• Point-to-point line-of-sight mode to create communication channel with UAV at long distance for control and transmission of HD video stream and high resolution photos.
• The option of using a third modem as a repeater to create communication channel with a ground mobile object in complex conditions of rough terrain.
• Option to use the communication system in no-line-of-sight conditions at distances up to 1 km for communication with a mobile object.
• Point-to-multipoint mode for simultaneous data transfer between the ground control terminal and several UAVs.
• Multiple antennas receive mode in conditions limited visibility.

Ground stations can be combined into a single network to provide continuous communication with a mobile object that moves along desired path over long distances.

The control server coordinates reception from several(up to hundreds) ground stations to provide continuous communication with a mobile object or objects. Server is implemented on Linux and can run on platforms that support this OS (PC, Raspbery Pi, etc.)

Ground stations constantly transmit(via the tcp/ip network) data about their state and the quality of communication with a moving object (SNR, CRC, received signal level, etc.) to server.

Due to this, server can choose the best ground station that provides communication with the mobile object in real time. That grants the ability to organize diversity reception(for traffic from a mobile unit to a server). Several ground stations simultaneously receive data from a mobile unit and send them to a server for merging. Thereby communication errors from different stations are compensated.

Modem 3.4 GHz – 3.6 GHz

• The rate of the information high-speed channel OFDM QPSK ½ with bands:
  • 7 MHz — 5 Mbps;
  • 12 MHz — 8,5 Mbps;
  • 24 MHz — 17 Mbps.
• For data rates over 24 Mbps, OFDM QAM16 ½, OFDM QAM16 ¾ modulation is used.
• Interfaces: 2×RS-232 12 V, 1×UART 3.3 V, 1×I2C, 1×ADC, 12-pin GPIO, Ethernet 100 Mbit/s
• Supply voltage: 12–32 V.
• Weight:100 g.
• PCB size: 80 × 110 mm.

Smart antenna RF module 3.4 GHz – 3.6 GHz

• Frequency range: 3.4 GHz – 3.6 GHz.
• Average output power: 350 mW.
• Sensitivity for 7 MHz band:
  • CBA: –114 dbm (0,8 Mbps);
  • OFDM QPSK ½: –90 dbm (5 Mbps);
  • OFDM QPSK ¾: –87 dbm (7,5 Mbps);
  • OFDM QAM16 ½: –83 dbm (10 Mbps);
  • OFDM QAM16 ¾: –79 dbm (15 Mbps).
• Weight: 50 g.
• PCB size: 80×60 mm.
• Interface: mezzanine connection.

Ground antenna 3.4 GHz – 3.6 GHz

• Frequency range: 3.4 GHz – 3.6 GHz.
• SWR < 1,4.
• Gain: 23 dB.

Onboard antenna system 3.4 GHz – 3.6 GHz

• Frequency range: 3.4 GHz – 3.6 GHz.
• SWR < 1,5.
• Gain: 6 dB.
• Optimization of the antenna system for a specific mobile object (ground or air).
• Antenna type - omnidirectional antenna array.

Modem 5.9 GHz – 6.2 GHz

• The rates of the high-speed OFDM channel QPSK ½ using bands:
  • 7 MHz — 5 Mbps;
  • 12 MHz — 8,5 Mbps;
  • 24 MHz — 17 Mbps.
• For data rates over 24 Mbps, OFDM QAM16 ½, OFDM QAM16 ¾ modulation is used.
• Interfaces: 2×RS-232 12 V, 1×UART 3.3 V, 1×I2C, 1×ADC, 12-pin GPIO, Ethernet 100 Mbit/s
• Supply voltage: 9–48 V.
• Weight:110 g.
• PCB size: 80 × 110 mm.

Smart antenna RF module 5.9 GHz – 6.2 GHz

• Frequency range: 5.9 GHz – 6.2 GHz.
• Average output power: 350 mW.
• Sensitivity for 7 MHz band:
  • CBA: –114 dbm (0,8 Mbps);
  • OFDM QPSK ½: –90 dbm (5 Mbps);
  • OFDM QPSK ¾: –87 dbm (7,5 Mbps);
  • OFDM QAM16 ½: –83 dbm (10 Mbps);
  • OFDM QAM16 ¾: –79 dbm (15 Mbps).
• Weight: 50 g.
• PCB size: 80×60 mm.
• Interface: mezzanine connection.

Ground antenna system 5.9 GHz - 6.2 GHzRFE 6000/23HV

• Frequency range: 5.9 GHz – 6.2 GHz.
• SWR < 1.5.
• Gain: 23 dB.
• Option: monoblock (modem integrated into the antenna).
• Possibility of connecting up to 3 antennas to expand the antenna pattern.

Onboard antenna system 5.9 GHz – 6.2 GHz

• Frequency range: 5.9 GHz – 6.2 GHz.
• SWR < 1.5.
• Gain: 6 dB.
• Antenna type - a sector antenna with two sectors of 60 degrees in the horizontal plane.
• Number of antennas: 3.