Extreme Networks 25GBase-SR 100m SFP28 Transceiver

Overview

The Extreme Networks 25G-SR-SFP100M is a 25GBase-SR SFP28 transceiver designed to provide high-speed network connectivity with data transfer rates up to 25 Gbps. It supports transmission distances up to 100 meters over multi-mode optical fiber, making it well suited for demanding environments such as data centers, enterprise networks, and campus backbones. Its plug-in form factor and LC connectors allow for straightforward installation and compatibility with existing 25 Gigabit Ethernet setups.

Key features

• Supports 25 Gbps data transfer speeds to handle bandwidth-intensive applications efficiently
• Operates over multi-mode fiber for reliable connections up to 100 meters, ideal for short-range network links
• LC connector type ensures easy integration with standard fiber optic cabling
• MSA compliance guarantees interoperability with a wide range of network equipment and consistent performance
• Plug-in SFP28 form factor simplifies upgrades and replacements without disrupting network operations

Key specs

• Data transfer rate: 25 Gbps
• Maximum distance: 100 meters
• Fiber type: Multi-mode optical fiber
• Connector type: LC
• Form factor: SFP28
• Standards compliance: MSA (Multi-Source Agreement)

Connectivity and compatibility

This transceiver is designed to fit seamlessly into 25 Gigabit Ethernet networks, supporting standard LC fiber optic connections. Its MSA compliance ensures it works reliably with a broad range of switches, routers, and network devices that accept SFP28 modules. This makes it a flexible choice for network expansions or replacements in diverse IT environments.

Ideal uses and environments

The 25G-SR-SFP100M is a strong choice for IT professionals managing data centers or enterprise networks that require fast and stable short-range fiber connections. It fits well in setups where upgrading to 25 Gbps speeds is necessary to support growing data demands, such as virtualization, cloud computing, and high-performance computing clusters. Its reliable performance helps maintain network efficiency without adding complexity.