Galaxy G3 (Spt)

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Features

Specification

GNSS Features	Channels	1760
	GPS	L1C/A, L1C, L2C, L2P, L5
	GLONASS	L1C/A, L2C/A, L2P, L3CDMA
	BDS	B1I, B1C, B2I, B2a, B3
	GALILEO	E1, E5, E5B, E5 AltBOC, E6
	SBAS	EGNOS, WAAS, GAGAN, MSAS, SDCM(L1,L5)
	QZSS	L1C/A, L1C, L2C, L5, L6
	Navic	L5
	On module L-Band	Reserve
	Positioning output rate	1Hz~50Hz
	Initialization time	< 10s
	Initialization reliability	> 99.9%
Positioning Precision*	Real-time kinematic (Baseline<40km)	Horizontal: 6 mm + 0.5 ppm RMS Vertical: 10 mm + 1 ppm RMS
	GNSS static	Horizontal: 2.5 mm + 0.5 ppm RMS Vertical: 5 mm + 0.5 ppm RMS
	Standalone	Horizontal: 1.2m Vertical: 1.9m RMS
	DGNSS	Horizontal: 0.4m Vertical: 0.7m RMS
	SBAS positioning	Horizontal: 0.6m Vertical: 0.8m RMS
	RTK initialization time	2 ~ 8s
	IMU tilt compensation	Additional horizontal pole tip uncertainty typically less than 10mm + 0.7 mm/° tilt down to 30°
	IMU tilt angle	0° ~ 60°
Hardware Performance	Dimension	130mm(W) ×130mm(L) × 80mm(H)
	Weight	790g (battery included)
	Material	Magnesium aluminum alloy shell
	Operating temperature	-45℃ ~ +65℃
	Storage temperature	-45℃ ~ +85℃
	Humidity	100 Non-condensing
	Waterproof/Dustproof	IP68 standard, protected from long time immersion to depth of 1m IP68 standard, fully protected against blowing dust
	Shock/Vibration	Withstand 2 meters pole drop onto the cement ground naturally MIL-STD 810G
	Power supply	6-28V DC, overvoltage protection
	Battery	Inbuilt 7.2V 6800mAh rechargeable, Li-ion battery
	Battery life	15h (Rover Bluetooth mode)
Communications	I/O Port	5-PIN LEMO external power port + RS232 Type-C (charge, OTG to USB disk, data transfer with PC or phone, Ethernet) 1 UHF antenna TNC interface
	Internal UHF	2W radio, receive and transmit, radio router and radio repeater
	Frequency range	410 - 470MHz
	Communication protocol	Farlink, Trimtalk450s, SOUTH, HUACE, Hi-target, Satel
	Communication range	Typically 8km with Farlink protocol
	NFC Communication	Realizing close range (shorter than 10cm) automatic pair between receiver and controller (controller requires NFC wireless communication module else)
	Bluetooth	Bluetooth 3.0/4.1 standard, Bluetooth 2.1 + EDR
WIFI	Modem	802.11 b/g standard
	WIFI hotspot	AP mode, Receiver broadcasts its hotspot form web UI accessing with any mobile terminals
	WIFI datalink	Client mode, Receiver can transmit and receive correction data stream via WiFi datalink
Data Storage/Transmission	Storage	4GB SSD Automatic cycle storage (The earliest data files will be removed automatically while the memory is not enough) Support external USB storage
	Data transmission	Plug and play mode of USB data transmission Supports FTP/HTTP data download
	Data format	Static data format: STH, Rinex2.01, Rinex3.02 and etc. Differential format: CMR, RTCM 2.x, RTCM 3.x(MSM included) GPS output data format: NMEA 0183, PJK plane coordinate, SOUTH Binary code Network model support: VRS, FKP, MAC, fully support NTRIP protocol
Sensors	Electronic bubble	Controller software can display electronic bubble, checking leveling status of the carbon pole in real-time
	IMU	Built-in IMU module, calibration-free and immue to magnetic interference
	Thermometer	Built-in thermometer sensor, adopting intelligent temperature control technology, monitoring and adjusting the receiver temperature
User Interaction	Operating system	Linux
	Buttons	One button
	Indicators	5 LED indicators(Satellite, Charging, Power, Datalink, Bluetooth)
	Web interaction	With the access of the internal web interface management via WiFi or USB connection, users are able to monitor the receiver status and change the configurations freely
	Voice guidance	It provides status and operation voice guidance, and supports Chinese/English/Korean/Spanish/Portuguese/Russian/Turkish
	Secondary development	Provides secondary development kit, and opens the OpenSIC observation data format and interaction interface definition
	Cloud service	The powerful cloud platform provides online services like remote manage, firmware update, online register and etc.

[1] Hardware is ready Items marked with * will be upgraded with the update of the firmware version The data comes from the SOUTH GNSS product laboratory, and the specific situation is subject to local actual usage. The measurement accuracy, precision and reliability are associated to various factors, including number of satellite tracking, observation time, multi-path, etc.