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KV-AJX-A AIRBORNE MULTI BAND ANTI-JAMMING RECEIVER

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3D Model

Application area

Drone
Unmanned aerial vehicle

Characteristics

  • Multi-band anti-jamming GNSS receiver: up to 3 frequency bands simultaneously (consider specified options)
  • Multi-system solution: GPS / Galileo / NavIC (IRNSS) / GLONASS / BeiDou can be used (consider specified options)
  • Up to 100 dB J/S performance
  • Low power consumption: 5…8 W (depending on options)
  • Support of up to 3 jammers simultaneously for each of frequency bands
  • Receiver based on own NTLab’s high-performance ASICs: RFFE, baseband, anti-jamming processors
  • Up-converter RF output for external GNSS receivers
  • Internal receiver with INS, RAW data and with velocity, acceleration option by request

Application area

Unmanned aerial vehicle
Main Image
Thumbnail
Thumbnail
Thumbnail

Characteristics

  • Multi-band anti-jamming GNSS receiver: up to 3 frequency bands simultaneously (consider specified options)
  • Multi-system solution: GPS / Galileo / NavIC (IRNSS) / GLONASS / BeiDou can be used (consider specified options)
  • Up to 100 dB J/S performance
  • Low power consumption: 5…8 W (depending on options)
  • Support of up to 3 jammers simultaneously for each of frequency bands
  • Receiver based on own NTLab’s high-performance ASICs: RFFE, baseband, anti-jamming processors
  • Up-converter RF output for external GNSS receivers
  • Internal receiver with INS, RAW data and with velocity, acceleration option by request

The purpose of using the KV-AJx-A GNSS receiver is to ensure stable reception of the navigation signal in conditions of staged interference. The receiver must be used with KV-AJAx phased antenna array (see the antenna array description page). The MIL-STD rugged enclosure is designed to work at the harsh environment and to meet EMI/EMC requirements.
Coupled with the use of a multi-band 4-element antenna array (the module can be provided by Kosminis Vytis), the tri-band solution allows to suppress interferences in up to 3 directions on 3 frequency plans simultaneously. This approach provides significantly higher protection against interference compared to single-frequency options. KV-AJx-A contains a MEMS inertial sensor and thus allows the creation the GNSS-aided INS (GNSS+INS) solutions for position, velocity, time, and attitude. The jamming-free cleared RF signal can also be delivered to external non-protected GNSS receivers to obtain position, velocity, and time.