MOTOROLA MVME147-023 Single VME computer board

The MOTOROLA MVME147-023 is a single-board computer based on the VME (Versa Module Eurocard) standard. VME is a standard widely used in backplane-based computer systems, especially in high-performance, real-time, and embedded computing applications.

Here are some of the main features and specifications of the MOTOROLA MVME147-023 single VME computer board:

Processor: The MVME147-023 typically features MOTOROLA 68000 series processors, which were a popular choice for high-performance embedded systems in the 1980s and early 1990s.

VMEbus compatibility: As a VME board, the MVME147-023 is designed to fit into the VMEbus backplane, allowing it to interface with other VME modules and peripherals.

Memory: Supports multiple types of Memory modules, including Single In-line Memory module (simm) and Dual In-line Memory module (dimm), based on the specific configuration.

I/O and peripheral interfaces: The MVME147-023 offers a range of I/O and peripheral interfaces such as serial and parallel ports, Ethernet and other interfaces specific to the board's intended use. These interfaces allow the board to communicate with external devices and other components in the system.

Expansion slots: Depending on the configuration, the MVME147-023 May include one or more VME slots, allowing additional VME modules to be installed, providing additional functionality or processing power.

System control and monitoring: Usually includes power management, temperature sensing, fan control and other system control and monitoring functions to ensure stable and reliable operation.

Software support :MVME147-023 is supported by a range of software and operating systems, including Unix, Linux, and other possible software and operating systems. These packages provide the necessary tools and interfaces for developing and deploying applications on a single board.

Industrial applications :MVME147-023 is commonly used in industrial and scientific computing applications that require high performance, real-time processing and reliable operation. It is suitable for systems such as industrial controllers, scientific instruments and other embedded computing systems.