1. Technical Specifications

• Model: Motorola V-816364
• Type: VMEbus Single-Board Computer
• Processor:
  • Type: Typically equipped with a Motorola 680×0 series processor or a PowerPC processor, depending on the variant.
  • Clock Speed: Processor speeds usually range from 25 MHz to 400 MHz, depending on the specific processor used.
• Memory:
  • RAM: Onboard RAM typically ranges from 4 MB to 64 MB.
  • Flash Memory: Flash memory capacity generally ranges from 2 MB to 16 MB, used for firmware and application storage.
• I/O Interfaces:
  • Serial Ports: Multiple serial communication ports (RS-232 or RS-422) for connecting external devices.
  • Parallel I/O: General-purpose parallel I/O ports for additional connectivity.
  • Ethernet: Ethernet interfaces (10/100Base-T) for network connectivity.
  • SCSI: SCSI interfaces for high-speed data transfer and connection to storage devices, if included in the model.
  • PCI: Some variants may include PCI slots for hardware expansion.
• Bus Interface:
  • VMEbus: Complies with VMEbus standards, ensuring compatibility with other VMEbus systems and modules.
• Power Requirements:
  • Power Consumption: Meets VMEbus standard power specifications. Exact power requirements should be confirmed from the datasheet.

2. Key Features

• Processor Versatility: Offers a choice of processors, including Motorola’s 680×0 series or PowerPC processors, catering to different performance needs.
• Expandable Memory: Configurable RAM and flash memory to accommodate various application requirements.
• Diverse I/O Options: Equipped with multiple serial ports, parallel I/O, Ethernet, and potentially SCSI interfaces for flexible connectivity.
• VMEbus Compatibility: Designed to integrate seamlessly with other VMEbus-based systems, allowing for easy system expansion and interoperability.

3. Application Scenarios

• Industrial Automation: Ideal for use in industrial control systems where high reliability and extensive I/O capabilities are required.
• Embedded Systems: Suitable for embedded applications needing a robust VMEbus interface and flexible processing options.
• Defense and Aerospace: Used in defense and aerospace applications where VMEbus compatibility and rugged performance are essential.
• Telecommunications: Applied in telecom systems that require dependable network connectivity and high-speed data processing.

4. Additional Information

• Installation and Maintenance: Designed for installation into a VMEbus chassis. Proper installation, configuration, and maintenance are critical for optimal performance.
• Technical Support: For the most accurate and detailed information, including technical specifications and support, refer to the official datasheet or consult with Motorola (now part of Analog Devices) or their authorized distributors.