Ubiquiti airFiber AF-5XHD Radio System Features

Ubiquiti airFiber AF-5XHD radio system

The Ubiquiti airFiber 5XHD AF-5XHD is a modular airFiber radio system that will serve a wide range of frequencies and is designed to be compatible with a variety of Ubiquiti® antennas. Designed for use in the 5 GHz frequency band, the new airFiber AF-5XHD is Ubiquiti’s first LTU radio, offering greater channel bandwidths of up to 100 MHz, and more advanced RF components.

Ubiquiti airFiber 5XHD AF-5XHD Key Features

• Programmable Transmit Power
• Programmable Duty Cycle (GPS synchronised frames)
• Configurable GPS Synchronisation
• Split TX and RX Frequency
• Split TX and RX Channel Bandwidth
• Local Security Management for SMBs
• Dual Redundant Gigabit Ethernet Ports with PoE
• OFDM and OFDMA Support
• Bluetooth Wireless Configuration
• AlignLock™ Antenna Aiming Guard
• User-Configurable Interference Mitigation
• Redundant Images for Fail-Safe Configuration
• Persistent Spectrum Analysis with Dedicated RX
• Wide Voltage Range, Enhanced Surge Protection

Engineered for Performance

Ubiquiti INVICTUSï custom silicon and proprietary radio
architecture are designed specifically for long-distance, outdoor
wireless applications.

Deployment Flexibility

The compact form factor allows the airFiber X to be used with
airFiber Slant 45 antennas, or instantly upgrade a 5 GHz Rocketï link
that uses a RocketDish�RD‑5G30/RD‑5G34* antenna.

Carrier Backhaul for the World

Deploy the 2.4, 3, or 5 GHz model that meets your specific
spectrum requirements, anywhere around the world. The airFiber X
features multiple channel width options to suit your deployment needs
up to 11 different channel sizes available for the AF-2X or AF-3X.

Optimal Operation and Channel Configuration

Channel width flexibility allows you to independently
configure TX and RX channel frequencies and place them anywhere within
the radio band to avoid local interference. You also have the ability
to program different uplink and downlink duty cycles to support
asymmetric traffic requirements.