Engineered Around Your Project
Each Mini-ITX board is built to match your application needs.
No SKU lists. No one-size-fits-all. Just platforms built to fit your reality.

What We Build, What You Can Customize
From Specs to Success: How We Build for You. Our proven process makes every custom board reliable, scalable, and fast to market.
Interface Expansion
Firmware & Security
Power Thermal & Mechanical
Integration & Lifecycle
Built for the Demands of Your Industry
We don’t just meet industry standards. We help define them: alongside engineers like you.
From factory floors to medical labs, our boards are customized for how your systems work, not how others build theirs.
Industrial Automation
Reliable performance for control systems, networking, and industrial virtualization.
Customizable across Intel Atom, Core, and Xeon platforms.
Network & Security
Low-power, high-efficiency boards for firewalls, smart gateways, and edge IoT nodes.
Built on ARM Cortex-A or Rockchip/NXP SoCs.
Energys & Utilities
Designed for harsh environments and remote monitoring systems.
Optimized for AMD Ryzen Embedded and EPYC solutions.
Medical Devices & Healthcare
AI-ready platforms for vision systems, robotics, and diagnostic equipment.
Jetson Nano, Xavier NX, and Orin supported.
Tailored Mini-ITX Boards by Use Case
From soft routers to edge AI boxes, our custom Mini-ITX boards are engineered across leading platforms—Intel, AMD, ARM, and NVIDIA.
No matter your workload, we build around it—not above it.
Industrial Control & Manufacturing
From high-speed virtualization to ultra-low power AI,
our boards are built for how your systems work, and where they run.
AI & Edge Computing
Compact, fanless boards for real-time control, HMI, and networking.
Supports Intel Atom, Core, and Xeon CPUs.
Data Center & Virtualization
High-efficiency platforms for servers, edge clusters, and virtual workloads.
Optimized for AMD EPYC and Ryzen Embedded solutions.
Network Attached Storage
Storage-ready designs for private cloud, backup, and media streaming.
SATA, M.2, and RAID supported with 2–8 LAN ports.

Your Hardware. Your Rules.
Why Engineers Choose Us for Custom Mini-ITX Boards
We don’t sell standard boards.
We design around your exact CPU, I/O, power, and thermal needs.
What Success Looks Like with Us
Mini-ITX boards trusted across automation, networking, and edge AI
Autonomous Snow-Melting Control Box
Our Solution: Delivered a ruggedized Intel Core i5 Mini-ITX board with conformal coating, wide-temp components, automotive-grade DC input, and Modbus-compatible COM ports.
Result: Deployed across 600+ sites in Minneapolis metro area. Operates reliably under snow, salt, and 24/7 load without active cooling.
High-Speed Industrial Vision Inspection System
Our Solution: Custom AMD Ryzen Embedded Mini-ITX with high-speed expansion via riser, NVMe RAID config, and FPGA I/O sync support.
Result: System now inspects 30,000+ products per day with 2ms latency. Passed EMI/EMC Class B compliance in first trial.
AI-Powered Onboard Rail Analytics Platform
Our Solution: Designed a fully integrated Mini-ITX board with ruggedized connectors, industrial fanless cooling, 9–36V input, and secure OTA firmware update support.
Result: Running live in 200+ trains across Paris region. Enabled predictive maintenance and real-time passenger load estimation.
Your Mini-ITX Platform, Backed by Engineering Services That Scale
We don’t just build Mini-ITX boards—we back them with real engineering. From idea to delivery, our

Mini-ITX Documentation & Dev Resources

Certifications, Testing & Lifecycle Reliability
From prototype to production, our service ecosystem supports you at every stage.
From Bench to Deployment
Discover how MiniITXboard is helping engineers and integrators deploy smarter, more reliable embedded platforms across industries.
Intel Celeron N150: Balancing Power, Performance, and Practical Efficiency in Compact Systems
Table of Contents 1. Introduction: The Role of the N150 in Modern Embedded Platforms 2. CPU Microarchitecture and Platform Integration…
Intel Celeron N300: Engineering Low-Power Performance for Modern Embedded Systems
Table of Contents Introduction: The N300’s Place in Embedded and SFF Markets Architecture & SoC Integration Power Consumption & Idle…