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Motorola MVME 2301 01-W3345F-01H Controller Module

Motorola MVME 2301 01-W3345F-01H Controller Module

Product manual:

Motorola MVME 2301 01-W3345F-01H Controller Module
Product Overview

Motorola MVME 2301 is a high-performance controller module based on the VME bus architecture, belonging to the Motorola MVME series of embedded computing platforms.
This module typically uses a PowerPC processor with high bandwidth bus interfaces and rich I/O expansion capabilities,
Mainly used for real-time control and data processing in industrial automation, communication systems, energy monitoring, and defense/aviation electronics fields.
Model 01-W3345F-01H belongs to a specific hardware version and is often used in situations where high stability, real-time performance, and scalability are required.

Technical Specifications

Processor architecture: High performance CPU based on PowerPC (commonly configured as 603/604 series)

Storage resources: Supports SDRAM/EDO DRAM, expandable capacity

Bus interface: compatible with VME64/VMEbus standards, supporting master and slave modes

I/O interfaces: serial port, Ethernet interface (some versions), universal parallel I/O

Scalability: Supports VME backplane expansion, making it easy to combine with multiple I/O cards or dedicated processing units

Operating system support: can run VxWorks, Lynx OS, pSOS, and some embedded Linux

Application scenarios

Industrial automation: As the core control unit in the factory production line control system, it realizes motion control, logical operation, and data acquisition.

Electricity and Energy: Used for power grid monitoring and substation automation systems to ensure real-time power dispatch.

Communication system: applied to switch and base station control systems to achieve high-speed data processing and signaling control.

Defense and aviation electronics: deployed in ships, radar, navigation, and flight control systems, providing reliable real-time computing capabilities.

Scientific research equipment: used as the core controller in experimental setups and testing instruments.