MOTOROLA MVME1603-001 VME board

The MOTOROLA MVME1603-001 VME board is a high-performance, VMeBus-based computer board designed for embedded systems and real-time applications. The VMEbus standard, which stands for Versa Module Eurocard, is a widely adopted backplane computer system standard for creating scalable and modular embedded computing systems.

Here are some of the main features and specifications of the MOTOROLA MVME1603-001 VME board:

Processor: The MVME1603-001 typically has a high-performance processor, such as a PowerPC or a compatible chip from the Motorola family. The processor provides the necessary computing power for complex tasks and real-time operations.

VMEbus interface: As a VME board, the MVME1603-001 integrates the VMEbus interface, which can be plugged into the VMEbus backplane for data communication and system expansion with other VME modules.

Memory and storage: The MVME1603-001 provides a Memory slot that supports Single Inline Memory module (simm) or Dual Inline Memory module (dimm) as the system RAM. In addition, it may offer on-board storage options such as flash or hard drives.

I/O and peripheral ports: The board provides multiple I/O and peripheral ports, such as serial ports, parallel ports, and Ethernet ports. These interfaces enable the MVME1603-001 to communicate with external devices, sensors and actuators.

System Control and monitoring: The MVME1603-001 includes system control and monitoring functions such as power management, temperature sensing, and fan control. These characteristics contribute to the reliable and stable operation of the system, especially in industrial environments.

Operating system support: Unix, Linux, VxWorks and other operating systems are supported. These operating systems provide a rich set of software development tools and libraries to facilitate application development and maintenance.

Applications: The MOTOROLA MVME1603-001 VME board is suitable for industrial automation, military and aerospace, energy management, scientific research and other areas requiring high performance, reliability and real-time performance.