2. Raspberry Pi History
• Raspberry Pi, (aka Raspi or RPI) is a single board
computer developed in the UK.
• It’s around the size of a credit card, is very low cost
and requires little power.
• The compute power is relative to a Pentium II pc and
the graphics are similar to a 2002 era game console.
• Over 10 million sold at this time.
3. Other Single Board
Computers
Beagle Bone
Banana Pi
Orange Pi
PCDruino4
NanoPC, ($65)
CubieBoards, ($144!)
MinnowBoard, ($145)
Odroid, (varying models)
4. How is a MicroController Different?
Yes.
• Arduino
› Arduino “boards” are micro-controllers.
› Excellent for open source projects and at collecting
data.
› They shouldn’t be confused with a single board
computer.
› You can purchase a card, (i.e. hat) that attaches to the
RPI to simulate an arduino.
5. Why Do I Use RPIs?
• Leader of the single board computer industry.
• Tons of online and printed resources.
• Parts are easily attainable, both name brand and off
market.
• Products are available online and in many stores.
• Open architecture leads to myriad of creative and
functional projects.
11. Accessories Required
• Good Quality Micro SD Card, 32G for Pi 3 recommended.
• Power Adapter, (Smart Phone charger works.)
• HDMI Cable
• USB Mouse and Keyboard
• WiFi USB
• USB to Micro SD Card adapter
12. Handy Software
• SD Formatter
› Used to format Micro SD Cards on your computer via
the USB port and USB to Micro SD Card Adapter.
• Win32 Disk Imager
› Create backup images of your RPI from the Micro SD
Card to your computer and use to load new OS images
on Micro SD Cards after downloading.
13.
14. Secondary Investments
• MagPi Magazine
• Pibrella, ($20) great for physical projects for kids
and adults alike.
• RPI’s 7 inch touchscreen monitor, ($60 with
frame)
• Or a Small, (7-10 inch) HDMI monitor
15. Why an Adruino?
• You want to just do experiments vs. have a
computer to program on and build out other
projects.
• The project at hand would be better suited to a
controller.
16. Now, Without Breaking the Bank…
• The RPI is meant for physical and logical
computing projects.
• This doesn’t mean you have to invest in expensive
projects and yes, it can get expensive…
17. Built In..
• Scratch, an interactive, graphical interface coding
program for kids.
• Minecraft- Build modules, (design “kingdoms”)
• Other games and Idle to learn Python.
• Now that we mention Python….
18. Why Python
• Simple, little syntax
• Taught similar to other object oriented languages,
but programming with an:
• Introduction
• Body
• Conclusion
19.
20. Hackathon!
• Breadboard and hats simplify physical computing
• 4M projects offer science kits that use LEDs, DC
and servo motors that can be controlled by code
via the Raspberry Pi.
• 4M kits and others, such as Snap Circuits are
inexpensive ways to broaden use of the
Raspberry Pi.