Arming Your Operating System

Unveiling OS Trends in Embedded Systems

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Whether you’re experienced in connected solutions, IoT, or embedded platforms, we're looking for feedback from professionals like you who are shaping the product strategy or digital landscape for your organization or product. Your feedback will help us understand the forces driving your market and product strategies.

This brief survey should take around 4-7 minutes to complete. Your answers will be used to guide future enhancements and innovations. By sharing your honest experiences, you’ll contribute to a better development journey for all.

Your feedback in this brief survey will be used to guide future enhancements and innovations.

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Survey open March 28, 2024 to April 30, 2024

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EDGE AI BOX

The Edge AI Box is a compact low-power embedded PC that is compatible with various peripherals, offering a comprehensive solution for development requirements. Typical applications include industrial automation, healthcare, and application development.

The EPC-R3720 edge AI box is an NXP i.MX8M Plus Cortex®-A53 1.8GHz Quad Core-based secured, compact-sized, and low-power embedded PC. This cutting-edge device offers 2.3 TOPS NPU AI performance and empowers designers to expedite their Windows on Arm® software development. The kit features a wide range of I/O extension options to provide flexibility for diverse industrial automation needs.

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How Windows on Arm is Impacting the Tech Landscape

Windows on Arm is no longer just an experiment; it's a viable option for daily users and businesses. As more OEMs and smartphone manufacturers enter the market, Arm-based PCs will continue to gain popularity, offering a fresh perspective on computing.

Performance and Efficiency

Arm-based PC SoCs (System-on-Chips) offer:

High-performance CPU cores and integrated memory that rival traditional x86 CPUs, especially when combined with advanced AI and GPUs.

Lower power consumption than x86 based systems which helps with thermal requirements and reduces noise (i.e. fan-less).

Wider operating temperature ranges (e.g. -40C to +85C) allowing you to place them in harsher and more challenging locations.

Customization and Integration

Form Factor Flexibility

Arm-based SoCs can be tailored to specific needs, unlike general-purpose x86 CPUs.

Custom cores enable advanced features, better OS integration, and efficient memory access.

Integrated AI-feature cores enhance performance and power efficiency.

Arm-based PCs consolidate components, enabling diverse form factors (laptops, tablets, sticks, VR headsets).

Their compact design appeals to users seeking versatility and portability.

App Support Evolution

Historically, app support was a challenge due to different system architectures, however, Microsoft has made significant progress:

64-bit app emulation is now included in Windows 11, ensuring compatibility.

Microsoft has optimized its own apps for Arm, including Edge, Teams, & Visual Studio.

Third-party developers are encouraged to create Arm-native apps using Project Volterra.

Android apps on Windows 11 work seamlessly on Arm-based PCs.

Explore Windows 10 and 11

WINDOWS ON ARM TRAINING MODULE

WINDOWS ON ARM APP DEVELOPMENT

WINDOWS FOR IOT DOCS

Learning module for a more in-depth understanding of Arm and how to add a build configuration for Arm64 architecture.

Windows has traditionally run on machines that are powered by x86 / x64 processors, but more recently, also runs on devices powered by Arm processors.

Windows for IoT, formerly Windows Embedded, is a family of operating systems from Microsoft designed for use in embedded systems.

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