The Raspberry Pi is a small, low-cost computer developed in the UK to promote programming in schools. It uses a Broadcom system-on-a-chip and runs Linux. The Raspberry Pi was created by the Raspberry Pi Foundation, which aims to promote programming education. It has found applications in areas like voice-controlled devices, medical devices, and supercomputers. While low in cost and power usage, limitations include a lack of permanent storage and fixed RAM. Future uses may include smart monitoring systems using sensors. Overall, the Raspberry Pi provides capabilities for a low price that are unmatched by other computers.

1. Raspberry pi
BY:
k.Sateesh
14981A0556

2. Context setting:
 Introduction
 Evolution
 Operating system
 Hardware
 Built in Languages
 Applications
 Why pi?
 Limitations
 Future

3. Introduction
 The Raspberry Pi
is a fully featured
micro-computer
squashed onto a
circuit board
measuring
approximately
9cm x 5.5cm.

4. Why the Name Raspberry pi?
 The name Raspberry, in reference to
fruit naming tradition in old days of
microcomputers (1980’s).
 Pi-this card sized computer is started
only to run python language, but the
design ended up with going more than
that.
 So, Raspberry Pi is Outlived its name a
little bit.

5. Basic Idea of
Invention
 The basic motto of developing this pi is to
develop programing knowledge and
experimentation in schooling level.
 So, the Raspberry Pi Foundation designed
this little board here.
 Raspberry Pi foundation aim is to see being
used by kids all over the world to learn
Programing.

6. Evolution
 Elen Upton, Rob mulins, Jack lang, alan my croft
these are the names behind the evolution of The
raspberry pi.
 The Raspberry Pi is the work of the Raspberry Pi
Foundation, a charitable organisation.
 It's supported by the University of Cambridge
Computer Laboratory and tech firm Broadcom.
The Computer
Lab, the
spiritual home
of the
Raspberry Pi

7. Hardware
 Some of the peripheral’s are:
 HDMI out: This port is used to plug the raspberry pi into a
visual display(monitor/TV)
 SD card slot: This slot is to manage memory by inserting
external SD card .
 Micro USB port: This port is to connect the PI to a 5V power
supply
 Broadcom 700MHz chip
 Ethernet port: Ethernet port is an opening on computer
network equipment that Ethernet cable plugs into

8. Hardware
 RCA video out.
 Audio out: The
Raspberry pi has two
audio outputs
HDMI(monitor) and
headphone
jack(3.5mm), by which
users can switch at
any of two modes.
 Dual usb 2.0 ports:
these ports plug the
raspberry pi to
mouse (or) keyboard
(or) external devices.

9. Operating System
 Linux _kernel on
a bootable SD
card
 Fedora
 Raspbian
 Debian
 ArchLinux ARM

10. Built in Languages
in Pi
 Basically, the device
invented to run only
python language but
device supports
several programing
languages like C, C++,
JAVA, Perl, HTML
5,JAVA SCRIPT, JQUERY
etc.

11. Applications
 Can be used
for making
super
computers
 Voice-Activated
Coffee Machine
 Raspberry Pi
Medical Device
Input Shield

12. Applications
 Solar Raspberry Pi Power Pack

13. Why Pi..?
 Low powered processor (5V)
 Improved audio Sound Quality
 Computer at a cheap cost ($35)
 Able to display images or play videos at
1080p high
 No extra efforts in terms of programming
required to learn languages like python.

14. Limitations
 It does not have a Hard Disk associated with
it for permanent storage pi files, we have to
connect one externally or have to use SD
card for the purpose.
 The RAM is a POP package on top of the SC, so
it’s not removable or swappable.
 It will not be useful for bigger business
that already have big servers ,so that time
consuming.

15. Future of Pi
Raspberry pi claims a great
demand in future, because of
its multiple real time
applications through it.
In future, Raspberry pi is
capable of serving through
Smart Survivalance
Monitoring System and PIR
sensor. Through which we can
locate the number of persons
located exactly on that area.

16. Conclusion
 Simply put, the Pi is a marvel: there's
nothing else on the planet which offers the
same capabilities for an equal price.

17. raspberrypi.org
en.wikipedia.org/wiki/Raspberry_Pi
www.udemy.com/introduction-to-
raspberry-pi
References:

19. Any queries