GE VMIVME-5565-110000 Reflective Memory Module

Configured for high-speed deterministic data transfer in VMEbus systems, the GE VMIVME-5565-110000 (VMIVME-5565-110000 Reflective Memory Node Card) provides direct physical/electrical execution.

Suffix Breakdown & Model Matrix

VMIVME-5565-110000: High-speed reflective memory node card variant equipped with 128 MB capacity, fiber optic network interfaces, and hardware interrupt generation capabilities for VMEbus architectures.

Hardware Specifications

Profinet and Deterministic Network Processing

The internal FPGA logic and dual-ported memory architecture execute high-speed data mirroring across connected nodes via high-bandwidth fiber optic links. Network data transmission occurs deterministically without CPU intervention, minimizing system latency across distributed controller networks. Hardware isolation and optical transceivers protect internal data paths from electromagnetic interference and ground potential differences across extended industrial installations. Firmware flash compatibility ensures structured update paths for protocol enhancements.

Frequently Asked Questions

Q: What is the total onboard reflective memory capacity of this module?

A: The hardware is equipped with 128 MB of high-speed reflective memory storage.

Q: How does the card handle inter-node data synchronization?

A: Data written to the local reflective memory address space is simultaneously broadcast across the fiber optic network to all designated target nodes in real time.

Q: Does the module support VMEbus interrupt generation?

A: Yes, the unit supports programmable interrupt generation to signal receiving nodes upon data transfer completion or specific memory write events.

Field Installation Guidelines

Ensure proper backplane power isolation prior to inserting or extracting the VMEbus card to prevent bus driver damage. Connect fiber optic cables securely to the front panel transceivers, observing minimum bend radius limits to prevent optical signal attenuation. Verify that board-level jumper settings and VME slot address switches match system configuration requirements. Secure front panel retaining screws firmly to ensure chassis ground continuity and mechanical stability in high-vibration environments.