Most of our products support the UDP protocol. In order to test UDP communication with one of our product in the local server, we will need to play with port forwarding settings in our router. We can use the UDP protocol over both local and remote server. Local server refers to your own machine while the remote server is another machine/computer.
It is obvious that a single shield is never enough to design a project. You will definitely like to integrate different sensors in your NB-IoT projects. This is the reason we came up here with this tutorial. In this tutorial of Sixfab Arduino NB-IoT Shield, we are going to observe data from JSN-SR04T-2.0 Ultrasonic Waterproof Range finder, which can measure 20cm-600cm of distance.
We are back again with another tutorial on Sixfab Arduino NB-IoT Shield. Previously we have learned how to connect the shield with local server and sent a string value. In this tutorial we are going to learn how we can access the sensor values of the built-in sensors of the shield and send them over local server. To keep it easy we are going to access single sensor which will be ambient light sensor(ALS-PT19). Read More
We are here again with our Sixfab Arduino NB-IoT Shield Tutorial. As you all know from the details of the product that there are built-in sensors, relay and USER led on the shield. So we will be showing you how to access all of them in this tutorial and sending the received data over local server (Note: Remote Server can be used too). Read More
Sixfab Arduino NB-IoT shield is a Narrow-Band IoT(LTE CAT-NB1) shield for Arduino, based on Quectel’s BC95 module. NB-IoT is a Low Power Wide Area(LPWA) technology that is the latest cellular network option for low power connected projects.
This shield has been designed with built-in temperature, humidity, light sensors, 3-axis accelerometer, relay, micro sim card slot and a built-in antenna. If there is a need for long-range, better signal quality, a U.FL antenna receptacle is placed, can be selected over RF Switch by the short-headers easily. Read More