Performance and application of industrial motherboard

Intelligentization: integrating more sensors and control modules can realize more complex functions, such as automatic diagnosis and optimization of equipment in intelligent factories.

Low power consumption: reduce the power consumption of the system by optimizing the design and adopting low-power technology to meet the requirements of energy conservation and environmental protection.

High performance: with the improvement of data processing capacity and real-time requirements of industrial equipment, it is necessary to have stronger CPU performance, larger memory capacity and faster data transmission speed.

Highly integrated and miniaturized: integrate more functional modules into the motherboard, reduce the use of external interfaces and expansion cards, to meet the space constraints of industrial equipment.

Expansion of application fields: in addition to traditional industrial automation, transportation, medical equipment and other fields, applications in emerging fields such as intelligent security, Internet of things, big data, and artificial intelligence are increasing.

Cross border integration: combine with AI chips, sensor technology, cloud computing, etc., to form more competitive solutions, such as intelligent diagnosis and predictive maintenance by integrating with AI chips.

Application of industrial motherboard in intelligent security

What are the common sizes of the motherboard