SFP transceiver module BlueOptics SFP-SX-BO 1250 Mbit/s Fiber optic

The BlueOptics SFP-SX-BO is a compact SFP fiber optic transceiver module designed for multi‑mode fiber applications with a maximum data transfer rate of 1250 Mbit/s. Housed in a metal casing with a silver finish and weighing 0.02 kg, the module follows common SFP/LC duplex conventions and is intended for use in network equipment that accepts standard SFP form‑factor modules. The product offers long operational life with a mean time between failures (MTBF) of 1,000,000 hours, supporting reliable optical links for Ethernet and related high‑speed protocols.

Advantages

The transceiver provides compatibility with SFP interfaces and supports data transfer rates up to 1250 Mbit/s over multi‑mode fiber, enabling simultaneous transmit and receive channels via an LC duplex connector. The metal housing contributes to mechanical durability and shielding. A high MTBF value indicates reduced maintenance and longer service life in continuously operating network environments. The module’s compact SFP form factor ensures easy hot‑swappable installation in compatible switches, routers and storage equipment.

Suitable for

Key specifications

How to use

Insert the BlueOptics SFP‑SX‑BO into an available SFP slot on compatible network hardware while the device is powered on or off according to the host equipment instructions. Connect LC duplex multi‑mode fiber patch cords to the transceiver’s ports, observing correct transmit/receive orientation. Configure the host device’s interface settings as required for a 1.25 Gbit/s optical link and verify link status through the host management interface. Follow your equipment vendor’s guidance on hot‑swap procedures and optical power budgets.

Recommendations

Ensure the host hardware explicitly supports SFP modules and the required wavelength/modal specifications. Use high‑quality LC duplex multi‑mode patch cords and maintain clean optical connectors to preserve signal integrity. Confirm DDM/DOM support with the host if real‑time diagnostic monitoring is needed.