Super Base GNSS Receiver Matrix Ultra 1 - alphageo

Super Base GNSS Receiver Matrix Ultra 2 - alphageo

Super Base GNSS Receiver Matrix Ultra 3 - alphageo

Super Base GNSS Receiver Matrix Ultra 4 - alphageo

Matrix Ultra

Super Base GNSS Receiver

Matrix Ultra integrates a high-efficiency 2W radio module to achieve the engineering optimal balance between power consumption and communication range. By dynamically adjusting transmit power, signal quality, and energy consumption, it delivers the best energy-performance efficiency (EPE) across various operational scenarios.

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(Tender) Super Base GNSS Receiver Matrix Ultra-2 - alphageo

Super Base GNSS Receiver Matrix Ultra-B

⦁ Reliable Long-Range RF Solution --Adopting 5W High-Power Industrial-Grade RF Module

⦁ AlphaTalk15 Protocol Ensures 20km+ Stable Links

⦁ Uninterruptible Power Solution for Mission-Critical Field Work

⦁ Ionospheric Disturbanc e Mitigation Technology for Enhanced RTK Positioning Accuracy

(Tender) Super Base GNSS Receiver Matrix Ultra-1 - alphageo

Dual-Camera & Laser Hybrid Measurement System

Precision Data Acquisition Redefined

⦁ Side Camera - Photogrammetry Engine

The dual RGB/IR sensor system performs simultaneous image capture and centimeter-grade (±2cm) real-time geotagging through direct pixel-to-position mapping.

⦁ Downward Camera - AR Stakeout Assistant

Real-time AR design overlay on terrain, supported by a 84° distortion-free FOV and 20fps RTK video for millimeter-accurate stakeout.

⦁ Laser Measurement Module

Featuring a Class 3A eye-safe laser with reflectorless range, this system enables rapid 'walk-and-map' continuous ranging at high sampling rates for efficient position data collection.

Specifications

Model

Matrix Ultra

UM980(BD990 Optional)

Super Base

Matrix Ultra-B

GNSS Performance

Signal tracking	GPS: L 1 C/A, L2C, L2P, L5	GPS: L 1 C/A, L2C, L2P, L5
	GLONASS: L 1, L2	GLONASS: L 1, L2
	BDS: B1, B1C, B2, B2a, B2b, B3	BDS: B1, B1C, B2, B2a, B2b, B3
	GALILEO: E1, E5a, E5b, E6	GALILEO: E1, E5a, E5b, E6
	QZSS: L 1, L2, L5, L6	QZSS: L 1, L2, L5, L6
	IRNSS: L5	IRNSS: L5
	SBAS: L1, L5*	SBAS: L1, L5*
L-Band	B2b(BDSPPP), E6B(HAS)	B2b(BDSPPP), E6B(HAS)
Channels	1408	1408
Cold start	40~60s	40~60s
Hot start	<15s	<15s
Positioning output rate	1Hz ~ 50Hz	1Hz ~ 50Hz
Signal reacquisition	<1s	<1s
RTK initialization time	<5s	<5s
Initialization reliability	>99.99%	>99.99%
Time accuracy	20ns	20ns

Positioning Accuracy ¹

Code differential GNSS positioning	H: 0.25m + 1ppm RMS	H: 0.25m + 1ppm RMS
Code differential GNSS positioning	V: 0.50m + 1ppm RMS	V: 0.50m + 1ppm RMS
SBAS differential positioning accuracy ²	Typically < 5m 3DRMS	Typically < 5m 3DRMS
Static GNSS surveying	H: 2.5mm + 0.5ppm RMS	H: 2.5mm + 0.5ppm RMS
Static GNSS surveying	V: 5mm + 0.5ppm RMS	V: 5mm + 0.5ppm RMS
Network RTK ³	H: 8mm + 0.5ppm RMS	H: 8mm + 0.5ppm RMS
Network RTK ³	V: 15mm + 0.5ppm RMS	V: 15mm + 0.5ppm RMS
Laser measurement	1cm + 5mm/m	None
Photogrammetry accuracy	2~4 cm 95% (2σ) (10m, normal lighting conditions)	None

Communications

I/O interface	1*5-pin LEMO port, power supply, RS232, external radio communication port	1*5-pin LEMO port, power supply, RS232, external radio communication port
	1*USB Type-C port, charging, data download	1*USB Type-C port, charging, data download
	1*SIM card slot, Nano SIM	1*SIM card slot, Nano SIM
	1*UHF antenna interface	1*UHF antenna interface
Internal UHF	2W receiver and transmitter, Typical 8km working distance	5W receiver and transmitter, Typical 20km working distance
Frequency band	410MHz ~ 470MHz, supports frequency modification	410MHz ~ 470MHz, supports frequency modification
Protocols	Trimtalk450S, Alphatalk15, South, Satel, PCC-EOT	Trimtalk450S, Alphatalk15, South, Satel, PCC-EOT
Cellular network	Full frequency multi-band 4G modem, supports TDD-LTE/FDD-LTE/WCDMA/CDMA2000	Full frequency multi-band 4G modem, supports TDD-LTE/FDD-LTE/WCDMA/CDMA2000
WiFi	802.11 b/g standard, access point & client mode, supports accessing to hotspot for correction transmission	802.11 b/g standard, access point & client mode, supports accessing to hotspot for correction transmission
Bluetooth	Bluetooth 5.2 classical/BLE proprietary dual-mode	Bluetooth 5.2 classical/BLE proprietary dual-mode
Differential data format	RTCM2x, RTCM3x, CMR&CMR+, sCMRx	RTCM2x, RTCM3x, CMR&CMR+, sCMRx

Physical

Materials	Magnesium alloy	Magnesium alloy
Dimensions		149149111mm
Weight	1.02kg	1.2kg
Operating temperature	-40℃~+75℃	-40℃~+75℃
Storage temperature	-55℃~+85℃
Waterproof/Dustproof	IP67 standard, protect from 30min immersion to depth of 1m
Shock	Survive a 2m pole drop onto concrete	Survive a 2m pole drop onto concrete
Vibration	MIL-STD-810G	MIL-STD-810G
Humidity	100% non-condensing	100% non-condensing

Electrical

Power supply	9~24V DC external power input to 5-pin LEMO port, supports Type-C fast charging	9~24V DC external power input to 5-pin LEMO port, supports Type-C fast charging
Battery	Built-in 7000mAh-7.4V Li-ion battery	Built-in 14000mAh-7.4V Li-ion battery
Battery life	20hrs Rover Bluetooth mode, 6hrs Base mode (2W), 24hrs Static mode.	40hrs Rover Bluetooth mode, 7hrs Base mode (5W), 48hrs Static mode.
Battery solution	27000mAh (Optional)	27000mAh (Optional)

Sensor

IMU	Supported, 4D IMU initialization in 3 seconds	Supported, 4D IMU initialization in 3 seconds
Update rate	400Hz	400Hz
Accuracy	<2.5cm within 120°	<2.5cm within 120°
Tilt compensation	0~120°	0~120°

User Interaction

Operating system	Linux OS	Linux OS
Buttons	Power key and Functional key	Power key and Functional key
Display	1.3-inch IPS display with 240*240 resolution	1.3-inch IPS display with 240*240 resolution
Voice	Intelligent voice prompts	Intelligent voice prompts
Web UI	Supports Web UI configuration	Supports Web UI configuration

Camera

Visual camera	Global shutter with 2MP	None
AR stakeout camera	5MP	None
FOV	84°	None

Data Storage

Memory

64GB, supports cyclic storage, with ability to collect

almost 4 years raw observation based in 5s interval

64GB, supports cyclic storage, with ability to collect

almost 4 years raw observation based in 5s interval

Applications

Versatile surveying solutions for complex indoor and outdoor scenarios, delivering accurate spatial data for engineering, infrastructure, and urban projects.