SFP+ transceiver BlueOptics F-SM1310-10KM-10G 10GBASE-LR single-mode 1310 nm 10 km

The BlueOptics SFP+ F-SM1310-10KM-10G is an optical transceiver module implementing 10GBASE-LR transmission over single-mode fiber at a wavelength of 1310 nm. Designed for 10 Gigabit Ethernet applications, the module supports link distances up to 10 km and fits standard SFP+ ports, enabling high-speed uplinks between switches, servers and other optical network equipment. The transceiver provides a compact, hot-pluggable solution for expanding or upgrading network backbones where single-mode fiber connectivity and reliable 10 Gb/s throughput are required.

Advantages

This SFP+ transceiver offers interoperability with standard SFP+ interfaces and a form factor suitable for a wide range of network devices. It supports 10 Gb/s data rates and long-reach single-mode operation to 10 km, allowing flexible network design and simplified cabling for inter-rack and inter-site connections. The module’s 1310 nm wavelength operation reduces modal dispersion over single-mode fiber and is suitable for common optical link budgets used in data centre and enterprise environments.

Suitable for

Key specifications

How to use

Install the transceiver into an available SFP+ port on a compatible switch, router or optical device while the host port is powered on or off, as supported by the host. Connect single-mode fiber patch cables with appropriate LC connectors to the transceiver’s optical interface, ensuring correct transmit/receive alignment. Verify link status through the host device’s diagnostics and monitoring tools and configure the network interface for 10 Gb/s operation if required. Follow the device manufacturer’s instructions for handling and insertion to avoid contamination of the optical ferrule.

Recommendations

Use clean LC connectors and proper fiber cleaning tools before insertion, avoid bending the fiber beyond manufacturer-recommended minimum bend radii, and confirm link parameters with the host device. For reliable operation over longer links, verify end-to-end loss budget and ensure connectors, splices and patch panels meet single-mode specifications.