MOTOROLA MVME162-020A CPU board

MOTOROLA MVME162-020A CPU board is an important part of VMEbus (VMEbus) system, which belongs to the MVME162 series embedded computing system. It is a circuit board that integrates key resources such as central processing unit (CPU), memory, and I/O interface to provide high performance and high reliability computing power to meet the needs of various embedded applications.

Here are some of the main features and specifications of the MOTOROLA MVME162-020A CPU board:

Processor: The MVME162-020A CPU board is equipped with a high-performance CPU, usually a PowerPC or other RISC architecture processor. These processors provide powerful computing power and are able to handle complex computing tasks and control logic.

Memory and storage: The CPU board supports various types and capacities of memory modules, such as SIMMs (Single in-line memory module). The size and type of the memory can be configured based on application requirements to meet the system memory requirements.

I/O interface: The MVME162-020A CPU board provides a variety of I/O interfaces for communication with external devices, sensors, and peripherals. These interfaces may include serial ports, parallel ports, network interfaces, and other specific communication protocol interfaces.

VMEbus compatibility: As a VME module, the MVME162-020A CPU board is fully compatible with the VMEbus and can be easily integrated into the VME system. It can communicate and cooperate with other VME modules to form a complete embedded computing system.

Scalability and flexibility: The CPU board usually has good scalability, and the function and performance of the system can be expanded by adding additional I/O modules, memory expansion cards, etc.

Operating system support: The MVME162-020A CPU board supports multiple operating systems, such as UNIX, Linux, or Real-Time Operating system (RTOS), to adapt to different application environments and requirements.

Application: The CPU board is widely used in industrial automation, military and aerospace, medical equipment, communication equipment and other fields, requiring high-performance, high-reliability embedded computing systems.