MOTOROLA MVME-5500-0163 High-Performance VMEbus Single-Board Computer

Description

• • I/O and Expansion Interfaces
    • Network Interfaces: Integrates one gigabit Ethernet interface and an additional 10/100BaseTX Ethernet interface to realize high-speed network data transmission and meet the needs of data interaction in different network environments.
    • Expansion Buses and Slots: Has dual independent 64-bit PCI buses with a bus speed of up to 33/66MHz, and each PCI bus is configured with a PMC site that supports 33 or 66MHz card operation. It is also equipped with a 64-bit PCI expansion mezzanine connector, which can expand up to four more PMC modules.
    • Basic I/O Interfaces: Is configured with two serial ports to meet the connection needs of traditional serial devices, and maintains I/O compatibility with the MVME 51xx product family to realize seamless docking with related peripheral equipment.
  • Physical and Environmental Parameters
    • Physical Size: Adopts the standard 6U VME board size, with dimensions of 160mm × 233mm. It can be fully configured with two PMC modules or one PMC module and an additional memory mezzanine in a single VME slot, which is easy to integrate into various systems.
    • Operating Temperature: Follows the industrial-grade temperature design standard, and its operating temperature range is -20°C to 70°C, which can adapt to the temperature changes of most industrial and outdoor working environments.
  • Supported Operating Systems: Is compatible with multiple mainstream real-time operating systems, including VxWorks, Linux and QNX, which can meet the software development and system deployment needs of different application scenarios.
• Function Features
  • Powerful and Balanced Computing Performance

    The combination of the 1GHz PowerPC MPC7455 processor and the AltiVec coprocessor provides strong support for data-intensive applications. The 133MHz host bus and 133MHz SDRAM memory bus matched by the Marvell system controller avoid performance bottlenecks between the processor, memory and I/O subsystems, enabling the whole machine to maintain stable and efficient operation during high-load computing.

  • Flexible and Diversified Expansion Capabilities

    The dual independent 64-bit PCI buses and multiple PMC expansion sites allow users to add functional modules such as analog I/O, digital I/O and special communication modules according to actual needs. The 64-bit PCI expansion mezzanine connector further expands the expansion space, and the compatibility with the MVME 51xx product family also reduces the cost of equipment upgrading and transformation for users.

  • High Reliability and Stable Operation Performance

    It adopts industrial-grade structural design and soldered key components, which enhances the stability of the equipment. The ECC memory can automatically detect and correct data errors, ensuring the accuracy of data in long-term operation. Its single VME slot full configuration design reduces the connection points between components and improves the overall reliability of the system in complex environments.

  • Convenient Maintenance and Integration

    The modular design of the board makes daily maintenance and part replacement more convenient. It supports processor PMCs and is compatible with multiple common real-time operating systems. This allows developers to quickly carry out software development and system integration, and shortens the project landing cycle.

• Application Scenarios
  • Industrial Automation

    It is used as the core processing unit in manufacturing, robot control and semiconductor manufacturing systems. It collects data from temperature, pressure and position sensors on the production line in real time, performs logic operations and motion control calculations, and sends control instructions to actuators to realize automatic control and efficient operation of the production process.

  • National Defense and Aerospace

    It is deployed in radar systems, ship combat management systems and flight control platforms. It processes radar detection signals, flight attitude data and tactical communication data in real time. Its high computing efficiency and stable operation performance ensure that military equipment can complete key tasks accurately in complex battlefield environments.

  • Data Acquisition and Image Processing

    In fields such as medical imaging and industrial flaw detection, it undertakes the processing of a large number of image data. It can quickly analyze and optimize the collected image information to improve the clarity and accuracy of images, providing a reliable data basis for medical diagnosis and industrial product quality inspection.

  • Scientific Research and Test Equipment

    It serves as the core controller in high-energy physics experiments and automated test platforms. It collects and processes experimental data in real time, controls the operation steps of test equipment, and ensures the accuracy and continuity of experiments, which is an important support for scientific research and product testing work.