The document introduces the Raspberry Pi, a credit card-sized single-board computer developed by the Raspberry Pi Foundation. It discusses the origins of the Raspberry Pi at the University of Cambridge and its goal of promoting education. It then covers the different variations of the Raspberry Pi hardware, essential kit components, supported programming languages like Python, the Raspbian operating system, and 10 potential uses including as a web server, home theater PC, robot, or for programming.

1. INTRODUCTION TO RASPBERRY PI &
ITS APPLICATION
Presented by
Mr.H.K.Bhaldar
Assistant Professor
SVERI’s COE, Pandharpur

2. OUTLINE
 Introduction to Raspberry Pi
 Kit components & types
 Raspbian Booting Process
 Programming using Python
 Electronics applications
 Advantages

3. WHAT IS A RASPBERRY PI?
 University of Cambridge’s Computer
Laboratory
 Decline in skill level
 Designed for education
 A credit card sized PC created
by Eben Upton
 Plugs into a TV or monitor
 Inexpensive(ish) ~$35 each
 Capability:
 Programming
 Electronic Projects
 Office
 Play HD Videos

4. VARIATIONS OF RASPBERRY PI
 Hardware platform
 Raspberry Pi Zero ($5)
 Raspberry Pi
 Raspberry Pi 2
 Raspberry Pi 3 (with
Wifi + Bluetooth)
 Software platform
 Noobs
 Raspbian
 3rd OS
 https://www.raspberrypi.org
/downloads/
• Essential:
– Raspberry Pi board
– Prepared Operating
System SD Card 8GB
– USB keyboard
– Display (with HDMI,
DVI, or Composite
input)
– Power Supply
• Highly suggested
extras include:
– USB mouse
– Internet connectivity -
LAN cable
– Powered USB Hub
– Case
Kit Components

5. PROGRAMMING LANGUAGES
 The Raspberry Pi Foundation recommends
Python
 Any language which will compile for ARMv6 can
be used
 Installed by default on the Raspberry Pi:
 C
 C++
 Java
 Scratch - Scratch is a visual programming language
and online community targeted primarily at children
 Ruby - Ruby is a dynamic, interpreted, reflective,
object-oriented, general-purpose programming
language. It was designed and developed in the mid-
1990s by Yukihiro "Matz" Matsumoto in Japan.

6. LINUX
 Interesting, powerful
 Variations (Ubuntu, debian, feroda,Mint,
redhat etc )
 Command line
 Raspberry Pi: Raspian (Debian-based)
 Pinet: Ubuntu server + Raspberry Pi
 Linux: robust, secure, easy to use, powerful

7. Raspberry Pi Board
http://www.youtube.com/watch?v=KdTwQXre1
DU

8. Features of Raspberry Pi 3
• CPU: Quad-core 64-bit ARM Cortex
A53 clocked at 1.2 GHz
• GPU: 400MHz Video Core IV
multimedia
• Memory: 1GB LPDDR2-900 SDRAM
(i.e. 900MHz)
• USB ports: 4
• Video outputs: HDMI, composite video
(PAL and NTSC) via 3.5 mm jack
• Network: 10/100Mbps Ethernet and
802.11n Wireless LAN
• Peripherals: 17 GPIO plus specific
functions, and HAT ID bus
• Bluetooth: 4.1
• Power source: 5 V via MicroUSB or
GPIO header
• Size: 85.60mm × 56.5mm
• Weight: 45g

9. Raspbian Booting Process
➢ Software's Required
• SD card formatter
• Python IDLE
• Raspbian-stretch 4GB file
• Windows Disk Imager
• Steps
• Connect SD card to PC & format SD card using formatter.
• Open Windows Disk Imager S/W & browse the Raspbian-stretch
image file.
• Write or Burn the Raspbian OS file into SD card . It will take few
minutes.
• After installation connect the mouse , Keyboard & monitor to
board.
• Then configure GPIO pins of board & do simple codes in python.

11. Python Programming
➢ Use Software‘s Python IDLE any version 2.7.8 onwards

12. Python Programming
➢ LED blinking examples using raspberry pi

13. 12345678910
Applications of Raspberry pi

14. 12345678910

15. POWER
5v micro
USB
connector
(Similar to the one on a lot of mobile
phones!)

16. 3.5mm Audio
Standard
headphone
socketRCA Video
(works with
most older
TVs)
HDMI Audio & Video
(works with modern TVs and DVI
monitors)
A/V (Audio/Video)

17. GPIO
(Genera
l
Purpose
Input &
Output)
10/100Mb
Ethernet
2 x USB 2.0
ports
CONNECTIVITY

18. DSI
(display
interface)
SOC (System On a Chip)
Broadcom BCM2835 700Mhz
INTERNALS LAN
Controller
CSI
(camera
interface)

19. SD Card Slot
(supports SD cards up to 32GB)
Storage

20. 10 USES FOR
A RASPBERRY PI

21. CHALLENGES AND OPPORTUNITIES
 New operating system: linux
 Open-source, all almost tools/software are free
 Rich resources on the web due to its
popularity
 Resources link: www.raspberrypicamp.org
 Pi Educational Document (resources above
link)
 Pinet: Centralised user accounts and file
storage system for a Raspberry Pi classroom.
http://pinet.org.uk/

22. 10 Office
123456789

23. 12345678910
Office

24. 9 Programming
1234567810

25. 12345678910
Programming

26. OPERATING SYSTEM
 Linux on a bootable SD card
 Fedora
 Debian
 ArchLinux

27. PROGRAMMING
By default, supporting Python as the
educational language.
 Any language which will compile for
ARMv6 can be used with the
Raspberry Pi, though; so you’re not
limited to using Python.
For primary age SCRATCH game
maker is bundled

28. SCRATCH
scratch is free from MIT .. thanks MIT !

29. SCRATCH

30. PYTHON CODE
http://teampython.wordpress.com/category/pi

31. WHAT KIND OF PROJECTS ?
 Video DJ Mixer integrated Media player for
your TV to fight the rampant Lego Robot
Monster who is detected by your Home
monitoring webcam network which reports
also from the Weather Station that uses the
Car Super Bramble Computer to tell the
School Notice-board that the Solar powered
Wireless Rocket Widget should be sent back to
earth ...

32. TINKERING
GPIO pins if you’re after an
interesting electronics project.
 Gertboard - A GPIO expansion board from the
foundation for electronics projects
 USB Devices / Ethernet / Hubs / AV out
 Can be powered by 4 x AA batteries ...

33. 8
Game
Console
1234567910

34. 7 Web Server
1234568910

35. 12345678910
Web Server

36. 6 Tor Router
1234578910

37. Tor Router
12345678910

38. 5 HTPC
1234678910

39. 12345678910
HTPC

40. 4 Bird House
1235678910

41. Bird House
12345678910

42. 3
Super
Computer
1245678910

43. 12345678910
Supercomputer

44. 2
1345678910
Clock

45. 12345678910
Clock

46. 1
2345678910
PiBot!

47. Credits:
Many of the slides were borrowed from the RaspberryPi Foundation,
Ethan Sprissler @ Ualbany
and from
http://damnfineraspberrypi.com/