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    09.Sep.2024

    What Is Windows 11 Enterprise IoT LTSC?


    Windows Enterprise LTSC edition is crafted for devices and systems that prioritize stability, consistency, and long-term support. Unlike mainstream Windows editions such as Windows 11 Pro or Home, LTSC versions are updated less frequently, emphasizing security and system stability rather than regular feature upgrades. This specialized version is updated every 2-3 years.
    The most recent Enterprise LTSC release was in 2021. Looking ahead, Microsoft plans to launch the Windows 11 Enterprise IoT LTSC edition in the latter half of 2024. This upcoming release is tailored for professional-use embedded applications, offering enhanced control over specific Windows features. It will also exclude non-essential components such as the Windows Appstore, MS Edge, and games, resulting in a leaner and more efficient system footprint.

     

    What is Windows Enterprise IoT? 

    To fully grasp the concept of "LTSC," it's essential to understand Windows Enterprise IoT. This specialized edition of the Windows operating system is specifically designed for Internet of Things (IoT) deployments within enterprise environments. Windows Enterprise IoT offers a scalable and adaptable platform that supports the development and management of IoT solutions across a variety of sectors, including manufacturing, retail, healthcare, and transportation. As a robust and flexible foundation, Windows Enterprise IoT enables enterprises to build intelligent, connected IoT applications, fostering innovation, optimizing operations, and propelling digital transformation.


    The advantages of using Windows Enterprise IoT LTSC over the Pro version include:
    • Resource Efficiency: Windows IoT editions, like Windows 10 IoT Core and Windows 11 IoT Enterprise, are fine-tuned for devices with limited resources, making them ideal for embedded systems.
    • Licensing Cost: Windows IoT offers specialized licensing models that are more cost-effective for embedded and IoT devices, particularly beneficial for large-scale deployments.
    • Customization and Flexibility: Windows IoT allows developers extensive control over system configurations, enabling tailored deployments that meet the specific needs of various embedded applications.
    • Industry Compatibility: Windows IoT seamlessly integrates with other industrial and IoT technologies, including industrial automation systems, IoT platforms, and cloud services like Azure, enhancing operational synergy.
    • Security and Stability: Designed with a focus on security, Windows IoT includes features like device lockdown and secure boot. Its long-term servicing capability ensures reliable performance, particularly crucial for mission-critical IoT applications. This is where Windows Enterprise IoT LTSC proves invaluable, providing dependable, long-term support to maintain system integrity and functionality over extended periods.
     

    What is LTSC? 

     

    Windows IoT Enterprise   

    Windows IoT Enterprise LTSC 

    Release Cadence 

    Follows the regular Windows 11 update cycle with new features and updates released regularly. Updates are released every few years, focusing only on security updates during the product lifecycle.

    Support Lifecycle 

    Receives annual feature updates with:  

    •  5 years of mainstream support  
    • 5 years of extended support. 
    Provides extended support for up to 10 years, ensuring long-term stability for embedded systems.

    Feature Set 

    Incorporates the latest Windows 11 features including:

    • Redesigned Start menu  
    • Snap layouts  
    • Updated Microsoft Store 
    • Gaming improvements. 
    Concentrates on core functionality and stability, without frequent new feature updates.

    Deployment Scenarios 

    Best suited for environments requiring the latest Windows 11 features, such as:

    • Retail point-of-sale systems 
    • Digital signage  
    • Kiosks  
    • Industrial IoT devices. 

    Optimal for devices needing long-term stability, including:

    • Medical devices  
    • Industrial machinery  
    • Manufacturing control systems  
    • Other embedded devices where frequent updates are impractical/undesirable. 

     

    LTSC, which stands for "Long-Term Servicing Channel," ensures a 10-year support lifecycle for Windows IoT builds, with new releases every 2-3 years. For instance, the Windows 10 IoT LTSC version released in 2019 is supported until 2029. Users have the option to either skip the latest 2021 release or update their devices to benefit from the newest features and security enhancements. This approach provides assurance that the operating system will operate reliably over extended periods without frequent updates. However, when updates are necessary, they can significantly extend the device's lifecycle by another decade.

    While Microsoft has not yet disclosed all features of the upcoming Windows 11 IoT Enterprise LTSC, it is anticipated to enhance AI and IoT capabilities beyond those available in the 2021 version. It's crucial to recognize that each computing application is distinct; thus, selecting the appropriate operating system is vital for ensuring optimal functionality, efficiency, and longevity.
     

    Hardware requirement for Windows IoT? 

    Upgrading to a new Windows version in industrial-grade embedded computers is significantly more complex than updating a personal home computer. The interconnected nature of Industrial IoT applications means that even minor changes can disrupt stable, functioning systems. Although Windows 11 IoT offers several advanced upgrades, these come with increased hardware requirements.

    Microsoft caters to this diversity with different editions of Windows 11 IoT, each tailored to specific hardware capabilities and usage scenarios:

    • Entry-Level (Basic): Suitable for devices with modest processing power and limited resources. This version is ideal for low-cost IoT devices or those performing simple tasks.
    • Value (Mid-Range): Designed for devices that need more computing power and offer capabilities beyond basic functions, balancing performance with cost.
    • High-End (Advanced): Targeted at devices requiring high-performance computing, this version supports advanced functionalities and robust security features, suitable for critical and complex applications.
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