MOTOROLA MVME162-003 Embedded controller

The MOTOROLA MVME162-003 embedded controller is also part of the VMEbus standard and belongs to the MVME16x family. These controllers are widely used in embedded systems that require high performance, real-time response and reliability. The MVME162-003 provides powerful computing power and rich interface options to meet the needs of a variety of complex applications.

Here are some of the key features and specifications of MOTOROLA MVME162-003 embedded controllers:

Processor: The MVME162-003 is typically powered by a PowerPC processor, a high-performance RISC processor that is ideal for applications that require fast execution and real-time response. The specific processor model and speed may vary depending on the board configuration and version.

VMEbus compatibility: As a VME module, the MVME162-003 can be seamlessly integrated into the VMEbus backplane to work with other VME devices. This modular design provides excellent scalability and flexibility.

Memory: The MVME162-003 supports a variety of memory configurations, including SIMMs (single-in-line memory modules) and other types of memory. The size and type of memory depends on the specifications of the board and system requirements.

I/O and peripheral interfaces: The embedded controller provides a wide range of I/O and peripheral interfaces, such as serial ports, parallel ports, network interfaces, etc. These interfaces allow the MVME162-003 to easily communicate with external devices, sensors, and other peripherals.

Expansion capabilities: The MVME162-003 may contain expansion slots or connectors for adding daughter boards, dedicated processors, or other functional modules. This scalability gives the system designer the opportunity to customize and optimize the system.

Operating System support: The controller supports multiple operating systems, such as Unix and Linux. These operating systems provide a stable and reliable platform for application development and deployment.

Embedded applications: MVME162-003 is commonly used in industrial controls, scientific instruments, communications equipment, and other embedded applications that require high performance and reliability.