MOTOROLA MVME162-026 Embedded controller

The MOTOROLA MVME162-026 is the embedded controller board of the MOTOROLA VME64x family, designed for high-performance, mission-critical embedded systems. The board is based on the VMEbus standard, which is a popular choice for defense, aerospace and industrial automation applications.

Here are some of the key specifications and features of the MOTOROLA MVME162-026 embedded controller:

Processor: The MVME162-026 usually uses a PowerPC processor, such as the MOTOROLA MPC8260 or similar model. This high-performance processor enables the board to handle complex real-time embedded applications.

Memory: The board has several memory options, including simm(single inline memory module) or dimm(dual inline memory module). The amount of memory may vary depending on the specific configuration, and additional memory expansion may be supported.

I/O interfaces: The MVME162-026 provides a range of input/output (I/O) interfaces for connecting external devices and peripherals. These interfaces may include Ethernet, serial ports, parallel ports, USB, and other standard interfaces commonly used in embedded systems.

Expansion slots: The board includes VMEbus expansion slots that allow additional cards or modules to be added to expand the functionality of the system. These slots can be filled with cards for additional processors, memory, I/O interfaces, or other specific functions.

Operating System support :MVME162-026 supports a variety of operating systems, including real-time Operating System (RTOS) and embedded Linux distributions. These operating systems provide a flexible and reliable platform for developing and deploying embedded applications.

Power supply and heat dissipation: The board must have a dedicated power supply to provide the required voltage and power for each component. In addition, cooling mechanisms such as fans or radiators may be required to dissipate the heat generated by the components to ensure stable operation.

Compact design: The MVME162-026 is designed for use in space-constrained environments, making it suitable for rack-mounted systems and other space-constrained applications.