Ublox LEA 6h 02 GPS Module With Arduino and Python

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Interfacing of GPS module using an Arduino UNO (or any other Arduino device) and calculating Latitude and Longitude to display on application window written in Python.

Step 1: Get a Ublox LEA 6h 02 GPS Module (or Any Module You Prefer), Read Datasheet Specifications and Make Module Ready to Connect to Arduino

  • Read the Ublox LEA 6 datasheet carefully and make sure your module is correct
  • Most of the modules operate at ~ 2.7 to 3.6v, so make sure you have the proper power source, I used Arduino 3.3v pin
  • All the modules support UART communication port, so we will be using it to interface with Arduino
  • Modules by default come with micro female sockets which I find hard to connect to Arduino hence I replaced it with 2.54mm jumper wire female socket(before replacing it make sure that you know which pin does what and make a pin diagram on paper or computer)
  • Now this module is ready to connect to Arduino

Step 2: Connect GPS Module With Arduino

  • Identify Tx (transmitter) and Rx (receiver) of GPS module and same on Arduino also (I used UNO so it got only 1 UART communication port, Tx on pin0 and Rx on pin1, more specifications on Arduino UNO )
  • Connect Tx and Rx of GPS module with Rx and Tx of Arduino
    • Tx of GPS(Green wire in my case) to => Rx of Arduino
    • Rx of GPS(Yellow wire in my case) to => Tx of Arduino
  • Connect 3.3v Adruino pin to GPS power in and couple up both the grounds
  • Caution: Make sure that you apply no more than 3.3v (max. 3.6v) to your GPS module and read instruction module carefully

Step 3: Upload Arduino Program to Read Serial(communication) Port

  • Install u-center software as given in above README.md file
  • Upload Arduino code to Arduino module
  • Connect GPS pins to Arduino
  • Open the Serial monitor on Arduino IDE and observe the output of GPS module, make sure it's printing worthful output
  • Disconnect the Arduino serial port by closing serial monitor and now open u-center software and select the serial port of Arduino
  • Observe response on the screen
    • It will take some time to give the valid response and depends on the signal's strength received by GPS module
    • Keep the GPS module in the open surrounding or near to the window

Step 4: Execute Python Code

  • Download and configure Python in your local machine
  • Download Python code to read GPS data via the serial communication port of your machine
  • Connect and power GPS with Arduino
  • Identify com port to which Arduino is connected
  • Run Python code
  • Enter com port details
  • Verify lat and long data



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