In today’s rapidly evolving industrial landscape, compact, high-performance computing solutions are the backbone of intelligent automation. Among the form factors that have emerged to meet these demands, Mini-ITX motherboards stand out for their balance of power, space efficiency, and versatility. These compact boards are transforming how industries implement automation, enabling smarter, faster, and more flexible systems.
A key player driving innovation in this field is YENTEK, a high-tech enterprise focused on the R&D, manufacturing, sales, and service of industrial computing products. With deep expertise in embedded systems and industrial-grade components, YENTEK delivers cutting-edge Mini-ITX motherboards designed specifically for automation environments.
A Mini-ITX motherboard is a compact form factor measuring just 170mm x 170mm, originally designed for small-form-factor PCs. Today, these boards are widely adopted in embedded systems and industrial applications thanks to their:
Full-featured I/O options
Support for high-performance processors
Low power consumption
Reliable thermal management
Compatibility with fanless and ruggedized enclosures
These qualities make Mini-ITX motherboards ideal for space-constrained environments such as machine control panels, autonomous robots, smart kiosks, and industrial edge computing systems.
Mini-ITX boards serve as powerful edge devices in automation networks, handling real-time data processing and analytics closer to the source. YENTEK’s industrial Mini-ITX solutions offer high-speed interfaces and rugged durability, making them ideal for field deployment.
With support for GPU acceleration and AI toolkits, these compact motherboards can power machine vision systems used in quality inspection, object detection, and robotics.
SCADA and Control Systems
Their small footprint allows integration directly into control cabinets, making them perfect for SCADA (Supervisory Control and Data Acquisition) environments and PLC-based automation systems.
Mini-ITX boards provide essential connectivity (Ethernet, Wi-Fi, serial ports) needed to collect and transmit data across industrial IoT infrastructures. YENTEK designs its boards with extended temperature tolerance and EMI shielding to ensure stable operation in harsh environments.
YENTEK stands out as a trusted provider of industrial computing platforms, offering:
Dedicated R&D for industrial-grade Mini-ITX motherboards
Robust designs built to withstand vibration, temperature extremes, and electromagnetic interference
Longevity support, ensuring long-term product availability and compatibility
Custom firmware services, tailored to customer-specific applications
Comprehensive customer support, from prototype through production
With years of experience and a focus on vertical markets such as automation, transportation, energy, and healthcare, YENTEK ensures each Mini-ITX product is designed for reliability, safety, and peak performance in demanding conditions.
Intel® and AMD® processor support
Wide input voltage range (9V–36V)
Rich I/O: USB 3.0, RS-232/422/485, dual LAN, HDMI/DP/VGA
Multiple storage interfaces (M.2, SATA, NVMe)
Fanless thermal designs for silent, maintenance-free operation
Support for Windows, Linux, and real-time operating systems
As automation systems grow more intelligent and space-conscious, the role of compact computing hardware becomes increasingly vital. Mini-ITX motherboards offer the performance and flexibility needed to support smart industrial solutions—without taking up unnecessary space or power.
With its advanced engineering, industrial-grade reliability, and customer-first approach, YENTEK is helping drive the next generation of intelligent automation. Whether you're designing a new control system, deploying edge AI, or building a compact robotic solution, YENTEK’s Mini-ITX motherboards provide the solid foundation you need.
Ready to power your automation systems smarter and smaller? Connect with YENTEK today to explore Mini-ITX solutions tailored to your project.
Key Features That Make Mini-ITX Motherboards Ideal for Automation Systems