XFP-transceivemodule BlueOptics XFP-LR-BO 10000 Mbit/s 1310 nm

The BlueOptics XFP-LR-BO is an XFP fiber optic transceiver module designed for 10 Gbit/s data transmission over single-mode fiber. It operates at a wavelength of 1310 nm, supports a maximum reach of up to 10 km and is RoHS compliant. The module is lightweight (approx. 40 g) and comes in a silver housing with an LC duplex optical interface, providing a form factor suitable for network switches, routers and storage systems that accept XFP transceivers.

Advantages

The module combines a standardized XFP interface with 10GBASE-LR performance, enabling high-speed optical links without electromagnetic interference. Its single-mode 1310 nm design allows reliable transmission over longer distances compared with multimode solutions. The compact, MSA-compatible form factor and LC duplex connector simplify installation and interoperability with common fiber patching and panel equipment. The transceiver’s RoHS compliance and lightweight metal housing support both environmental and mechanical stability requirements.

Suitable for

Key specifications

How to use

Insert the XFP-LR-BO module into a compatible XFP slot on your network device according to the device manufacturer’s hot-swap and handling procedures. Connect the LC duplex single-mode patch cable ensuring correct transmit/receive alignment. Verify link status on the host device and configure any required interface settings (speed, duplex, protocols) in the device management interface. If the host supports digital diagnostics (DDM/DOM), enable and monitor the available optical parameters through the management system.

Recommendations

For optimal performance, use single-mode fiber and high-quality LC duplex patch cords, observe proper fiber handling to avoid bend losses, and confirm that the target device supports XFP modules and the 10GBASE-LR profile. When using digital diagnostics, ensure host compatibility to access real-time monitoring of supply voltage, laser bias current, transmit power, receive power and module temperature.