MOTOROLA VMIVME162-032

• Interface
  • Two serial communication ports. The console port is EIA – 232 – D DTE, and the second port is user – configurable for EIA – 232 – D/EIA – 422 (V.36) DTE/DCE.
  • Four 16 – or 32 – bit IndustryPack® ports, with one DMA channel per port.
  • Optional SCSI bus interface with 32 – bit local bus burst DMA.
  • Optional Ethernet transceiver interface with 32 – bit local bus DMA.
  • One 32 – pin PLCC EPROM socket.
• VMEbus – related
  • A32/D64 VME bus master/slave interface with system controller functionality.
  • Supports VME D64 specification.
  • Four – stage requester, seven – stage interruptor, and seven – stage interrupt handler for VMEbus.
  • Remote RESET/ABORT/STATUS control functions.
• Timers
  • Six 32 – bit timers (four without VMEbus) and a watchdog timer.

Functional Features

• Powerful Processing Options
  • With multiple microprocessor options, users can choose the appropriate processor according to their specific performance requirements, such as different clock speeds and floating – point capabilities.
• Rich Memory Configuration
  • The combination of shared DRAM, SRAM, flash memory, and NVRAM provides sufficient storage space for different types of data, including program code, running data, and configuration information.
• Diverse Interface Resources
  • The serial communication ports, IndustryPack® ports, and optional SCSI and Ethernet interfaces enable flexible connection to various peripheral devices, meeting different application needs for data communication and device control.
• High – performance VMEbus Interface
  • The A32/D64 VME bus master/slave interface with system controller functionality and support for VME D64 specification ensure high – speed data transfer and efficient system operation within the VMEbus system.
• Convenient Debugging and Diagnostic Functions
  • The on – board debugger and diagnostic firmware help users quickly detect and solve problems during the development and operation process, improving the reliability and maintainability of the system.

Application Scenarios

• Industrial Automation
  • It is widely used in various industrial control systems, such as production line automation and robot control, for precise control and data processing.
• Data Acquisition
  • Can be used to collect data from field devices and perform preliminary processing and analysis, providing reliable data support for industrial production and management.
• Embedded Systems
  • Suitable for embedded applications in communication equipment and other fields, ensuring the stable operation and high – performance computing of the system.