MOTOROLA MVME162-002 Embedded controller

The MOTOROLA MVME162-002 is another embedded controller based on the VMEbus standard and belongs to the MVME16x family. Similar to the MVME162-001, the MVME162-002 is also designed as a core component for high performance, real-time and embedded systems. It provides powerful computing power and flexible expansion options to meet the needs of a variety of complex applications.

Here are some of the key specifications and features of MOTOROLA's MVME162-002 embedded controller:

Processor: The MVME162-002 is typically powered by a PowerPC processor, a high-performance RISC processor 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 MVME162-002 can be plugged into the VMEbus backplane for integration with other VME-compliant devices. This modular design allows system builders to easily extend and customize their systems.

Memory: The MVME162-002 supports a variety of memory configurations, often including SIMMs (single in-line memory modules). 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 wealth of I/O and peripheral interfaces, such as serial ports, parallel ports, and other communication interfaces. These interfaces enable the MVME162-002 to connect with external devices, sensors, and other peripherals.

Expansion capabilities: The MVME162-002 may include expansion slots or connectors for adding daughter boards or dedicated processors. This extensibility gives the system designer the flexibility to customize the system.

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

Embedded applications: The MVME162-002 is typically used in embedded applications that require high performance, real-time capabilities, and reliability. It can be found in industrial control systems, scientific instruments, telecommunications equipment, and other scenarios that require powerful computing power.