GLMC 2 R

GNSS Receiver, IMU, Dual Antenna Heading, Unmanned Vehicles
Описание

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High-performance RTK GNSS receiver designed for unmanned vehicles. Automotive-grade positioning chip, integrated MEMS inertial measurement unit and a functional safety processor. Deeply coupled navigation algorithms, effectively addressing challenges such as satellite signal interference, blockage, and multipath effects.

 

  • All constellations & all frequencies
  • PPP-B2b, PPP-E6, SBAS supported
  • Built-in deeply coupled navigation algorithm
  • Heading with dual antenna (GLMC 2 R only)
  • Compatibility with multiple protocols
  • Safe encrypted data and cloud management

 

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Cost-effective and ruggedized GNSS receivers with Linux operating system, many different interface types and communication methods supporting large capacity data storage.

 

  • All constellations & all frequencies
  • Comprehensive network coverage and compatible with global network providers
  • Safe encrypted data & cloud management
  • Heading with dual antenna (GLMC 2 only)
  • Many hardware interfaces and a variety of protocols
  • Intelligent Linux OS and flexible route management

 

Specifications

System  
Hardware System ARM Cortex-A7 1.8 GHz
OS Linux
   
GNSS  
GPS (GLMC 1 R) L1 C/A, L1C*, L2, L5
GPS (GLMC 2 R) L1 C/A, L1C*, L2
GLONASS L1, L2
BDS (GLMC 1 R) B1I, B2I, B3I, B1C*, B2a, B2b*(PPP)
BDS (GLMC 2 R) B1l, B2I, B1C*, B2b*(PPP)
GALILEO (GLMC 1 R) E1, E5a, E5b, E6*(PPP)
GALILEO (GLMC 2 R) E1, E5b
QZSS (GLMC 1 R) L1C/A, L2, L5, L6(CLAS*)
QZSS (GLMC 2 R) L1C/A, L1C*, L2
SBAS* (GLMC 1 R only) L1C/A
NavIC (IRNSS)
(GLMC 1 R only)
L5*
Channel (GLMC 1 R) 1507
Channel (GLMC 2 R) 1500
Pseudirange Observation
Accuracy (GLMC 1 R only)
≤ 10.0 cm
Carrier Phase Observation
Accuracy (GLMC 1 R only)
≤ 1.0 cm
Single (RMS) Horizontal: 1.5 m / Vertical: 2.5 m
RTK (RMS) Horizontal: ± (10 mm + 1 ppm)
Vertical: ± (15 mm + 1 ppm)
Static Accuracy (RMS)
(GLMC 1 R only)
Horizontal: ± (2.5 mm + 1 ppm)
Vertical: ± (5 mm + 1 ppm)
Timing Accuracy (RMS)
(GLMC 1 R only)
≤ 20 ns (does not include delays
caused by RF cables or antennas)
Directional Accuracy (RMS)
(GLMC 2 R only)
0.1°/1 m baseline
Speed Accuracy (RMS)
(GLMC 2 R only)
0.03 m/s
Position Data NMEA-0183
Differential Data (GLMC 1 R) RTCM 3.X
Differential Data (GLMC 2 R) RTCM 3.3
Data Format RINEX, Custom
Data Update Frequency RTK: 1 Hz, 5 Hz, 10 Hz (turn off
integrated navigation)
IMU: 50/100 Hz
   
IMU  
IMU parameters Gyroscope range: ±300°/s,
Full temperature zero deviation:
0.3°/s, Scale error: 4‰,
Three-axis orthogonal coupling
error: 1.7‰ (0.1°)
Accelerometer Measuring range: ±16g
Full temperature zero deviation:
5mg, Scale eror: 2‰
Three-axis orthogonal coupling
error: 0.9‰ (0.05°)
Inertial Navigation Ability
(GLMC 2 R only)
In the situation that failed to track
satellite signal 10 s, RTK can keep
Positioning Accuracy: Horizontal
0.32 m; Vertical 0.2 m Velocity
Accuracy: Horizontal 0.08m/s,
Vertical 0.04m/s, Attitude
Accuracy: roll 0.07°, pitch 0.07°;
azimuth 0.24°
   
System  
Serial port Standard RS232 interface,
Baud rate supports 1200, 2400,
4800, 9600, 19200, 38400,
115200, 230400 bps
USB Integrated on the 7-pin interface,
support access to the computer to
copy data directly
Network port Standard RJ45 interface,
10/100 Mbps network adaptive
Network Communication
(Full Netcom)
LTE FDD: B1/2/3/4/5/7/8/12/13/
18/19/20/25/26/28
LTE TDD: B38/39/40/41
WCDMA: B1/2/4/5/6/8/19
GSM: B2/3/5/8
Interface PWE✗1: Power supply port,
DATA✗1, PPS✗1,
SIM✗1: Nano SIM card,
Ethernet✗1,
4G✗1: 4G antenna port, GNSS✗1:
main antenna (GLMC 1 R) /
GNSS✗2: TCN port (GLMC 2 R)
Storage 32GB, circular storage,
support multi-channel storage
   
Electrical  
Voltage Input 9-24 VDC (12 V typical)
Power Dissipation (GLMC 1 R) 1.8 W (typ)
Power Dissipation (GLMC 2 R) 1.6 W (typ)
   
Environment  
Operating Temperature -40°C to +85°C
Storage Temperature -40°C to +85°C
Ingress Protection IP68
   
Physical  
Material Magnesium alloy main body
Dimension 148.8 ✗ 105 ✗ 50.3 mm
Weight 490 g

* Firmware support is required.
Errors and technical modification subject to change.