Wireless Bridge UBIQUITI LiteBeam-5AC-Gen2 Wi‑Fi 5 5 GHz

UBIQUITI LiteBeam-5AC-Gen2 is a wireless bridge that operates on the 5 GHz band and supports Wi‑Fi 5 (802.11ac). Engineered for point-to-point and point-to-multipoint links, this directional radio provides focused long-range connectivity suitable for outdoor backhaul and inter-building links. The compact, weather-resistant design and integrated antenna allow for streamlined deployment where a reliable, high-throughput wireless bridge is required.

Advantages

The LiteBeam-5AC-Gen2 delivers directional performance across the 5 GHz spectrum with 802.11ac compatibility, enabling higher throughput than legacy 2.4 GHz devices and reducing interference in dense environments. Its integrated antenna and optimized form factor simplify installation and alignment for long-distance links, while outdoor-rated construction supports continuous operation in variable weather conditions. The device is designed to provide stable backhaul performance for remote network segments and infrastructure.

Suitable for

• Point-to-point links between buildings or sites
• Point-to-multipoint deployments for small campus or multi-site connectivity
• Outdoor backhaul where a focused directional signal is required
• Extending network coverage to remote or hard-to-wire locations

Key specifications

• Wireless standard: IEEE 802.11ac (Wi‑Fi 5)
• Frequency band: 5 GHz
• Antenna type: integrated directional antenna
• Use case: point-to-point and point-to-multipoint links
• Environmental suitability: outdoor-rated housing for exposed installations

How to use

Mount the LiteBeam-5AC-Gen2 on a stable mast or mount with a clear line of sight to the remote endpoint. Use the integrated alignment features to fine-tune pointing toward the other device for optimal signal and throughput. Connect power via the appropriate PoE injector or compatible power source, and configure wireless settings using the device management interface, setting SSID, channel, security and link mode according to network requirements. Perform throughput and link-quality tests after alignment and adjust antenna positioning if necessary.

Usage recommendations

For optimal performance, maintain a clear line of sight between endpoints, choose a clean 5 GHz channel to minimize interference, and verify mounting hardware is secure to prevent misalignment. For long-range links, plan for proper grounding and surge protection and periodically check firmware to ensure security and stability.