13, both with Snapdragon X Elite chips. Despite effective marketing, businesses remain cautious about these devices. Windows on Arm has improved for Office applications and web services, with devices maintaining cool temperatures and long battery life. However, there are limitations: backup software may not work effectively on Arm devices, as external drives are inaccessible during recovery, necessitating workarounds like network or cloud storage. Installing Linux on Snapdragon-powered PCs is challenging due to a lack of compatible installation images, making Intel-based PCs more practical for work tasks. Additionally, Arm-based devices have performance constraints for gaming, with Snapdragon processors unable to compete with dedicated GPUs, making high-performance gaming unfeasible.
AppWizard
June 28, 2025
Linux has evolved significantly in the gaming sector, becoming a credible alternative to Microsoft for PC gaming, aided by tools like Proton and a dedicated community. However, challenges remain, such as compatibility issues and a lack of native Linux game versions. The introduction of DirectX by Microsoft solidified Windows as the primary gaming platform, creating a focus on Windows that disadvantages Linux. Proton allows many Windows games to run on Linux but does not create native versions, and essential software for graphics cards is often missing. Currently, Windows holds over a 95% share in the Steam hardware survey, while Linux accounts for only 2.69%. Despite progress, Linux still faces a long journey to become a mainstream gaming platform.
Winsage
June 10, 2025
Arm-powered Windows devices using Qualcomm Snapdragon processors are noted for their sleek designs and long battery life. While core compatibility issues have been largely resolved, gaming remains a challenge due to anti-cheat program compatibility, which can prevent games from launching. Chris Bergey from Arm Holdings mentioned that most users spend about 90% of their time on applications with native Arm versions. Major developers like Epic Games are exploring ways to improve compatibility with Arm-based systems. Additionally, anti-cheat issues affect the Steam Deck, which operates on an AMD processor but lacks native versions of several popular anti-cheat systems. As Arm-based Windows devices gain market share, game developers are expected to prioritize support for these platforms. The integration of Windows and Steam into Arm-based handheld devices could transform the gaming landscape, especially with improved battery life and efficiency.
Winsage
May 15, 2025
Developers are focusing on optimizing applications for the newly launched Copilot+ PCs, which feature advanced system architecture, all-day battery life, and the ability to run AI models directly on the device. The initial Copilot+ PCs are powered by Snapdragon X Elite and X Plus silicon, with AMD and Intel also introducing compatible processors. Microsoft’s App Assure Program provides guidance and technical support to help developers optimize applications for these devices, particularly for Arm-based Snapdragon X Series devices. NordVPN is a notable example of a company that successfully utilized the App Assure program to develop an Arm-optimized version of their application. The program includes the Arm Advisory Service, which allows developers to consult with Microsoft engineers for a smoother development process. Other companies, such as Proton VPN and F-Secure, have also benefited from the App Assure team in optimizing their applications for the Windows on Arm platform.
Winsage
November 20, 2024
Google has launched a beta version of the Google Drive desktop application for Windows 11 devices powered by Snapdragon chips, which mirrors the functionality of versions for Intel and AMD systems, except for the Outlook Meet plugin. The beta can be downloaded directly from Google and requires Windows 11 and Microsoft WebView2 for installation. This development enhances software parity for Snapdragon-powered PCs with x86 counterparts, following the earlier release of Chrome for Arm PCs and other native applications like Blender and Start11. Many applications still rely on Microsoft’s Prism emulation, which is being optimized for better performance.
Winsage
November 15, 2024
Qualcomm is working to establish Arm-based Windows laptops as a viable alternative in computing, utilizing Snapdragon processors that offer extended battery life, fanless designs, and integrated 5G connectivity. The company aims to address the software compatibility challenges faced by users of traditional x86 machines by relying on Microsoft's x86-64 emulation, which allows Arm devices to run x86 applications. However, this emulation often leads to performance issues and increased battery drain, particularly with demanding applications like Adobe Creative Cloud and AutoCAD. Qualcomm's strategy suggests a need for investment in native Windows on Arm software and a push for Microsoft to optimize Windows for Arm architecture. The company should also consider positioning Arm laptops as secondary devices for light tasks rather than direct competitors to x86 machines.
Winsage
October 22, 2024
Qualcomm showcased its Snapdragon 8 Elite processor for smartphones and highlighted its Snapdragon X Elite and Plus chips for Windows 11 PCs at its annual developer summit. The company announced that various content creation applications will natively support its chips for Windows 11 devices, known as Copilot+ PCs. Notable applications include Blender, which has a new version available for Snapdragon X-based Windows PCs, and Qualcomm has joined The Blender Foundation. Additionally, Qualcomm introduced a free NPU-based plug-in for Blender that simulates rendering on the NPU using a neural network. Other applications set to offer native versions for Snapdragon X-based Windows PCs include CaptureOne, a Digital Audio Workstation (DAW), Steinberg Cubase and Nuendo, and Moises. Qualcomm has not announced plans for a next-generation Snapdragon X chip.
Winsage
October 17, 2024
Several popular applications have been optimized for Windows on Arm, including NordVPN, Arc Browser, Foxit PDF Editor, and Notion, which now run natively on Windows 11 on Arm devices. Native applications typically offer better performance and efficiency compared to emulated ones. The Snapdragon X Elite and X Plus processors support a wider range of applications, contributing to the growth of the Windows on Arm app library. Microsoft and Qualcomm have collaborated to improve program performance on Arm devices, leading to a rise in native app availability. Some applications still rely on emulation, but many popular apps are transitioning to native Arm versions.
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