Fiber optic transceiver module BlueOptics TRX100044-BO XFP LC Aluminium

The BlueOptics TRX100044-BO XFP LC Aluminium is a 10G fiber optic transceiver module designed for high-speed single-mode optical links. It uses an XFP electrical interface with an LC duplex optical connector and an aluminium housing, delivering a compact, lightweight solution for connectivity in data centers and enterprise networks. The module supports 10G transmission over single-mode fiber and is intended for interoperability with networking hardware that follows XFP MSA standards.

Advantages

The transceiver combines an XFP interface with an LC duplex connector for bidirectional optical communication over two fibers. The aluminium casing provides durability while keeping the module weight low (approximately 20 g), simplifying installation and reducing strain on equipment. Built to MSA-compatible dimensions and signaling, the module supports common 10G applications and is suitable for long-reach single-mode links. Diagnostic capabilities typical for XFP modules enable monitoring of operating parameters when supported by host hardware.

Suitable for

Key specifications

How to use

Insert the XFP transceiver into an appropriate XFP slot on a switch, router or other network device that supports XFP modules and the relevant 10G protocols. Connect LC duplex fiber patch cords to the transceiver ports, ensuring correct TX/RX orientation. If the host device supports digital diagnostics (DDM/DOM), enable monitoring through the device management interface to view parameters such as optical power and temperature. Follow the host equipment vendor guidelines for hot-plugging and firmware compatibility checks.

Recommendations

Use single-mode LC duplex patch cords of the required quality and polarity to achieve expected range and performance. Confirm host device compatibility with XFP modules and enable digital diagnostics if available for remote monitoring. Avoid excessive insertion/removal cycles and keep connectors clean to maintain signal integrity.