Fibre Optic Transceiver Module BlueOptics SU69BA-BO XFP 10000 m

The BlueOptics SU69BA-BO XFP 10000 m is a fiber optic XFP transceiver module engineered for 10 Gigabit optical links over single‑mode fiber up to 10,000 metres. Housed in aluminium and weighing approximately 20 g, this module follows MSA XFP mechanical and electrical standards and provides LC duplex connectivity for simultaneous transmit and receive on separate fibers. It implements 10GBASE‑LR signalling with 1310 nm transmitter and receiver wavelengths and supports common high‑speed protocols such as Ethernet and Fibre Channel over compatible hardware platforms.

Advantages

The module combines a compact aluminium housing with a lightweight design to simplify installation in switches, routers and storage systems while providing mechanical robustness. Components are selected to meet MSA compatibility and digital diagnostic monitoring (DDM/DOM) standards, enabling remote measurement of supply voltage, laser bias current, transmit power, receive power and temperature. The transceiver supports long reach single‑mode transmission and is suitable as a drop‑in compatible alternative for platforms that accept the original Marconi SU69BA form factor.

Suitable for

Key specifications

How to use

Insert the XFP transceiver into an XFP‑compliant port until it seats securely, then secure any retention mechanism according to the host device instructions. Connect LC duplex single‑mode fiber patch cords ensuring correct Tx/Rx orientation. Verify link status and speed on the host device. If Digital Diagnostics Monitoring is required, enable the DDM/DOM function on the compatible hardware to view real‑time parameters such as supply voltage, laser bias and optical power levels. Follow the host equipment vendor guidelines for hot‑plug handling and electrostatic discharge precautions.

Recommendations

Use high‑quality single‑mode fiber patch cords and adhere to correct Tx/Rx alignment for optimal reach. Ensure the host device firmware supports third‑party XFP modules and DDM/DOM if diagnostics are needed. Avoid bending fiber beyond recommended radii and operate the transceiver within specified temperature and power limits for reliable long‑term performance.