MOTOROLA MVME-6100 High-Performance VMEbus Single-Board Computer

Description

• • I/O and Expansion Interfaces
    • Network Interfaces: Integrates dual gigabit Ethernet interfaces, which support high-speed network data interaction and meet the needs of large-volume data transmission in distributed systems.
    • Expansion Slots: Equips two PMC-X interfaces that support 33/66/100MHz. These interfaces allow users to add industry-standard functional modules according to specific application needs to expand the board’s functional scope.
    • Bus Performance: Adopts the VMEbus 2eSST protocol, and the actual transmission bandwidth of the VMEbus can reach 320MB/s, which effectively eliminates the bottleneck of data transmission between the board and other VMEbus devices.
  • Physical and Power Parameters
    • Physical Size: Complies with the standard industrial control module size, with dimensions of 233mm × 167mm and a weight of approximately 0.7 kilograms, which is convenient for installation in standard equipment cabinets.
    • Power Supply: Adopts a 24VDC power supply, which is consistent with the power supply configuration of most industrial equipment and facilitates system integration.
    • Operating Temperature: Features an industrial-grade temperature-resistant design, with an operating temperature range of -40°C to +85°C, which can adapt to extreme temperature environments such as high-temperature workshops and low-temperature outdoor equipment.
  • Supported Operating Systems: Compatible with multiple mainstream real-time operating systems, including VxWorks and Linux. It provides corresponding board support packages for related systems, which is convenient for developers to carry out software development and deployment.
• Function Features
  • Outstanding Parallel Computing Capability

    The combination of the 1.267GHz PowerPC MPC7457 processor and the 128-bit AltiVec coprocessor forms a powerful parallel computing system. It can efficiently decompose and process data-intensive tasks such as complex signal analysis and large-scale image processing, which is far superior to ordinary single-board computers in terms of computing efficiency.

  • High-Bandwidth and Efficient Data Transmission

    The adoption of the VMEbus 2eSST protocol enables the board to achieve a transmission rate of 320MB/s on the VMEbus. When collaborating with other VMEbus devices, it can realize high-speed and stable data interaction. The dual gigabit Ethernet interfaces further enhance the network transmission capability, ensuring the smooth operation of data transmission in distributed control systems.

  • Flexible and Diversified Expansion Performance

    The two PMC-X interfaces support the access of various industry-standard application-specific modules, such as analog I/O modules, special communication modules and data acquisition modules. Users can customize the functional configuration according to actual application scenarios without modifying the core structure of the board, which greatly improves the adaptability of the product.

  • Stable and Reliable Industrial-Grade Operation

    The board uses strictly selected industrial-grade components and undergoes rigorous quality testing. The ECC memory ensures the reliability of data operation, and the wide operating temperature range and IP65 protection level enable it to maintain stable performance in harsh environments such as high temperature, low temperature, dust and humidity, and meet the requirements of long-term continuous operation of industrial and military equipment.

• Application Scenarios
  • Industrial Automation

    It serves as the core control unit in production lines, CNC machine tools and robot control systems. It collects data from sensors such as temperature, pressure and position in real time, performs logical operations and motion control calculations, and sends control instructions to actuators such as motors and valves to realize the automation and intelligence of the production process. It is also applied in water treatment plants to monitor and control the operation of water treatment equipment and ensure the stability of the water treatment process.

  • National Defense and Aerospace

    It is deployed in radar systems, ship navigation control systems and missile guidance systems. It processes radar detection signals, flight attitude data and tactical communication data at high speed. Its high computing speed and stable transmission performance ensure that military equipment can accurately complete target positioning, tracking and command transmission tasks in complex battlefields.

  • Medical Equipment Field

    It is integrated into medical imaging equipment such as CT scanners and MRI machines. It undertakes the processing and analysis of massive medical image data. The powerful parallel computing capability of the board ensures the clarity and accuracy of medical images, helping doctors obtain accurate lesion information and providing strong support for clinical diagnosis.

  • Energy and Communication Fields

    In the power industry, it is used in power plant monitoring systems and substation automation equipment to process power load data and equipment operation parameters in real time, ensuring the safe and stable operation of the power grid. In the communication field, it is applied to communication base stations and network equipment to undertake signal processing and traffic management tasks and ensure the smoothness and stability of communication networks.