Build

Learn how to get your raspberry pi booted into an operating system

Develop

How to install development tools and begin writing programs on the raspberry pi

Share

Share your projects and challenges with other raspberry pi users

Start Here

This section contains some of the basic information required to Build, Develop and Share projects on the Raspberry Pi computer


 

Datasheet 401 Connecting Together

Download the full datasheet as a pdf

Micro USB Power
The unit uses a Micro-B USB connection to power itself (only the power pins are connected - so it will not transfer data over this connection).


A standard modern phone charger with a micro-B USB connector will do (micro not mini, they are different), but needs to produce at least 700mA at 5 volts.

Suitable mains adaptors will be available from the RasPi Shop and are recommended if you are unsure what to use.

Read more...


 

Datasheet 501 Downloading OS images

Download the full datasheet as a pdf

Operating Systems
In order to use your Raspberry Pi you will need to install an Operating System.

Most users will want to download an operating system from the main Raspberrypi.org website before extracting it or installing it on an SD memory card.

 

 

Read more...


 

Datasheet 502 Extract OS to SD Card

Download the full datasheet as a pdf

Types of SD Card

Supported SD Cards

The only SD card supported in the Raspberry Pi is the "Standard SD" card.

However, *some* "Mini SD" and "Micro SD" cards are supported when used with a "Standard SD" adapter.

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RaspberryPiFirstSteps

Taken from: http://elinux.org/RaspberryPiFirstSteps

Contents

[hide]

About this Article

NOTE : This page is meant to make a user get his RaspberryPi up and running faster than reading through the page RaspberryPiBoardBeginners

That said, some this article will not tell you

  • what do do with your Raspberry Pi (use your imagination !)
  • where to buy the things mentioned here and what exactly to buy
  • how to wire any special ports
  • use anything of the Pi which is not strictly necessary if you consider it as a simple PC

Finding all the right hardware

You will need

  • the Raspberry Pi board
  • a USB keyboard
  • a power source that has a MicroUSB plug (IMPORTANT , read on )
  • a video cable (HDMI or RCA/Cinch with yellow plugs)
  • a preloaded SD card (we suggest Linux)
  • a TV or display with either HDMI or RCA input ( RCA is very common , HDMI gives very good quality)

Highly suggested extras are

  • a case
  • a USB mouse
  • a powered USB Hub ( important for Model A , good for model B )
  • a USB A male to MicroUSB male cable ( for using different power sources )

For Internet , you may use a USB WiFi adaptor (Model A) or a LAN cable (Model B)

What Power source to use

First , the Power Source has to deliver 5V at 500 mA or more from the moment it is connected to the mains socket. You can use the charger of a mobile phone . Just check if it matches the specs and if its one end fits into the RaspberryPi !

If you have USB A to MicroUSB plug cable ( shipped with many Phones and MP3 players as data cable ) you may use :

  • a laptop / PC
  • a powered USB hub
  • a special wall wart with USB port(s)
  • many more things like rechargeables, solar power etc. (requires circuitry)

Where to get the preloaded SD Card from

Note: You may buy readymade SD cards from the RaspberryPi shop.


Many digital cameras use SD cards . Any SD or SDHC card between 2 and 32 GB should work. Backup all data and photos on them. Now get a PC with Linux and a compatible cardreader.

Plug the card into the connected cardreader, and use PiCard .

Setting up

  1. Plug the preloaded SD Card into the Pi.
  2. Plug the USB keyboard or USB Hub into the Pi. Connect the Hub to power , if necessary.
  3. Plug the video cable into the screen (TV) and into the Pi.
  4. Plug your extras into the Pi (USB WiFi , USB mouse , LAN cable etc.) . As you see , this is what you may need the USB Hub for.
  5. Plug the power source into the mains socket.
  6. Check if the Hub (if any) and the screen is working.
  7. Leave the screen on and plug the other end of the power source into the Pi.
  8. The Pi should boot up and display messages on the screen.

You're finished ! What do next ? Have a look at R-Pi_Hub for ideas !

Have fun !

The Operating System for a Raspberry Pi computer needs to be stored on an SD card.

Once booted the RasPi can access other storage devices but currently an SD card is the only supported initial boot media.

Operating systems will be available to download form the main site at the end of Jan 2012

I am building up a test bed for my XBMC and wanted to know if others are doing it for the RasPi, and what apps they are having So...

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As we (im)patiently wait for our Raspberry Pi boards, an interesting way to bridge the lack of hardware is to run one or more of the Rpi ARM distros......

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I've created a Fedora based Virtualbox VM for developing software the the Raspberry Pi using Scratchbox2 (I have a Ubuntu based one that works as I want -- New Raspberry...

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Is anyone else here planning on buying a Raspberry Pi and putting Fedora on it?...

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ARM chips are the most widely-produced processor family in the world; they have historically been used in cell phones and embedded applications, and are increasingly used in tablet devices and...

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More Articles...

  1. Fedora ARM
  2. Fedora on the Raspberry Pi
  3. ARM Fedora
  4. Fedora - Could you write an article for the RasPi?
  5. Ubuntu no longer supported
  6. Ubuntu on the Raspberry Pi
  7. ARM Ubuntu
  8. Has anyone used Arch Linux before?
  9. Arch Linux - RasPi support
  10. Arch Linux on the Raspberry Pi
  11. ARM ArchLinux
  12. Arch - Could you write an article for the RasPi?
  13. Raspbmc - Some handy tips
  14. Kill process(es) of a running script in Linux
  15. Raspbmc download
  16. Debian is one of the officially supported distributions for the Raspberry Pi
  17. Debian - Could you write an article for the RasPi?
  18. XBMC Remote Control
  19. Other OS on the raspberry Pi
  20. Other Linux distributions will also be supported on thr Raspberry Pi
  21. Getting Started with another OS
  22. Google funds 15,000 Raspberry Pis for Schools
  23. BBC Basic back in schools onthe RasPi
  24. BBC Basic on the Raspberry Pi
  25. BBC Basic - Could you write an article for the RasPi?
  26. RiscOS on the RasPi
  27. RiscOS on the Raspberry Pi
  28. ARM RiscOS
  29. RiscOS - Could you write an article for the RasPi?
  30. Newer Android support unlikely
  31. Raspberry Pi on Android
  32. Android on the Raspberry Pi
  33. ARM Andriod
  34. Android - Could you write an article for the RasPi?
  35. Unix - Could you write an article for the RasPi?
  36. Is bash a programming language?
  37. Shell programs on the Raspberry PI
  38. New idea
  39. Programming Raspberry Pi
  40. Useful links for python beginners - Find some here, and add your own :)
  41. Logo / Control application
  42. Application programs on the Raspberry PI
  43. Liams YouTube Channel
  44. Python - Could you write an article for the RasPi?
  45. XBMC and Apple Air-play running on the RasPi
  46. Running services on the Raspberry Pi
  47. Manchester RaspberryJam IV Saturday 8th Sep
  48. RaspberryJam Preston 4rd September
  49. 2nd Preston RaspberryJam Aug 6th 7pm
  50. RaspberryJam Cambridge now!
  51. RaspberryJam - Bristol
  52. RaspberryJam - Preston 2nd July
  53. The EduGeek conference 2012
  54. RasPi Events
  55. EduGeek members
  56. RasPi Groups
  57. [Download] The Raspberry Pi Education Manual: Version 1.0 December 2012
  58. [Download] The Raspberry Pi Education Manual: Version 1.0 December 2012
  59. RaspberryPi delivery date
  60. RaspberryPi delivery date
  61. 3d printing a raspberry pi case
  62. Raspberry Pi Running VMware View Open Client
  63. The Raspberry Pi gets reviewed on The Register
  64. Raspberry Pi Forums upgrade to vBulletin
  65. RasPi on a wireless box as wireless client.
  66. Some Gratuitous Raspberry Pi Macro Shots
  67. RasPi Publications

The $25 ARM GNU/Linux computer that could change the world

There isn’t much any small group of people can do to address problems like an inadequate school curriculum or the end of a financial bubble. But we felt that we could try to do something about the situation where computers had become so expensive and arcane that programming experimentation on them had to be forbidden by parents; and to find a platform that, like those old home computers, could boot into a programming environment.

 

Over the next few years, Eben, having left the university for industry, worked on building prototypes of what has now become the Raspberry Pi in his spare time.

 

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