This is a cost-effective Arduino compatible development kit designed for vehicle telemetry projects based on Freematics ONE. As an Arduino programmable kit, it can work as, but not limited to, a vehicle telemeter device over GSM/GPRS network. The kit consists of:
Freematics ONE plugs in the OBD port of a car, gets powered from there and work as it is programmed to do, which are normally reading out vehicle data, obtaining geo-location and motion data (like G-force or orientation) and uploading all the data to a remote server in real-time.
Freematics ONE is literally an Arduino UNO connected with some peripherals in the form of a OBD dongle. A sketch has to be uploaded to get it working. We provide fully functioning sketches for various purposes so you can get started easily. After playing well with it, you can evolve your own sketch with features you need.
Followings are the steps for compiling and uploading sketch to Freematics ONE.
1. Download and install Arduino IDE
Arduino IDE can be downloaded from Arduino website.
2. Import Arduino library for Freematics ONE
Download the Arduino library for Freematics ONE from here (pick up the latest one). Launch Arduino IDE. Choose menu Sketch->Include Library->Add .ZIP Library and select the downloaded zip file. The library will be imported and new items will appear in the Examples menu.
3. Load the example sketch
Load example sketch telelogger_sim800_udp from the Examples menu like following.
Once the sketch is loaded, click on the tab and go to config.h. You need to change the APN setting and server address to your own one. The port setting is for the UDP port used on the server for receiving data and normally should be kept default.
Once done, choose Arduino Uno as board and select the serial port of Freematics ONE, and click the Upload button to start compiling and uploading.
Once uploading successfully completed, we can connect Freematics ONE to car’s OBD port and see it running from serial monitor. Of course all above steps can be started with the device already plugged in OBD port. With everything good, the sketch runs like following.