Exhibitors 2016
- ARDUINO
- HOME AUTOMATION
- YOUNG MAKERS (< 18)
- FABRICATION
- FASHION & WEARABLES
- INTERNET OF THINGS
- EDUCATION
- KIDS & EDUCATION
- OPEN SOURCE
- GAMES
- RECYCLING & UPCYCLING
- ROBOTICS
- SCIENCE
- ENERGY & SUSTAINABILITY
- MUSIC & SOUND
- ARTISANS & NEW CRAFT
- 3D PRINTING
- ART
- BIOLOGY
- FOOD & AGRICULTURE
- DRONES
- WELLNESS & HEALTHCARE
- HACKS
- 3D SCANNING
- CULTURAL HERITAGE
- STEAM PUNK
- CROWDFUNDING
DANY BOARD M0
DanyBoard M0 is an electronic prototyping platform equipped with an MCU Atmel SAMD21 32-bit ARM Cortex® M0 +. It is equipped with WiFi, a microSD reader, supports single-cell LiPo batteries and is 100% compatible with the Arduino IDE.
Small and efficient, designed for the IoT, it allows you to give your creativity, ideal for the creation of new tech devices, wearable and robots in a completely economic.
The board will be composed of:
- MCU 32-bit Cortex-M0 +
- 256KB Flash memory
- 32KB SRAM
- 48MHz clock speed
- 20 digital I / O pins, including:
- 6 pins Analog - ADC 12bit
- 1 pin 10bit DAC
- 12 pins PWM (all except 2)
- 1 UART
- 1 I2C
- 1 SPI
- WIFI ESP8266 (ESP-WROOM-02 with CE and FCC)
- microSD Reader
- RTC
- Connector for Li-Po battery single cell (3.7V 500mAh and minimum) with caricabbateria.
- 5V supply voltage max
- 3.3V operating voltage
- 7 mA maximum output current per pin
- Dimensions: 65x26mm
The micro controller communicates with the wireless module via UART. The card also has an SWD connector for programming the microcontroller via an external programmer.
Also shorting some jumpers (normally open) on the card will be able to operate some functions including:
- Determine the battery charge
- Update the firmware dell'esp8266
- Detect the presence of microSD
It will be an Open-Source project, compatible with Arduino IDE and oriented IoT.
Small and efficient, designed for the IoT, it allows you to give your creativity, ideal for the creation of new tech devices, wearable and robots in a completely economic.
The board will be composed of:
- MCU 32-bit Cortex-M0 +
- 256KB Flash memory
- 32KB SRAM
- 48MHz clock speed
- 20 digital I / O pins, including:
- 6 pins Analog - ADC 12bit
- 1 pin 10bit DAC
- 12 pins PWM (all except 2)
- 1 UART
- 1 I2C
- 1 SPI
- WIFI ESP8266 (ESP-WROOM-02 with CE and FCC)
- microSD Reader
- RTC
- Connector for Li-Po battery single cell (3.7V 500mAh and minimum) with caricabbateria.
- 5V supply voltage max
- 3.3V operating voltage
- 7 mA maximum output current per pin
- Dimensions: 65x26mm
The micro controller communicates with the wireless module via UART. The card also has an SWD connector for programming the microcontroller via an external programmer.
Also shorting some jumpers (normally open) on the card will be able to operate some functions including:
- Determine the battery charge
- Update the firmware dell'esp8266
- Detect the presence of microSD
It will be an Open-Source project, compatible with Arduino IDE and oriented IoT.
Italy
Giuseppe Caccavale, Daniela Esposito.
Giuseppe Caccavale of Nola (NA), an electronic engineering student, he operates in electronic engineering field, already having years of experience in the manufacture of electronic devices, helpful in different fields. Personal website Reference: www.giuseppecaccavale.it,
medium that allows him to share various tutorials and demonstrations with the audience, for people who are just but also for experts in the field of electronics.
The passion that he employs in his work allows him to combine usefully creativity, desire for innovation and development.
medium that allows him to share various tutorials and demonstrations with the audience, for people who are just but also for experts in the field of electronics.
The passion that he employs in his work allows him to combine usefully creativity, desire for innovation and development.
A3 (pav. 7)
