Hello and welcome to this new calls in which I'm going to teach you how to connect Arduino boards with
SB 32 board.
In this course, we will connect Aardman online with SPF 32.
But what we teach here can be used with any other Arduino board when connecting Arduino ORNL with SPF
30 tool.
We are going to use the Arduino IEEE software to program both of these ports.
Now, just like any other original course.
Now what we are going to do is simple.
We are going to connect.
These two balls together.
And this port would have sensors connected to these pins and will send sensor data using serial communication
to the ISP at full bore and yes, be fitted to board using the Wi-Fi connection will send the sensor
data to an online client observer.
And in our case, we are going to use MQ Ti Web Client.
And there are some things that you need to do in the Arduino coding and the coding to make this work.
And you can directly connect Arduino to ISP.
So we are going to use a converter here and that model and everything is explained inside of this course.
Now again, this process is a very easy process and a little to explain it in a step by step manner.
And here is what you will learn.
You learn how to program Arduino and make it ready to send data to SB 32 board.
You are going to learn how to program, you know, speakers to board and make it ready to receive data
using zero communication from the Arduino board.
You will learn how to make sure that both of these parts boards works separately so you can go to your
computer and you will check using a communication module.
If it works or not, and you are going to connect the speaker to both your computer and make sure that
it does actually work, you will connect both of these together using a five one two three one three
volt converter and you create an account and then you will create a symbol NQT client.
I will teach you what is NQT, why we need it and what are the main concept and NQT server and client
providers.
And we will publish data using NQT.
You will create a free account online so that this account will receive data from SB 32 board and finally
will connect.
Your ISP has to want your Arduino adjust the code with your own Wi-Fi network data and NQT authentication
details.
And the last step will be sending sensor data from Arduino to ESB, which will entail sending to the
NQT web client.
I'm sure that you will enjoy this course.
Most people connect Arduino to yes people, because Arduino can handle sensors, relays and other hardware
elements with other sports, and they don't want to damage their ISP board.
They want more options, and Arduino does provide these options.
So you can use this process to make ESB as a middleman between Arduino and the internet or the web.
Thanks for showing this introduction.
This is Ashna from educational engineering team.
See you inside!