Core functions:

High performance computing: Industrial control chips typically have powerful computing capabilities that can support complex industrial control algorithms and large-scale data processing, ensuring stable system operation under various operating conditions.

Highly integrated: These chips integrate key components such as processors, memory, and input/output interfaces together to form highly integrated systems, reducing system complexity and cost.

High reliability: Industrial control chips undergo rigorous testing and screening, possessing high reliability and capable of long-term stable operation in harsh industrial environments.

Low power consumption: In order to meet the long-term operational requirements in industrial applications, these chips are typically designed with low power consumption to reduce overall energy consumption.

Multiple communication protocol support: Industrial control chips support multiple industrial communication protocols, such as EtherCAT, CAN, Modbus, etc., ensuring compatibility of the system in various industrial automation networks.

Technical parameters:

Applicable fields:

Automotive electronics: Industrial control chips play an important role in automotive electronic systems, such as engine control, body control, safety systems, etc., improving the intelligence and safety of automobiles.

Intelligent Manufacturing: In the field of intelligent manufacturing, industrial control chips are used to control the automation of mechanical equipment and production lines, improving production efficiency and quality.

Energy management: In energy management systems, industrial control chips are used to optimize energy allocation, monitor and control power generation, transmission, and distribution processes, and improve energy utilization efficiency.

Intelligent transportation: In intelligent transportation systems, industrial control chips can be used for traffic monitoring, vehicle scheduling, and intelligent management, improving traffic efficiency and safety.

Industrial Internet of Things: Industrial control chips support multiple protocols and standards for industrial Internet of Things, and can be used for industrial sensors, gateway devices, etc. to transmit data from factory sites to the cloud for analysis and processing.

High performance processing:

Support complex algorithms and multitasking scheduling.

High reliability:

Satisfy long-term stable operation in extreme environments.

Low power design:

Suitable for various industrial application needs.

Showcasing the successful application of chips in different industrial scenarios:

Intelligent robot control.

Industrial sensor network.

Automated assembly line control.