UBIQUITI Networks Single-Mode Module 10G 2

The Ubiquiti 10G Single-Mode Optical Module is an SFP+ fiber optic transceiver made for dependable network connections using single-mode fiber. It works with data speeds of 1 Gbps and 10 Gbps. This module can carry signals over distances up to 10 km, which is about 6.2 miles.

It uses a Duplex LC UPC connector. Operates at 1310 nm for both transmitting and receiving data. This makes it a practical option for connecting network switches and other compatible devices across fiber runs.

This product comes in a 2-pack, which’s helpful when setting up a fiber link between two network devices. It’s ideal for business networks, data centers, enterprise systems, and any setup that needs long-distance connectivity.

Please note: the fiber cable is not included.

Key Specifications

• Brand  Ubiquiti
• Product  10G Single-Mode Optical Module
• Model UACC-OM-SM-10G-D-2
• Pack 2-Pack
• Form Factor  SFP+
• Connector Duplex LC UPC
• Supported Media  Single-Mode Fiber
• Supported Data Rate  1 / 10 Gbps
• Maximum Cable Distance  10 km (6.2 miles)
• TX Wavelength  1310 nm
• RX Wavelength  1310 nm
• Maximum Power Consumption  1 W
• Operating Temperature | 0 to 70°C (32 to 158°F)
• Fiber Cable Included: No

Key Features

• Offers high-speed fiber connection at 10 Gbps
• Supports both 1 Gbps and 10 Gbps data rates
• Built for use with single-mode fiber
• Can support connections up to 10 km
• Uses the SFP+ form factor so it works with network gear
• Comes with a Duplex LC UPC connector
• Works with 1310 nm transmit and receive wavelengths
• Only uses up to 1 watt of power
• Sold as a 2-pack for easier installation
• Great for long-distance network setups

Where Can You Use It?

You can use the Ubiquiti 10G Single-Mode Optical Module anywhere you need a high-speed fiber connection between networking devices.

Common uses include:

• Enterprise networks
• Business and office networks
• Data centers
• Server rooms
• Network switches
• Long-distance network links
• Building-to-building fiber connections
• Campus networks
• ISP and network infrastructure
• High-speed uplink connections

For example, if two network switches are in buildings and connected by single-mode fiber, you can install these Ubiquiti modules in the SFP+ ports on both ends as long as the equipment supports them.

Technical Knowledge – In Simple Terms

An SFP+ optical module is a device that fits into a port on network equipment. It turns signals from the network into light signals that travel through fiber optic cable. At the end it changes the light back into usable data.

This Ubiquiti module is built for single-mode fiber and can send data up to 10 km.

It uses a Duplex LC UPC connector. That means it has two fibers—one for sending data and one for receiving. Both use the 1310 nm wavelength.

The 2-pack makes sense because a full duplex fiber link needs a module at each end of the connection.

Size & Weight

• Form Factor: SFP+
• Physical Dimensions: Not listed on Ubiquiti’s official page
• Weight: Not listed on Ubiquiti’s page

We do not recommend guessing size or weight unless confirmed by Ubiquiti.

Important Compatibility Information

Before buying, check that your network equipment has an SFP or SFP+ port and supports this type of optical module.

According to Ubiquiti, this module works with both SFP+ and SFP interfaces.

Also remember: fiber optic cable is not included with the module.

Safety

This product contains a Class 1 laser. Never look directly into the ends of the fiber cable or the SFP module when the equipment is turned on.

Why Do You Need This Product?

If your network must transfer data quickly between points over fiber, the Ubiquiti 10G Single-Mode Optical Module offers a straightforward solution.

With speeds up to 10 Gbps, support for 10 km distances, compatibility with single-mode fiber, and a Duplex LC UPC connector, it’s a choice for expanding business networks linking buildings, upgrading uplinks, or building stable long-range fiber connections.

The 2-pack helps because you get one module for each end of the fiber link, making it easy to set up a connection.