MOTOROLA MVME-761-001 VME Transition and Multifunctional I/O Module

Description

• • • Other I/O Interfaces: It is configured with one parallel port for high – speed parallel data transmission, and integrates an ultra – wide SCSI adapter to support high – efficiency data interaction with SCSI – compatible storage devices and peripheral equipment.
    • Bus Conversion Support: It realizes conversion between VME bus and other buses such as PCI and CPCI, and completes protocol conversion between different bus protocols to realize smooth data transmission.
  • Environmental Adaptability
    • Operating Temperature: It has a wide operating temperature range of – 40℃ to +85℃, which can adapt to extreme temperature environments in industrial sites such as high – temperature workshops and low – temperature outdoor equipment rooms.
    • Shell Protection: It uses a metal shell, which has good anti – vibration, dust – proof and anti – interference performance, and can maintain stable operation in harsh industrial environments.
• Function Features
  • Strong Backward Compatibility

    The module can provide backward compatibility with early Motorola MVME2600 and MVME2700 series single – board computers. It solves the problem that old – model equipment is difficult to connect with new systems, avoids the waste caused by overall replacement of equipment, and reduces the cost of system upgrading and maintenance.

  • Integrated Bus and Protocol Conversion

    It integrates PCI/ISA bridge and ultra – wide SCSI adapter functions while realizing VME bus conversion. It can complete both bus format conversion and data protocol conversion at one time. It eliminates the need for additional independent conversion equipment, simplifies the system structure and improves the efficiency of data transmission.

  • Rich and Diversified I/O Expansion

    With multiple types of serial ports, parallel ports and ultra – wide SCSI interfaces, the module expands the connection capability of the host system. It can connect a variety of peripheral devices such as sensors, printers and storage devices at the same time, and meets the multi – device access needs of complex industrial systems.

  • Stable and Reliable Operation Performance

    The metal shell and standardized PMC structure enhance the module’s resistance to external environmental interference. The power supply mode matching industrial motherboards and the mature circuit design ensure that the module can run continuously and stably for a long time in industrial scenarios, and reduce the failure rate during system operation.

• Application Scenarios
  • Legacy Industrial System Upgrade and Maintenance

    It is widely used in the maintenance and upgrade of legacy industrial control systems in fields such as automobile manufacturing and electronic component production. It connects early Motorola MVME2600 and MVME2700 series single – board computers with new MVME5100 single – board computers, realizing the smooth transition of the system and ensuring the continuous operation of the production line without replacing the entire control system.

  • Industrial Automation Control Systems

    In the automatic process control systems of petrochemical and metallurgical industries, it realizes the interconnection between VME bus – based controllers and PCI bus – based data acquisition modules. It converts and transmits temperature, pressure and flow data collected by sensors in real time, and ensures the accurate execution of control commands.

  • Embedded System Testing and Debugging

    It is used in the testing and debugging process of embedded systems in research institutions and electronic equipment manufacturing enterprises. It acts as a transition medium between different bus devices, helping technicians complete the connection and data interaction between various test modules, and improving the efficiency of system debugging and performance testing.

  • Aerospace and Military Electronic Equipment

    It is applied to navigation systems and radar systems in the aerospace and military fields. These fields often use a large number of VME bus – based equipment. The module realizes the conversion between VME bus and other internal buses of the equipment, ensures the stable transmission of key data such as flight attitude and radar signals, and meets the high reliability requirements of military and aerospace equipment.