VMIPMC-5565 | GE Ultra-High Speed Fiber Optic Reflective Memory PMC Card

All products on this website are discounted products, and market prices have been fluctuating. Please refer to customer service quotes for details. Pictures are not actual photos. Before placing an order, please confirm the model, product, price, and other detailed information with customer service. Both second‑hand and brand new products are available for sale on this website. Please contact customer service for further communication.

Overview

The VMIPMC-5565 is a high-performance, industrial-grade fiber optic reflective memory PMC module developed for real-time data transmission and synchronous network systems. Designed by VMIC/GE, this compact PMC form-factor card delivers ultra-low latency, high-bandwidth data sharing across distributed industrial and simulation systems, making it a core component for real-time network synchronization in harsh industrial environments.

As a classic model in the 5565 reflective memory series, the VMIPMC-5565 optimizes hardware architecture by integrating high-precision FPGA processing units, independent transceivers, and dual FIFO buffers. It eliminates data transmission delays and frame loss issues in traditional industrial Ethernet, enabling deterministic real-time communication for multi-node distributed systems. Widely adopted in industrial control, hardware-in-the-loop simulation, aerospace, and automated testing fields, it ensures consistent and reliable data synchronization across the entire network.

VMIPMC-5565

Core Features

• Ultra-High Real-Time Transmission Performance: Supports a maximum data transfer rate of 174MB/s with microsecond-level transmission latency, achieving zero-delay synchronous data sharing between network nodes. Effectively meets the strict real-time requirements of high-precision simulation and industrial control systems.
• Long-Distance Fiber Transmission Support: Compatible with single-mode and multi-mode fiber cables. Multi-mode fiber supports a transmission distance of up to 300 meters, while single-mode fiber extends the transmission range to 10 kilometers, adapting to large-scale distributed equipment layout scenarios.
• Multi-Node Network Expansion: Allows up to 256 network nodes to be connected in a single reflective memory network, supporting multi-device synchronous data interaction. It can be expanded through hub cascading to build large-scale real-time communication networks.
• High-Precision Signal Processing: Equipped with high-precision ADC/DAC conversion technology and optimized FPGA logic control, ensuring accurate signal conversion and data transmission, minimizing system operation errors and improving overall system stability.
• Industrial-Grade Isolation & Anti-Interference: Built-in electrical isolation protection design, effectively isolating input and output signals from the main system. Resists industrial on-site electromagnetic interference, surge voltage, and signal noise, adapting to harsh industrial working conditions.
• Stable PMC Bus Compatibility: Standard PMC bus interface, plug-and-play design, easy to install and deploy. Compatible with mainstream industrial control motherboards, embedded systems, and real-time operating systems including VxWorks and LabVIEW RT.
• Lightweight & Durable Structure: Compact industrial-grade hardware structure with a net weight of only 0.57KG, featuring low power consumption, shock resistance, and long service life, suitable for long-term continuous operation.

Technical Specifications

Working Principle

The VMIPMC-5565 operates based on reflective memory network technology, realizing global synchronous memory mapping of multi-node devices through fiber optic transmission. Each network node shares a unified memory space in real time; when data is written to the memory of any single node, the card automatically broadcasts the data to all other nodes in the network via fiber optics, completing real-time data synchronization across the entire system within microseconds.

Different from traditional network communication modes that require data packet parsing and handshake confirmation, the reflective memory network adopts a hardware-level synchronous transmission mechanism, completely avoiding network delay and packet loss problems caused by software protocols. The built-in independent transceiving FIFO buffers ensure stable and continuous data transmission, providing deterministic real-time performance for distributed systems.

Application Scenarios

• Hardware-in-the-Loop (HIL) Simulation: Widely used in aerospace, vehicle navigation, and industrial equipment semi-physical simulation systems, ensuring high-precision synchronous data interaction between simulation hardware and control equipment.
• Aerospace & Defense Industry: Applied to aircraft control systems, missile simulation systems, and aerospace test equipment, providing stable real-time network synchronization for high-precision industrial testing.
• Industrial Automatic Control: Suitable for large-scale distributed industrial control systems, intelligent manufacturing production lines, and power monitoring systems, realizing synchronous data collection and equipment linkage control.
• High-Precision Testing & Measurement: Used in optical measurement, signal analysis, and automated testing equipment to ensure real-time and accurate transmission of test data.
• Energy & Power System: Applied to power grid monitoring, new energy equipment testing, and nuclear power control auxiliary systems, supporting long-distance stable data transmission.

Product Advantages Over Similar Models

Compared with ordinary Ethernet communication cards and early-generation reflective memory modules, the VMIPMC-5565 features integrated FPGA chip optimization, replacing discrete multi-chip architecture with a single high-performance FPGA, effectively reducing equipment failure rates and power consumption. Its unique dual-buffer design improves data transmission stability, while industrial-grade anti-interference and isolation designs make it more adaptable to complex industrial environments than ordinary commercial network cards. In addition, it supports flexible network expansion and multi-system compatibility, providing higher cost performance and stability for long-term industrial operation.

Package & After-Sales Service

Each VMIPMC-5565 product is strictly inspected and tested before delivery, with professional anti-static and shockproof packaging to ensure product integrity during transportation. We provide global technical support, 1-year warranty service, and long-term after-sales maintenance. Professional technical teams offer installation guidance, system debugging, and technical consultation to help customers quickly complete equipment deployment and application.

FAQ

1. What systems is the VMIPMC-5565 compatible with?

It is fully compatible with mainstream industrial real-time operating systems such as VxWorks and LabVIEW RT, and supports all industrial control devices and embedded systems with standard PMC interfaces.

2. What is the maximum networking scale of the card?

A single network supports up to 256 nodes, and the network scale can be further expanded through hub cascading to meet the needs of large-scale distributed systems.

3. What is the difference between single-mode and multi-mode fiber transmission?

Multi-mode fiber is suitable for short-distance (within 300m) indoor industrial equipment connection, while single-mode fiber supports ultra-long-distance transmission up to 10km, applicable to cross-region large-scale industrial systems.

GE BRAND

Recommended other models

VMICPCI-7806-211000 | 350-657806-211000L GE High-Performance Reflective Memory PCI Module
GE VMIACC-0584 | VMIC CompactPCI Rear Transition Board

Supplies industrial spare parts covering well‑known international brands: ABB, GE, Bently Nevada, Emerson, Honeywell, Schneider, EPRO, Yokogawa, Woodward, Foxboro and Invensys TRICONEX.

We maintain ample stock, offer fast lead times and deliver products with stable, reliable quality.

• ✅ ABB: PP846 HMI Touch Screen, 5SHY Series IGCT, PM Series Controllers, AI/DO I/O Modules, SP Series Bailey Modules
• ✅ GE: VMIC, IS200 & IS215 Series CPU and Modules
• ✅ Emerson: Control Modules, EPRO Probes
• ✅ Westinghouse: 1C Series Modules
• ✅ Honeywell: CC Series Modules
• ✅ Schneider: 140 Series Modules
• ✅ Triconex: Full Series Safety Instrumented System Modules
• ✅ Bently: 3500 Series Vibration Monitoring System
• ✅ Rexroth: Industrial Motors & Drives
• ✅ Foxboro: Compact Control Modules