HPE 785338-001

Virtual Connect SE 16Gb Fibre Channel Expansion Module

The HPE 785338-001 Virtual Connect SE 16Gb Fibre Channel Expansion Module is a high-performance interconnect solution designed to extend Fibre Channel connectivity within HPE Synergy environments. Engineered for seamless integration with Synergy Virtual Connect fabrics, this Expansion Module delivers up to 4 high-speed 16Gb Fibre Channel uplinks to SAN networks, optimizing throughput and simplifying data center fabric management. Ideal for businesses operating mission-critical workloads or virtualized storage environments, it allows IT administrators to reduce hardware complexity while maintaining high bandwidth and low-latency connectivity. The plug-and-play functionality and unified management via HPE OneView make it an excellent choice for scaling composable infrastructure efficiently.

Features

The HPE 785338-001 enhances the flexibility and scalability of HPE Synergy platforms by expanding Fibre Channel SAN access using Brocade Fibre Channel technology. It connects directly to FC SANs without requiring additional switches, reducing cabling and complexity. Each module supports up to four 16Gb uplinks and is backward compatible with 4Gb and 8Gb Fibre Channel networks, ensuring smooth integration with existing infrastructure. Managed through HPE OneView and Synergy Composer, the module allows centralized configuration and monitoring. Its hot-pluggable design ensures continuous operation and easy upgrades. It is ideal for enterprise data centers seeking a scalable SAN expansion solution that reduces operational overhead and supports high-performance storage access in a composable architecture.

Advanced Options

The HPE 785338-001 is built for the high demands of modern data centers. Featuring robust Fibre Channelconnectivity, it ensures low-latency, high-throughput communication between compute modules and SANs. It uses industry-proven Brocade technology, offering superior link stability, failover capabilities, and long-term compatibility with legacy FC systems.