SFP+ transceiver modul BlueOptics OPT-0017-BO 10 km hliník 20 g

The BlueOptics OPT-0017-BO is a 10G SFP+ fiber optic transceiver module designed for single‑mode links up to 10 km. The module uses 1310 nm transmit and receive wavelengths and an LC duplex connector, fits SFP+ interfaces and has an aluminium housing with a lightweight 20 g construction. It supports standards-compliant 10GBASE‑LR optical transmission and is intended for integration into network equipment that accepts SFP+ pluggable transceivers.

Advantages

The module’s SFP+ interface and LC duplex connector provide standardized, hot‑pluggable connectivity for switches, routers and storage systems while the aluminium housing keeps weight and thermal mass low. Support for single‑mode fiber and 10 km reach enables medium‑distance uplinks and interconnects. The transceiver is compatible with equipment that accepts 10GBASE‑LR SFP+ modules and includes digital diagnostics monitoring when supported by host hardware for remote measurement of parameters such as optical power and temperature.

Suitable for

Key specifications

How to use

Insert the transceiver into a compatible SFP+ port on your switch, router or storage device while the host port is powered down if recommended by the equipment vendor; the module is hot‑pluggable in most systems. Connect LC duplex single‑mode fiber patch cords to the module’s LC connector, ensuring correct transmit/receive alignment. Verify link parameters and status through the device management interface and enable DDM/DOM if required and supported. Follow the network equipment vendor’s guidelines for driver or firmware compatibility when installing third‑party transceivers.

Recommendations

Use single‑mode fiber and quality LC duplex patch cords matched to the intended link distance. Confirm compatibility with the host device’s SFP+ port and firmware, and enable digital diagnostics monitoring only if the switch or router supports MSA SFF‑8472. Handle the optical interfaces with dust caps when not connected and avoid bending the fiber beyond recommended minimum bend radii to maintain signal integrity.