G40

FEATURES

New-Generation SoC

Powerful GNSS SoC chip with 1408 channels 

Supporting the new B1C, B2a, B2b, and BeiDou-3 

G-FIX supported 

Calibration-Free Tilt Compensation

Calibration and initialization FREE 

Ready for tilt survey straight out of the box 

G-FIX Correction Outage Technology 

Extending RTK positioning up to 10mins 

Reducing downtime waiting to re-establish RTK corrections 

Built-in Battery.  Quick Charge

Supporting USB 3.0/45W quick charge 

Charging time ≤ 3.5 Hours 

Battery Life ≥ 2000 Circles 

New Antenna Combination

Highly integrated GNSS,4G, WIFI, and Bluetooth antennas 

Powerful Performance. Smaller Size 

Anti-Interference Technology

Advanced multi-frequency interference suppression and multi-step adaptive filtering technology 

Strong and stable signals in challenging conditions 

Augmented Reality (AR) 

Overlaying digital information onto the real world 

Assisting to view the stakeout location and see designed features in real time 

Professional Camera

High-resolution Night vision camera 

Broad perspective, sophisticated algorithms guaranteeing the precision up to 1cm 

Seamlessly combining 360-degree AR layout and image layout 

G-FIX Correction Outage Technology

G-FIX Correction Outage Technology refers to the use of methods and techniques to mitigate the effects of GNSS correction data loss or outage，which is used to improve the accuracy of positioning by correcting errors caused by atmospheric and other environmental factors. 

Widely used in

Surveying and Mapping / Geographic Information System / Agriculture / Aerospace / Oceanography and hydrology / Road and transportation / Construction 

Brand-New Calibration and initialization FREE IMU

By utilizing a highly accurate Inertial Measurement Unit (IMU) and a unique tilt compensation function, RTK tilt measurement has been made practical. 

No calibration required, GINTEC G40 RTK is ready for precise measurement from the moment when it is turned on, allowing instant use. 

It is resistant to magnetic interference, making it suitable for use in any location. 

RTK measurement is no longer bound by bubbles, realizing an efficiency improvement of at least 30%, and greater measurement accuracy is guaranteed. 

AR Stakeout

Use an AR tool to visualize the location and position of a design feature or structure on a real-world site.This involves using a GNSS receiver to locate the position of the design feature or structure on the site, and then overlaying an augmented reality image of the feature onto the real-world view.This process helps the surveyors to accurately stake out the location of the feature or structure and ensure that it is built according to the design specifications. 

SPECIFICATIONS