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GE VMIVME-017807-424000｜VME Single Board Computer｜
Key functions and advantages
High performance real-time processing: 1.8GHz Pentium M with 1.5GB of large memory and dual gigabit Ethernet ports meet the bandwidth requirements of I/O-intensive real-time applications.
Flexible bus control: The Tundra Universe II bridge supports VME master/slave switching and is compatible with multi CPU distributed systems and device interconnection.
Rich I/O and Expansion: Multiple serial ports, dual displays, USB 2.0, and PMC slots, suitable for data acquisition, communication, and functional expansion scenarios.
Industrial grade reliable design: battery backup SRAM prevents data loss, wide temperature adaptation to harsh industrial environments, passive cooling reduces the risk of failure.
Multi system compatibility: Across Windows/Linux/VxWorks platforms, drivers and APIs simplify the integration and development of VME devices.
Typical application scenarios
Industrial Automation: The core unit of Distributed Control System (DCS), adapted for real-time data processing and equipment control in industries such as power and petrochemicals.
Aerospace/Rail Transit: Embedded real-time control, supporting VME bus device interconnection and multi node data synchronization.
Test measurement: The computing core of a multi-channel data acquisition system, used for signal analysis and testing process control.
Military/Defense: Node computers for command and control systems that meet multitasking and bus expansion requirements.
GE VMIVME-017807-424000｜VME Single Board Computer｜
By structuring the information in this manner, the article provides a clear and organized understanding of input channels, transducer supply, and communication implementations in distributed control systems.
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