This is the Continuation of the Blog #5.
Here I have used Raspberry Pi PICO, Max4466, and SSD1306. All the code is developed and Flashed using the Arduino IDE(Steps to Follow to Setup Please Follow Blog 4.).
Now Working:
Visualizing the Frequency of Parrot Sound.
Visualizing the Frequency of Asian koel Sound.
Visualizing the Frequency of Nightingale Bird Sound.
And the Last Visualizing the Frequency Shift from 20HZ to 13KHZ.
Things I was able to showcase are as follows:
-> Implementing the Code and deploying it to the PICO can be done using the Arduino IDE.
->Due to this, we can easily shift our projects from Arduino to PICO without any major changes.
->Implementing the Complex computation like real-time FFT and visualizing it using SSD1306.
-> Even with the complex calculation, the pico was able to handle it by using the 18% Dynamic memory.
With this Blog here I come to the last stage of my Project. were able to finish and learned a lot(Coding the PICO in Arduino IDE and many more).
Once again I thank each and everyone for selecting and Supporting me throughout the Process.
You can now use your Pico like an Arduino microcontroller and program it with the Arduino IDE. There must be a lot of project ideas going in your mind, so get your supplies and start coding.
All the best!
For Now sayonara.
Waiting to get selected for the next Design Challenge as well.
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