HPE MSA 16Gb Short Wave Fibre Channel SFP+ 4-pack Transceiver

Overview

The HPE C8R24B is a set of four SFP+ transceiver modules designed for HPE MSA storage systems, enabling high-speed data transfers with 16Gb Fibre Channel technology. These modules support transfer rates up to 14.025 Gb/s using short wave fiber connections, which are ideal for shorter distances commonly found within data centers. Their compact design fits standard SFP+ slots, making them a practical solution for expanding or upgrading storage networks with minimal effort.

Key features

• Supports 16Gb Fibre Channel to deliver fast and reliable data transfer for storage environments
• Short wave technology optimized for fiber connections over shorter distances within data centers
• Plug-in SFP+ form factor allows for straightforward installation and easy integration into existing setups
• Pack of four modules provides multiple ports for scaling storage connectivity
• Compact and lightweight design facilitates installation in dense server racks and storage arrays
• Designed specifically for HPE MSA systems to ensure compatibility and stable performance

Key specs

• Data transfer rate: up to 14.025 Gb/s
• Fibre Channel speed: 16Gb
• Form factor: SFP+ transceiver module
• Module dimensions: 20.32 x 0.53 x 7.62 cm
• Weight per module: 0.11 kg
• Connectivity type: short wave fiber
• Quantity: pack of 4 modules

Connectivity and compatibility

These transceivers are engineered to fit standard SFP+ slots, making them compatible with a wide range of HPE MSA storage arrays. Their short wave fiber technology supports high-speed connections over shorter distances, which is typical in data center environments where storage devices are closely located. This ensures seamless integration and reliable communication between storage components.

Ideal uses and environments

The HPE C8R24B transceiver pack is well suited for IT professionals managing storage networks that require fast and stable data transfers. It works well in data centers, backup systems, and environments handling large data workloads where maintaining high performance and low latency is critical. Its design supports dense rack installations, making it a strong choice for organizations looking to optimize space without sacrificing connectivity quality.