Engineered for Performance

Ubiquiti’s INVICTUS™ custom silicon and proprietary radio architecture are designed specifically for long-distance, outdoor wireless applications.
Our INVICTUS core communications processing engine surpasses all of the limitations inherent to generic Wi-Fi chips to provide superior performance, long-range capability, DFS flexibility, and higher delivered throughput.
The airFiber X features industry‑leading spectral efficiency of up to 17.1 Mbps/MHz, line‑rate data packet processing of up to 687 Mbps of real data throughput, and innovative
xtreme Range Technology (xRT™) for up to 200+ km in range.

Ultra-Low Latency with HDD Technology

The airFiber X is designed to provide the highest TDD throughput and lowest latency available using proprietary Hybrid Division Duplexing (HDD) technology.

Co-Location

With tower space at a premium, the importance of being able to co-locate equipment is becoming an essential attribute for modern wireless networks. The airFiber X is engineered to permit multiple radios to operate side by side, allowing maximum spectral efficiency.

GPS Synchronization

Precise GPS frame synchronization enables co-located airFiber X radios to transmit and receive data without interfering with each other, enabling better frequency reuse and increased network stability.

Clean Power Output

Using advanced digital signal processing, the innovative airFiber X radio design has an ultra-clean transmitter output, reducing broadband noise, facilitating co-location,
and enabling higher-order modulations like 1024QAM for greater throughput.

Optimal Operation in Unlicensed Bands

Channel width flexibility* allows independent TX and RX channel frequency configurations anywhere within the radio band to avoid local interference, and the channel centers are selectable in 1 MHz increments.
• AF-2X/AF-3X 3.5, 5, 7, 10, 14, 20, 28, 30, 40, 50, or 56 MHz
You also have the ability to program different uplink and downlink duty cycles to support asymmetric traffic requirements.

* Channel widths may vary according to country/region regulations.

Specification:

Dimensions:
Radio – 224 x 82 x 48 mm (8.82 x 3.23 x 1.89″)
Box – 261 x 107 x 107 mm (10.28 x 4.21 x 4.21″)
Weight:
Radio – 0.35 kg (0.77 lb)
Box – 1.1 kg (2.43 lb)
RF Connectors: (2) RP-SMA Weatherproof (CH0, CH1), (1) SMA Weatherproof (GPS)
GPS Antenna: External, Magnetic Base
Power Supply: 24V, 1A PoE Gigabit Adapter (Included)
Power Method: Passive Power over Ethernet (Pins 1, 2, 4, 5 (+) and Pins 7, 8, 3, 6 (-))
Max. Power Consumption: 17W @ Max. Power/Duty Cycle
Supported Voltage Range: 19-29VDC, +48VDC Input
Automatic Transmit Power Control (ATPC): Yes
Mounting: airFiber X Mount (Rocket Mount Compatible), GPS Pole Mount (Included)
Certifications: CE, FCC, IC
Operating Temperature: -40 to 55° C (-40 to 131° F)

AF-2X Networking Interface

Data Port: (1) 10/100/1000 Ethernet Port
Management Port: (1) 10/100 Ethernet Port

AF-2X System

Processor: INVICTUS IC
Maximum Throughput: 687 Mbps*
Maximum Range: 200+ km*
Packets per Second: 1+ Million
Encryption: 128-bit AES
OS: airOS F
Wireless Modes: Master/Slave
Latency, Half Duplex Mode: < 2 ms at Full Throughput
MTU (Maximum Transmission Unit): Up to 9600

* Throughput and range values may vary depending on the environmental conditions

AF-2X Radio

Frequency Range: 2300-2700 MHz (Dependent on Regulatory Region)
Max. Conducted TX Power: 30 dBm* (Dependent on Regulatory Region)
Frequency Accuracy: ± 2.5 ppm without GPS Synchronization, ± 0.2 ppm with GPS Synchronization
Channel Bandwidth: 3.5/5/7/10/14/20/28/30/40/50/56 MHz Selectable**
Programmable Uplink and Downlink Duty Cycles
Independently Programmable TX and RX Frequencies

* For region-specific details, refer to the Compliance chapter of the airFiber X User Guide at www.ubnt.com/download/airfiber
** Channel widths may vary according to country/region regulations.

AF-2X Suggested Max. TX Power

8x – 23 – 24 dBm
6x – 25 – 26 dBm
4x – 27 – 28 dBm
2x – 30 dBm
1x – 30 dBm

Also check

Ubiquiti airFiber AF-2X 2.4 GHz Backhaul Radio – Complete Link