GE VMIVME-7740-840 350-07740-840-M – High-Performance VME Single-Board Computer - Image 1
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GE VMIVME-2510B 64-Bit TTL Digital I/O Board – Complete Profile
GE VMIVME-2510B 64-Bit TTL Digital I/O Board – Complete Profile
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NI PXI-7344 4-Axis Stepper/Servo Motion Controller
NI PXI-7344 4-Axis Stepper/Servo Motion Controller

GE VMIVME-7740-840 350-07740-840-M – High-Performance VME Single-Board Computer

Technical Specifications:

  • Processor: Equipped with a powerful processor suitable for industrial computing needs. The exact model can vary but often includes options such as PowerPC or other high-performance processors.
  • Memory: Supports substantial RAM capacity to handle complex tasks efficiently. Also includes onboard flash memory for storage.
  • Expansion Slots: Features multiple VMEbus slots allowing for flexible system expansion and integration with other VMEbus compatible modules.
  • Communication Interfaces: Includes Ethernet ports, serial interfaces, USB ports, and potentially other communication interfaces for versatile connectivity options.
  • Environmental Ratings: Designed to operate under specific temperature ranges and conditions suitable for harsh industrial environments.
  • Operating System Support: Compatible with various operating systems including VxWorks, Linux, and others depending on configuration and application requirements.
Category:
Description

Function Features:

  • High Performance: Engineered for high-speed processing and data throughput, making it ideal for real-time control and data acquisition applications.
  • Reliability: Built for continuous operation in critical applications, ensuring minimal downtime and maximum efficiency.
  • Advanced I/O Capabilities: Offers extensive input/output capabilities for interfacing with sensors, actuators, and other peripheral devices.
  • Modular Design: Facilitates easy upgrade and customization without major reconfiguration or hardware changes.
  • Comprehensive Diagnostics: Equipped with built-in diagnostic tools that aid in monitoring the health of the system and troubleshooting issues quickly.

Application Scenarios:

  • Industrial Automation: Utilized in manufacturing plants for controlling machinery and processes, enhancing productivity and efficiency.
  • Energy Management: Employed in power generation and distribution facilities for monitoring and optimizing energy use.
  • Transportation Systems: Implemented in rail, aviation, and maritime systems for navigation, communication, and control.
  • Military and Aerospace: Used in defense applications requiring robust computing solutions capable of performing under extreme conditions.
  • Telecommunications: Applied in network management and infrastructure for ensuring reliable communication services.
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