SFP+ transceiver module BlueOptics FN-TRAN-SFP+LRI-BO 10G 850nm

The BlueOptics FN-TRAN-SFP+LRI-BO 10G 850nm is a compact SFP+ transceiver module designed for short-reach multimode fiber links. Supporting a 10 Gbit/s data rate and operating at an 850 nm wavelength, this hot-pluggable module provides a standardized optical interface for switches, routers and servers. Its form factor and multimode operation enable straightforward upgrades or expansions of 10G connectivity in data centers, aggregation points and enterprise networks.

Advantages

The module offers a small footprint and hot-pluggable design that simplifies installation and replacement without powering down host equipment. Operating at 850 nm over multimode fiber reduces cost for short-distance links while delivering 10 Gbit/s throughput. Compliance with SFP+ form-factor conventions ensures broad compatibility with a wide range of network devices that accept industry-standard optical transceivers. The device is intended for reliable optical transmission in short-reach scenarios and supports straightforward integration into existing fiber cabling infrastructures.

Suitable for

Key specifications

How to use

Insert the SFP+ transceiver into a compatible SFP+ slot on the host device until it latches; secure any retention mechanism if present. Connect multimode fiber cables using the appropriate LC connectors, ensuring proper polarity and clean end-faces. After physical installation, verify link status through the host equipment management interface and confirm the module is recognized and operating at the expected 10G rate. For removal, power down the port if required by the host or follow hot-swap procedures, then disengage the latch and pull the module straight out.

Recommendations

Use OM3 or OM4 multimode fiber for best reach and performance at 10 Gbit/s, and keep connectors clean to maintain optical link quality. Match transceiver specifications to the host device requirements and check compatibility lists if available. Avoid exceeding the specified operating temperature and handle the module by its housing to prevent damage to optical interfaces.