Showing all 11 results

Single band antenna array NTL-AJA1

NTL-AJA1 Single band antenna array for Anti-Jamming

  • 4 element antenna array;
  • using for the simultaneous anti-jamming protection from multiple directions (up to 3);
  • protection of L1-based navigation receivers from both intentional jamming and accidental interference;
  • high level of interference rejection performance;
  • single enclosure system;
  • ruggedized design

 

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Single band antenna array NTL-AJA1

NTL-AJA2 Dual band antenna array for Anti-Jamming

    • 4 element antenna array
    • using for the simultaneous anti-jamming protection from multiple directions (up to 3)
    • protection of L1, L2-based navigation receivers from both intentional jamming and accidental interference
    • high level of interference rejection performance
    • enclosureless system
    • easy and rapid to integrate in the unit
    • anti-jam protection on land, at sea, in the air
    • power and data cable included

     

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Single band antenna array NTL-AJA1s

NTL-AJA1s Single band antenna array for Anti-Jamming

    • 4 element antenna array
    • using for the simultaneous anti-jamming protection from multiple directions (up to 3)
    • protection of L1, L2-based navigation receivers from both intentional jamming and accidental interference
    • high level of interference rejection performance
    • enclosureless system
    • easy and rapid to integrate in the unit
    • anti-jam protection on land, at sea, in the air
    • reduced size and weight
    • power and data cable included

     

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Single band antenna array NTL-AJA1s

NTL-AJA2s Dual band antenna array for Anti-Jamming

    • 4 element antenna array
    • using for the simultaneous anti-jamming protection from multiple directions (up to 3)
    • protection of L1, L2-based navigation receivers from both intentional jamming and accidental interference
    • high level of interference rejection performance
    • enclosureless system
    • easy and rapid to integrate in the unit
    • anti-jam protection on land, at sea, in the air
    • reduced size and weight
    • power and data cable included

     

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Newton-1 High performance GNSS+INS integrated system supporting RTK and PPP technologies A

Newton-1 High performance GNSS+INS integrated system supporting RTK and PPP technologies

  • Multi-constellation multi-frequency GNSS signals tracking
  • GNSS+INS capabilities for Position, Velocity, Time (PVT) and Attitude
  • Real-time fusion of IMU and GNSS unit (RTK-engine) by Advanced Extended Kalman Filter (EKF)
  • Cost-effective IMU or High Accuracy High Stability IMU
  • Accurate attitude whether the platform is static or moving
  • GPS/GLONASS/NavIC RTK positioning
  • PPP positioning
  • High update rate (up to 150 Hz navigation solution)
  • Reception of RTCM 3.3: MSM + Legacy messages, SSR corrections
  • NMEA 2.3, NMEA 4.11, NTL Binary output data format
  • Compact and robust design
  • Technical support and help with equipment setup

 

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Newton-2 High performance GNSS + INS integrated system with Heading and supporting RTK and PPP technologies A

Newton-2 High performance GNSS + INS integrated system with Heading, RTK + PPP

  • Multi-constellation multi-frequency GNSS signals tracking (with S-band capabilities)
  • Dual antenna for accurate Heading
  • GNSS+INS capabilities for Position, Velocity, Time (PVT) and Attitude
  • Real-time fusion of IMU and GNSS unit (dual antenna RTK-engine) by Advanced Extended Kalman Filter (EKF)
  • Cost-effective IMU or High Accuracy High Stability IMU
  • Accurate attitude whether the platform is static or moving
  • GPS/GLONASS/NavIC RTK positioning
  • PPP positioning
  • High update rate (up to 150 Hz navigation solution)
  • Reception of RTCM 3.3: MSM+ Legacy messages, SSR corrections
  • NMEA 2.3, NMEA 4.11, NTL Binary output data format
  • Compact and robust design
  • Technical support and help with equipment setup

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Newton-3 High performance 3D orientation system supporting RTK and PPP technologies

  • Multi-constellation multi-frequency GNSS signals tracking (with S-band capabilities)
  • GNSS+INS capabilities for Position, Velocity, Time (PVT) and Attitude
  • Real-time fusion of IMU and GNSS unit by Advanced Extended Kalman Filter (EKF)
  • Cost-effective IMU or High Accuracy High Stability IMU
  • Triple antenna for accurate attitude
  • Accurate attitude whether the platform is static or moving
  • GPS/GLONASS/NavIC RTK positioning
  • PPP positioning
  • High update rate
  • Reception of RTCM 3.3: MSM, Legacy messages, SSR corrections
  • NMEA 2.3, NMEA 4.11, NTL Binary output data format
  • Compact and robust design
  • Technical support and help with equipment setup

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NTL Geo Multi-constellation IGS Receiver

  • Multi-constellations GNSS signals
  • INS integration
  • RTK/PPP mode
  • 3D attitude (heading + roll + pitch determination)
  • High positioning update rate
  • RTCM 3.3 (MSM+Legacy messages)
  • Possibility to upload customer proprietary or third-party software
  • mini-PCI Express wireless cards connection availability
  • API functions to control the GNSS baseband receiver

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NTL-AJ2 Dual band Anti-Jamming GNSS Receiver

  • Number of simultaneous nulling directions (up to 3)
  • High performance anti-jam protection in dynamic multijammer scenarios
  • Navigation signals support: GPS, GLONASS, Galileo, BeiDou
  • Small size and weight
  • Low power consumption
  • Easy adaptation to various applications
  • Based on NTLab’s ICs
  • 4 element antenna arrays are available: NTL-AJA2s or NTL-AJA2

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NTL-AJ3 TRIPLE BAND ANTI-JAMMING GNSS RECEIVER

The device is based on NTLab’s chipsets:

  • 2xNT1065, 1xNT1068 are the Radio-Frequency Front-End (RF FE) integrated circuits for GNSS signals receiving and their processing: for amplification, additional filtering and RF down converting to a fixed intermediate frequency (IF);
  • 2xNT1057 are the Anti-Jamming GNSS processors for use with 4-element antenna array. The NT1057 implements the Null-Steering algorithm based on the classic auto-compensator architectures with equalization channels. It creates the dynamic nulls for protection GNSS module against narrowband and broadband interference sources.
  • 1xNT1058 is microcontroller which includes digital baseband processor and 64 dual channels (128 independent) hardware correlator for signals tracking and primary processing of digital signals.

 

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