SFP transceiver module BlueOptics SFP-GE-FE-LX10-SM1310 1250 Mbit/s 1310 nm

The BlueOptics SFP-GE-FE-LX10-SM1310 is a compact fiber optic SFP transceiver module engineered for point-to-point and switch-to-switch connections supporting a data rate of 1250 Mbit/s. Operating at a wavelength of 1310 nm, this single-mode module enables optical links over distances up to 10 km and is compatible with standard SFP ports, providing a straightforward upgrade path for gigabit and fast Ethernet devices that require optical connectivity.

Advantages

The module provides stable optical transmission at a fixed 1310 nm wavelength and supports both gigabit and fast Ethernet signaling at 1250 Mbit/s. Its small form factor and SFP interface allow hot-pluggable installation into compatible network equipment. The single-mode design reduces signal attenuation over longer links, making it suitable for campus, metropolitan, and inter-building connections where reliable optical performance is required.

Suitable for

Key specifications

How to use

Insert the SFP transceiver into a compatible SFP slot on a switch, router, or media converter while the device is powered on or off as supported by the equipment. Attach a single-mode fiber patch cable with the correct connector type to the transceiver's optical port, observing transmit/receive orientation. Ensure the remote link endpoint uses a matching wavelength and single-mode configuration, then verify link status through the network device interface or diagnostic LEDs. Follow vendor instructions for any required interface configuration (speed/duplex settings or interface activation).

Recommendations

Use certified single-mode fiber and quality connectors to maintain link performance. Verify compatibility with the host equipment's SFP compatibility list where possible. Handle the transceiver by its housing, avoid touching optical interfaces, and keep protective dust caps on when the module is not connected. For reliable operation, plan link power budgets and consider environmental conditions that may affect optical performance.