Lanview MO-UF-SM-10G Μονάδα πομποδέκτη δικτύου Οπτική ίνα 10000 Mbit/s SFP+ 1310 nm

The Ubiquiti UF-SM-10G is a fiber optic SFP+ transceiver module that supports data rates up to 10 Gbit/s. It operates at a wavelength of 1310 nm and is intended for single-mode fiber links used in long-distance outdoor or indoor network runs. The module is housed in an aluminium enclosure and comes in blue; this package contains two identical transceivers for use in pairs or to expand existing 10G network connections.

Advantages

The UF-SM-10G provides 10G performance over single-mode fiber with standard SFP+ form factor, enabling high-speed uplinks and long-reach links. Its aluminium body offers mechanical durability while the single-mode design and 1310 nm wavelength allow for extended link distances appropriate for outdoor fiber installations and backbone connections.

Suitable for

• Long-distance single-mode fiber links (backbone and inter-building connections)
• Outdoor fiber routes and tower-mounted networking equipment
• Upgrading switches and routers with SFP+ 10G uplinks

Key specifications

• Interface type: SFP+
• Maximum data transfer rate: 10000 Mbit/s (10 Gbit/s)
• Operating wavelength: 1310 nm
• Fiber type: single-mode
• Enclosure material: aluminium

How to use

Insert the UF-SM-10G transceiver into an SFP+ socket on a compatible switch, router, or media converter. Connect single-mode LC-terminated fiber cables to the transceiver ports, ensuring correct transmit/receive alignment. Use matching single-mode modules or BiDi solutions at the far end as required by the link design. Confirm link status and speed through the host device management interface after installation.

Recommendations

For outdoor long-distance runs (300+ meters) choose single-mode U Fiber modules such as this UF-SM-10G and pair with single-mode LC FiberCable for reliable tower or inter-building links. For shorter multi-mode runs, select multi-mode modules to reduce cost. Always verify compatibility with the host device and follow fiber handling best practices to avoid damage.