HPE 582640-001

Extended Long Wave Transceiver module

The HPE 582640-001 Extended Long Wave Transceiver module is a high-performance optical transceiver designed to extend the reach of Fibre Channel networks across long-distance single-mode fiber (SMF) connections. Engineered to support 8Gb Fibre Channel speeds, this hot-pluggable SFP+ module is optimized for demanding SAN environments, ensuring reliable, high-speed data transfers between storage arrays, switches, and enterprise servers.Ideal for enterprises needing robust long-haul connectivity, this extended long wave module offers superior optical performance with minimal latency. It is the perfect choice for businesses seeking to extend storage networks across data centers, campuses, or metro-area networks while maintaining the high reliability and efficiency required in mission-critical IT infrastructures.

Features

The HPE582640-001 provides extended-reach capabilities for Fibre Channel networking, enabling connectivity up to 10 kilometers over single-mode fiber. Its design ensures compatibility with HPEstorage systems and Brocade-based SAN switches, delivering seamless integration into existing enterprise architectures.With hot-swappable functionality, the transceiver minimizes downtime during maintenance or upgrades, ensuring continuous availability of network resources. The module supports full-duplex data rates of 8Gbps, offering the throughput needed to handle modern data-intensive workloads in enterprise storage environments. Combined with low power consumption and robust error correction, this HPE long wave transceiver provides a cost-effective yet high-performance solution for long-distance SAN connectivity.

Advanced Options

Built for demanding storage area networking environments, the HPE582640-001 Extended Long Wave Transceiver moduleensures optimal reliability with its long-haul optical reach and robust error handling. Its hot-swappable design means IT teams can quickly replace or upgrade modules without interrupting service, keeping mission-critical operations running smoothly.