## Lab: Precision GPS Clock Build a clock using GPS time signals and an LCD display. **Background:** GPS provides atomic-clock accuracy (~10 ns). Adjust for local timezone. **Libraries:** - TinyGPS++...
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## Experiment: GPS Data Logger Store GPS data in UNO R3's EEPROM for later retrieval. **Background:** UNO R3 UNO has 1KB EEPROM (1024 bytes). Each record uses ~14 bytes (struct...
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## Lab: Decoding NMEA Data with TinyGPS++ Parse raw NMEA sentences into usable data using the TinyGPS++ library. **Background:** NMEA (National Marine Electronics Association) is a text-based protocol for GPS...
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## Experiment: Real-Time Display of GPS Position in Google Earth Visualize GPS data in real-time using Google Earth Pro.  **Background:** Google Earth Pro supports NMEA input via serial ports...
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## Lab: Serial Communication between ESP32 and GPS ESP32 has multiple hardware UARTs, making it ideal for GPS integration without software emulation. **Required Hardware:** - NEO6MV2 GPS Module - ESP32...
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## Lab: Serial Communication between UNO R3 and GPS Module This experiment demonstrates UART serial communication between an Lonely Binary UNO R3 and the GY-NEO6MV2 module to read raw NMEA...
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# How GPS Works: A Simple Guide for Beginners GPS stands for Global Positioning System. It's like a space-based map that helps you find your way anywhere on Earth. The...
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## GPS Module GY-NEO6MV2 The NEO6MV2 is a compact GPS module based on the NEO-6M chipset, widely used in DIY electronics projects. It features a built-in ceramic antenna, UART interface,...
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# The Lonely Binary GPS Module Handbook **Author:** Lonely Binary **Version:** English Edition (Revised and Enhanced) **Date:** Original written in 2024; Revised August 2025 **Copyright:** © 2024 Lonely Binary. All...
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