MOTOROLA MVME172-263 embedded single-board computer

Basic information: It belongs to a modular structure, with the brand MOTOROLA, and can be used in PLC-related scenarios.

Performance parameters:

Processor: It adopts the MC68060 processor with a main frequency of 60MHz, which has strong computing power and can meet the computing requirements in industrial control and other scenarios.

Memory: Equipped with 16MB of memory, it can support system operation and program storage, ensuring stable system operation and data processing.

Communication interface: It is equipped with 2 asynchronous serial ports compatible with 16550, 2 high-speed synchronous serial ports, and an Ethernet port. It supports routing the Ethernet ports to the backplane through CompactPCI J3 and J5 connectors. Meanwhile, it has an on-board IDE bus. It is equipped with a slot compatible with Compact Flash Type I/II, facilitating data communication and storage expansion with external devices.

Bus interface It is equipped with a VMEbus interface, supporting the conversion from local bus to VMEbus and from VMEbus to local bus. It has bus widths of A16/A24/A32 and D8/D16/D32. It also comes with a VMEbus system controller, enabling high-speed data transmission and communication with other VME devices.

Working voltage: The working voltage is 220V, suitable for common industrial power supply environments.

Output frequency: The output frequency can reach up to 30HZ, which can meet some application scenarios that have requirements for the output frequency of the signal.

Program and data capacity: The program capacity is 2MB and the data capacity is 1MB. It can store a certain amount of programs and data, meeting the storage requirements of conventional industrial control programs.

Functional features: It can be directly integrated into the control network as a field switch, which helps to achieve data exchange and transmission in industrial control networks. It can connect various devices in industrial automation systems, enabling efficient communication among them and ensuring the stable operation of the system.

Application field

Production line automation: Equipment control and data collection for assembly lines in automotive manufacturing, electronic component production, food processing, etc.

Process control system: Monitoring and control of process parameters (temperature, pressure, flow rate) in the petrochemical, power energy, and metallurgical industries.

Embedded communication servers: railway signal systems, intelligent traffic light control, Industrial Internet of Things (IIoT) edge nodes.

Airborne/shipborne control systems: unmanned aerial vehicle flight control, ship equipment monitoring, data processing of avionics systems.

Electric power automation: substation monitoring, smart grid terminal equipment, renewable energy (wind, solar) power generation control systems.

Rail transit signal control: Autonomous driving of metro trains (ATO), station signal interlocking systems, railway crossing control.