Ubiquiti MM 10G LC SFP+ 850nm 300m Single Transceiver Module UACC-OM-MM-10G-D

Ubiquiti MM 10G LC SFP+ 850nm 300m Single Transceiver Module UACC-OM-MM-10G-D

The Ubiquiti UACC-OM-MM-10G-D is a high-performance multimode optical transceiver designed for reliable 10 Gigabit Ethernet fibre connections. Featuring an SFP+ interface, duplex LC UPC connector and 850nm optical wavelength, it supports data transmission over distances of up to 300 metres using OM3 multimode fibre or 400 metres using OM4 fibre. With support for 1Gbps and 10Gbps connections, low power consumption and a compact metal housing, it provides an efficient solution for compatible Ubiquiti networking equipment.

Key Features:

• 10Gbps multimode optical transceiver module
• Manufacturer SKU: UACC-OM-MM-10G-D
• Compact SFP+ form factor
• Supports 1Gbps and 10Gbps connections
• Duplex LC UPC fibre connector
• 850nm transmission and reception wavelength
• Up to 300m transmission distance over OM3 fibre
• Up to 400m transmission distance over OM4 fibre
• Designed for multimode fibre optic networks
• Compatible with supported SFP+ and SFP interfaces
• Maximum power consumption of 0.8W
• Operating temperature range of 0°C to 70°C
• Compact metal housing
• Class 1 laser product
• Ideal for high-speed network uplinks
• Suitable for enterprise and commercial networks
• Single transceiver module

Features

High-Speed 10Gbps Connectivity

The UACC-OM-MM-10G-D supports data rates of up to 10Gbps, delivering high-bandwidth fibre connectivity between compatible network switches and other SFP+ enabled equipment.

Multimode Fibre Support

Designed for multimode optical fibre, the transceiver supports high-speed connections over shorter network distances. It is suitable for enterprise installations, server rooms and network infrastructure.

Up to 300m or 400m Transmission Distance

The module supports fibre connections up to 300 metres over OM3 multimode fibre and up to 400 metres over OM4 fibre, depending on the connected equipment and installation conditions.

850nm Optical Wavelength

Operating at an 850nm transmit and receive wavelength, the transceiver provides reliable optical communication across compatible multimode fibre connections.

Duplex LC UPC Connector

The duplex LC UPC interface provides separate transmit and receive fibre connections, enabling bidirectional communication through compatible duplex multimode fibre cables.

Flexible 1Gbps and 10Gbps Support

The module supports both 1Gbps and 10Gbps data rates when used with suitable network equipment, providing flexibility for compatible fibre networking applications.

Energy-Efficient Operation

With maximum power consumption of just 0.8W, the transceiver provides high-speed optical connectivity while maintaining low energy requirements.

Compact SFP+ Design

The compact SFP+ form factor integrates into compatible networking devices without requiring a separate external media converter or power supply.

Reliable Network Integration

Designed for compatible Ubiquiti networking equipment, the module is suitable for high-speed switch uplinks, fibre backbone connections and network infrastructure expansion.

Technical Specifications:

What's in the Box:

• 1 x Ubiquiti UACC-OM-MM-10G-D SFP+ Multimode Optical Transceiver Module

Note: This product contains one optical transceiver module only. A compatible duplex LC UPC multimode fibre cable and suitable networking equipment are required and sold separately. The maximum operating distance depends on the fibre type and network configuration. The module is designed for multimode fibre and is not intended for single-mode fibre connections. Do not look directly into the optical ports or fibre ends while connected equipment is powered.

The Ubiquiti UACC-OM-MM-10G-D provides efficient 10Gbps optical connectivity through an SFP+ interface, 850nm wavelength and duplex LC UPC connector. Supporting up to 300m over OM3 fibre or 400m over OM4 fibre, this compact transceiver is a practical solution for high-speed network uplinks and compatible enterprise fibre infrastructure.