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GE VMIPCI-5565-110000｜Reflective Memory Interface Card｜
Advantages
Low latency real-time sharing: Hardware driven data broadcasting, microsecond level data synchronization delay between nodes, no software intervention required, adapted to real-time control systems.
Transparent software transfer: Local memory is mapped to a shared address space, with no additional I/O overhead for read and write operations, simplifying application development and integration.
High reliability topology: Supports ring/star networking, paired with ACC-5595 reflective memory switch to achieve fault node bypass and ensure data link stability.
Dynamic packet optimization: 4-64 byte variable packet length, adaptable to different data transmission volumes, balancing bandwidth and latency.
Multi system compatibility: data interoperability across PCI/CPCI/VME/PMC platforms, adapted to industrial systems with hybrid bus architecture.
Application
Industrial automation: Real time data synchronization between distributed control systems (DCS) and PLCs, suitable for high-speed data sharing in industries such as power and petrochemicals.
Real time simulation: Synchronize data from multiple nodes such as flight/ship simulators to ensure temporal consistency in simulation scenarios.
Rail transit/aerospace: Real time sharing of status parameters between onboard/airborne equipment to meet high reliability and low latency requirements.
Testing and Measurement: Synchronize triggering and data aggregation of multi-channel data acquisition systems to improve testing accuracy and efficiency.
GE VMIPCI-5565-110000｜Reflective Memory Interface Card｜
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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