Where to get one:
What else you need:
- You need a quality 5V powersupply with a USB micro connector (check your cell phone charger).
- Keyboard, mouse, monitor (at least to get started).
- Cable to connect to monitor (RGB or HDMI).
- A 4Gb or larger SD card.
- Adafruit has an excellent starter kit, which in addition to the power supply and SD card, contains:
- Case
- breadboard
- GPIO breakout board
- LEDs, resistors, jumper cables
- A wifi adapter.
- Download the operating system and install it on the SD card. I recommend Adafruit's Educational Linux Distro (http://learn.adafruit.com/adafruit-raspberry-pi-educational-linux-distro)
- Hook up your keyboard, monitor, mouse.
- Plug in your Pi and watch it boot. Don't let the linux scare you.
- You will need to configure you keyboard to US.
- Your default user is "pi" and keyword "Rasbperry". Change these if you want (see http://learn.adafruit.com/adafruits-raspberry-pi-lesson-2-first-time-configuration).
- Once you get signed in to the prompt, you have to type "startx" to get in to a desktop environment.
- Adafruit's Learning System (http://learn.adafruit.com) has a boat-load of tutorials. Find something fun to try.
- Get it on the network (http://learn.adafruit.com/adafruits-raspberry-pi-lesson-3-network-setup)
- The Adafruit WebIDE is an amazing way to program your Pi over the network using a web interface. The debugger and visualizers are real gems.
- The MagPi Magazine (http://www.themagpi.com/) is a free online zine that runs continuing articles on learning Python, Scratch, C, and Bash.
- Adafruit has weekly "Show and Tell" and "Ask an Engineer" shows which keep you abreast of new projects and products, and allow you to ask serious Makers your burning questions.
- Analog input (http://makersbox.blogspot.com/2013/01/using-circuitsio-to-cooks-up-something.html)
- Light sensor (http://youtu.be/JXzh3ZT7bGU)
- Program it with Scratch!
See Also:
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