MOTOROLA MVME162-023A Embedded controller

MOTOROLA MVME162-023A is an embedded controller board based on the VMEbus standard. VMEbus (VME64x) is a widely used standard for high-performance embedded computing systems, especially in the defense, aerospace and industrial automation industries.

Here are some of the key features and specifications of the MOTOROLA MVME162-023A embedded controller:

Processor: The MVME162-023A typically uses a PowerPC processor, especially a MOTOROLA MPC8260 or similar model. The processor provides high-performance computing power for demanding real-time applications.

Memory and storage: An embedded controller board comes with a certain amount of onboard memory, usually in the form of simm(single inline memory module) or dimm(dual inline memory module). It can also support additional memory expansion through memory expansion modules or slots. In addition, the board may offer storage options such as onboard flash memory or support for external storage devices.

I/O Interface: The MVME162-023A embedded controller board offers a wide range of input/output (I/O) interfaces to connect to peripherals, sensors, actuators, and other components. These interfaces may include Ethernet, serial ports, parallel ports, USB, and other industry standard interfaces.

Expansion slots: Motherboards often include VMEbus expansion slots that allow users to add additional cards or modules to enhance the functionality of the system. These expansion slots can be used to add additional processors, memory, I/O interfaces, or other types of modules.

Operating System support: The MVME162-023A embedded controller supports a variety of operating systems, including real-time Operating System (RTOS) and embedded Linux distributions. These operating systems provide a flexible and powerful platform for developing and deploying embedded applications.

Power and cooling: Boards typically require a dedicated power supply to provide the necessary power and voltage levels for processors, memory, and other components. In addition, cooling mechanisms such as fans or radiators may be required to dissipate the heat generated by the components.

Compact design: The MVME162-023A embedded controller board is designed to have a small footprint for space-limited applications and rack-mounted systems.