GE VMIVME-5565 332-015565-010 Reflective Memory Node Card

Product Introduction

The GE VMIVME-5565 332-015565-010 Reflective Memory Node Card is a high-performance memory interface card designed for real-time data sharing in distributed control and automation systems. It enables multiple VME systems to share memory contents across a high-speed, low-latency network, ensuring deterministic and synchronized data transfer between nodes.

This card is widely used in industrial automation, aerospace, defense, and power generation applications where fast and reliable data communication is critical. It ensures that all connected nodes maintain identical memory content, reducing the risk of data inconsistencies and improving overall system reliability.

The VMIVME-5565 card supports robust operation in high-demand environments and integrates seamlessly with VMEbus systems, making it suitable for both new installations and system upgrades.

Product Specifications

Applications

• Distributed Control Systems: Provides real-time shared memory for industrial automation and process control.

• High-Speed Data Synchronization: Ensures identical memory content across multiple VME nodes.

• Aerospace and Defense: Supports deterministic communication for mission-critical embedded systems.

• Power Generation and Utilities: Facilitates synchronized control and monitoring across multiple controllers.

• System Upgrades: Ideal for retrofitting older VME systems with high-speed reflective memory capability.

Advantages

• Provides deterministic, low-latency data transfer between multiple VME nodes.

• Ensures identical memory content across distributed systems, improving reliability.

• Compatible with standard VMEbus systems for easy integration.

• Robust design for industrial and embedded applications.

• Supports real-time control applications requiring precise synchronization.

• Simplifies the development of distributed control and monitoring systems.

FAQ

1. What is the main function of the VMIVME-5565 card?
   It provides reflective memory functionality to share memory contents across multiple VME nodes in real time.

2. What type of interface does it use?
   VMEbus compatible interface for seamless integration with standard VME systems.

3. Can it operate in real-time applications?
   Yes, it provides deterministic, low-latency data transfer for real-time control and monitoring.

4. What is the operating temperature range?
   0 °C to +70 °C, suitable for standard industrial and embedded environments.

5. How does it maintain memory synchronization?
   It automatically replicates memory contents to all connected nodes, ensuring identical data across the network.

6. Is it compatible with older VME systems?
   Yes, it can be integrated into existing VMEbus systems for upgrades or expansion.

7. Can it handle multiple nodes simultaneously?
   Yes, it supports multiple reflective memory nodes, allowing scalable distributed systems.

8. Does it support high-speed data transfer?
   Yes, it is optimized for low-latency, high-speed reflective memory communication.

9. Is it suitable for embedded industrial applications?
   Yes, it is designed for reliable operation in industrial and embedded environments.

10. What type of memory does it replicate?
    Standard VME memory allocated for reflective memory, shared across all connected nodes.

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