Raspberry Pi
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The Raspberry Pi is a low-cost, credit card-sized computer developed by the Raspberry Pi Foundation, primarily aimed at educational use and projects. It features various models, with capabilities including ARM compatibility, GPIO for interfacing with circuits, and support for multiple programming languages. Applications range from home automation to robotics and multimedia processing.
Raspberry Pi
- 1. - NOONA MARJA K ROLL NUM-25 ED500 RASPBERRY PI
- 2. WHAT IS? Credit card sized low cost computer used by solely or by integrating with other circuits. Found by Raspberry Pi Foundation(trustee-Eben Upton) Aiming student experiments with low investment. The computer uses less power than a light bulb System on a chip, a computer on a single low voltage chip Full fledged Linux OS Installed 7/25/2013RASPBERRY PI 2
- 3. BACKGROUND Started the research in 2006. Pi Foundation was responsible Eben Upton, Pi Foundation trustee teamed with Universities, Students, Programmers and tied up with Industries. First model was based on Atmel ATmega644 microcontroller assembled with a USB & HDMI 7/25/2013RASPBERRY PI 3
- 4. FEATURES Broadcom BCM2835 ‘System on a chip’(Soc), High Definition 1080p Embedded Multimedia Applications Processor X86 not used, ARM is used. Operating systems and applications should be ARM compatible. 7/25/2013RASPBERRY PI 4
- 5. FEATURES Need SD card with an OS preloaded before booting the Raspberry Pi. Customized Linux Distribution supported . GPIO to interconnect with other Circuit boards OS can interact with them Main programming language-Python with supporting languages BBC BASIC, C, PERL 7/25/2013RASPBERRY PI 5
- 6. FEATURES No RTC Present, can be added with I2C interface. Power Supply - 700mA at 5V Can be powered by 4 x AA batteries Normal PC -100 times(3.5W(model B)) qualified for stay under -40 degree centigrade to 86 degree centigrade 7/25/2013RASPBERRY PI 6
- 7. VARIANTS 2 models : Model A : 1 USB port and no Ethernet(25$) - 1.5W(300mA) Model B : 2 USB port and a 10/100 Ethernet controller(35$) 3.5W(700mA) 7/25/2013RASPBERRY PI 7
- 8. PCB LAYOUT OF RPI 7/25/2013RASPBERRY PI 8 LED
- 10. SPECIFICATIONS SOC BCM2835 CPU: ARM1176JZF-S 700 MHz (armv6l) GPU: Broadcom Videocore IV RAM: 256 MB SDRAM 7/25/2013RASPBERRY PI 10
- 11. SPECIFICATIONS 7/25/2013RASPBERRY PI 2x USB Ports SD / MMC / SDIO card slot HDMI output Composite Video 3.5 mm Audio Out General Purpose Input/ Output 11
- 12. LOW LEVEL PERIPHERALS GPIO(General purpose input/output) SPI(Serial peripheral interface) UART(Universal asynchronous txr / rxr) I2C(Inter-Integrated Circuit) I2S( Inter-IC Sound, Integrated Interchip Sound) 7/25/2013RASPBERRY PI 12
- 13. GPIO 7/25/2013RASPBERRY PI 13 GPIO 𝑰 𝟐 𝑪 𝑰 𝟐 𝑺 SPI
- 14. PERIPHERALS 7/25/2013RASPBERRY PI 14 Essential Highly recommended Raspberry Pi Screen and cable Keyboard SD card Power supply USB Hub Speakers/headphones Mouse Internet access Case
- 16. EMBEDDED SYSTEM • Can be used with other embedded system circuits to provide brain via GPIO • Can use high level languages, and incorporate AI if needed. • Can be used in Robotics, Automation for control. • Wide Range of Applications from simple to super complex 7/25/2013RASPBERRY PI 16
- 17. RPI IN CASES 7/25/2013RASPBERRY PI 17
- 18. IMPLEMENTED IDEAS • Home automation system • Wall Mounted Voice Controlled Screen • Fortune telling machine • Security webcam (with motion sensor) • Control sprinkler system • Game server • Run an alarm system • MP3 player 7/25/2013RASPBERRY PI 18
- 19. IMPLEMENTED IDEAS 7/25/2013RASPBERRY PI 19 Wall Mounted Voice Controlled Screen
- 20. IMPLEMENTED IDEAS Fortune telling machine 7/25/2013RASPBERRY PI 20
- 21. THANK YOU..!!