BlueOptics BTI-SFP-FMM-LC-BO SFP-lähetin-vastaanotinmoduuli 155 Mbit/s

The BlueOptics BTI-SFP-FMM-LC-BO 155 Mbit/s is a small form-factor pluggable (SFP) fiber optic transceiver module designed for reliable short- to medium-range optical links. It supports a maximum data transfer rate of 155 Mbit/s and uses an LC (UPC) fiber connector in a compact silver SFP housing. With a rated mean time between failures (MTBF) of 1,000,000 hours and a lightweight build of approximately 20 g, this module is intended for integration into network switches, routers, media converters, or SFP-capable devices requiring multimode fiber connections up to the specified distance.

Advantages

The module provides a standardized SFP form factor for hot-pluggable installation and interoperability with equipment that accepts SFP transceivers. Its LC (UPC) connector and multimode compatibility enable straightforward fiber patching and reliable signal coupling. A compact silver housing and low weight make it suitable for dense installations where space and thermal considerations matter. The specified MTBF indicates a design focus on operational reliability for long-term deployments.

Suitable for

Key specifications

How to use

Power down the host device or follow the host's hot-swap procedure, then insert the SFP module into an appropriate SFP slot until it seats securely. Connect an LC-terminated multimode fiber patch cable to the LC (UPC) connector, observing proper polarity and fiber handling to avoid bending or contamination. Configure the network device to recognize the transceiver and set any necessary interface parameters for operation at 155 Mbit/s. For removal, follow the host device’s guidelines or use the hot-swap procedure to extract the module safely.

Recommendations

Use clean, undamaged LC connectors and maintain proper fiber cleanliness. Verify compatibility with the host equipment’s supported SFP types and interface settings before deployment. Observe recommended bend radii for multimode fiber and avoid exposure to excessive mechanical stress or contaminants to maintain signal quality and prolong service life.