Skip to main content

Xiaohua Wen, CEO of Tersus GNSS on GIS Cafe Interview [InterGEO2017, Berlin]



Xiaohua Wen, Founder & CEO of Tersus GNSS shares the latest product portfolio with excitement and the company’s vision of attending InterGEO for the first time. Check it out, click here.
Xiaohua Wen, CEO of Tersus GNSS Inc.

“The mission and passion of Tersus have always been to put customers first during our research and development cycle to improve the positioning accuracy and to make customers’ application great success. By attending InterGEO, we are pleased to demonstrate how precise and flexible our RTK solutions can add value to users.”


About Xiaohua Wen

Xiaohua Wen is the founder of Tersus GNSS and has served as chief executive officer since 2014. Prior to Tersus, he progressed through a series of technical and leadership roles at Juniper, Unisphere, and Nortel, applying his engineering acumen and business savvy to the design and development of industry-leading product portfolios.

He most recently financed three million US dollars to establish Tersus GNSS, a company dedicated to high-precision GNSS RTK. In addition to overseeing the company's entire technology portfolio, his responsibilities include driving strategy, company development, and business growth. Before his work in this role, he also successfully won five million dollars in venture capital in the digital currency industry.

Xiaohua earned a Bachelor’s of Automation from Xi'dian University. His interests include telecommunication, GNSS, digital currency, and VR, among others.

More details, visit: www.tersus-gnss.com


Comments

Popular posts from this blog

Tersus Geomatics Office - Static Surveying - Data Processing

Tersus Geomatics Office is integrated office software to manage and process data for NeoRTK, the RTK survey receiver. It is laid out with visualized toolbars and logical icons to easily handle GNSS data processing, baseline processing and network adjustment, etc. It is the software set to import, update and analyze data effectively.  Watch the video to know how to do data processing after static surveying data collection with NeoRTK.  Learn more, click here .  Inquiry, click here . 

What is CORS network? How to connect to CORS network with external Bluetooth module and mobile phone?

A CORS is a Continuously Operating Reference Station. The CORS is an appealing way to do RTK due to its convenience and large coverage area. While Tersus Precis-BX305 currently does not support build-in NTRIP client feature. An alternative way to connect CORS network is employing external Bluetooth module and a cellphone. Here is a detailed procedure about how to connect to CORS Network with Precis-BX305 board.  Demonstration of connecting Precis BX305 to CORS Network Hardware & Software Requirement Precis-BX305 GNSS antenna GNSS antenna cable  External Bluetooth module Bluetooth cable Cell phone (android system) 5V DC charger Software required Ntrip client (free android apps)    Connect to CORS Network Please follow below steps.  Connect GNSS antenna to Precis-BX305. Connect external Bluetooth module to either COM1 or COM2 of the board Connect to power supplier and plug in/turn on the power Turn on the Bluetooth of the mobile phone and scan and pai

Three Typical Situations of Earthwork Measurement

  Three Typical Situations of Earthwork Measurement Tips for earthwork measurement under different circumstances with Tersus Oscar GNSS receiver and NUWA APP Earthwork calculations are essential in many survey projects, but the complexity of measurement and calculations causes many new engineers headaches. In general, earthwork calculation is divided into two parts: excavation and filling, which can also be simply understood as volume and capacity calculation. The following are the Tips for using the Tersus Oscar GNSS receiver and NUWA App for earthwork measurement under different circumstances. The powerful earthwork calculation function of the NUWA app can calculate the result and quickly; you only need to import the survey points and then input the reference altitude. Notes for measurement: When measuring points, we should measure as many points on the surface of the object as possible. The density of survey points needs to be strengthened in places where the terrain changes signifi