MOTOROLA+MVME7100

MOTOROLA+MVME7100

  1. Processor:
    • CPU: PowerPC 603e, 604e, or 750 (depending on the specific model)
    • Clock Speed: Typically ranges from 200 MHz to 400 MHz
    • Bus Speed: Up to 100 MHz (depending on configuration)
  2. Memory:
    • RAM: 128 MB to 1 GB of SDRAM (depending on configuration)
    • Flash Memory: 8 MB to 16 MB of flash memory (for firmware storage)
    • Cache: L1 and L2 caches (varied depending on processor type)

The Motorola MVME7100 is a high-performance embedded computer module designed for use in critical industrial and military applications, offering robust processing power and flexibility. It is based on the PowerPC architecture and typically used in rugged environments requiring high reliability and performance. The MVME7100 was commonly used in applications such as telecommunications, military defense systems, industrial automation, and aerospace.


Product Name:

Motorola MVME7100 VMEbus Processor Module


Product Description:

The MVME7100 is a VMEbus-based single-board computer that integrates a high-performance PowerPC processor with system memory, I/O capabilities, and communications interfaces. It offers high processing power, high reliability, and efficient data handling for embedded systems. The module is designed to be used in the VMEbus backplane, providing a high-speed communication interface between the board and other connected devices. The MVME7100 is designed to be compatible with the VME64 standard, ensuring compatibility with a wide range of peripheral cards and I/O systems.


Product Specifications and Parameters:

  1. Processor:
    • CPU: PowerPC 603e, 604e, or 750 (depending on the specific model)
    • Clock Speed: Typically ranges from 200 MHz to 400 MHz
    • Bus Speed: Up to 100 MHz (depending on configuration)
  2. Memory:
    • RAM: 128 MB to 1 GB of SDRAM (depending on configuration)
    • Flash Memory: 8 MB to 16 MB of flash memory (for firmware storage)
    • Cache: L1 and L2 caches (varied depending on processor type)
  3. I/O and Interfaces:
    • VMEbus Interface: Supports VME64 for communication with other VME devices.
    • Ethernet: Dual 10/100 Mbps Ethernet ports (for network connectivity)
    • Serial Ports: Multiple serial communication ports (RS-232/RS-485)
    • SCSI Interface: Single-ended or differential SCSI interface for peripheral connections.
    • Graphics: Optional graphics card interface for display purposes (depending on model)
    • PMC (PCI Mezzanine Card) Slots: One or more PMC slots for additional expansion cards
    • USB Ports: USB 2.0 support (on some models)
  4. Video Output: Optional VGA video output via a dedicated video port (varied by model).
  5. Operating System Support:
    • VxWorks, Linux, RTEMS, and other real-time operating systems.
    • Can be programmed using embedded development environments and toolchains tailored for PowerPC processors.
  6. Power Consumption:
    • Typically ranges from 15W to 25W depending on configuration and load.
  7. Form Factor:
    • Size: Standard VME 6U form factor (approximately 233mm x 160mm)
  8. Environmental Characteristics:
    • Operating Temperature Range: 0°C to 70°C (commercial), extended temperature ranges may be available for military or aerospace applications.
    • Designed for use in rugged, industrial environments.
  9. MTBF (Mean Time Between Failures):
    • High MTBF rating, typically well above 100,000 hours in optimal conditions, ensuring high reliability.

Product Use:

The Motorola MVME7100 is used in a variety of embedded computing applications that require high performance, high reliability, and real-time processing. Key application areas include:

  1. Industrial Automation:
    • Used in control systems for manufacturing processes, factory automation, and robotics.
  2. Telecommunications:
    • Acts as a central control unit for telecom infrastructure, including base stations and switching systems.
  3. Aerospace & Defense:
    • Deployed in military-grade systems for radar, communications, missile defense, and other mission-critical applications.
  4. Embedded Systems:
    • Ideal for embedded systems requiring high computational power and real-time data processing, such as sensor networks, flight control systems, and embedded computing for scientific instruments.
  5. Data Acquisition Systems:
    • Used in systems for collecting, processing, and analyzing data from various sensors and instruments.
  6. Rugged Embedded Computing:
    • Deployed in harsh environmental conditions, including extreme temperatures and vibration, where reliability and durability are critical.

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