ARM architecture

Winsage
August 30, 2026
Microsoft has introduced Windows 11 version 26H2 to the Release Preview Channel, signaling a broader rollout in the coming weeks. This update includes user interface enhancements such as the ability to reposition the Taskbar, resize the Start menu, and disable web and Store suggestions. Over 7,000 applications are now optimized for Arm architecture, indicating growing support for Windows on Arm. PowerToys has also updated with a feature called Window Hopper for easier window management. Despite challenges in communication and design consistency across its products, Microsoft is focusing on the advancements in Windows 11, particularly in relation to Snapdragon technology, which has encouraged the production of Snapdragon-powered laptops. There is currently no unified marketing strategy or event planned to showcase the upcoming changes in Windows 11.
Winsage
August 28, 2026
Windows on Arm offers energy-efficient performance with extended battery life, minimal heat generation, and quiet operation. However, compatibility issues arise as most applications are designed for x86/x64 systems, making it difficult for Arm-based systems to run them effectively. A significant resource, the "Works on Windows on Arm" website, lists over 7,000 apps and games that support Arm architecture, including popular applications like Adobe Photoshop and Firefox. Microsoft plans to launch Arm-based computers from major manufacturers, but the number of compatible apps is still a small fraction of those available for traditional Windows systems. For non-native Arm applications, Microsoft provides an emulation solution through Prism in Windows 11, though this does not perform as well as native support. Gamers face challenges with current Snapdragon laptops, which struggle to deliver a smooth gaming experience, and the existing app offerings do not meet the gaming community's needs.
Winsage
June 25, 2026
Microsoft has revised its Surface buying guide, now recommending 8GB of RAM for everyday tasks, while stating that 16GB or more is necessary for fully utilizing Copilot+ PC features. Previously, Microsoft had advocated for 16GB as the minimum for a satisfactory Windows 11 experience. Earlier this year, Microsoft suggested 32GB of RAM for serious gamers but retracted this recommendation due to backlash over costs. The introduction of Apple's MacBook Neo with 8GB of RAM at an attractive price has influenced Microsoft's stance, leading to the launch of Surface devices with 8GB of RAM. The buying guide promotes 8GB for everyday tasks, while an AI store assistant suggests 16GB for a "future-proof" laptop. Historically, Windows 10 had a minimum RAM requirement of 2GB, with 4GB recommended for optimal performance, but Windows 11 has increased these requirements. Microsoft's investments in AI infrastructure have contributed to a RAM shortage. The Copilot+ PC branding aimed for a new hardware tier but has not met expectations. The introduction of the MacBook Neo has prompted reactions from PC manufacturers, and concerns exist about the optimization of Windows 11 on ARM architecture.
Winsage
June 19, 2026
Microsoft is collaborating with Adobe to enhance the performance of Photoshop, a widely used image editing software. The partnership focuses on optimizing operations within Photoshop, which is primarily developed in C++ and compiled using Microsoft’s Visual C++ (MSVC) compiler. Microsoft aims to improve performance for CPU-intensive tasks, particularly those that are latency-sensitive, such as brush responsiveness and file-opening tasks. The engineering team activated MSVC’s "peak-performance" compilation mode and explored profile-guided optimization (PGO) to refine executables. However, due to the complexity PGO introduced, they shifted to Sample-based Profile Guided Optimizations (SPGO), which uses hardware performance samples from actual release binaries. This method allows for greater flexibility in data collection and typically yields performance improvements of 5% to 15%. By combining MSVC’s peak-performance mode with SPGO, the teams achieved a 20% performance boost on x64 Windows systems and a 13% enhancement on Arm architecture. These optimizations resulted in improved responsiveness for critical tasks in Photoshop, enhancing the user experience in professional creative workflows.
AppWizard
June 10, 2026
Arm chips have traditionally excelled in Android gaming and emulation, while x86 architecture has dominated serious PC gaming. A modder successfully ran Steam on the original Nintendo Switch, which features an Nvidia Tegra chip, due to the introduction of Arm support in Proton 11's beta version. This achievement indicates that PC gaming on handheld devices may not be limited to x86 architecture. However, running Steam on the Switch requires complex workarounds, resulting in low frame rates and various limitations. The process involved using Box64 and community-developed projects to facilitate the installation, as the Switch's outdated kernel posed challenges. Despite the limitations, the ability to run x86 games on an Arm chip suggests that hardware constraints, rather than translation feasibility, are the main obstacles. Modern Arm chips have shown the capability to run PC games, with driver issues being a significant challenge for non-gaming devices. Valve is developing the Steam Frame, a VR headset powered by Snapdragon 8 Gen 3, which runs SteamOS natively on Arm and utilizes FEX for x86 game compatibility. Early benchmarks indicate promising performance on Arm devices, suggesting a potential shift in the handheld gaming landscape. While x86 remains the safer choice currently, the barriers for Arm-based handhelds are gradually diminishing, indicating a future with more options beyond x86 architecture.
Winsage
June 2, 2026
Pavan Davuluri, President of Microsoft’s Windows + Devices division, announced that Windows 12 will not be released at Build 2026, dispelling speculation about the new OS. Microsoft is shifting focus towards enhancing high-performance gaming and integrating local AI capabilities into the Arm architecture, in collaboration with Nvidia and MediaTek. The Nvidia N1X Arm processor will debut in the Surface Laptop Ultra, which features a powerful NVIDIA Blackwell RTX GPU and up to 128GB of unified memory, designed for demanding tasks like AI creation and 3D rendering, with 1 petaflop of AI compute power.
Winsage
June 1, 2026
Computex is currently underway, and Microsoft Build is set to start soon, focusing on advancements in Windows and artificial intelligence. Microsoft and NVIDIA have launched the NVIDIA RTX Spark platform with the N1x chip, aimed at transforming PC application development and supporting the transition of Windows apps to ARM architecture. Microsoft is working to increase the number of native applications for Windows 11 and will share insights during Build. The keynote by CEO Satya Nadella will be streamed live without registration, but full event access requires prior registration, which is now closed. The session catalog includes hundreds of offerings, with many exclusive to in-person attendees. Comprehensive coverage of key announcements will be provided throughout the week, and discussions can continue on Reddit at r/WindowsCentral.
Winsage
June 1, 2026
Microsoft has recently enhanced Windows 11 and introduced the Surface Laptop Ultra, which features 128GB of unified memory and full CUDA support, powered by RTX Spark technology. This device represents a new direction for Microsoft's hardware offerings. The company has also reduced the visibility of its Copilot feature in response to customer feedback. Satya Nadella's exit from the mobile sector has received mixed reactions, and there is a historical context regarding Microsoft's partnerships with NVIDIA and Qualcomm in developing ARM architecture. The collaboration with NVIDIA raises questions about the future potential of Windows on ARM, although concerns exist regarding the high pricing of the Surface Laptop Ultra due to increased AI demand affecting component costs.
Winsage
June 1, 2026
At NVIDIA's GTC event, Microsoft and NVIDIA announced a collaboration to launch powerful thin-and-light Windows PCs enhanced by NVIDIA RTX Spark technology, aimed at developers, creators, and power users for AI applications. The new PCs feature RTX Spark with 1 petaflop of AI performance, up to 6144 Blackwell RTX cores, 20 power-efficient Arm architecture cores, and up to 128GB of unified memory. Microsoft implemented workload profile scheduling (WPS) to optimize task distribution across cores and introduced the Microsoft Power and Thermal Framework (MPTF) for improved power efficiency. The Prism emulator has been optimized for these PCs, ensuring smooth operation of x86 applications. Microsoft is also enhancing Windows 11's performance and reliability, with a focus on securely building and running AI agents. A range of RTX Spark-powered devices will be available from manufacturers like Microsoft Surface, ASUS, Dell, HP, Lenovo, and MSI starting this Fall. The Surface Laptop Ultra is specifically designed for creators, while other models from ASUS, Dell, HP, Lenovo, and MSI also emphasize AI performance. Additionally, Microsoft and NVIDIA are scaling Windows to NVIDIA DGX Station, which will feature the NVIDIA GB300 Grace Blackwell Ultra Desktop Superchip for advanced AI workloads.
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