Feature
Zero CPU overhead transmission: Data written to local memory is automatically broadcasted by hardware to all network nodes, without the involvement of the processor, reducing host load and ensuring real-time performance.
Low latency and high certainty: End to end latency of about 0.4 μ s, minimal jitter, suitable for strong real-time scenarios such as turbine control and semi physical simulation.
Flexible topology and expansion: Supports star/ring/daisy chain, can be cascaded with VMIAC-5595 hub to expand nodes, compatible with multi bus hybrid networking.
High availability mechanism: network interruption, error detection, redundant transmission (optional), faulty nodes can be automatically bypassed by hubs to improve link reliability.
Cross platform compatibility: Supports size to size conversion, adapts to heterogeneous systems such as x86/PowerPC, and covers mainstream RTOS/Windows/Linux drivers.
Application
DCP/LCP data synchronization and high-speed data sharing for vibration monitoring of the Mark V/VIe control system for gas/steam turbines.
Real time data exchange and rapid response of safety interlock for multi controller distributed control of power/petrochemical DCS/PLC.
Multi node data parallel synchronization and low latency interaction for aerospace semi physical simulation and radar/flight control.
Multi channel synchronous storage and real-time analysis of rotating machinery status monitoring and high-speed data acquisition system.

GE VMIC5565｜Reflective Memory Interface Card｜