Motorola MVME-6100 VMEbus Single Board Computer

Key Features

• High Computational Performance: The powerful processor and AltiVec coprocessor enable the MVME-6100 to handle complex computational tasks and real-time control operations with ease, making it ideal for data-intensive applications.
• High-Speed Data Transfer: The 2eSST VMEbus protocol and dual Gigabit Ethernet ports provide high-speed data transfer capabilities, ensuring efficient communication within the system and with external networks.
• Rich Expansion Options: The two PMC sites allow for the addition of various function modules, such as additional I/O interfaces, communication modules, or specialized processing units, providing flexibility to meet specific application requirements.
• High Reliability and Stability: Designed for industrial environments, the MVME-6100 features a rugged construction with resistance to vibration, shock, and electromagnetic interference. It operates reliably in a wide temperature range from -40°C to 85°C (extended model), ensuring stable performance in harsh conditions.
• Support for Multiple Operating Systems: The MVME-6100 supports various real-time operating systems and kernels, including VxWorks and Linux, providing flexibility in software development and deployment.

Application Scenarios

• Industrial Automation: Used for real-time monitoring and process control in high-speed production lines, robot control, and factory automation systems. It can also be applied in data acquisition systems for collecting and processing large amounts of sensor data.
• Power and Energy: Employed in automation control systems for power plants and substations, as well as in power protection and dispatching systems. It supports energy management and large-scale real-time data acquisition applications.
• Transportation: Utilized in signaling and communication systems for railways and subways, intelligent traffic monitoring and dispatching centers, and onboard control platforms for aircraft, ships, and rail vehicles.
• Defense and Aerospace: Applied in radar signal processing, tactical command systems, avionics, shipborne combat and fire control computing units, and spacecraft ground telemetry and real-time simulation platforms.
• Telecommunications and Networking: Forms the core of telecommunication switching and core routing control systems, satellite communication and protocol processing, and large-scale data transmission and real-time processing systems.
• Scientific Research and Medical Imaging: Supports high-energy physics and nuclear experiment data acquisition, as well as embedded control in medical imaging equipment such as CT and MRI scanners. It also serves as the measurement, control, and computing core for large-scale scientific research installations.