Get started with the Genuino 101 development environment

 Arduino Uno was developed using an 8-bit Genuino (101) microcontroller board. Instead, you have a complete 32-bit Intel Curie processor module that can improve performance on a Curie DSP with a 32 MHz clock frequency. Bluetooth hub, smart sensor and accelerometer, and six-axis motion sensor with gyroscope. Despite many internal changes. But the external interface has access to Arduino screens and many software platforms, which means you can work almost instantly. Although the internal circuit voltage is different from the Uno voltage, the same type B USB plug can be used to connect to the host, and the development board can be installed in the same way as the Uno. The I / O change is a more efficient JTAG connector, which improves access to the Curie module solution. Even if the processor architecture is changed, the Arduino environment can easily start and operate the Genuino 101. First, make sure you have Arduino development tools 1.6.7 or higher installed. The latest version supports Curie Core, which will have a new sketchpad. The first task is to install the Curie kernel. Just select "Tools" in the top menu and then "Tools". Board of Directors, find and install Intel Curies from the list displayed in the Manager Manager window. After a few minutes, you can see Curie's main installer by clicking on the marker you want to use in this case, and ready to upload the sketch to Arduino / Genuino (101). A good starting point is flapping painting. You can try many sketches because Blink uses LEDs on the motherboard. You can see it is immediately available without additional modules. You must confirm that virtual port 101 is selected, then press the reset button at 101 to start, but you will see the built-in LED flash quickly. Another example is the use of inertial sensors. RawIMUDataSerial shows how the board moves through the COM port. When you open the serial screen and save the draft results, you can see the actual changes. Make the wobble board and you will see the motion sensor respond.