Представляем airFiber, поистине революционное решение в диапазоне 24 ГГц Радиоканал топологии Точка-Точка от Ubiquiti Networks. Размещенный в компактном, высокоэффективном форм-факторе, airFiber обеспечивает революционную производительность со средней агрегатной пропускная способность беспроводного канала Ethernet порядка 1,4 Гбит/с на расстоянии около 13 км в диапазоне 24 ГГц. airFiber идеальное соотношение цены и пропускной способности оборудования передачи данных операторского класса.
airFiber AF-24 | |
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Operating Frequency | 24.05 – 24.25 GHz |
Dimensions | 649 x 426 x 303 mm |
Weight | 10.5 kg Mount Included |
Max. Power Consumption | 50 W |
Power Supply | 50V, 1.2A PoE GigE Adapter (Included) |
Power Method | Passive Power over Ethernet |
Supported Voltage Range | 42-58VDC |
Certifications | CE, FCC, IC |
Wind Loading | 480 N @ 200 km/hr |
Wind Survivability | 200 km/hr |
Mounting | Pole Mount Kit (Included) |
Operating Temperature | -40 to 55° C |
LEDs | (8) Status LEDs: Data Port Speed Data Port Link/Activity Configuration Port Speed Configuration Port Link/Activity GPS Synchronization Modulation Mode Master/Slave RF Status (1) Two-Digit LED Display Calibrated in dBm |
Interface | |
Data Port | (1) 10/100/1000 Ethernet Port |
Configuration Port | (1) 10/100 Ethernet Port |
Auxiliary Port | (1) RJ-12, Alignment Tone Port |
System | |
Maximum Throughput | 1.4+ Gbps |
Maximum Range | 13+ km |
Packets per Second | > 1 Million |
Encryption | 128-Bit AES |
Uplink/Downlink Ratio | 50% Fixed |
airFiber AF-24 Receive Sensitivity | |||
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Modulation | Sensitivity | FDD Capacity* | TDD Capacity* |
64QAM | -66 dBm | 1500 Mbps | 760 Mbps |
16QAM | -72 dBm | 1000 Mbps | 507 Mbps |
QPSK MIMO | -78 dBm | 500 Mbps | 253 Mbps |
QPSK SISO | -80 dBm | 250 Mbps | 127 Mbps |
?x QPSK SISO | -87 dBm | 62.5 Mbps | 31.7 Mbps |
airFiber AF-24 Radio Frequency | |
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GPS | GPS Clock Synchronization |
Transceiver | |
EIRP | ~33 dBm (FCC/IC), ~20 dBm (CE) |
Frequency Accuracy | ±2.5 ppm without GPS Synchronization ±0.2 ppm with GPS Synchronization |
Channel Bandwidth | 100 MHz |
Operating Channels | 24.1 GHz, 24.2 GHz |
Modulation | 64QAM MIMO 16QAM MIMO QPSK MIMO QPSK SISO ?x QPSK SISO |
Integrated Split Antenna | |
TX Gain | 33 dBi |
RX Gain | 38 dBi |
Beamwidth | < 3.5° |
Front-to-Back Ratio | 70 dB |
Polarity | Dual-Slant Polarization |
Cross-Polarity Isolation | > 28 dB |
Introducing airFiber, a truly revolutionary 24 GHz Point-to-Point radio from Ubiquiti Networks. Housed in a compact, highly efficient form factor, airFiber delivers revolutionary performance of 1.4+ Gbps, aggregate throughput and 13+ km in range. airFiber ushers in a new era in price disruptive, carrier-class backhaul technology.
Every detail of airFiber was designed and engineered by the Ubiquiti R&D Team. From the silicon chip up to the innovative split-antenna architecture, the Ubiquiti R&D Team created airFiber to deliver superior throughput with efficiency. airFiber was purpose built to create a high performance backhaul.
Based on Ubiquiti’s innovative and intuitive airOS™, the airFiber Configuration Interface enables quick configuration and deployment. With installation efficiency in mind, the mechanical design allows easy installation by one person. A two person installation crew can effectively install and align an airFiber link.
airFiber uses patent-pending technology to virtually eliminate packet transmission latency. Conventional wireless standards impose a latency by having to receive a packet before a packet is transmitted. airFiber can transmit data synchronously without any wait time.
airFiber core networks backbones can be instantly and cost-effectively deployed anywhere, bringing Internet deep into the unserved areas of the world.
HDD provides the best of both worlds — latency performance of Frequency Division Duplex (FDD) with the spectral efficiency of Time Division Duplex (TDD).
Link Distance | Configuration |
9.1 miles | TDD system for maximum robustness. Units placed in a clear LoS (Line of Sight) condition. Used with a traffic aggregator to provide additional bandwidth to off-load a licensed band link that has run out of capacity. |
3.8 miles | TDD system for maximum robustness. Used in a PtP network with 500 Mbps capacity. |
2.6 miles | FDD system. Used for a primary, PtP, 1 Gbps, backbone link. |
1 mile | FDD system. Used for a primary, PtP, 1.4 Gbps, backbone link. |
0.3 to 1.5 miles (hub-and-spoke distribution) | TDD system for ultra-high capacity, multipoint distribution to business customers. |