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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Description

Newton-1 is high stability GNSS aided Inertial Navigation System (INS) that provides accurate and reliable Position, Velocity, Time (PVT) and Attitude (roll, pitch, yaw) under the most demanding conditions.

Newton-1 contains an 9-axis MEMS IMU (Cost-effective IMU or High Stability IMU), single antenna multi-constellation multi-frequency OEM GNSS module and interfaces module that have embedded MCUs with algorithms for Extended Kalman Filter, PPP and RTK-engine.

The robust loosely-coupled GNSS+INS integration provides superior performance during GNSS signal outages that makes it ideal solution for systems requiring continuous positioning. The raw GNSS measurements are available for user’s secondary processing as well as API functions for his/her developments.

Different types of wireless (GSM/LTE, Wi-Fi, NB IoT, LoRA, UHF) and wired (Ethernet, RS422) interfaces may be available for interested user. They allow to accept signals from various Differential Correction Services.

Use a NTL Browser software tool designed to full control and management of the GNSS receiver.

Our technical support will answer all questions and help with equipment setup.

 

Newton-1 has four hardware options:

A: cost-effective IMU-based, without wireless interface

B: cost-effective IMU-based, with wireless interface

C: high stability IMU-based, without wireless interface

D: high stability IMU-based, with wireless interface

 

TECHNICAL SPECIFICATIONS

 

 

Supported navigation systems GPS L1, L2/L5

GLONASS G1, G2

Galileo E1, E5a/E5b

BeiDou B1, B2

NavIC L5/S-band1

Supported SBAS systems WAAS

EGNOS

GAGAN

MSAS

Position data update rate
Standalone mode 20 (1, 5, 10) Hz
RTK mode 20 (1, 5, 10) Hz
PPP mode 20 (1, 5, 10) Hz
GNSS+INS mode Up to 150 Hz
Raw data update rate 20 (1, 5, 10) Hz
Time to first fix
Cold start < 60 s
Re-acquisition < 2 s
Timing accuracy +/- 15 ns
Accuracy (RMS) Horizontal Vertical
Position – Standalone mode 1.5 m 2 m
– SBAS+GPS mode 0.6 m 0.8 m
– RTK mode 0.005 m + 0.5 ppm 0.008 m + 1.0 ppm
– PPP mode 0.05 m 0.1 m
Velocity 0.02 m/s 0.03 m/s
Orientation angles accuracy
Heading <1°
Pitch <1°
Roll <1°
Interfaces 2 х RS422, Ethernet2, CAN2
Interface protocols RTCM 3.3 (MSM, Legacy messages, SSR correction)

NMEA 2.3, NMEA 4.11

NTL Binary

Peripheral interface 1 PPS
Wireless interfaces3 GSM/LTE, WiFi, NB IoT, LoRA, UHF
GNSS antennas 1 pcs
Operating voltage 24 V
Operating temperature -40 … +80 °C
Environmental protection IP67
Dimensions 115 mm х 81 mm х 51 mm (cost-effective IMU-based)

141 mm x 81 mm x 51 mm (cost-effective IMU-based + wireless interface)

100 mm х 86 mm х 92 mm (high stability IMU-based)

100 mm х 86 mm х 92 mm (high stability IMU-based + wireless interface)

Weight 450 g (cost-effective IMU-based)

500 g (cost-effective IMU-based + wireless interface)

900 g (high stability IMU-based)

950 g (high stability IMU-based + wireless interface)

1 S-Band upon request

2 Hardware ready

3 There is only one wireless interface available from the list below:

  • GSM/LTE: 800/850/900/1800/1900/2600 MHz
  • WiFi: 2400 MHz
  • NB IoT: LTE
  • LoRA: 433/868 MHz
  • UHF radio: 430-470/864-870 MHz

All specifications are at the ambient temperature of 25 °C

 

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