Adding more power to the BLE-enabled Christmas light
The truth is that the low-voltage LED strip I used in the previous post was a backup sol…
Showing posts with the label bluetooth low energy
BLE-enabled Christmas light
The idea came from the light-themed Budapest Makers' Meetup and from the cheap Christma…
Android phone as weather station with improved sensor
The previous two posts introduced a BLE-enabled weather sensor (temperature and humidity) an…
Android phone as weather station
The previous post was about a low-cost Bluetooth Low Energy sensor (really, one sensor u…
Thermometer application with nRF51822 and Android
I built quite many prototypes on this blog with RFDuino based on Nordic Semiconductor's nRF…
Infrared-to-Android gateway implementation with interrupts
In the previous parts of this series the infrared-to-Android gateway based on the RFDuino hardware…
Improved hardware for the infrared-to-Android gateway
In the previous post I presented the results of my experiments with the nRF51822-based RFDuino as…
Controlling Android device with an infrared remote
I came across several posts about microcontrollers decoding signals of infrared remote controll…
Integrating an Android smartphone application with the BLED112 module
My conclusion with the RFDuino adventures was that RFDuino is a perfect platform to start familiar…
Parsing BLE advertisement packets
Ever since I created the Gas Sensor demo ( post here , video here , presentation here ), I had the…
Motor boat control with Bluetooth Low Energy
My previous post about Bluetooth Low Energy applications with RFDuino and Android presented a con…
Gas sensor prototype explained
The " We know RFDuino " contest has not ended yet but its end is sufficiently close so th…
Android gas sensor application with Bluetooth Low Energy/RFDuino
I have always had a fascination with sensors linked up with mobile devices so it seemed just a good…