These signals are picked up by the GPS receiver, which uses this information to calculate the distance between it and the GPS satellites. These satellites transmit three bits of information – the satellite’s number, its position in space, and the time the information is sent. The Global Positioning System (GPS) is a satellite-based navigation system that consists of 24 orbiting satellites, each of which makes two circuits around the Earth every 24 hours. Recommended Reading: GPS ( Global Positioning System) – working Additionally, the location’s altitude and date/time will also be displayed. The location will be displayed in the form of longitude and latitude. In second example sketch, we will show GPS location coordinates on the serial monitor of the Arduino IDE. To make the GPS data readable, we will use the TinyGPS++ library in the second sketch. This will be in the form of NMEA sentences that are not easy to understand. In the first sketch, we will simply read the GPS data obtained from NEO-6M GPS. After that, we will learn to interface a NEO-6M GPS Module module with Arduino.įor demonstration purposes, we will see two Arduino example sketches. We will learn how GPS works and the overview of the NEO-6M GPS module with an introduction, pinout, and specifications. In this tutorial, we will learn about NEO-6M GPS module and how to interface it with Arduino to obtain GPS parameters such as latitude, longitude, altitude date, time, speed, satellites, etc.
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