SFP transceiver module BlueOptics TRBUG1CFBC000E2G-BO 1250 Mbit/s

The BlueOptics TRBUG1CFBC000E2G-BO SFP transceiver module is a single‑mode fiber optic interface designed for 1250 Mbit/s (1.25 Gbit/s) applications. Housed in a metal casing with a compact SFP form factor and silver finish, it operates at 3.3 V input and weighs approximately 20 g. The module supports LC simplex connections and is engineered for optical links up to 20,000 m, providing compatible operation in equipment that accepts MSA‑compliant 1000BASE‑BX‑U SFP transceivers.

Advantages

The transceiver offers MSA‑compliant mechanical and electrical compatibility, a metal housing for robust thermal behaviour, and support for long‑reach single‑mode transmission up to 20 km. Integrated transmit and receive wavelengths are designed for point‑to‑point single‑fiber operation with simultaneous send/receive capability. The module’s compact SFP form factor and low weight facilitate easy installation and hot‑swap replacement in switches, routers or media converters that accept standard SFP interfaces.

Suitable for

Key specifications

How to use

Insert the BlueOptics SFP transceiver into a compatible SFP port while the host device is powered on or off according to the host manufacturer’s guidance for hot‑swap modules. Connect an appropriate single‑mode LC simplex patch cord between transceivers or to a patch panel, ensuring correct fiber polarity for single‑fiber BX links. Verify that the connected equipment supports the corresponding optical protocol and that any required software compatibility or vendor‑lock detection is addressed. If supported by the host, enable and monitor Digital Diagnostics (DDM/DOM) to view real‑time parameters such as supply voltage, laser bias, output and received power, and temperature.

Recommendations

Use single‑mode LC simplex fiber rated for the desired distance and maintain clean connector endfaces to ensure optimal optical performance. Confirm host device compatibility with 1000BASE‑BX‑U style single‑fiber links and enable DDM/DOM monitoring where available for proactive maintenance. Avoid excessive bending of fiber and ensure stable mounting to preserve the transceiver’s long‑term operational reliability.