With 100 million active users of sports wearables, athletes and amateur enthusiasts are highly dependent on reliable data time and time again, serving as a point of truth.
And when the finest of margins mean the difference between success and failure, reliable GNSS receivers are an essential part of giving everyone, from Sunday runners to Olympians, accurate data to track, analyse, and improve their performance.
Multipath interference and signal attenuation
Incorrectly positioned starting points
Conflicting data from other device sensors
Current GNSS receivers are prone to struggling with these challenges, resulting in wearables thinking that you are tens or even hundreds of metres away from your true position, giving you an incorrect read of distance travelled. With a growing range of sports-specific data tracking and analysis offered by the latest generation of wearables, chipset makers and OEMs must enhance the accuracy and reliability of their GNSS receiver data to improve customer experience and stand out.
Our patented Supercorrelation™ technology improves GNSS reliability by identifying and rejecting signals that can spoof and jam traditional GNSS setups. By overcoming multipath interference, it improves accuracy in urban environments.
Improve location accuracy in cities and urban canyons.
Guard against potential spoofing attempts by filtering out malicious signals.
Boost the sensitivity of constrained or concealed antennas and improve receiver performance under foliage.
Learn more about how our S-GNSS® Wear technology uses Supercorrelation to help individuals gain more accurate performance monitoring, empowering them to maximise their potential and achieve their goals.
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