MAX-Q670A

Micro-ATX with 12th/13th/14th Generation Intel® Core™ LGA1700 Socket Processors, TDP Max. 125W

MAX-Q470A

MAX-Q470A | Comet Lake | Micro-ATX Industrial Motherboard with 10th Generation Intel® Core™ Processor

MAX-Q370C

Micro-ATX Industrial Motherboard with 8th/9th Generation Intel® Core™ Processor, DDR4 DRAM, Multiple Display Ports, Supports iAM

MAX-H310A

Micro-ATX Industrial Motherboard with 8th/9th Generation Intel® Core™ Processor, DDR4 DRAM

MAX-Q370A

Micro-ATX Industrial Motherboard with 8th/9th Generation Intel® Core™ Processor, DDR4 DRAM, Multiple Display Ports, Supports iAM

MAX-C246A

Micro-ATX Industrial Motherboard with 8th/9th Generation Intel® Core™ Processor, DDR4 DRAM, Multiple Display Ports, Supports iAM

IMBA-H110A

ATX Motherboards | IMBA-H110A

IMBM-Q170A

IMBM-Q170A - Industrial Motherboards

AAEON Industrial Micro-ATX motherboards provide desktop power in a standardized form factor compatible with a wide range of industrial chassis, suitable for embedded applications where a full-sized ATX board won’t fit. AAEON Micro-ATX motherboards support a range of Intel processors, including the 12th and 13th Generation Intel® Core™ processors (formerly Alder Lake/Raptor Lake). AAEON Micro-ATX motherboards offer broad I/O loadouts and configurations for both rear I/O and onboard headers for front panel I/O. AAEON Micro-ATX boards also offer expansion capabilities to provide flexibility for the most demanding of embedded applications. AAEON Micro-ATX boards are AI Edge ready, supporting AI accelerators including the AI Core X series of modules. AAEON offers customization of Micro-ATX motherboard features, allowing for configuration for specific embedded applications.

Micro-ATX motherboards (sometime written µATX, uATX or mATX) are a flexible alternative to full-sized ATX boards, capable of using the same mounts as ATX boards, with the same I/O bracket location, but also able to be deployed in smaller cases or embedded systems. By utilizing the same chipset, Micro-ATX boards can deliver broad expandability support to enhance the user experience and system functionality.