Mini-ITX Motherboards and SBCs
The Mini-ITX form factor (6.7”x 6.7”) stands out as the predominant choice across industrial motherboard formats. Its widespread adoption is fueled by cost-effectiveness, catering to diverse needs, whether for energy-efficient Atom setups or high-performance Intel Core and AMD Ryzen configurations. Moreover, it boasts extensive I/O support, facilitating seamless connectivity with various embedded devices and instruments. • What is a Mini-ITX Motherboard? • Exploring the Versatility of Mini-ITX
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Mini-ITX Motherboards (60)
Industrial Mini-ITX Motherboards: rugged, reliable and versatile.
With support for Intel and AMD CPUs, with a rich selection of I/O options, these boards are perfect for industrial automation, embedded systems and more. Built to endure harsh conditions and demanding workloads, trust in our Industrial Mini-ITX Motherboards for uninterrupted performance.
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Mini-ITX Single Board Computers (49)
Embedded Single Board Computers (SBCs): compact, powerful and adaptable.
These SBCs are designed to meet the diverse needs of embedded applications, offering robust performance in a small form factor. With a variety of Intel, ARM and AMD mobile and embedded processors and a rich selection of I/O options, our Mini-ITX SBCs provide the connectivity and flexibility required for industrial automation, IoT, and edge computing.
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AMD Ryzen Embedded Mini-ITX (8)
The AMD Ryzen embedded X86-64 processor family brings together breakthrough performance based on AMD’s “Zen” and “Vega” microarchitectures – inclusive of the V3000, V2000, V1000 and R2000 & R1000 architectures series, all integrated within an SoC (System on Chip) solution that sets a new standard in high performance processing power combined with AMD’s Radeon graphics for next-generation embedded designs. • V1000 • R1000 • V2000 • Meet the Ryzen Embedded Processor Family
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Intel Arrow Lake Mini-ITX (7)
Intel's 15th generation Intel Core processors (“Arrow Lake”) are part of the Core Ultra Series 2 desktop lineup and use the LGA 1851 socket. Building on the multi-chip module (MCM) architecture introduced with Meteor Lake, Arrow Lake expands this design to desktop platforms. Optimized for next-generation desktop computing, these processors deliver improved performance, power efficiency, and AI acceleration for industrial, professional, and high-performance computing applications.
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Intel Bartlett Lake Mini-ITX (11)
Intel's 15th generation Intel Core processors (“Bartlet Lake”) feature a hybrid architecture that combines high-performance cores with energy-efficient cores, designed to maximize performance and power efficiency. Desktop variants use the LGA 1700 socket. Optimized for Edge computing and advanced IoT applications, these processors deliver increased core counts, enhanced graphics, media, display, and AI capabilities for industrial, healthcare, IoT, and digital safety environments.
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Intel Meteor Lake Mini-ITX (4)
Intel's 14th Generation “Meteor Lake” mobile processors mark Intel’s first implementation of a chiplet architecture, combining multiple high-performance components into a single, highly efficient package. The compute tile is produced using Intel’s advanced Intel 4 process, while the graphics and I/O tiles are manufactured on TSMC’s N5 and N6 processes, respectively. This innovative design delivers exceptional performance and energy efficiency for next-generation mobile computing.
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Intel Raptor Lake Mini-ITX (31)
Intel's 13th and 14th generation Intel Core processors (“Raptor Lake” and “Raptor Lake Refresh”) feature a hybrid architecture that combines high-performance Raptor Cove cores with energy-efficient Gracemont cores. Desktop variants use the LGA 1700 socket, while mobile versions bring Raptor Lake performance to laptops and portable devices. Optimized for Edge computing and IoT applications, these processors deliver increased core counts, enhanced graphics, media, display, and AI capabilities for industrial, healthcare, IoT, and digital safety applications.
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Intel Alder Lake Mini-ITX (35)
Intel's 12th generation Intel Core processors (“Alder Lake” S-Series and H-Series) feature a hybrid architecture that combines high-performance P-cores with energy-efficient E-cores, coordinated by Intel Thread Director. Desktop variants use the LGA 1700 socket, while mobile and embedded versions bring Alder Lake performance to laptops and portable devices. Optimized for Edge computing and IoT applications, these processors deliver increased core counts, advanced graphics, media, display, and AI capabilities for retail, manufacturing, healthcare, and digital safety industries.
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Intel ElkHart Lake Mini-ITX (5)
Intel’s 6th generation Atom processors are designed to power the next generation of IoT and Edge devices. The Atom x6000E Series, along with Pentium and Celeron N and J Series variants, deliver enhanced CPU and graphics performance to support real-time processing, manageability, security, and functional safety. Elkhart Lake processors feature Intel UHD graphics, remote device management capabilities, and high-speed connectivity via 2.5GbE, making them ideal for modern industrial, retail, and IoT applications.
