Network & Communication

Optical Data Transport for Outdoor POE Devices

The FiberPoE^™ connects remote PoE devices and provides data and power using fiber and DC cabling.

Fiber-to-Ethernet Conversion

The FiberPoE provides fiber connectivity to any PoE device.

Designed for Outdoor Durability

The FiberPoE features an outdoor weatherproof form factor with integrated strain relief management.

airMAX LiteBeam AC 5 GHz CPE

Ultra-lightweight, outdoor, wireless CPE designed to create extremely long-distance links.

The airMAX® LiteBeam® AC 5 GHz CPE (LBE-5AC-XR) is designed to sustain high-speed connections over very long distances, allowing you to serve more subscribers with just a single device. The LBE-5AC-XR also features a proprietary, high-gain antenna capable of delivering 450+ Mbps throughput over the 5 GHz frequency range.

Ubiquiti Networks introduces the airFiber® AF-4X, Ubiquiti's first licensed spectrum radio designed for the public safety sector. It meets the growing need of broadband capacity and optimizes use of the 4.9 GHz radio band with its industry-leading spectral efficiency and TDD throughput. The AF-4X allows you to customize airFiber backhaul links or upgrade existing Rocket® Point-to-Point (PtP) links.

Designed for the Public Safety Market

Deploy the high-performance and reliable AF-4X for municipal applications, including police, fire, and emergency medical services.

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, 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 525 Mbps of real data throughput, and innovative xtreme Range Technology (xRT™) for up to 200+ km in range.

4 GHz Backhaul

Mission-Critical Communications

The AF-4X covers the 4.9 GHz spectrum for public safety. Additional frequencies, from 4.7 GHz to 4.9 GHz, are supported in Europe and other regions (subject to local country regulations).

The AF-4X uses a proprietary radio communications protocol with AES-128 encryption to help ensure communication channels are secure.

Ultra-Low Latency with HDD Technology

The AF-4X is designed to provide the highest TDD throughput and lowest latency available using proprietary Hybrid Division Duplexing (HDD) technology.

Optimal Operation and Channel Configuration

The AF-4X supports up to 11 different channel width sizes to suit your deployment needs. You can configure independent TX and RX channel frequencies and place them anywhere within the radio band, and the channel centers are selectable in 1 MHz increments.

You also have the ability to program different uplink and downlink duty cycles to support asymmetric traffic requirements.

Co-Location

With space at a premium, the importance of being able to co-locate equipment is becoming an essential attribute for modern wireless networks. The AF-4X is engineered to permit multiple radios to operate side by side, allowing maximum spectral efficiency.

GPS Synchronization

Precise GPS frame synchronization enables co-located AF-4X 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 AF-4X radio design has an ultra-clean transmitter output, reducing broadband noise, facilitating co-location, and enabling higher-order modulations like 1024QAM for greater throughput.

Deployment Flexibility

The AF-4X supports ± 45° slant polarization for improved noise immunity and Signal-to-Noise Ratio (SNR). The compact form factor of the airFiber X allows it to fit into the radio mount of Ubiquiti antennas, so installation requires no special tools. The airFiber X antennas are purpose-built with 45° slant polarity for seamless integration with the airFiber AF-4X.

Ten years ago, Ubiquiti sparked a global Wireless ISP revolution with the introduction of NanoStation® - a cost-disruptive 802.11 Wi-Fi long range outdoor plug and play radio. The NanoStation broke down technical and financial barriers for WISP's around the world, enabling nearly any operator to deploy scalable networks and grow profitable business models.

As bandwidth demands and scalability challenges increased through the years, Ubiquiti responded with performance-enhancing innovations such as the airMAX® TDMA protocol, PRISM® active RF filtering, and GPS synchronization - all working to extract every ounce of potential from consumer 802.11 Wi-Fi chipsets.
However, we always knew that one day growing subscriber bandwidth demands combined with an increasingly crowded unlicensed RF spectrum would expose the fundamental limitations of 802.11 Wi-Fi silicon and ultimately threaten the survival of our industry.

Years ago, a core group of engineers at Ubiquiti set out to make sure this day would never come. We began an ambitious plan that would span millions of man hours of development and tens of millions of dollars of investment. The result was a new technology and ASIC chipset created from the ground floor up specifically for the Wireless ISP industry - a technology we believe positions our Industry to succeed in the new challenging landscape of the future. Welcome to what we call the Long Term Ubiquiti vision, or simply LTU™.

LTU Instant | 5 GHz LTU® client that functions in a point-to-multipoint (PtMP) environment with the LTU Rocket as its base station.

The LTU Instant is a 5 GHz LTU client that serves as a plug-and-play conversion module for existing LiteBeam® (LBE 5AC Gen 2) deployments. Designed to function in a PtMP environment with an LTU Rocket serving as its base station, the LTU Instant delivers up to 550 Mbps of real TCP/IP throughput with its 22dBi high-gain antenna. It also offers a robust feature set including frequency splitting, router mode support, accommodating bandwidth options, and con