HPE P9H30-63001 

32G Fibre ChannelSFP+ Optical Transceiver

The HPEP9H30-63001 32G Fibre Channel SFP+Optical Transceiveris a high-performance, hot-pluggable optical module designed for HPEFibre Channell switch and storage infrastructure. Engineered to deliver up to 32 Gbps of reliable, low-latency data transfer, this transceiver is ideal for connecting storage area networks (SANs) across short distances using multimode fiber (MMF). Its compact SFP+ form factor allows for seamless integration into FFibre Channel switches, HBAs, and storage systems, enabling enterprise environments to maintain high-speed, uninterrupted data throughput. With rigorous HPE testing and certification, it ensures maximum compatibility and dependability for mission-critical applications.

Features

The HPE 32G Fibre SFP Optical Transceiver(P9H30-63001) provides a scalable solution for fast and secure storage networking. Designed for use with multimode fiber cabling and LC connectors, it supports up to 32 Gbps Fibre Channel speeds, making it a preferred choice for high-performance SANs in enterprise data centers. The module operates over OM4 fiber up to approximately 100 meters and is compliant with industry standards, ensuring interoperability across a wide range of HPE and third-party Fibre Channel equipment. Its low power consumption and compact hot-swappable design make it easy to deploy or replace without disrupting the network. Whether you're expanding your data center or upgrading legacy infrastructure, this transceiver provides the speed and reliability required for modern workloads like virtualization, backup, and high-speed storage replication.

Advanced Options

Engineered to meet HPEs stringent performance standards, the P9H30-63001 32G FC SFP Transceiver delivers consistent throughput and dependable operation in high-availability environments. Its robust construction ensures excellent signal integrity and low bit error rates (BER), even under heavy data loads. The module's hot-pluggable nature allows for convenient serviceability and dynamic upgrades, helping IT teams reduce downtime and maintain uptime across storage networks.