Industrial Mini-ITX Product Portfolio

Mini-ITX Motherboards for Industrial and Embedded Systems

Browse platforms by cooling, industrial I/O, networking, compute performance, and application. We can review power, BIOS, thermal, operating-system, and lifecycle requirements before platform selection.

Browse Categories Send Requirements
Industrial Mini-ITX motherboard for embedded systems
Platform FitProcessor, I/O, expansion, and power
Validation ScopeThermal, BIOS, OS, and enclosure
Lifecycle ReviewAvailability, revisions, and alternatives

Product Categories

Browse by System Requirement

Start with the requirement that most strongly defines your system architecture.

Fanless & Low-Power Passive-cooling, low-power, thin, and wide-temperature platforms for compact embedded systems. Explore Industrial I/O Serial ports, GPIO, CAN, embedded displays, and wide-input power for equipment integration. Explore Network & Security Multi-LAN, 2.5GbE, 10GbE, SFP+, and PoE options for secure network appliances. Explore Edge AI & Performance Core Ultra, Ryzen Embedded, Jetson, and PCIe x16 platforms for demanding edge workloads. Explore Application-Specific Purpose-built configurations for storage, signage, vision, vehicle, and diagnostic systems. Explore

Mini-ITX Product Range

All Mini-ITX Motherboards

Compare the current product range by platform purpose and core interface requirements.

Category 01

Fanless & Low-Power Mini-ITX Motherboards

Passive-cooling, low-power, thin, and wide-temperature platforms for compact embedded systems.

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Category 02

Industrial I/O Mini-ITX Motherboards

Serial ports, GPIO, CAN, embedded displays, and wide-input power for equipment integration.

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Category 03

Network & Security Mini-ITX Motherboards

Multi-LAN, 2.5GbE, 10GbE, SFP+, and PoE options for secure network appliances.

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Category 04

Edge AI & High-Performance Mini-ITX Motherboards

Core Ultra, Ryzen Embedded, Jetson, and PCIe x16 platforms for demanding edge workloads.

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Category 05

Application-Specific Mini-ITX Motherboards

Purpose-built configurations for storage, signage, vision, vehicle, and diagnostic systems.

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Engineering Support

Support Beyond the Product List

Selection, customization, validation, and lifecycle planning can be defined around your deployment.

Platform Matching

Compare processors, I/O, expansion, power, cooling, and operating-system requirements.

Customization Review

Review BIOS, interfaces, power input, branding, and mechanical changes for feasibility.

Validation Planning

Define checks for thermals, power, memory, storage, interfaces, OS, and enclosure fit.

Lifecycle Support

Review availability, revisions, PCN or EOL risk, and suitable replacement paths.

Product Selection Support

Send Us Your System Requirements

Include your workload, I/O, power, cooling, operating system, enclosure, quantity, and target schedule. We will review suitable standard or configurable platforms.

Request a Quote View Validation Process

Product Support

Frequently Asked Questions

Practical answers about product selection, customization, validation, and supply planning.

Can you customize a Mini-ITX motherboard for our project?

Yes. Depending on feasibility and volume, options may include BIOS settings, I/O, power input, thermal design, branding, mechanics, and selected components. Each change is reviewed against validation and production requirements.

What information helps you recommend a board?

Share the processor or workload, memory, storage, displays, LAN, serial ports, expansion, power input, operating system, thermal limits, enclosure constraints, quantity, and deployment environment.

What is the minimum order quantity?

MOQ depends on the platform, component availability, customization scope, and validation work. Standard configurations generally support lower quantities than projects requiring board-level redesign or dedicated component control.

Which operating systems and BIOS functions are supported?

Support varies by processor and board configuration. Common requirements include Windows or Linux, AMI UEFI BIOS, watchdog, auto power-on, boot settings, and project-specific BIOS configuration.

How is a Mini-ITX platform validated?

Validation can cover boot stability, memory, storage, interfaces, power, thermals, operating-system compatibility, BIOS settings, and mechanical fit in the intended enclosure. The final scope is defined per project.

Can you support long-term supply and revisions?

Lifecycle planning can include component-roadmap review, revision control, PCN or EOL tracking, and replacement options. Available support depends on the selected processor, chipset, and component supply plan.