SFP-transceivermodule BlueOptics J9054-61201-BO 155 Mbit/s

The BlueOptics J9054-61201-BO 155 Mbit/s SFP transceiver module is a compact fiber optic interface designed for small to medium network deployments. With SFP form factor and an LC fibre connector, this module supports a maximum data transfer rate of 155 Mbit/s and a link reach up to 2,000 m over compatible singlemode or multimode fibre (as supported by the connected equipment). The module is finished in silver, weighs approximately 20 g, and is specified with an MTBF of 3,000,000 hours to provide long-term operational reliability in network media converter and switch installations.

Advantages

The SFP transceiver offers a standardized hot-pluggable SFP footprint that simplifies installation and replacement in switches and media converters. Its LC connector and 155 Mbit/s data rate make it suitable for legacy and lower-speed optical links, while the 2,000 m maximum link distance supports longer segment connections without intermediate repeaters. The compact silver module and low weight support dense port configurations and ease of handling during maintenance.

Suitable for

Key specifications

How to use

Power off or follow hot-swap procedures recommended by your network equipment vendor before inserting the SFP transceiver into an empty SFP slot. Align the LC connector and fibre cable, ensuring proper polarity and cleanliness of connector endfaces to maintain optical signal integrity. After insertion, verify link and data rate status through the host device management interface and perform any necessary configuration for the intended network segment. For removal, follow the device-specific instructions to avoid damage to the optical connector or module.

Recommendations

Use fibre patch cables with compatible LC connectors and maintain clean endfaces; avoid bending the fibre beyond the specified minimum bend radius. Confirm compatibility of the 155 Mbit/s link speed with connected equipment and choose appropriate singlemode or multimode fibre types based on distance and network design.