MOTOROLA MVME147SA-1 VME module

The MOTOROLA MVME147SA-1 is a VME Module based on the VME (Versa Module Eurocard) standard. The VME standard is a standard interface specification for building high-performance, real-time embedded systems. The MVME147SA-1 module is typically used as part of a single board computer or subsystem for a variety of industrial and scientific computing applications.

Here are some of the key features and specifications of the MOTOROLA MVME147SA-1 VME module:

Processor: The MVME147SA-1 is equipped with a high-performance MOTOROLA processor such as the 68040 or other compatible processor. This enables the module to handle complex computational tasks and real-time applications.

VMEbus interface: As a VME module, the MVME147SA-1 provides a VMEbus interface, allowing it to plug into the VME backplane and communicate with other VME modules. This provides a high degree of system scalability and flexibility.

Memory and storage: The MVME147SA-1 provides memory slots and supports SIMMs (single in-line memory module) or DIMMs (dual in-line memory module). In addition, it may also offer on-board storage options such as flash or hard drives.

I/O and peripheral interfaces: The module provides a variety of I/O and peripheral interfaces, such as serial ports, parallel ports, Ethernet interfaces, etc. These interfaces allow the MVME147SA-1 to communicate with external devices, sensors, and actuators.

System control and monitoring: The MVME147SA-1 provides system control and monitoring functions, including power management, temperature sensing and fan control, to ensure stable operation and reliability of the system.

Operating system support: The module supports a variety of operating systems, such as Unix, Linux, VxWorks and so on. These operating systems provide a wealth of software development tools and libraries that make it easy for developers to write and maintain applications.

Applications: The MVME147SA-1 VME module is suitable for applications in industrial automation, military and aerospace, energy management, scientific research and other fields where high performance, reliability and real-time performance are required.