Single antenna High performance GNSS, INS receiver

  • GPS L1, L2/L5, GLONASS G1, G2, Galileo E1, E5a/E5b, BeiDou B1, B2,
    NavIC(IRNSS) L5, S-band, SBAS L1
  • Autonomous, SBAS, PPP, RTK positioning
  • GNSS+INS capabilities for Position, Velocity and Attitude (up to 1000 Hz)
  • MEMS 3-axis gyro and 3-axis accelerometer
  • Access to IMU data (up to 1000 Hz)
  • Access to raw GNSS measurements (up to 20 Hz)
  • Rugged single enclosure solution (IP 67) or OEM boards
  • Technical support and help with equipment setup


The Newton-1 products line is represented by the high performance multi-constellation multi-frequency GNSS Receivers that are capable of PPP, RTK, INS Engines, offering flexible positioning capabilities and expanding the application area: from standard accuracy GNSS Receiver to high performance high accuracy GNSS-Aided INS Receiver (GNSS+INS Receiver).

GNSS receivers provide reliable and accurate positioning using multi-frequency multi-constellation GNSS technology. The performance of GNSS receivers is improved by regional Satellite Based Augmentation Systems (WAAS, EGNOS, GAGAN, MSAS, SDCM and other SBAS-compatible services). The RTK and PPP are the powerful technology that are used to provide highly accurate navigation data.

The robust loosely-coupled GNSS+INS integration algorithm allows the real-time fuse of GNSS data and IMU data by Extended Kalman Filter to provide optimal estimates of Position, Velocity, and Attitude. The GNSS+INS Receiver is ideal solution for application requiring continuous positioning even in GNSS-denied environments.

In addition to the increasing positioning availability under the most demanding conditions and high data update rate, the high performance GNSS-aided INS provide full object’s orientation – Attitude (Roll, Pitch, Yaw/Heading). The Newton-1 supports the variety of MEMS IMUs and can be performed on Cost-effective IMU or High Stability IMU. The use of PPP and RTK Engines makes the position estimation more accurate for such receivers.

The full access to raw GNSS measurements (Pseudoranges measured by code and carrier phase, SNR, Doppler) and IMU data (raw accelerometer, raw gyro, temperature) allows data collection for their post processing (PPK) providing greater device flexibility and more capabilities for the user.

GUI (available for free download) provides a software tool for easy setup, configuration, and data logging or viewing.

For integration into existing equipment, OEM version is available (without enclosure).


Our technical support team will help make using our products as easy and straightforward as possible.


If you would like more information about this product, please contact us by completing our GET QUOTE form.



Supported GNSS constellations GPS L1C/A, L2C / L5
Galileo E1, E5b/E5a
BeiDou B1, B2
NavIC L5, S-band
GNSS Receiver:
Position Accuracy (RMS), Horizontal / Vertical
Autonomous 1.1 m / 1.8 m
SBAS 0.6 m / 0.9 m
PPP 0.05 m / 0.1 m
RTK 0.005 m + 0.5 ppm/ 0.008 m + 1.0 ppm
Velocity 0.02 m/s / 0.03 m/s
Output Data Rate
Autonomous (PVT) up to 20 Hz
PPP (PVT) up to 20 Hz
RTK (PVT) up to 20 Hz
Raw GNSS measurements up to 20 Hz
Data output format NMEA-0183 (ver. 2.3, ver. 4.11), NTL Binary, RTCM SC-104 (ver.3.4)
Data input format RTCM SC-104 (ver.3.4 or 3.X)
Time-To-First-Fix (Cold start) < 60 s
Re-acquisition 1 < 3 s
Operation conditions 2
Altitude up to 18000 m
Velocity up to 515 m/s
GNSS+INS Receiver:
Attitude Accuracy 3 (RMS)
Roll < 1°
Pitch < 1°
Heading < 1°
Output Data Rate
Position, Velocity & Attitude up to 1000 Hz
IMU data 4 up to 1000 Hz
Data output format Binary
Accelerometer Range ± 16 g
Gyroscope Range ± 490 °/s
1 x GNSS PPS out +/- 20 ns
2 x RS422 Nav. data, raw GNSS measurements, Attitude 6, IMU data 6
1 x Ethernet 7 Nav. data, raw GNSS measurements
Operating voltage 9 V … 36 V DC (24 V typ.)
Power consumption up to 4.5 W
Environmental protection IP67
Dimensions 8 135 mm x 81 mm x 51 mm,
167.4 mm x 80.5 mm x 51 mm
Weight 8 450 g,
500 g
Operating temperature –40 °C … +85 °C
Storage temperature –40 °C … +85 °C
(1) When the GNSS signals are interrupted for less than 10 s and then restored.
(2) The default range. Contact us for more information.
(3) If GNSS solution is available.
(4) Raw accelerometer, raw gyro, temperature.
(5) The default range for cost-effective MEMS.
Available MEMS options: accelerometer range (optional): ±4; ±8; ±32; ±40;
gyroscope range (optional): ±125; ±250; ±1000; ±2000; ±4000.
Contact us for more information.
(6) For AA, BB Firmware Options.
(7) For AX, BX Firmware Options.
(8) It depends on MEMS type (Cost-effective IMU or High Stability IMU).

All specifications are at the ambient temperature of 25 °C


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