Difference between revisions of "Category:Smart IoT Sensor"

Revision as of 15:47, 13 December 2016

Welcome on the wiki page of the Smart IoT Sensor!

This page includes documentation, examples and resources to use the Smart IoT Sensor.

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1 What is the Smart IoT Sensor?

The Smart IOT sensor is dedicated to prototyping IoT applications using wireless technologies such as SIGFOXTM, LoRaTM, BluetoothTM 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.

2 Key features

• Arduino IDE Compatible
• LoRaTM / SIGFOXTM/ FSK
• Bluetooth Smart (4.2)
• GPS / GLONASS / Galileo
• USB Interface
• Embedded battery charger
• All antennas included
• User programmable RGB LED
• Sensors:
  • Accelerometer
  • Temperature + Pressure
• Free GPIOs
• Dimensions: 50mm*50mm*25mm

3 General information and getting started

Smart IoT Sensor Getting Started

Smart IoT Sensor Hardware Reference

4 Peripherals and Application Examples

4.1 Modules

LoRa/Sigfox module:MM002 en NEMEUS website Sigfox?

• Modulation : LoRaTM / SIGFOXTM/ FSK
• Maximum output power +14 dBm
• Power efficient
• Good buildings penetration
• Long Range protocol stack software

Bluetooth Smart (Low Energy) chipset: nRF51822 on Nordic Semi website

• Bluetooth 4.1 Compliant (Bluetooth Smart)
• Software upgradable to Bluetooth 4.2
• TX power: up to +4 dBm
• RX sensitivity: down to -93 dBm

GPS/GNSS module: SIM33ELA on SIMCom website

• Accuracy: 2.5m standing
• Time-To-First-Fix:
  • Cold starts: 28 s (typical)
  • Warm starts: 26s
  • Hot starts: <1s
  • EPO Assist: 13s(CTTFF)

4.2 Sensors

Temperature/Pressure: BMP280 on Bosh website

Accelorometer: ADXL345 on Analog Devices website

4.3 GPIO

Several GPIO are available on the scratchpad:

• Arduino's analog pins A3, A4 and A5
• Arduino's digital pins 7, 8, 9 and 13
• Communication bus as SPI and I2C

4.4 Use cases

Smart IoT Sensor Use cases