MOTOROLA MVME-2434 VMEbus High-Performance Embedded Single-Board Computer

Description

• • Interface Parameters
    • Bus Interface: Integrates a VMEbus interface, which can realize seamless connection and data interaction with other VME modules, adapting to the expansion needs of complex industrial control systems.
    • Communication Interfaces: Provides a variety of communication interfaces including serial port, parallel port, SCSI, Ethernet, and RS – 232/485. It also has Remote I/O ports to meet the connection needs of different peripheral devices and communication networks.
  • Environmental and Physical Parameters
    • Operating Temperature: The operating temperature range is – 40℃ to 85℃, which can adapt to the harsh temperature environment of industrial sites.
    • Physical Size: Adopts the standard 6U VME format, which conforms to the installation specifications of industrial equipment cabinets and is convenient for unified deployment.
    • Power Supply Requirements: The main power supply is +5VDC, and some models also support +12VDC or – 12VDC power input. It can also adapt to the input voltage range of 35 – 269VAC with a working frequency of 48 – 67Hz.
• Function Features
  • High – Efficiency and Stable Computing Performance

    The 32 – bit PowerPC processor with a maximum frequency of 400MHz, combined with the multi – level cache design, endows the module with excellent floating – point operation and graphic processing capabilities. It can quickly execute real – time operating systems and complex control programs, and simultaneously process multiple tasks such as on – site data collection and equipment control instructions output, meeting the high – speed data processing requirements of industrial sites.

  • Strong Expansion and Compatibility

    The rich interface types and VMEbus support enable the module to be flexibly expanded with various I/O modules. It is compatible with both old PLC systems and modern IoT – enabled devices. By means of custom middleware, it can work with controllers of other brands, avoiding the high cost of overall system replacement and upgrading.

  • High Reliability Adapted to Harsh Environments

    The module adopts a redundant design and fault diagnosis function. The ECC SDRAM ensures data accuracy, and the wide operating temperature range design allows it to operate stably under extreme temperature conditions. Its thermal – shock – resistant shell can resist the impact of harsh industrial environments such as vibration and dust, and maintain stable performance without being affected.

  • Flexible Software Adaptability

    It supports multiple operating systems such as UNIX – based RTOS like VxWorks, Linux and Windows CE. This wide software compatibility enables the module to be customized and developed according to different application scenarios, and can be quickly integrated into various embedded system solutions.

• Application Scenarios
  • Industrial Automation Field

    It is widely used in metallurgy, chemical industry, textile and power industries. It can be used for robot control, PLC programming and production line monitoring. In the automated production line, it collects data such as temperature and pressure from on – site sensors in real time, processes the data rapidly and sends control signals to actuators to ensure the stable operation of the production line.

  • Aerospace and Military Electronics

    It is applied to flight control systems, navigation systems and military equipment data processing. It can withstand the harsh working environment such as high vibration and large temperature difference in the aerospace field, and stably complete the processing and transmission of key data such as flight attitude and navigation parameters, ensuring the safe operation of aircraft and military equipment.

  • Test and Measurement Instruments

    It is integrated into various electronic test and measurement equipment. It processes the data collected by sensors in the instruments efficiently, controls the operation of the instruments, and transmits the test results to the upper computer through communication interfaces for analysis and storage. It improves the accuracy and efficiency of test work in fields such as electronic component detection and equipment performance testing.

  • Medical and Energy Management Equipment

    In the medical field, it is used in medical imaging equipment and laboratory equipment to process and analyze medical image data and experimental data. In the energy field, it is deployed in energy production and distribution system monitoring equipment to monitor the operation status of power generation equipment and power transmission lines in real time, and ensure the stable supply of energy.