SFP transceiver module BlueOptics SFP28-25G-ERL-30-NK-BO 25000 Mbit/s

The BlueOptics SFP28-25G-ERL-30-NK-BO is a fiber optic SFP transceiver module designed for high-speed data transfer at up to 25,000 Mbit/s. Compatible with SFP28 slots, this compact module enables single-lane 25 Gbps connections for data centre links, aggregation layers and high-performance network equipment. It supports standard SFP28 physical form factor and is intended for use where reliable optical connectivity and predictable link behaviour are required.

Advantages

This SFP28 transceiver provides a balance of compact design and high bandwidth, allowing network operators to upgrade individual ports to 25 Gbit/s without replacing switch line cards. The module’s compliance with the SFP28 interface ensures broad compatibility with equipment that accepts SFP28 optics. With a focus on optical transmission, it delivers stable throughput and supports environments that need consistent, low-latency links.

Suitable for

• Data centre uplinks and server-to-switch connections
• High-performance Ethernet links at 25 Gbit/s
• Network equipment requiring SFP28 optical modules
• Aggregation and distribution layers in campus and enterprise networks

Key specifications

• Interface type: SFP28 form factor, single 25 Gbps lane
• Maximum data transfer rate: 25000 Mbit/s (25 Gbit/s)
• Physical size: standard SFP28 compact transceiver module
• Application: optical fibre connectivity for 25 Gbps Ethernet links

How to use

Insert the BlueOptics SFP28 module into a compatible SFP28 slot on a switch, router or network adapter while the host device is powered on or as recommended by the equipment vendor. Ensure the optical transceiver is seated firmly and secure any retention latch. Connect the appropriate single-mode or multimode fibre cable with matching connectors to the module’s optical port. Verify link status and speed through the host device’s management interface and confirm the 25 Gbit/s link is established.

Recommendations

Use factory-certified fibre cables and follow equipment vendor guidelines for transceiver compatibility and firmware. For optimal performance, ensure fibre type, connector type and optical link budget match the deployment scenario and perform routine monitoring of link status and signal quality.