Overview

The GE VMIPMC‑5565 is a Reflective Memory Module designed for real-time distributed processing systems. It enables multiple computers, controllers, and devices to share data over a high-speed fiber-optic network with deterministic performance and minimal latency.

Reflective memory technology ensures that each node in the network maintains an identical copy of shared data, making the VMIPMC‑5565 ideal for mission-critical applications such as turbine control, simulation, industrial automation, aerospace, and defense systems.

Technical Specifications

Key Features

• High-speed reflective memory networking for real-time distributed systems

• Deterministic performance with predictable latency (<1 µs per node)

• Large memory capacity (256 MB / 512 MB) for complex data sets

• Fiber-optic connectivity with ring or star topologies for scalable system design

• Optical isolation ensures noise immunity and reliable operation

• Industrial-grade design for continuous use in harsh environments

Typical Applications

• Gas, steam, and hydro turbine control systems requiring synchronized data

• Power generation plants for distributed monitoring and automation

• Simulation and modeling systems needing real-time data sharing

• Defense and aerospace systems requiring deterministic communication

• Industrial automation with multiple controllers sharing identical data sets

FAQ

Q1: What is reflective memory?
A1: Reflective memory ensures that all nodes in a network share identical data in real time.

Q2: What is the advantage of the VMIPMC‑5565?
A2: It provides high-speed, deterministic communication with latency under 1 µs per node.

Q3: How is it connected?
A3: It uses fiber-optic links in ring or star topologies for scalable networking.

Q4: Which industries typically use this module?
A4: It is widely applied in power generation, defense, aerospace, and industrial automation.