TinyLily Mini Processor quarter size comparison

TinyLily Mini Processor connections infographic

TinyLily Mini Processor

Name: TinyLily Mini Processor | TinyLily e-Textiles | TinyCircuits
Brand: TinyCircuits
SKU: ASM2101
Price: 9.95 USD
Availability: InStock
Rating: 5.00 (5 reviews)

ASM2101

43 in stock

$ 9.95

Quantity

DESCRIPTION

The TinyCircuits TinyLily Mini is an Arduino compatible module in an ultra compact package. Designed to be used in e-textile and wearable applications, the TinyLily Mini is very similar to the Arduino LilyPad with the same processing power and Arduino software compatibility – but at 1/12th the size!

Arduino and LilyPad Compatible
Atmel Atmega328P processor (same as is used on the Arduino Uno and LilyPad)
Washable
Sewtabs for 8 I/O (4 Digital, 4 Analog / Digital) and 4 Power Sewtabs (2 for power, 2 for ground)

Note: To program this board, you need to use the TinyLily Mini USB Board, which is sold separately. It is also available in out TinyLily Basic Kit and TinyLily Starter Kit which have everything you need to get started.

TECH SPECS

Arduino and LilyPad Compatible
Washable
Robust Gold Finish – makes soldering easy and is non-corrosive
Sewtabs for 8 I/O (4 Digital, 4 Analog / Digital) and 4 Power Sewtabs (2 for power, 2 for ground)
Sewtabs are 1.2mm in diameter, easy to use with standard conductive thread and needles
Arduino Bootloader preprogrammed (uses approx 0.5 KBytes of Flash Memory)
USB expansion header (for use with the TinyLily Mini USB Board)
Ultra compact size and weight (smaller than a US Dime!)

14.0mm (0.55 inch) diameter
Max Height: 2.8mm (0.11 inches)
Ultra-thin 0.61mm (0.024 inches) PCB
Weight: .39 grams (.01 ounces)

Atmel ATmega328P Microcontroller

32KB Flash, 2KB RAM, 1KB EEPROM
1.2mA (typical) @ 3V, 4MHz
Clock speed: 8MHz

2.7V – 5.5V operating voltage

NOTES

If you are brand new to the TinyLily, buying a kit is the best way to go since it will have all the parts needed. Check out the kits.
This board does not include a voltage regulator – do not supply more than +5.5V or you will permanently damage the board and ruin your day.
The back of the board has signals for SPI programming of the unit, and it is possible to solder wires to these pads to get access to the SPI signals if needed in your application.

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