Why Windows IoT Enterprise on Arm?
Windows IoT Enterprise on Arm brings the familiar Windows experience to power-efficient Arm64 processors. It gives embedded device builders the security, manageability, and application support of Windows IoT Enterprise, while enabling smaller, cooler, and more connected device designs.
For teams already building on Windows, it provides a practical path to Arm-based hardware without starting over. With processor options from Qualcomm and NXP, solution providers can better balance performance, power, cost, connectivity, and AI capabilities across a wide range of embedded and edge devices.
Arrow helps you move from evaluation to production with guidance on processor selection, supported hardware, development kits, drivers, BSPs, licensing, imaging, and long-term deployment planning.
Benefits of Windows IoT Enterprise on Arm
Power-efficient performance
for compact, always-on, and connected devices
Familiar Windows development
using tools, documentation, and workflows teams already know
Application flexibility
with support for native Arm64 apps and many existing x86/x64 applications through emulation
Smaller device designs
with lower heat and reduced space requirements
Flexible processor options
from Qualcomm and NXP to match different performance, cost, and power needs
Strong fit for edge workloads
including kiosks, gateways, HMIs, medical devices, industrial systems, smart retail, and AI-enabled devices
Enterprise-grade security and management
for long-lifecycle embedded deployments
Clearer path from prototype to production
with the right hardware, drivers, BSPs, and licensing support
Hardware Options for Windows IoT Enterprise on Arm
Choosing the right Arm64 hardware starts with understanding what your device needs to do. Some Windows IoT Enterprise on Arm applications require advanced AI, vision processing, graphics, and connectivity. Others prioritize low power, compact design, cost efficiency, and long lifecycle support.
Arrow helps embedded solution providers compare supported Qualcomm and NXP platforms, evaluate development kits, and plan the right path from prototype to production. Whether you are building an AI-enabled edge device, industrial system, kiosk, gateway, or HMI, Arrow can help align the processor, board, drivers, BSP, and Windows IoT Enterprise strategy to your product goals.
Qualcomm Dragonwing is a strong fit for:
- AI-enabled edge devices
- Video surveillance
- Collaboration and live broadcasting
- Machine monitoring and control
- Medical PCs
- Smart retail systems
- Smart manufacturing
NXP is a strong fit for:
- Human-machine interfaces
- Kiosks
- Gateways
- Thin clients
- Industrial embedded systems
- Cost-sensitive connected devices
Qualcomm Dragonwing for Intelligent Edge Devices
Qualcomm Dragonwing platforms are a strong choice for Windows IoT Enterprise on Arm devices that need high-performance compute, advanced AI, rich graphics, and integrated connectivity.
The Qualcomm Dragonwing portfolio gives developers a scalable path across different levels of performance:
- Qualcomm Dragonwing QCS5430 for efficient, connected edge devices
- Qualcomm Dragonwing QCS6490 for more demanding AI, vision, industrial, and retail applications
- Qualcomm Dragonwing IQ-X platforms for advanced compute needs across high-performance edge devices
These platforms are designed to support efficient hardware integration, strong performance per watt, heterogeneous compute, wireless connectivity options, and broader temperature support for demanding environments.
Qualcomm Dragonwing for Intelligent Edge Devices
Qualcomm Dragonwing platforms are a strong choice for Windows IoT Enterprise on Arm devices that need high-performance compute, advanced AI, rich graphics, and integrated connectivity.
The Qualcomm Dragonwing portfolio gives developers a scalable path across different levels of performance:
- Qualcomm Dragonwing QCS5430 for efficient, connected edge devices
- Qualcomm Dragonwing QCS6490 for more demanding AI, vision, industrial, and retail applications
- Qualcomm Dragonwing IQ-X platforms for advanced compute needs across high-performance edge devices
These platforms are designed to support efficient hardware integration, strong performance per watt, heterogeneous compute, wireless connectivity options, and broader temperature support for demanding environments.
Qualcomm Development Platforms to Accelerate Evaluation
Qualcomm Dragonwing development kits help teams evaluate hardware, test software, and begin building Windows IoT Enterprise on Arm applications before moving to production. These kits are useful for prototyping and software development, but production devices often require additional planning around board design, drivers, BSPs, thermal requirements, enclosures, licensing, and long-term supply.
NXP i.MX for efficient embedded designs
While Qualcomm is often the better fit for AI, vision, advanced graphics, and connected edge workloads, NXP can be the right choice for simpler embedded designs where efficiency and cost are the main priorities.
NXP i.MX processors remain an important option for Windows IoT Enterprise on Arm devices that prioritize low power, compact form factors, and cost efficiency.
Benefits of Working with Arrow for Windows IoT on Arm Development
By leveraging Arrow’s comprehensive hardware selection, deep Microsoft IoT OS knowledge, and expert development support, you can significantly reduce development time, overcome technical challenges, and ensure the success of your Windows IoT on Arm project.
- Expert Hardware & Software Guidance: Our engineers combine hardware expertise with deep Microsoft IoT OS knowledge to recommend the perfect platform for your project needs.
- Microsoft Imaging Services:Streamline device deployment with Arrow’s comprehensive imaging services. We can pre-load your Windows IoT on Arm image with your desired applications, configurations, and security settings, ensuring consistency across your entire fleet of devices.
- Services: Build with leading solutions and deploy worldwide with our global network, strong manufacturer relationships, and services like integration supply chain management, and post-deployment support.
