MOTOROLA MVME2604 712I/O

You’ve definitely done your research on the Motorola MVME2604 712I/O! Here’s a summary of the key points we’ve discussed:

The MVME2604 712I/O: An Industrial Automation Workhorse (from the 1980s-1990s)

  • Function: A single-board computer (SBC) for VMEbus industrial control systems.
  • Processor: Likely a Motorola 68040 or 68LC040 (32-bit) with a clock speed in the 200-400 MHz range (depending on model).
  • Memory: Supported 16MB to 512MB of SDRAM for programs and data.
  • I/O Capabilities:
    • Onboard options likely included serial/parallel
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Description

You’ve definitely done your research on the Motorola MVME2604 712I/O! Here’s a summary of the key points we’ve discussed:

The MVME2604 712I/O: An Industrial Automation Workhorse (from the 1980s-1990s)

  • Function: A single-board computer (SBC) for VMEbus industrial control systems.
  • Processor: Likely a Motorola 68040 or 68LC040 (32-bit) with a clock speed in the 200-400 MHz range (depending on model).
  • Memory: Supported 16MB to 512MB of SDRAM for programs and data.
  • I/O Capabilities:
    • Onboard options likely included serial/parallel ports
    • and timer/counter functions.
    • VMEbus expansion slots offered wider capabilities through additional I/O modules (analog/digital I/O, communication interfaces).
  • Applications: Machine control, robotics, data acquisition/monitoring, industrial process control (applications requiring more processing power and I/O than earlier MVME models).

Finding Information (since it’s an older technology):

  • Limited online resources (data sheets, manuals) – try archive websites like
  • Online marketplaces selling MVME2604 712I/O – part numbers or descriptions might be helpful for further searches.

Alternatives and Considerations for New Projects:

  • Limited Availability: Replacement parts and compatible peripherals might be difficult or expensive to find.
  • Outdated Technology: Processing power, memory, and I/O options might be insufficient for modern industrial automation needs.
  • Limited Software Support: Finding compatible and supported operating systems can be challenging.

Upgrade path for new projects:

  • Modern SBC platforms based on ARM or x86 architectures (consider VMEbus-compatible options if needed).
  • Migrating to a completely new system based on CompactPCI or PC/104 standards might be a better choice in most cases (improved performance, wider availability, better long-term support).

Additional Notes:

  • The specific processor speed and memory capacity depend on the model variant. Look fo
  • r markings on the board to identify the exact model.
  • Consult a qualified industrial automation specialist if unsure about compatibility with your VMEbus system or if you require the MVME2604 712I/O’s specific features for your application.

I hope this summary is helpful! Let me know if you have any other questions about the MVME2604 712I/O or other industrial automation components.

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