Last weekend we were in Rome to take part to the third edition of Maker Faire Rome. With more than 100.000 participants, the event confirmed itself as the biggest Maker Faire outside of US. We thank you all for visiting our booth and express your support to Arduino.cc community.
On Saturday we had a special announcement to make, Intel and Massimo Banzi were on the main stage presenting the collaboration on the Arduino 101 and Genuino 101:
During the three days makers, designers, kids and parents, and many more visited the Genuino Booth and the Maker Store to see the new Arduino’s sister brand Genuino boards, explore the interactive installations and chat with the Arduino team: Read the rest of this entry »
Once in a while, South East Asia countries such as Singapore and Malaysia suffers from the haze, a fire-related large-scale air pollution problem that occurs regularly. Especially during dry season there are some persisting forest fires in Indonesia that spread to other countries nearby.
In 2015 the haze hit Singapore quite badly, causing schools to close down for one day. That’s why during Hyper Haze Hackathon taking place in Singapore, Tian Lye Teo and Ethan Lee Yong Sheng worked on and presented a low-cost solution based on Arduino Uno to tackle difficulty to communicate haze rising to illiterate elderly in the nation and won second prize ! Read the rest of this entry »
Today during Opening Conference at Maker Faire Rome, Josh Walden Senior Vice President of Intel Corporation and Massimo Banzi, co-founder of Arduino, announced the upcoming release of Arduino 101 (U.S.) and Genuino 101 (outside the U.S.). The board features a 32-bit Intel® Quark™ microcontroller for minimal power consumption, 384 kB of flash memory, 80 kB of SRAM (24kB available for sketches), an integrated DSP sensor hub, Bluetooth* Low Energy radio, and 6-axis combo sensor with accelerometer and gyroscope.
We collaborated with Intel to provide the maker community an affordable learning and development board ideal for entry-level makers and education environments and also the first widely available development board based on the tiny, low-power Intel Curie module.
Josh Walden explained the new partnership with Arduino:
“Empowering budding entrepreneurs and young students has always been a priority for Intel, and by partnering with Arduino, we are bringing the power of Intel to a new generation of makers. With the advanced features of the Intel Curie module embodied in the Arduino 101 board, young learners as well as developers can now bring to life truly unique, smart and connected creations.”
Massimo Banzi added:
“We worked closely with Intel on the development of this board and are expanding our educational courseware to incorporate the connectivity and advanced features expected by today’s student developers. Through our work with Intel, we’re able to reach a global community of entry-level makers and students with a comprehensive introduction to physical computing and now with a more advanced, powerful technology solution that will help them bring their creative visions to reality.”
Arduino 101 will be available in the first quarter of 2016 for a suggested retail price of US$30 (approximately 27 euros). The Intel-manufactured board will be sold under the Arduino 101 brand in the United States and under the Genuino 101 brand outside the United States. It will be also available through catalog distributors and retailers selling other Intel maker and innovator products such as Amazon, Conrad Electronic, Farnell Element 14, Microcenter, Mouser, Radio Shack, RS Components and SparkFun.
In the meanwhile Arduino 101 will be incorporated into the Creative Technologies in the Classroom (CTC) physical computing curriculum developed and tested by our team and currently deployed in over 300 schools. CTC is the world’s first formal physical computing curriculum for elementary and secondary school classrooms and provides educators with the tools, support and confidence needed to introduce their students to the foundations of programming, electronics and mechanics.
Intel will work closely with us to bring the CTC program to schools across the globe in coming years. As it is introduced to classrooms, Arduino 101 will nurture the next generation of technology industry professionals, entrepreneurs and inventors!
Happy Days is an installation inspired by the work of the Irish avant-garde novelist Samuel Beckett who wrote the namesake play in two acts in the 60s. Designer and visual artist Irena Kukric created it in collaboration with Canny Sutanto and the aim of exploring narrative in the form of an installation. The five-minute play is staged using ten servo motors and a DC motor with an Arduino Mega and VVVV live programming environment: Read the rest of this entry »
From October 16th to 18th, most of us will be participating to the third edition of Maker Faire Rome. We’re setting up an amazing booth showcasing Genuino boards, Arduino Create, Casa Jasmina installations, educational projects from Creative Technologies in the Classroom (CTC), the new Genuino Starter Kit and much more!
We’ll be at Maker Faire Rome all three days at our new Genuino booth, right next to the Maker Store where, for the first time, you’ll be able to purchase Genuino Uno and Genuino Mega!
Take a look at the map below to see where we are (in front of Pavillion U) and click on it if you want to download a PDF version.
Here’s a little preview of what’s new at our booth:
The Genuino Modules aim at providing the user a breadboard-less experience in building interactive electronic systems. The family of products contains a Hub, a Shield and umpteen number of individual modules. The Hub is a microcontroller board by itself, based on the ATmega32u4. The Shield is an add-on board that can be mounted onto another board (like Uno). The modules can be used by connecting them directly to the Hub, or to another Genuino or Arduino board using the Shield.
Clara is a smart lamp able to respond to your brain waves and subtly adjust your environment. The project, running on Arduino Uno, was created by Marcelo Mejía Cobo, Belen Tenorio, and Josh Sucher for a class at the School of Visual Arts in NYC (US).
The team worked with the Neurosky MindWave Mobile, a Bluetooth EEG-reading headset in order to wirelessly detect “attention” and map the lamp’s color temperature and speaker volume accordingly: Read the rest of this entry »
We are happy to announce that the new Genuino Starter Kit is now available on store.arduino.cc (customers from the USA will be redirected to the US-based store and will be able to purchase the Arduino Starter Kit from there).
Genuino Starter Kit, like the Arduino Starter Kit, is a great way to get started with making, coding and electronics!
Genuino is Arduino.cc’s sister-brand created by Arduino co-founders Massimo Banzi, David Cuartielles, Tom Igoe, and David Mellis, the Arduino.cc team and community.
This brand is used for boards and products sold outside the US and the Genuino Starter Kit is the first product of the series! Read the rest of this entry »
What happens when a creative technologist wants his family to know he’s thinking about them? He creates a project with Arduino Yún! IMissYou is a simple project transforming a picture in a connected object thanks to a capacitive layer made with Bareconductive Paint and inserted behind the photo. The ‘touch’ is detected by the Arduino through the glass of the frame by a spike in the values (with a basic Capsense library), sent to the internet via wi-fi and delivered to a phone with Pushover.
There’s a mineral called pyrite with a interesting nickname, fool’s gold, because it has a superficial resemblance to gold and it’s by far the most frequently mineral mistaken for gold. Even if it’s pretty abundant, there’s a rare form of pyrite which is crystallised in radial shape (as unusual disc spherulites), taking the shape of a disc. The amazing fact is that the only deposit where pyrites of such morphology are found is in Illinois (USA) and the discs are dated around 300 million years ago!
Dmitry Morozov (aka ::vtol::), a media artist living in Moscow, had the chance to use a pyrite disc and created Ra, a sound object / synthesizer running on Arduino Nano. Ra uses laser for scanning the irregularities of the surface of the disc and further transforms this data to produce sound: Read the rest of this entry »