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Mythbusters: Windows IoT Enterprise LTSC for Arm
Winsage
December 27, 2024

Mythbusters: Windows IoT Enterprise LTSC for Arm

Advantech's infographic addresses myths about Microsoft Windows IoT Enterprise LTSC for Arm, distinguishing it from Windows Home or Professional editions. Myths about the operating system include: 1. Windows on Arm consumes significant power and resources, leading to poor performance. 2. The image size of Windows on Arm is greater than or equal to that of Windows on x86. 3. Desktop mode is unavailable on Windows on Arm. 4. Windows on Arm is a stripped-down version of Windows. 5. Arm architecture may face limitations with complex tasks. 6. All Windows devices are power-hungry, and switching to Arm offers no improvement. Key facts include: - Windows IoT Enterprise LTSC typically occupies about 6GB of storage, with a minimum requirement of 16GB. - Desktop mode is available on Windows on Arm. - Windows on Arm retains core functionalities, though some hardware drivers may have compatibility issues. - Arm processors are generally more efficient than x86 counterparts. Myths regarding applications and workload include: 7. Windows on Arm exclusively supports Arm64 applications. 8. Multimedia applications perform poorly on Windows on Arm devices. 9. Windows Copilot can be extended to all versions of Windows running on Arm. Key facts include: - An emulation system allows x86 applications to run on Arm hardware. - Multimedia performance depends on hardware acceleration, which is supported by major SoC manufacturers. - Cloud-based services like Windows Copilot operate effectively on Windows IoT Enterprise LTSC for Arm, but on-device Copilot+ requires specific hardware capabilities. Myths about licensing and development include: 10. The Windows license fee for x86 is expensive, and the fee for Windows on Arm is similarly high. 11. Windows on Arm has limited support for certain Windows frameworks. 12. Development and debugging on Windows for Arm architecture present challenges requiring extended transition periods. Key facts include: - Windows IoT Enterprise LTSC is priced between 0 and 0, offering a decade of security updates. - Transitioning from x86 to Arm for application development is streamlined, with common programming languages and frameworks remaining compatible. Tools like Visual Studio facilitate the development process.
Microsoft Windows IoT for Client Systems: A Historical Journey and Today's Latest Innovations
Winsage
December 23, 2024

Microsoft Windows IoT for Client Systems: A Historical Journey and Today’s Latest Innovations

Microsoft's Windows Embedded and Windows IoT products began in 1999 with Windows NT Embedded, codenamed Impala. Windows XP Embedded, known as Mantis, expanded toolkit capabilities with tools like Target Designer and Component Designer. Windows Embedded POSReady 2009 catered to the point-of-sale sector, maintaining a consistent kernel across consumer and embedded versions. Windows CE supported mobile devices with various architectures and reached its end of support in 2023. Windows Embedded 7 Standard and Windows 7 for Embedded Systems required special licensing agreements. Windows Embedded Standard 8 did not succeed in the industrial market, while Windows 10 IoT Enterprise, launched in 2015, introduced LTSB/LTSC options with a decade of security updates. A tiered licensing structure was introduced for Windows 10 IoT Enterprise, accommodating different CPU performances. The Base license allowed Windows 10 IoT Enterprise on industrial Arm devices, specifically the NXP i.MX8 family. Windows 11 21H2 established the General Availability Channel for IoT, with Windows 11 IoT Enterprise 2024 LTSC set to debut in May 2024. Windows 11 IoT Enterprise LTSC supports Arm Qualcomm CPUs and introduces features like USB 4.0 and Wi-Fi 6/7 support, along with a commitment to 10 years of security updates. Windows 10 IoT Enterprise 2021 LTSC will remain supported until 2031.
Windows 11 LTSC on Arm: Everything You Need to Know
Winsage
October 17, 2024

Windows 11 LTSC on Arm: Everything You Need to Know

Windows 11 IoT Enterprise LTSC 24H2 has been released, featuring a modern user interface, enhanced security, productivity tools, comprehensive device management, long-term support with up to 10 years of security updates, and a restricted user experience mode. System requirements include a 1 GHz or faster processor with two or more cores, a minimum of 4 GB RAM (2 GB minimum), 64 GB or larger storage, UEFI firmware with Secure Boot, a preferred TPM version 2.0, a DirectX 12 compatible graphics card, and a minimum display size of 9 inches with 700p HD resolution. Enhancements over Windows 10 LTSC include improved performance, better compatibility, advanced security features, and a streamlined update process. The x86 platform offers extensive compatibility and high performance, while the Arm platform emphasizes power efficiency, making it suitable for portable and IoT devices. Microsoft follows a three-year release cycle for LTSC products, with Windows 11 addressing regulatory industry needs for enhanced security. Key differences between Windows 10 and Windows 11 LTSC include a modernized interface, advanced security features, optimized performance, and improved compatibility. Windows 11 LTSC 24H2 has a 10-year lifecycle with five years of mainstream support and five years of extended support. New features include an integrated IoT-specific EULA, wireless display capabilities, optional removable packages, multi-app kiosk mode, automatic MPEG2 installation, HEVC codec support, access to the Microsoft Store, optional TPM enabling, and exclusion of CoPilot. The operating system is applicable across various industries, including medical, governmental, hospitality, and retail, and is compatible with both x64 and Arm processors.
How to enroll Windows IoT devices in Microsoft Intune | TechTarget
Winsage
October 3, 2024

How to enroll Windows IoT devices in Microsoft Intune | TechTarget

Device management in enterprises has evolved to include a wide range of devices, particularly IoT devices, which can now be enrolled and managed using Microsoft Intune alongside traditional operating systems. Windows IoT devices, used for applications like digital signage and medical devices, require specific management and enrollment strategies. There are different editions of Windows for IoT, including: - Windows IoT Enterprise: A comprehensive version designed for dedicated devices. - Windows Server IoT 2022: Offers enterprise-level management and security features. - Windows 10 IoT Core: A compact edition that runs a single application. Windows IoT Enterprise is commonly used for fixed-purpose devices and shares management capabilities with other Windows Enterprise devices due to their similar binary foundation. Management options for Windows IoT Enterprise include: - Microsoft Intune: A cloud-based management service. - Microsoft Configuration Manager: A management solution for when cloud options are unsuitable. - Azure Arc-enabled servers: For performance monitoring and settings auditing. Enrollment of Windows IoT Enterprise devices into Microsoft Intune is primarily done through a provisioning package, as Windows Autopilot does not officially support these devices. The steps to create a provisioning package using Windows Configuration Designer include: 1. Open the app and select "Provision desktop devices." 2. Provide project details (name, folder, description). 3. Set up device information (device name, product key, shared use, preinstalled software). 4. Specify network details (Wi-Fi). 5. Manage account settings (enroll in Microsoft Entra ID, refresh credentials, bulk token expiry). 6. Optionally add applications and certificates. 7. Review and create the package. To apply a provisioning package, administrators can do so during the Out of Box Experience (OOBE) or on existing devices by executing the package.
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