Nemeus Library for Arduino (Smart IoT Sensor Architecture)
The Smart IOT sensor is dedicated to prototyping IoT applications using wireless technologies such as SigFox™, LoRa™, Bluetooth™ Low Energy, GPS/GNSS. In order to offer the fastest development time for application’s proof of concept, this product is 100% compatible with the Arduino IDE. The board is made out of an host Atmel ARM Cortex M0+ MCU directly driving on-market, industry certified modules to enable connectivity. Sensors such as BMP280 (temperature/pressure) and ADXL-345 (accelerometer) are directly available on the board to meet user's application, as well as GPIO, including SPI and I2C to cover the widest range of peripherals.
Example for getting the device personnal parameters.
Example sending frame in main loop using LoRaWAN in ABP mode.
Example sending frame in main loop using LoRaWAN in OTAA mode.
Example using RF radio to send temperature and pressure get from BMP085 Barometric Pressure & Temp Sensor.
Example using RF radio to receive LoRa frames.
Example sending frame in main loop using Sigfox.
Example for the accelerometer printing in main loop the current acceleration on 3 axes to the serial.
Displays BLE received characters to the serial monitor, and loopback them. Sends received characters from serial monitor to BLE master.
Example for the GPS printing the coordonates as soon as a fix is found.
Example for the Push Button lighting up the LED when button is pressed.
Example using RF radio to perform continuous FSK transmit.
Blinks quickly every color in loop and print it to the serial monitor.
Prints temperature, pressure and altitude to the serial monitor.
Example used to test main features of the arduino board.