BlueOptics XFP-10G-LR-DE-BO netwerk-transceivemodule glasvezel 10 km

The BlueOptics XFP-10G-LR-DE-BO network transceiver module is a 10GBASE-LR XFP optical module designed for long-distance single-mode fiber links up to 10 km. It uses an XFP interface and an LC duplex connector to transmit and receive optical signals at 1310 nm. Housed in a lightweight aluminium enclosure (approx. 20 g), the module is intended for installation in compatible network equipment that accepts XFP form-factor transceivers and supports 10 Gbps optical links.

Advantages

The module provides 10 Gbps Ethernet-compatible optical transmission over single-mode fiber with an industry-standard XFP interface and LC duplex connector. Its aluminium housing offers a compact, durable form factor while keeping weight low. The transceiver supports common high-speed protocols used in data center and enterprise environments and is manufactured to MSA-compatible mechanical and optical specifications to ensure interoperability with a wide range of network platforms.

Suitable for

Key specifications

How to use

Install the BlueOptics XFP-10G-LR-DE-BO into an XFP-compatible port on a switch, router or other networking appliance while the device is powered down or according to the host vendor's hot-swap guidelines. Connect an LC duplex single-mode fiber patch cable between the module and the remote transceiver or patch panel, observing proper polarity. Configure the host port for 10 Gbps operation if required by the equipment. Verify link and activity indicators on the host device to confirm successful negotiation and optical signal presence.

Recommendations

Use quality single-mode LC duplex fiber patch cords and, where available, monitor optical parameters through the host's diagnostics interface. Ensure the host system supports DDM/DOM if you intend to monitor supply voltage, laser bias current, output and input power, and temperature. Follow ESD precautions when handling the transceiver and keep dust caps on the LC connectors when not in use to protect optical interfaces.