QuecPython live demo: developing Wi-Fi, Cat 1 and Cat M solutions
10 Dec 2024 08:00 - 09:00 GMT / BST (London)
High-precision GNSS for industrial applications: best practice for design and implementation: EMEA
For some industrial applications, high-precision GNSS isn’t just a commercial advantage, it’s a necessity. High-precision GNSS can be the difference between success and failure – in practical terms it equates to increased efficiency, heightened safety, and superior performance. For example, it enables robotic lawnmowers navigating a lawn with cm-level precision, e-scooters gracefully weaving through bustling urban environments, or handheld devices with pinpoint GNSS location data for informed decision-making.
This webinar is your unique gateway to understanding high-precision GNSS and how it can revolutionize industrial applications, from robotic lawnmowers and e-scooters to handheld devices. During this Masterclass we'll delve into the core components of high-precision GNSS – covering GNSS modules, antennas, correction services, and connectivity – as our experts share their insights to help you excel in your engineering and design of precision-critical solutions. Join us to embark on this transformative journey – let’s unlock the future of industrial high-precision GNSS together.
Speakers
Victor Pinazo
Victor Pinazo is the Antenna PDM for EMEA at Quectel. Victor leads the antenna technical support in Europe offering tailored and innovative antenna solutions. He has expertise in RF design, testing, and debugging of GNSS high-precision systems, cellular products, and smart antennas.
Job title:
Antenna PDM for EMEA region
Company:
Quectel
Chang Xu
Chang has extensive GNSS engineering experience. Over the past 10 years, he has worked on a wide range of GNSS applications, including industrial-grade GNSS deformation monitoring, consumer-grade GNSS chip design and implementation, and professional-grade, high-accuracy RTK/PPP-RTK positioning algorithm development.
Job title:
GNSS Product Manager EMEA
Company:
Quectel
Agenda
An introduction to high-precision GNSS
Real-world challenges, limitations, and industrial use case
Selection and integration of high-precision GNSS modules and antennas
Band and channel parameters of high-precision GNSS modules
Size and energy consumption considerations
Correction compatibility (NTRIP, VRS, GNSS/signal)
RTK testing and demo