Canal Geomatics

With the trend to automation, real-time tracking and intelligent navigation systems in more and more industries, GNSS modules are the key enabler for the development of high-precision positioning applications. GNSS (Global Navigation Satellite System) modules are small and high-performance receivers that convert signals from satellite constellations into positional and time data for in vehicle systems. They provide location, motion, and timing data in all of these applications. In contrast to the regular GPS receiver, the GNSS module provides multiband and multifrequency support, better signal robustness under challenging environments, and can achieve a decimeter- or centimetre-level position relative to carrier (RTK) or precise point positioning (PPP) correction sources globally. Their small footprint and low power consumption are well-suited for use in embedded applications where compactness and reliability are critical, including autonomous vehicles (cars, robots, drones), IoT sys...

With the trend towards automation, real-time tracking and intelligent navigation systems in more and more industries, GNSS modules are the key enabler for the development of high-precision positioning applications. GNSS (Global Navigation Satellite System) modules are small and high-performance receivers that convert signals from satellite constellations into positional and time data for vehicle systems. They provide location, motion, and timing data in all of these applications. In contrast to the regular GPS receiver, the GNSS module provides multiband and multifrequency support, better signal robustness under challenging environments, and can achieve a decimeter- or centimetre-level position relative to carrier (RTK) or precise point positioning (PPP) correction sources globally. Their small footprint and low power consumption are well-suited for use in embedded applications where compactness and reliability are critical, including autonomous vehicles (cars, robots, drones), IoT sy...