Unlock uncompromising performance with our Intel® Alder Lake-N/ Amston Lake Quad-Core Mini ITX Motherboard. Featuring a low power 12W TDP Intel® Processor N97, integrated UHD Graphics, dual 2.5GbE LAN, USB 3.2 Gen2, USB-C, 6 COM, and extensive expansion options – all in a compact, single stack, value-packed design perfect for industrial, embedded, and edge computing applications.
Quad-core, 12W TDP, 6M Cache, up to 3.60 GHz computing performance. Processor integrated Intel® UHD Graphics driven by Intel® Xe architecture with up to 32 execution units, supports up to one 4K60HDR or three 4K60 SDR displays. Ideal for video and imaging-intensive applications that demand a small footprint and low power consumption.
Delivers 2.5G data rate per port. Supports IEEE 1588, aka the Precision Time Protocol (PTP) is a protocol used to synchronize clocks throughout a computer network. Making the Mini ITX suitable for measurement and control systems.
A low-profile, single stack I/O design, providing a compact and efficient layout suitable for applications where space is limited and high performance is required.
Compatible to support the Intel® Atom® x7000 Series SoC Processor. The x7000RE Series - Easily deploy ruggedized, deep learning inference and compute for Industry 4.0 capabilities. The x7000C Series - Next-gen performance with versatile configurations for value-driven networking appliances.
Select processor supports Up to eight CPU cores and Intel® UHD Graphics with up to 32execution units can drive graphics, media processing, and deep learning inference AI simultaneously.
Select processor supports for up to 3 4K@60 SDR or one 4K@60 HDR displays with Pipelock synchronization on two displays. Programmable graphics, codecs, and media accelerators on the CPU and GPU all controlled via the Intel® oneAPI Video Processing Library.
15W TDP with low-power standby mode is ideal for sealed, fanless, easy-to-disinfect designs for hospital and healthcare environment where quiet operation is required. Flexible, high-bandwidth I/Os deliver high-speed data transfer and support legacy interfaces.
Programmable graphics, codecs, and media accelerators on the CPU and GPU all controlled via the Intel® oneAPI Video Processing Library.
Network video recorders; autonomous mobile robots (AMRs) for security, way-finding, and delivery; road and traffic management, parking, and smart city AI and sustainability.
AI automated tending, sorting, picking, parallelizing, warehouse AMR, in-line visual inspection for quality control, ruggedized industrial PC.
Understand more about our Custom Industrial Motherboards and Open Frame Tablets
