MOTOROLA MVME 162-13 Dual-Height VME Embedded Single-Board Computer

Description

• • Interface and Expansion Capabilities
    • IndustryPack Ports: Configures four IndustryPack ports, which can be connected to various single – width or double – width IndustryPack modules to expand functions such as analog input/output and digital control.
    • Serial Interfaces: Has two serial ports, supporting EIA – 232 – D and EIA – 530 standards respectively, and one of the serial ports (Serial Port B) is designed as an EIA – 232 – D (DCE) interface.
    • Optional Interfaces: Supports optional Ethernet transceiver interfaces and SCSI bus interfaces with DMA function, which realize high – speed data transmission with network devices and storage devices respectively.
    • VMEbus Interface: Adopts a VMEbus interface that supports A16/A24/A32 address widths and D8/D16/D32 data widths, and can act as a system controller to achieve efficient data interaction with other VMEbus – compatible modules.
  • Physical and Power Parameters
    • Form Factor: A dual – height VME module that occupies only one VME slot while supporting multiple expansion modules, saving chassis space.
    • Power Requirements: Adapts to an input voltage range of 89 – 280 VAC, which can adapt to unstable power supply environments in industrial sites.
• Function Features
  • Flexible Function Expansion: The four IndustryPack ports allow users to add different functional modules according to changing I/O requirements without replacing the entire single – board computer, which reduces the overall upgrade cost of the system.
  • High Data Transmission Reliability: The parity – protected DRAM and battery – backed SRAM work together to avoid data loss or errors caused by power outages and electromagnetic interference in industrial environments, ensuring the continuity of control processes.
  • Strong System Compatibility: It is fully compatible with the VMEbus standard and can be seamlessly connected with various VME bus – based industrial modules. It also matches the VxWorks operating system and supports hundreds of industrial protocols, enabling access to most PLCs and industrial equipment.
  • Stable Operation Monitoring: The built – in watchdog timer and multiple tick timers can quickly detect abnormal program operations. They trigger reset or alarm mechanisms in a timely manner to prevent the entire industrial control system from malfunctioning due to faults of the single – board computer.
• Application Scenarios
  • Industrial Automation Control: Serves as the core controller in automated production lines such as automobile manufacturing and electronic component processing. It connects with sensors and actuators through expanded I/O modules to control the operation rhythm of equipment and collect real – time production data.
  • Telecommunications Infrastructure: Used in the control system of traditional communication base stations. It processes and forwards communication signals through the optional Ethernet interface and connects with peripheral monitoring devices via serial ports to realize real – time monitoring of base station operating parameters.
  • Defense and Aerospace Equipment: Applied to the embedded control systems of some legacy military communication equipment and aerospace ground support devices. Its stable performance and anti – interference ability can adapt to harsh field and military working environments.
  • Medical Imaging Equipment: Integrated into traditional medical imaging devices such as ultrasound and CT scanners. It undertakes the task of processing image data and controls the coordinated operation of various components of the equipment to ensure the clarity and stability of imaging results.
  • Legacy Equipment Maintenance: As a key spare part for a large number of discontinued industrial control systems. It is used to replace the aging or faulty core control boards in power plant control cabinets and railway signal systems, which extends the service life of the legacy equipment and reduces the cost of overall system replacement.