Fiber optic transceiver module BlueOptics 1442910G1C-BO XFP LC Aluminium

The BlueOptics 1442910G1C-BO XFP LC Aluminium is a fiber optic transceiver module designed for 10 Gbps optical links. Built to MSA XFP form-factor expectations, it features an LC duplex connector and an aluminium housing that keeps weight down to approximately 20 g. The module supports single-mode transmission suitable for long-reach applications and is compatible with systems that accept XFP LR class transceivers and LC interfaces.

Advantages

This BlueOptics XFP module offers a compact aluminium design for durability and thermal stability while remaining lightweight. The XFP interface provides hot-pluggable 10 Gbps connectivity with LC duplex fiber connection, enabling simultaneous transmit and receive channels. The module is manufactured to MSA-compliant specifications to ensure interoperability with hardware platforms that support XFP LR optics.

Suitable for

• 10 Gbps Ethernet uplinks in switches and routers
• Long-distance single-mode fiber links (LR-class deployments)
• Storage and data center interconnects requiring XFP modules
• Replacement or spare transceivers for compatible networking equipment

Key specifications

• Interface type: XFP (MSA-compliant form factor)
• Connector: LC duplex
• Housing material: Aluminium
• Typical weight: 0.02 kg
• Optical type: single-mode fiber support (LR-class operation)
• Data rate: up to 10 Gbps

How to use

Install the XFP transceiver into an XFP-compatible port following the host device manufacturer’s hot-plug procedure. Connect LC duplex single-mode patch cables, ensuring correct orientation for transmit and receive fibers. Verify that the host hardware accepts third-party XFP modules and that any required configuration or firmware settings are applied. Monitor link status via the host interface and, if available, use the transceiver’s diagnostic functions through the host system to check optical power and health.

Recommendations

Use single-mode LC duplex fiber and appropriate patch cords or patch panels to achieve the best range and signal quality. Confirm compatibility with the target device and enable any digital diagnostic monitoring features in the host to support remote monitoring. Handle the module by its housing, keep dust caps on unused connectors, and store in a static-safe environment when not installed.