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Back Page of Next. Most existing phones use a single-frequency GNSS. Using a single radio signal, your phone is tracked by satellites, determining your position for everything from navigation to e-commerce apps. But while a single signal does well in an open area, it can be bounced around by large objects such as buildings. The result of this bouncing is a drop in position accuracy ,which can go a low as 16 feet 5 meters.
This is why, in cities, you'll find Google Maps navigation is a bit more challenging to use, sometimes placing you several streets away from your actual position. As the name implies, dual-frequency solves this problem by doubling the radio signals. Instead of a single radio frequency, your phone is using two. This means if accuracy drops on one frequency due to interference, there's a backup frequency to maintain a steady connection to the satellite.
With this increased reliability, dual-frequency phones can track your position to a radius of GPS is a system created and maintained by the United States government, which is used primarily when traveling in America. Galileo is the European Union's version and it works throughout Europe.
It uses E1 and E5 when on dual frequency.