#Edison arduino kit code
#Edison arduino kit Bluetooth

Plug your two USB micro cables into to two ports on the Intel Edison. For the purposes of my barcode scanner project, this effectively translates into “A USB port I can plug devices into, and have them exposed to the Linux OS.” There is more to OTG, most notably that it can be a hub as well, but that is beyond the scope of first steps. This stands for USB “on the go” which is a formal part of USB. If you want the Edison to run on its own, without a cable for power, SparkFun makes a Battery Block as well. Once you have your Edison configured however, you will likely just use this port for power, and SSH into the Edison. While getting started, this gives you a way to log into Yocto Linux. This port effectively powers the Intel Edison. We will talk more about what that means in a moment, but as you might have guessed, you will in turn need two USB-mini cables to make the most of this tutorial. One is labeled “console” while the other is labeled “OTG”.

The main parts to know about the Intel Edison at this point are the two USB-mini ports mounted at the edge.

#Edison arduino kit code

I will refer to that project throughout, but will not spend much time talking about the code proper.Īs with most of my blog posts, you can get the code for an Internet-connected barcode scanner (and much more) from my personal GitHub repository. While labeled “First Steps” a better title might be “Build a Real-Time Internet-Connected Barcode Scanner.” That is the first project I set out to implement on the Intel Edison, so the vast majority of these notes come from that discovery process.

The commands have been taught to others as well, which has led to further refinements. What follows is an explanation of the commands I use to configure and use the Intel Edison in my projects. We are going to tap directly into the Yocto Linux image on the Intel Edison. The first steps outlined in this post assume you have the Intel Edison board, and the SparkFun Base Block. Having mentioned Arduino, many of the Intel Edison tutorials talk about using a “breakout kit”, which makes it more compatible with Arduino. Much in the same fashion as you would stack “shields” on an Arduino. It has a tiny 70-pin connector, which is designed to be mated with other Intel Edison “blocks”.

#Edison arduino kit Bluetooth

At about the quarter of the size of a credit card (35.5mm x 25mm), this little piece of kit packs a lot of punch in a low power footprint.Īs the name implies, the Intel Edison includes a dual-core Intel Atom processor, as well as both Wi-Fi and Bluetooth LE radios. Today I would like to introduce you to the Intel Edison. I have written about the Arduino Yun in the past. The Intel Edison’s shipment is currently only in the US and will be available in 65 other countries by the end of this year.There are a lot of SoC (System on a Chip) devices out there these days. It will also include support for Node.JS, Python, RTOS and visual programming in the near future. Intel Edison will initially support development with Arduino and C/C++. Like the Arduino kit, the Breakout Board kit comes with the Edison module. The board contains a power supply, battery recharger, USB OTG power switch, UART to USB bridge, USB OTG port and I/O header. On the other hand, the Intel Edison Breakout Board Kit is designed to simply expose the native 1.8V I/O of the Intel Edison module. The Arduino board also includes a micro SD card connector, a micro USB connector and a dedicated USB 2.0 host Type-A connector. The Arduino breakout kit includes the Intel Edison module and a breakout board that essentially gives you the ability to interface with Arduino shields or any other board with the Arduino footprint. All of these are packed in a module slightly larger than a postage stamp, although initially it was supposed to be the size of an SD card.Īvailable from online stores like Mouser, Maker Shed and SparkFun, the standalone Intel Edison module is priced at US$50 while the Intel Edison Kit for Arduino will cost you US$85 and the Intel Edison Breakout Board Kit is priced at US$60. The module supports 40 GPIOs and includes a generous 1GB LPDDR3 memory, 4GB EMMC storage, dual-band Wi-Fi and Bluetooth LE. The Intel Edison module features a 22nm Intel SoC that includes a dual-core, dual-threaded Intel Atom CPU at 500MHz and a 32-bit Intel Quark microcontroller at 100MHz. Today, Intel is finally shipping the Edison development board along with 2 breakout kits from Intel and a whole host of other third party blocks from SparkFun. Intel has talked extensively about its plans to bring to market its Edison development board for wearables early this year at CES and again at IDF Shenzhen in April where more details about its processor was disclosed. Intel to ship the Edison development board – finally!