Ubiquiti UACC-AOC-SFP10-20M Unifi Active Optical Cable

Product Description

The UBIQUITI UACC-AOC-SFP10-20M is an active optical cable designed for high-speed data transmission in structured network environments. It uses SFP+ connectors on both ends and integrates active optical technology to carry 10 Gbps signals over fiber media without requiring separate transceivers. At 20 meters in length, it bridges rack-to-rack and closet-to-closet links where copper direct-attach cables fall short on distance. Network technicians and low-voltage installers deploy this cable in data centers, wiring closets, and enterprise campus backbones where long-reach, low-latency 10G connectivity is required.

This active optical cable is suited for use in structured cabling installations that rely on UniFi-compatible SFP+ ports. It is typically installed between UniFi switches, routers, or access layer equipment where a 20-meter run is needed and optical isolation between network segments is preferred. The integrated active circuitry eliminates the need for standalone optical transceivers, simplifying the installation and reducing port-level hardware count.

Key Features

• Active optical cable with integrated SFP+ connectors on both ends — no separate transceivers required
• 20-meter cable length supports rack-to-rack and closet-to-closet runs beyond copper DAC limits
• 10 Gbps data rate delivers full-speed backbone throughput
• Optical fiber media provides electrical isolation between connected devices
• Sold as a single unit for precise quantity ordering

Compatibility

Designed as an OEM-style active optical cable for use with UniFi and other SFP+ compatible network switches and routing equipment. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation should be performed by a qualified low-voltage or network cabling technician familiar with SFP+ port handling procedures. Power down or administratively disable the SFP+ ports before seating or removing the cable connectors to prevent electrostatic or signal damage. Do not bend the cable beyond its minimum bend radius, and route it through appropriate cable management to avoid physical stress on the connector boots. Installations in commercial environments may be subject to local structured cabling codes and TIA-568 standards.