As of now, Sparkfun has developed more than 40 products under LilyPad Arduino family. They are marked as A0 through A5 on the board, providing 10 bits of resolution. Pin identification is much easier in this board. As I mentioned earlier bootloader is used for storing the code and burning it on the board, however, you can also bypass the bootloader and program the ATmega using ICSP In-Circuit Serial Programming header.
Each of these devices has an accelerometer, which reacts to the movements of the wrist, and a Bluetooth module which enables wireless communications with computers and smartphones.
It is based on ATMega microcontroller. Thanks to the LEDs installed and interconnected with Lilypad Arduino, this artist has been able to create a painting of dandelion flowers with lights that are turned on and off, change their color and seem to disappear in the air.
If yes, then you should be very happy to know that you can do it very easily with LilyPad Arduino board. Both ATmega and Arduino bootloader are incorporated on the board, that help you get rid of the external burner required to burn the code inside the Pad.
In order to do this we need different electronic modules, including a programmable microcontroller, an electrical conductor and some kind of power supply.
Lilypad Arduino for smart textiles Within this trend of open hardware, one of the most outstanding projects is Lilypad Arduino, a set of electronic components that can be sewn into textiles to provide them with interactivity through sensors, lights or sounds.
And for this progress, Arduino hardware is vital.
The commercial version of this technology was designed by Buechley with the help of Sparkfun Electronics. It offers the same functionality that you will find in other Arduino boards, in a lightweight, round package designed to minimize snagging and profile, with wide tabs that can be sewn down and connected with conductive thread.