Motorola MVME-5500 CPU Module

Brand:Motorola
Model:MVME-5500
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

Motorola MVME-5500 CPU Module

Product manual:

Motorola MVME-5500 CPU Module
Product Overview

The Motorola MVME-5500 is a high-performance embedded CPU module with VMEbus architecture, based on PowerPC 7455/7447 processors, with a clock speed of over 1GHz.
This module belongs to Motorola's next-generation high-performance VME controller,
Provide stronger computing power, larger memory capacity, and faster I/O channels while maintaining VME bus compatibility.
MVME-5500 is commonly used in the fields of national defense, industrial automation, power energy, and telecommunications, and is the core of high reliability real-time control and embedded computing.

Technical Specifications

Processor:

PowerPC 7455 or 7447 CPU

Main frequency range: 1.0 GHz -1.26 GHz

Memory:

DDR SDRAM， Up to 1 GB expandable

512 KB L2 Cache

Bus interface:

VME64 standard, supports 64 bit data transfer

Provide PCI Mezzanine Card (PMC) expansion slots

I/O interface:

Dual 10/100/1000 Mbps Gigabit Ethernet ports

Multiple serial ports (RS-232/422)

USB interface (partial versions)

Parallel I/O channel

Operating system support:

VxWorks

Linux (Embedded)

Real time operating systems such as pSOS and Lynx OS

Working environment:

Industrial grade temperature range design

Meets the requirements of anti electromagnetic interference and long-term operation

Application scenarios

Industrial Automation

As the central processing unit of factory automation and process control systems, it realizes motion control, logical operation, and high-speed data acquisition.

Electricity and Energy

Applied to power grid dispatching, substation automation, and power plant monitoring systems, providing highly reliable real-time computing capabilities.

Defense and Aerospace

Deploy in radar systems, ship combat management systems, flight control and navigation platforms for real-time task processing.

Telecommunications and Networks

Used for signaling and traffic processing in switches and data communication systems.

Research and testing equipment

As a core controller in high-energy physics experiments and automated testing platforms.