SFP transceiver module BlueOptics OM-SFP+-10GIGABIT-SINGLE-40-BO 10000 Mbit/s

The BlueOptics OM-SFP+-10GIGABIT-SINGLE-40-BO is an SFP+ fiber optic transceiver module designed for 10 Gbit/s links. It uses an LC duplex fiber connector and supports single-wavelength 1550 nm transmit and receive functions for long-distance optical transmission up to 40,000 metres over appropriate fiber types. Housed in a compact SFP+ form factor and finished in silver, this module offers a compact, interoperable interface for switches, routers, storage systems and other network equipment that accept MSA-compliant SFP+ modules.

Advantages

The module provides a high maximum data transfer rate of 10,000 Mbit/s and a long maximum transfer distance of up to 40 km, enabling high-bandwidth, long-reach connectivity without intermediate conversion. With an MTBF of 3,000,000 hours and a lightweight metal housing (~20 g), it delivers reliable operation and easy handling during installation and replacement. Compatibility with standard SFP+ ports and LC duplex cabling ensures straightforward integration into existing network infrastructures.

Suitable for

Key specifications

How to use

Install the SFP+ transceiver into a compatible SFP+ port on your network device following the device manufacturer’s hot-plug instructions. Connect LC duplex single-mode fiber patch cables to the module’s LC connector, observing correct transmit/receive alignment. Ensure the linked device is configured for 10 Gbit/s operation and the network equipment supports 10GBASE-ER or equivalent protocols at 1550 nm. Monitor link status through the host device to confirm successful negotiation and optical signal levels.

Recommendations

Use single-mode fiber with appropriate attenuation characteristics for long-reach links and keep fiber connectors clean to maintain signal quality. Verify compatibility with the host device’s SFP+ cage and firmware, and follow ESD precautions during handling. For installations approaching the maximum link distance, check optical budgets and consider dispersion, connector loss and splicing impact.