Motorola

Motorola MVME172-263/260 Embedded Computer Board

Brand:MOTOROLA

Model:MVME172-263/260

Origin: U.S.A

Warranty: one year

Contact information:+86-15339537795

Mailbox:2645963284@qq.com

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Motorola MVME172-263/260 Embedded Computer Board


General characteristics of Motorola MVME172-263/260 embedded computer board:
Processor: MVME172-263/260 typically comes with high-performance PowerPC processors, which have high computing power.
Memory: The board is usually equipped with large capacity RAM and Flash memory, used to store program code and data.
VME bus interface: MVME172-263/260 supports VME bus interface for data exchange and communication with other VME bus devices.
Communication interface: The board may be equipped with Ethernet interface, serial port, USB and other communication interfaces, used to connect other devices or achieve communication with the network.
Real time operating system: MVME172-263/260 can run real-time operating systems (such as VxWorks) to achieve fast processing and control of real-time data.
High reliability: MVME172-263/260 is designed for industrial grade, with high reliability and stability, suitable for harsh industrial environments.
Scalability: A board typically provides multiple expansion slots and interfaces to support the addition of external I/O modules and other expansion boards.
Industry standard: MVME5500 follows the VME industry standard and has good interoperability with other compatible VME devices and systems.

MOTOROLA MCP750 processor module
MOTOROLA MCP750 processor module product details:
MOTOROLA MCP750 is a processor module commonly used in industrial control and data processing applications. This module is part of Motorola (now owned by NXP Semiconductors) and provides high-performance processing capabilities suitable for various embedded systems and automation applications.
Here are some basic information about the MOTOROLA MCP750 processor module:
Usage: The MCP750 processor module is typically used to perform various industrial control, data processing, and communication tasks. It can be used as an embedded controller for monitoring and controlling industrial processes, machines, and equipment.
Processing power: This processor module is equipped with high-performance processors, typically PowerPC architecture processors. Its performance and capabilities may vary by model, but it is usually suitable for handling complex control algorithms and data processing tasks.
Operating System: The MCP750 processor module typically supports multiple embedded operating systems, such as VxWorks, Linux, etc. These operating systems provide an environment for developing and running applications.
Communication Interface: This module typically has multiple communication interfaces, including Ethernet, serial port, CAN bus, etc., for communication and integration with other control systems, PLC, HMI, sensors, and other devices.
Application field: This type of processor module is widely used in various fields such as industrial automation, machine control, aerospace, communication equipment, medical equipment, etc.
Programming: Programming MCP750 processor modules typically requires engineers or developers with experience in embedded system development. Developers can use programming languages such as C/C++and Java to develop applications and load them onto modules.

MOTOROLA MVME-5100 Control Board Card Module
MOTOROLA MVME-5100 Control Board Card Module Product Details:
The control motherboard card module is one of the core components in industrial automation systems, used to perform various control, monitoring, and communication tasks. The following are some common functions for controlling motherboard card modules:
Calculation and processing: The motherboard card module is usually equipped with a processor and memory, which can perform various calculation tasks, logical operations, and algorithms.
Input/output interfaces: These modules typically have multiple input/output interfaces for connecting sensors, actuators, communication devices, etc.
Communication function: The motherboard card module may have various communication interfaces, such as Ethernet, serial port, etc., to communicate with other devices or networks.
Control logic: The motherboard card module may contain control logic for executing automated control and decision-making in the system.
Data collection and processing: These modules may collect, process, and store data from sensors and other devices.
Operating system support: Some motherboard card modules may run embedded operating systems to support multitasking and software operation.

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