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All editions of Amiga Forever include all that you should run different emulation engines, main system versions, games and demoscene productions in simple one-click steps. The advanced RP9 Title Editor provides professional authoring features to build and edit configurations for playback about the local system or elsewhere.
The Value Edition can be a compact download for Windows, and includes versions 1.2 and 1.3 from the Amiga os, that could run almost all more than 70% of classic Amiga games and applications. More than 25 games are included.
The Plus Edition incorporates a complete number of ROM and operating-system versions all from 0.7 to three.X, a wider number of preinstalled games and demoscene productions, a gallery of products of historical interest, and further cross-platform content. More than 50 games are included.
Both the Value Edition and also the Plus Edition open the doors to 1000s of additional Amiga games and demoscene productions that are around for free download from software publishers and Amiga history sites alike. Furthermore, the Premium Edition bundles the Plus Edition pleased with additional video content on 3 DVDs.
Preinstalled Workbench 1.3 environment for compatibility with older games along with software
Powerful JIT-enabled Amiga hardware emulation that supports Amiga custom chips, RTG, SCSI, TCP/IP, AHI, approximately 1.5 GB MB of Zorro III RAM, virtual memory, MIDI, etc.
Preinstalled games, and support for downloaded games
Support for countless downloadable Amiga games, demos and applications together with the new player, just double-click a downloaded disk image to look at it
Amiga Narrator and Translator speech synthesis components delivered for distribution together with the Amiga computer for the first time since 1991, when Commodore-Amiga s licenses expired
Now Playing updates and manual status posts to Facebook, Twitter, Skype and Windows Live Messenger
The Plus Edition of Amiga forever contains other functions which will not be part on the Value Edition. These include:
Workbench 3.X environment for productivity, online, etc.
A plethora of carefully preinstalled quality Amiga applications, that include the AWeb browser ideal for cross-browser testing, TCP/IP support tools, Personal Paint 7.1c paint, animation and image processing software, special version of CacheCDFS CD file system, AmigaAMP media player, DirDiff file synchronization and replication software, AmiToRTF to convert texts from Amiga to Windows formats, MailBX to convert Amiga mail archives to Microsoft Mail, Outlook Express and Exchange Server, drag-and-drop LhA, print spooler, Directory Opus 5.5 thanks to GPSoftware, TurboText exclusive latest version with bug fixes, MUI shareware version, KingCON, FreeWheel, PowerSnap, ToolManager, ReqTools, etc.
Compatible with Amiga OS 3.5 icons, NewIcons and MagicWB icons
New and fully licensed Picasso96 RTG software not really a shareware version, maps Amiga graphics requests straight to fast guest system calls and powerful low-level DirectX functions Windows version of emulation
A bunch of all Amiga ROM versions ever released from 0.7 to three.X, including A1000, A590/A2091 and A4091 boot ROMs, and extended CDTV and CD ROMs, with a similar number of bootable Workbench disk images
KX Light environment, to optionally boot from DVD or install to hard drive no Windows or another host OS required
Once attached to a Windows system, the Plus Edition includes a choice of creating a DVD ISO image via Build Image, inside Tools menu. The Plus Edition submissions are also included inside the Premium Edition box.
The Premium Edition of Amiga forever offers the full Plus Edition content, plus in excess of five hours of must-see Amiga videos on 3 DVDs.
When acquiring the Premium Edition through the Amiga Forever Online Store you will additionally receive an instant license key and download url to the installer for Windows, to be able to start utilizing the Amiga emulation and OS software without further delays, even though the additional premium content articles are being shipped to you personally.
Like how much work that went into this project, some on the most important top features of Amiga Forever are somewhat tricky to describe. They involve all your other worries when you see the device booting coming from a slow floppy disk right into a blue Workbench screen, and you also suddenly appear to remember every word that appears on that Startup-Sequence window, by listening towards the emulated floppy drive sound you peer to be able to anticipate every disk head seek, like it was a melody. And if you don't ever experienced this before, thank you for visiting the Amiga.
Even should you be there back then, inside mid 1980s, you could be surprised to find out and learn something totally new about events that made not simply Amiga history, but computer history and culture. That would be the goal on the Gallery and Videos sections for the Plus Edition and Premium Edition, as well as items of historical interest that had been researched, digitized and restored with immense care and passion. Then just press some buttons, and also you are usually the one booting in the same Workbench 1.0 you only saw in the video, starting the Boing ball demo, or Juggler, or Robo-City, or paying attention to the Amiga s synthesized
It is evenly hard to describe the sensation of a modern Amiga system which simply works understandably it to, with support for modern displays and hard drives, configuration-free access to the internet, a CD drive it doesn't require starting drivers, devices and file systems, a mouse wheel you could nowadays not do without, but that the original Amiga had never heard about, or possibly a web browser preconfigured make use of the same keyboard shortcuts since your PC, Mac or GNU/Linux system. With Amiga Forever, this attention to detail is only one mouse click away, as invisible which is obviously prepared to run.
Similarly, we know that there is usually a certain magic involved if you notice your familiar Amiga files display on a Windows Explorer window through Amiga Explorer, or if you realize the technological contrast between emulated CRT scan lines an optional emulation feature as well as the almost paper-thin LCD display you're now using to experience this all
This site examines a kaleidoscope of topics, which range from Amiga Incs early foray into joysticks, towards the latest offerings in cross-platform Amiga solutions.
The individual sections on the site may be accessed by clicking one in the options to your left.
You will likely notice red white coloured balls doted around the internet site. These are links contributing to different subsections.
I am always for the lookout for new information regarding the Amiga. Do you know of your hitherto unknown Amiga prototype? Do you have an Amiga story to inform? If so, contact Gareth Knight.
Amiga is often a registered Trademark of Amiga Inc.
Other interesting items inside the archive!
HTTP/1.1 301 Moved Permanently Date: Sat, 12 Dec 2015 14:27:09 GMT Server: gwiseguy/2.0 Location: /user/MadFranko008 Content-Length: 0 Content-Type: text/html X-XSS-Protection: 1; modeblock HTTP/1.1 301 Moved Permanently Date: Sat, 12 Dec 2015 14:27:10 GMT Server: gwiseguy/2.0 Location: /user/MadFranko008 X-XSS-Protection: 1; modeblock; /appserve/security-bugs/log/youtube X-Content-Type-Options: nosniff Content-Type: text/html; charsetutf-8 Cache-Control: no-cache Expires: Tue, 27 Apr 1971 19:44:06 EST Content-Length: 0
Free software means software that respects users freedom and community. Roughly, a persons have the freedom to own, copy, distribute, study, change and increase the software. With these freedoms, users both individually and collectively control this software and exactly what it does for the children.
Full source code can be acquired, allowing users to construct their own versions along with developers to feature portions or all with the POV-Ray source into their unique software provided it truly is distributed with a compatible license one example is, the AGPL3 or - at their option - any later version. The POV-Ray developers likewise have officially-supported binaries for selected platforms currently only Microsoft Windows, but required to include OS X shortly.
POV-Ray 3.7.0 released 6 November 2013 would be the current official version for many platforms. There are significant internal modifications to this version due towards the introduction of SMP support. A comprehensive change list is obtainable for those interested from the full details, in addition to the changelog. A summarized report on changes is accessible via our documentation and is also important reading for anybody familiar with prior versions of POV-Ray.
POV-Ray for Windows requires Windows XP or later, and has now been tested on versions approximately and including Windows 8. We recommend having at the very least 100mb roughly of free disk space for temporary file storage during renders and at the very least 1GB of accessible memory, though less is OK if you're not doing complicated scenes. Since the POV-Ray for Windows distribution package incorporates both the 32 and 64-bit binaries, the setup file determines what type to provide because main program link all versions are installed. Full documentation and sample scene files may also be included.
Sysadmins/Lab Techs : If you wish to work with POVWIN within a multi-user environment and/or perform non-standard install, please start to see the non-standard installtions section within our documentation.
Reviewers : should you be using POV-Ray to benchmark CPUs, please read our benchmarking with POV-Ray page for information that you should know.
Users of platforms that don't have official binaries probably will need to make their own version from your source though it really is expected that numerous Unix-like systems which have package managers or even a ports system provides a single-line methods of installing a binary or fetching/building from source. Developers for many platforms who wants to take a look at the origin code, generate a modification or port it to a different platform also needs to choose to download the sources. The source code, documentation and example scene files for many platforms may be obtained from github repository. Where possible we'll attempt to help with build problems via our support forums.
We have preserved the download page for version 3.6 if you want to access that version. Please reference our old version tree made available via FTP for older versions of POV-Ray and for versions of platforms that official support may be discontinued. All official releases of POV-Ray since v1.0 released in 1992 are offered there.
Free software means software that respects users freedom and community. Roughly, you have the freedom to perform, copy, distribute, study, change and increase the software. With these freedoms, users both individually and collectively control this system and just what it does for the kids.
Full source code is accessible, allowing users to create their own versions and then for developers to include portions or all with the POV-Ray source into their very own software provided it's distributed with a compatible license for instance, the AGPL3 or - at their option - any later version. The POV-Ray developers likewise have officially-supported binaries for selected platforms currently only Microsoft Windows, but anticipated to include OS X shortly.
POV-Ray 3.7.0 released 6 November 2013 could be the current official version for all those platforms. There are significant internal modifications in this version due to your introduction of SMP support. A comprehensive change list can be acquired for those interested within the full details, along with the changelog. A summarized set of changes is obtainable via our documentation and it is important reading for anybody familiar with prior versions of POV-Ray.
POV-Ray for Windows requires Windows XP or later, and contains been tested on versions nearly and including Windows 8. We recommend having a minimum of 100mb or possibly even longer of free disk space for temporary file storage during renders and no less than 1GB of accessible memory, though less is OK discover doing complicated scenes. Since the POV-Ray for Windows distribution package has both the 32 and 64-bit binaries, the setup file determines what one to provide since the main program link all versions are installed. Full documentation and sample scene files may also be included.
Sysadmins/Lab Techs : If you wish to utilize POVWIN in the multi-user environment and/or complete a non-standard install, please view the non-standard installtions section inside our documentation.
Reviewers : if you are planning using POV-Ray to benchmark CPUs, please read our benchmarking with POV-Ray page for information you need to know.
Users of platforms which do not have official binaries will most likely need to create their own version from your source though it's expected a large number of Unix-like systems that contain package managers or possibly a ports system will give you a single-line methods of installing a binary or fetching/building from source. Developers for those platforms who wants to take a look at the origin code, come up with a modification or port it to an alternative platform also need to choose to download the sources. The source code, documentation and example scene files for everyone platforms might be obtained from github repository. Where possible we are going to attempt to improve build problems via our support forums.
We have preserved the download page for version 3.6 if you want to access that version. Please consider our old version tree made available via FTP for older versions of POV-Ray and versions of platforms for the purpose official support continues to be discontinued. All official releases of POV-Ray since v1.0 released in 1992 can be obtained there.
20. March 2002: H P is proud to announce the available appointments of Boing Bag 2 for AmigaOS 3.9. Boing Bag 3.9-2 contains many bug fixes, small enhancement and new features within the areas multimedia AMPlifier, PlayCD, sound datatype, shell, Workbench Find, AsyncWB, UnArc, XAD v10, ReAction and harddisk support. The Boing Bag is delivered in three parts: The main archive because of the files had to update AmigaOS 3.9, the translations into different languages along with the contributions CDDB library, OpenURL, ClassAction. We want to thank everyone that made it viable.
Please download at the least the main archive along with the translations with the languages you want. The contributions are optional.
Note: This Update requires AmigaOS 3.9 with Boing Bag 1. AmigaOS XL users can install the Boing Bag 2 directly.
24. Jan. 2002: Finally we will release the Euro update for AmigaOS 3.9. It took much more time because there were some other things to consider. Many thanks towards the all involved people.
This update especially contains keymaps and Amiga bitmap fonts which render it possible to utilize the Euro symbol within the Amiga. It also has a German Euro keymap for AmigaOS XL. Download
Italian AmigaOS 3.9 manual
Since a little while Virtual Works can give the Italian version on the German AmigaOS - Das Buch originally published by Haage Partner. This book covers all topics of AmigaOS 3.5 and 3.9. Virtual Works
French AmigaOS 3.9 manual
We just uploaded the latest bunch of locale files for OS 3.9 including:
The files are named 39localename. Please download the files you need from this ftp drawer.
This latest version 5.254.174 Bytes in the Boing Bag 1 contains some minor changes:
latest version of Blanker, CrossDOS, Exchange and FKey
Just in time for that Gateway Computer Show Amiga 2001 Amiga, Inc. and H P have the ability to release Boing Bag 1 for OS 3.9. The most important feature is AsyncWB, which adds asynchronous copying and delete functionality to Workbench. In addition, its content has the new GenesisPrefs, updated HDToolBox, AMPlifier, ViNCEd, WBRun, UnArc, RAWBInfo, BenchTrash, and a few other enhancements. Read the whole text or directly download it now: Readme Boing Bag 1 5 MB.
We just translated the English FAQ pages from Gregory Donner and set them on our website: German 3.9 FAQs.
Here are the first updates to AmigaOS 3.9. Nearly all locale files happen to be updated and completed. The archive contains all locales for 20 languages:
Gregory Donner offers his 3.9 FAQ pages at.
Today the OS 3.9 registation and support area are actually opened.
Sales of Amiga OS 3.9 started for the first day of the years WOA 2000 in Germany.
WOA 2000 - WORLD OF AMIGA show in Cologne, Germany
The first AMIGA-only show in years in Germany will again be held in Cologne. From 9.-10. December the MediaPark in Cologne could be the destination for many AMIGA fans.
The highlight with the show is definitely the first official presentation in the new AmigaOS 3.9. Sales of AmigaOS 3.9 will become this instant. There can even be hourly seminars on AmigaOS 3.9 along with interesting AMIGA Software and Hardware.
There would have been a lot of dealers and manufacturers present, along with Bill McEwen, who'll share his vision in the AMIGAs future to your AMIGA fans. WOA 2000
Amiga President Talks OS 3.9 and Beyond
Bill McEwen announces Amiga OS 3.9, and speaks about the future of the two Classic Amiga OS along with the Amiga Digital Environment. Read More
In this Executive Update, Bill McEwen shares his announcements initally manufactured in his keynote address on the Alternative Computing Expo; including Amiga OS 3.9, updates towards the Amiga Software Development Kit, and also the AmigaOne. Read More
All rights reserved. Subject to change.
20. March 2002: H P is proud to announce the provision of Boing Bag 2 for AmigaOS 3.9. Boing Bag 3.9-2 contains many bug fixes, small enhancement and new features within the areas multimedia AMPlifier, PlayCD, sound datatype, shell, Workbench Find, AsyncWB, UnArc, XAD v10, ReAction and harddisk support. The Boing Bag is delivered in three parts: The main archive with all the current files required to update AmigaOS 3.9, the translations into different languages and also the contributions CDDB library, OpenURL, ClassAction. We want to thank everyone that made it feasible.
Please download at the least the main archive along with the translations with the languages you want. The contributions are optional.
Note: This Update requires AmigaOS 3.9 with Boing Bag 1. AmigaOS XL users can install the Boing Bag 2 directly.
24. Jan. 2002: Finally we could release the Euro update for AmigaOS 3.9. It took much longer because there were a lot more things to consider. Many thanks to your all involved people.
This update especially contains keymaps and Amiga bitmap fonts which make it possible to work with the Euro symbol around the Amiga. It also has a German Euro keymap for AmigaOS XL. Download
Since a long time Virtual Works is providing the Italian version with the German AmigaOS - Das Buch originally published by Haage Partner. This book covers all topics of AmigaOS 3.5 and 3.9. Virtual Works
We just uploaded the latest variety of locale files for OS 3.9 including:
The files are named 39localename. Please download the files you need from this ftp drawer.
This new edition 5.254.174 Bytes with the Boing Bag 1 contains some minor changes:
latest version of Blanker, CrossDOS, Exchange and FKey
Just in time for your Gateway Computer Show Amiga 2001 Amiga, Inc. and H P can easily release Boing Bag 1 for OS 3.9. The most important feature is AsyncWB, which adds asynchronous copying and delete functionality to Workbench. In addition, its content has the new GenesisPrefs, updated HDToolBox, AMPlifier, ViNCEd, WBRun, UnArc, RAWBInfo, BenchTrash, and several other enhancements. Read the complete text or directly download it now: Readme Boing Bag 1 5 MB.
We just translated the English FAQ pages from Gregory Donner and place them on our website: German 3.9 FAQs.
Here are the first updates to AmigaOS 3.9. Nearly all locale files happen to be updated and completed. The archive contains all locales for 20 languages:
Gregory Donner offers his 3.9 FAQ pages at.
Today the OS 3.9 registation and support area happen to be opened.
Sales of Amiga OS 3.9 started within the first day with this years WOA 2000 in Germany.
WOA 2000 - WORLD OF AMIGA show in Cologne, Germany
The first AMIGA - only show in years in Germany will again be held in Cologne. From 9.-10. December the MediaPark in Cologne is definitely the destination for all those AMIGA fans.
The highlight in the show would be the first official presentation from the new AmigaOS 3.9. Sales of AmigaOS 3.9 will start this quick. There may also be hourly seminars on AmigaOS 3.9 and also other interesting AMIGA Software and Hardware.
There has to be lot of dealers and manufacturers present, together with Bill McEwen, that will share his vision on the AMIGA s future towards the AMIGA fans. WOA 2000
Bill McEwen announces Amiga OS 3.9, and speaks about the future of the Classic Amiga OS and also the Amiga Digital Environment. Read More
In this Executive Update, Bill McEwen shares his announcements initally produced in his keynote address in the Alternative Computing Expo; including Amiga OS 3.9, updates towards the Amiga Software Development Kit, along with the AmigaOne. Read More
All rights reserved. Subject to change.
ARES Computer Shop, Owner Pascal Papara incl.
AEROS is often a hybrid distribution of AROS and Linux from the moment debian 6.0 for X86 and 7.0 for ARM is needed available for ARM and x86 systems.
If there may be enough interest you can start also an PPC branch. The audience may decide ;
The R3.5-ISO is surely an 4in1 OS. You get use of Linux, AROS x86, AROSm68k and WIndows apps out in the Box
The Raspberry Pi Version is only designed for registered users. To get registered you should qualify yourself with one on the following options:
1. Buy something from or prove that you just bought a AresOne from somewhere else
3. Donate at east 15 US to your AROS related bounty on or prove that you just did already.
Everyone else ought to wait for your release of outdated versions towards the public. Visit the OLDVersions subpage for him or her.
AROS is usually a wonderful OS an opensource reimplementation from the classic Amiga OS. This means it's fast, and not just because with the small footprint it can be very fast.
Many times faster than Linux with all of its lightweight desktops.
But why running one OS hosted on another? Doesn t it slow down?
No! AROS hosted through form of AROS Broadway uses less resources than any desktop manager for linux offering the identical functionality.
So in fact it can be faster. Especially on slow ARM systems AROS hosted will definitely impress you.
more drivers printers, scanners, NIC, Videocards and much more
AROS apps can utilize Linux tools to boost there own functionalitiy.
Single AROS processes is usually forced running on one particular core.
Fast desktop, maybe the quickest on LInux
Allows you running AROS apps and games too, the majority of them come from Amiga and also have a low footprint. You will like how quickly they are.
Actually you'll be able to download a PI sd-card image for ARM as well as an outdated x86 iso from February 2012. We will update AEROS to the public only step by step
Also I would like to bundle an enhanced Version of AEROS including Aminux Classic AmigaOS together with Linux with AmigaForever and AMC 2012.
ARES Computer Shop, Owner Pascal Papara incl.
AEROS is really a hybrid distribution of AROS and Linux from the moment debian 6.0 for X86 and 7.0 for ARM is employed available for ARM and x86 systems.
If there is certainly enough interest we could start also an PPC branch. The audience may decide ;
The R3.5-ISO is definitely an 4in1 OS. You get having access to Linux, AROS x86, AROSm68k and WIndows apps out on the Box
The Raspberry Pi Version is only designed for registered users. To get registered you have to qualify yourself with one from the following options:
1. Buy something from or prove that you just bought a AresOne from somewhere else
Everyone else should wait for your release of outdated versions towards the public. Visit the OLDVersions subpage for the children.
AROS is usually a wonderful OS an opensource reimplementation on the classic Amiga OS. This means it really is fast, and not simply because with the small footprint it really is very fast.
Many times faster than Linux operating its lightweight desktops.
But why running one OS hosted on another? Doesn t it slow down?
No! AROS hosted through form of AROS Broadway uses less resources than any desktop manager for linux offering precisely the same functionality.
So in fact it really is faster. Especially on slow ARM systems AROS hosted will definitely impress you.
more drivers printers, scanners, NIC, Videocards plus much more
AROS apps can utilize Linux tools to reinforce there own functionalitiy.
Single AROS processes might be forced to perform on 1 core.
Fast desktop, maybe the quickest on LInux
Allows you to own AROS apps and games too, many of them come from Amiga where you can low footprint. You will like how soon they are.
Actually you'll be able to download a PI sd-card image for ARM as well as an outdated x86 iso from February 2012. We will update AEROS for your public only step by step
Also I would like to bundle an enhanced Version of AEROS including Aminux Classic AmigaOS along with Linux with AmigaForever and AMC 2012.
Documentation and helpful information on Bonjour, Java, UNIX, and WebKit.
Beneath the easy-to-use interface of OS X is usually a rock-solid, UNIX foundation.
Documentation and helpful information for Bonjour, Java, UNIX, and WebKit.
Beneath the easy-to-use interface of OS X is usually a rock-solid, UNIX foundation.
Distributions - os's and development environments to the Raspberry Pi.
Programming - programming languages that has to be used for the Raspberry Pi.
The Debian Squeeze image originally issued with the Raspberry Pi foundation because the recommended distribution used soft float settings. The foundation felt necessary make use of the existing Debian port for less-capable ARM devices caused by time and resource constraints during development from the Raspberry Pi. Therefore, this didn't make use in the Pis processors floating point hardware - lowering the Pis performance during floating point intensive applications - or advanced instructions in the ARMv6 CPU.
The official Raspberry Pi distributions at the moment are optimized for ARMv6 as well as for hard float which will have better performance on certain CPU intensive tasks.
There is really a information within the news groups that difficult float optimization can accelerate floating point operating approximately 10x, please read detailed discussion within the Raspberry Pi forums.
NoneOptional minimal LXDE with dietpi-software installer.
2014-10-02 14.07 Barrier Breaker
GNU General Public License version 3.0
image Source, rootfs, staging tree, install images, SD card builder
Browser-only restricted fullscreen: Chromium, Firefox or Midori
The Raspberry Pi Fedora Remix is really a Linux software distribution to the Raspberry Pi computer. It contains software packages in the Fedora Project specifically, the Fedora ARM secondary architecture project, packages which are already specifically written for or modified with the Raspberry Pi, and proprietary software offered by the Raspberry Pi Foundation for device access.
The V2 Cloud image is designed to the Raspberry Pi 2 to really make it a thin client gain access to a cloud-based Windows virtual desktop. The image will be based upon Raspbian and possesses an interface to remotely access a virtual desktop over the Internet with USB redirection.
Debian was the default distribution within the Alpha boards. Boot time will depend on width speed of SD-card. Alpha board boot into Debian prompt no GUI was timed taking about 34 seconds.
The Debian distro for Raspberry Pi will be the Cambridge reference filesystem, which is usually a fully functional Debian Squeeze installation containing LXDE desktop and Midori browser; development tools; and sample code for accessing the multimedia functionality about the device.
Arch Linux ARM is founded on Arch Linux, which aims for simplicity and full control on the end user. It supplies a lightweight base structure that allows one to shape it to your needs. For this reason, the Arch Linux ARM image to the Raspberry Pi will not come that has a graphical user interface, though you may easily install one yourself. Please note the Arch distribution is probably not suitable for freshies.
Arch Linux ARM is over a rolling-release cycle that is usually updated daily through small packages rather than huge updates every several months.
Raspberry Pi Debian Raspbian. Initially a project to make a hard float port of Debian Wheezy 7.x armhf to the Raspberry Pi. The intent of Raspbian is always to bring to your Raspberry Pi user over 35, 000 pre-built Debian packages specifically tuned for optimal performance about the Raspberry Pi hardware. The project was designed in June, 2012. However, Raspbian is under active development through an emphasis on enhancing the stability as well as of as numerous Debian packages as you possibly can.
For newcomers the images furnished by the Raspberry Pi foundation are recommended; these are typically available on the Raspberry Pi Foundations download page.
In September 2015 the Foundation released a whole new image based about the Debian Jessie release. This has many changes for the Debian Wheezy release.
The same image is used for that earlier Raspberry Pis ARMv6 and also the later Pi2 ARMv7.
At its core, DietPi may be the goto image for any minimal Raspbian/Debian Server install. Weve stripped down and removed everything through the official Raspbian image to offer us a bare minimal Raspbian server image that individuals call DietPi-Core.
Minimal and optimized Raspbian Image for all those Pi models.
DietPi-Software: Install optional willing to run software, efficiently, with optimizations unique on your Pi model.
DietPi-Config: A feature rich config tool for ones Pi. Overclock and tweak your pi, scan and hook up with wifi SSIDs, and plenty of many more options.
ARMhf - hardware floating point calculations.
Small 120MB compressed image.
RamLog installed. All logs goto RAM and have cleared on regular basis with cron saves SD writes, performance increased, no need for rsyslog.
Lightweight SSH server Dropbear is installed rather than OpenSSH.
Wifi Support. Unlike most Raspbian minimal images, ours includes full Wifi support.
DietPi-Software: DietPi-Software enables popular, optional install choices. All of which are pre-configured and prepared to run considering the optimizations and configurations prepared for you. This means you get the maximum performance from the Pi plus the software you opt to install
LXDE Lightweight Desktop, devoid of the bloatware present in Raspbian
Change resolution, set audio output, analogue audio quality etc.
Tweak ARM temp limits, change CPU governor settings and several more.
Full networking tool that allows you to definitely connect to Wifi SSIDs easily, change static IPs address, and several more options.
Samba client utility allows someone to quickly and easily hook up to Windows Shares.
NoIp client utility, allows that you quickly and easily setup your web site address for ones Pi.
nOS is an os for the Raspberry Pi that aims to generate the device simple, fast and easy to work with. It incorporates an XFCE desktop that's lightweight and simple to use for previous users of Microsoft Windows. It utilizes a modified version from the NOOBS installer for that installation because it only needs a quick drag and drop towards the SD card.
A very compact ARM HF distribution, using 20Mb of RAM with SSH server running for your entire os. It fits inside a 128Mb SD card, has auto-resizing features to increase adapt on your SD card size and uses its repositories for installing everything required. A wise configuration as well as a small memory footprint are great for an headless machine and for interacting with real word I/O devices, consider Moebius Website. Version 2 is current stable version.
This is really a stripped-down version of Raspbian by incorporating extra packages.
Red Sleeve Linux is really a Linux distribution that aims to create the RHEL clone design towards the ARM architecture. There are images for a number of ARM devices such as Raspberry Pi.
IPFire is undoubtedly an Open Source firewall distribution for x86 and ARM-based systems. It turns the Raspberry Pi computer in to a small router for home networks and incredibly small businesses. As the Raspberry Pi computer includes only one NIC, it truly does work perfectly like a 3G router without plugging in hardware.
The generally small system that gives essential services for networks may be enhanced by addons which add extra features to IPFire. So it can be turned in to a file server and even more.
Thin Client project want to produce a very cheap thin client over Raspberry Pi board! Microsoft RDC, Citrix ICA VMWare View
BerryTerminal is often a minimal Linux distribution meant to turn the Raspberry Pi mini computer right into a low-cost thin client. It allows users to login into a central Edubuntu or any other LTSP server, and run applications about the central server. It does not run using Raspberry Pi 2 with all the ARM7 CPU.
The same project provides a useful installer tool called BerryBoot with versions for both original Raspberry Pi and Raspberry Pi 2.
GeeXboX is often a free and Open Source Media-Center purposed Linux distribution for embedded devices and personal computers. GeeXboX is just not an application, its the full-featured OS, that one can boot like a LiveCD, coming from a USB key, an SD/MMC card or install on its regular HDD. The GeeXboX distribution is lightweight and made for one single goal: embed all major multimedia applications regarding turn your laptop into an HTPC.
None in the currently available solutions execute a perfect job with running XBMC/Kodi within the Pi, however OpenELEC comes undoubtedly the closest, regardless of its locked-down nature.
This fork aims to remedy ab muscles few flaws to use implementation also to focus 100% around the Pi, as well as sticking to upstream and incorporating its updates.
Low idle CPU usage 15% Smoother and even more responsive Built-in XBMC addons: iPlayer, custom fixed version of Demand 5, various unofficial repos iPlayer, 4oD, Demand 5, ITV Player, SportsDevil all fully testedworking Improved wifi connectivity Added test-connman scripts for convenient wifi setup Added wirelesstools iwconfig etc. Added rndiswlan wifi driver broadcom 4320 chipset Easy SD card installation script for building from source
OpenELEC is surely an embedded operating-system built specifically to own XBMC, the Open Source entertainment media hub. The idea behind OpenELEC is usually to allow people make use of their Home Theatre PC HTPC like several other device you could have attached on your TV, just like a DVD player or Sky box. Instead of needing to manage a full os, configure it and install the packages needed to turn it right into a hybrid media center, OpenELEC is built to be simple to setup, manage and rehearse, so that it is more like building a set-top box over a full-blown computer.
Raspbmc now OSMC is really a Linux distribution determined by Debian that literally brings XBMC/Kodi for a Raspberry Pi. This device comes with a excellent form factor and enough capability to handle media playback, so that it is an ideal component within a low HTPC setup, yet delivering the identical XBMC/Kodi experience that could be enjoyed on additional expensive platforms. Raspbmc is brought to you personally by the developer with the Crystalbuntu Linux Distribution, that literally brings XBMC/Kodi and 1080p decoding towards the 1st generation Apple TV.
XBian can be a small, fast and lightweight media center distro for your Raspberry Pi, based using a minimal Raspbian image. Its slogan is XBMC on Raspberry Pi, bleeding edge and therefore its main focus is delivering the quickest XBMC/Kodi solution to the Raspberry Pi. Thereby making most on the commercial media-center products
Debian-based Apt repo so keeping the body up-to-date is not hard.
RasPlex can be an Entertainment Center Solution for Raspberry Pi Simply put, RasPlex helps you to turn your TV in a Smart TV. Similar to your AppleTV, but absolutely free and Open Source, RasPlex is defined as a set-top box software. Once RasPlex is stable, it's going to have support for legacy console game emulation NES, SNES, etc, and also Plex Channels Netflix, Crackle, Youtube, etc. RasPlex can be a Plex Home Theater Client More technically stated, RasPlex is really a complete port of Plex Home Theater formerly Plex Media Center for Raspberry Pi. RasPlex currently is run on OpenELEC for reasons of limited manpower, but there can be a working Raspbian port that needs time to be brought nearly speed. RasPlex was made on Gentoo linux, but that port has since been abandoned for performance reasons. We regularly merge in changes from Plex Home Theater and OpenELEC. Once things cool-down a bit and that we are more stable or we obtain the manpower, we shall maintain a Raspbian release too. RasPlex would be the Perfect Companion to some Plex Media Server Many people uses expensive computers as Plex Clients, or need to through the inconvenient of plugging a computer to their TV when they want make use of Plex. With RasPlex, just use it and your media is usually ready. Put one on every TV, and also have your media everywhere! You can even put RasPlex in your friends TVs, and view your media remotely.
PwnPi is usually a Linux-based penetration testing Dropbox distribution for that Raspberry Pi. It currently has 181 network security tools pre-installed to support the penetration tester. It is built within the Debian Squeeze image through the Raspberry Pi foundations website and uses XFCE as window manager
Description This Debian Squeeze image designed to perform pwn plug sort of attacks using Raspberry Pi. Please look for the wiki for more details Wiki
Kali is usually a complete rebuild of BackTrack Linux, adhering completely to Debian development standards. All-new infrastructure may be put in place, all tools were reviewed and packaged, and now we use Git as VCS.
More than 300 penetration testing tools: After reviewing every tool that had been included in BackTrack, we eliminated many tools that either wouldn't work or had other tools available that provided similar functionality.
Free and also will be: Kali Linux, like its predecessor, is totally free and always is going to be. You will never, ever be forced to pay for Kali Linux.
Open Git source tree: We are huge proponents of Open Source software and our development tree is obtainable for all to find out and all sources are available for the people who want to tweak and rebuild packages.
FHS compliant: Kali is developed to adhere on the Filesystem Hierarchy Standard, allowing all Linux users to simply locate binaries, support files, libraries, etc.
Wide wireless device support: We have built Kali Linux to support numerous wireless devices even as possibly can, allowing it to own properly on the wide variety of hardware and which makes it compatible with numerous USB along with wireless devices.
Custom kernel patched for injection: As penetration testers, the growth team often would need to do wireless assessments so our kernel has the most recent injection patches included.
Secure development environment: The Kali Linux team is made up of your small number of trusted those who can only commit packages and interact while using repositories when using the multiple secure protocols.
GPG signed packages and repos: All Kali packages are signed by every person developer when they can be built and committed plus the repositories subsequently sign the packages likewise.
Multi-language: Although pentesting tools are typically written in English, we've ensured that Kali has true multilingual support, allowing more users to use in their native language and locate the knowhow they need for your job.
Completely customizable: We know that not everyone will go along with our design decisions so we now have made becoming easy as you can for our more adventurous users to customize Kali Linux thus to their liking, all of the way down towards the kernel.
ARMEL and ARMHF support: Since ARM-based systems have gotten more plus more prevalent and inexpensive, we knew that Kalis ARM support would should be as robust even as we could manage, leading to working installations for both ARMEL and ARMHF systems. Kali Linux has ARM repositories integrated with all the mainline distribution so tools for ARM is going to be updated in conjunction while using rest with the distribution. Kali happens to be available with the following ARM devices:
Kali is specifically tailored to penetration testing and so, all documentation on this internet site assumes prior knowledge in the Linux computer. Install Download If all you need to do should be to install Kali on the Raspberry Pi, follow these instructions:
a nice fast 8 GB or maybe more SD card. Class 10 cards are strongly recommended.
the Kali Linux Raspberry Pi image from downloads area.
the dd utility to image this file for your SD card.
Alert! This process will eliminate your SD card. If you choose an incorrect storage device, you will erase your computers hard disk drive.
This process usually takes a while depending on the USB storage device speed and image size. Once the dd operation is complete, boot your Rasberry Pi using the SD card plugged in. You is going to be able to visit to Kali roottoor and startx. Thats it, youre done!
The Invisible Internet Project I2P is usually a computer network layer which allows applications to deliver messages together pseudonymously and securely. Uses include anonymous web surfing, chatting, blogging and file transfers. The software that implements this layer is referred to as an I2P router plus a computer running I2P is known as an I2P node. The software is Free and Open Source which is published under multiple licenses.
I2Pberry appeared to turn a Raspberry Pi right into a I2P node through which it is possible to access every one of the services offered through I2P. Detailed installation instructions and alternate download methods are included on our main site.
Bodhi Linux is really a small Linux distribution with all the Enlightenment window manager along with the ARM build is founded on Debian.
If you hit any snags or find bugs using this type of image please let us know inside the RPi a part of our user forums so you can improve this release.
Bodhi Linux moves ARM branch to ARMHF Download newest Release from The RPi Bodhi build is created directly in addition to Raspbian and incorporates all their changes and improvements.
Gentoo Linux is usually a source based rolling-release meta-distribution which emphasizes choice and adaptability. Gentoo ARM aims to get the most around date and fastest ARM distribution available.
Please bear in mind, adafruit is just not full time linux distro maintainers - we are going to try to fix any bugs find but this distro isn't for beginners or individuals who are new to linux!
First, if you do not know what Linux and distributions are, you ought to read some intriquing, notable and conflicting definitions of Linux. Then, learn about distributions. In short, the Tiny Core distribution is just like a customized version on the Linux kernel as well as other tools
RISC OS can be a fast and lightweight computer computer designed in Cambridge, England by Acorn. First released in 1987, its origins might be traced back on the original team that developed the ARM microprocessor. RISC OS includes BBC BASIC which has been primarily conceived to train programming skills as part in the BBC computer literacy project.
RISC OS Open ROOL has released the sources. Community members have ported the OS for the BeagleBoard and other alike hardware
What It The goal with this project should be to develop a native Commodore 64 emulator and main system for the Raspberry Pi, with all the following features: Fast boot up time - nearly instant on Output to HDMI and composite video sources GPIO pin link with external devices hooks through kernal code Ethernet connection USB Connections Access towards the full RAM on the Pi possibly via bank switching Multitasking through multiple emulation cores Modern graphics modes Think in the project like a Commodore 64 main system. It is based around the Comeback64 emulator. The goal are going to be to include all with the expected emulation features like SID sound, sprites, joystick connectivity, REU access, etc. In time, perhaps the emulation speed could possibly be changed, in addition to additional modern graphics modes. Links
Just copy on your Raspbian card. It has only been tested on composite output
A large amount of issues originated from people not understanding how to perform it right, just dropping the img file onto an SD card. So Ive customised a GParted LiveCD ISO and written up a custom script to hopefully put in a distro straight onto an SD card. This can be a very early iteration on this idea, but hopefully will establish into something useful.
At the second, essentially exactly what it will do is
1. Grab the report on Distros in the RPI Download page
2. Let an individual select which distro he wants to setup
3. Select the Disk device which he wants to setup it onto
4. dd the look onto the disk device.
5. Flash OS from zip file on SD Card:
6. Reset SD Card: This will format an SD Card back in defaults, one vfat partition.
PiBang linux can be a Raspbian-based distribution. PiBang is inspired by Crunchbang Linux, an i686 and x8668 Debian-based distribution. It comes preconfigured with many different helpful scripts and pipemenus along with a fork of Raspi-config with increases functions for instance support for changing the consumer and hostname. PiBang is additionally one in the heavier Rasperry Pi distributions boasting an extensive package set with favorites for example Abiword, OMXPlayer, GIMP, and VLC all pre-installed.
Plan 9 is usually a distributed operating-system originally designed and implemented by Ken Thompson, Rob Pike, Dave Presotto, and Phil Winterbottom Bell Labs. It is really a lean os that continues to be ported to super computers like IBMs Blue Gene as a result of tiny boards such the Raspberry Pi.
NetBSD is an os based off 4.3BSD and is also geared towards embedded systems. There may be an unofficial public release Download here comments around the release here
SlaXBMCRPi is usually a minimal Linux distribution dependant on Slackware ARM thats liable to bring a full-featured XBMC/Kodi solution in your Raspberry Pi. It allows an individual to exit from XBMC/Kodi towards the Desktop should he have to perform typical desktop tasks browsing, text editing etc.
Developer: Weighs 3.2GB and possesses all development packages necessary to compile the Linux kernel, XBMC and also other XBMC-related you aren't packages
Minimal: Weighs 1.9GB and features only the packages required to own XBMC. Does not include Midori and relevant dependencies
Raspberry Pi distribution designed for emulating game titles. Maintained by Shea Silverman
PiBox gives a build system determined by Crosstool-NG, Buildroot/Busybox, the Linux kernel, Rasperry Pi firmware and installation tools to produce a base system that is usually installed for an SD card to start a Raspberry Pi. The base system serves as being a foundation where opkg based extensions like XBMCBox might be installed. PiBox originated being a build system and has now been extended with opkgs for the media distributions. Its current focus is to offer a lightweight system for providing services wifi webcam, media server, platform for DLP display for travel trailers, though might an initial audience.
PiBox Development Platform may be the official name from the core build system. It provides the woking platform on how the following two merchandise is based.
PiBox Media Server is usually a purpose-specific implementation built on PiBox having a goal of providing a media server that could stream webcam video and serve videos over SMB. This is accomplished with the help of custom opkg installs for the base PiBox development platform. The PiBox Media Server might be used being a node over a network or being a wireless access point. Future plans include support for sensor management so that it is similar into a home monitoring system.
PiBox Media Player is really a purpose-specific implementation built on PiBox that has a goal of providing an isolated media player companion towards the Media Server. The player should integrate with PiBox Media Server over wifi with all the server acting to be a wireless access point. HDMI-based DLP projectors for use being a personal Drive In Theater experience. This is additionally accomplished with the addition of custom opkg installs for the base PiBox development platform.
PiBox Media Server and PiBox Media Player are consumer oriented distributions for distributed media playback in travel trailers without Internet connectivity. The UI will be based upon GTK with Cairo and also the system runs within the Raspberry Pi optimized PiBox Developement Platform distribution.
PiBox is a one man project. Id like to have more users with the system and welcome new developers. To get started using it please download the tarball, unpack it and utilize mksd card to format your SD card. Then makes use of the mkinstall script to setup the distribution on the SD card. To get started with development, please look at developer wiki on how to make the PiBox Development Platform.
Contact me at or if youre enthusiastic about helping out, have ideas for improvement or maybe want to know tips on how to use it.
OpenWrt is described being a Linux distribution for embedded devices.
The Raspberry Pi is actually supported because of the Barrier Braker release 14.07-rc1 available here:
The Raspberry Pi can be supported from the older Attitude Adjustment release 12.09-beta available here:
You should mirror those files if you want make use of them because they're built daily.
Nard is really a software development kit SDK written from scratch to the Raspberry Pi group of boards. Unlike Raspbian, which primarily is designed for desktop use, Nard is targeted on embedded systems running 24x7 for several years. It has many features requested by industrial users.
Volumio is referred to as an Audiophile Music Player solution for Raspberry PI and embedded single board computers. Evolution of RaspyFi project it really is based using a custom minimal Debian system fine tuned for Bit Perfect Audio Playback. It is created to be operated in headless mode, controlling and configuring it via its WebUI or from alternative party clients.
Ready to learn: flash it and youre ready Audiophile Quality: fine tuned ALSA for bit perfect and low latency playback Control it via integrated Webui with PC, Smartphone, Tablet FLAC, WAV, MP3, AAC, ALAC, PLS, Muse, DSD, OGG playback Easy configuration of Wi-Fi networking and NAS Mounts Airplay, UPNP, DLNA and WebRadios playback capability Audio out via HDMI, USB, Analog Jack, S/PDIF, I2S will depend on platform All Raspberry PI i2s DACs supported Multiroom Playback via Android App
Kano is often a fast and fun OS with the Raspberry Pi, pre-installed with modified Minecraft Pi and Chromium.
MINIBIAN can be a minimal Raspbian-based Linux image for Raspberry Pi. The main focus should be to have a compact, updated and stable distribution that is certainly fully suitable for official Raspbian Wheezy image, without GUI and unneeded tools. So this image is ideal for embedded projects, or wherever you need to work with all RPi helpful information on your specific tasks. The main advantage is the fact that MINIBIAN has an incredibly small footprint, boots in most seconds and uses just a couple of precious RPi RAM. Unlike other similar projects, MINIBIAN will not be obtained purging unneeded packages from original image, neither recompiling the foundation code: its simply a customized Raspbian installation obtained through the same repository employed for official RPi Wheezy image. So kernel and binary files are exactly precisely the same you will find on standard image, together with the difference that MINIBIAN fit on 512Mb SD Card, is fastest, plus much more frequently updated.
Slrpi slackware/raspberry pi is really a minimal installing of Slackware ARM with a Raspberry Pi. It is built using the mini root filesystem plus the Raspbian image.
motionPie can be a video surveillance distro for your Raspberry PI determined by BuildRoot and Motion.
Slackware ARMs primary goal is to produce as near as you possibly can a full port of Slackware x86. Some packages were not built since they're x86 only, whilst some have already been added to guide ARM platforms. Slackware could be the longest surviving- currently maintained- Linux distribution available and it is still essentially the most UNIX-like Linux distribution in existence. Slackware complies together with the published Linux standards, such because the Linux File System Standard and contains always considered simplicity and stability paramount. As a result, Slackware has become one with the most popular, stable, and friendly distributions available. Theres a multitude of people running Slackware ARM on their own RPis. Since before the turmoil Slackware ARM 14.0, there happen to be a number of community efforts to get Slackware to your Raspberry Pi. From preinstalled images to full installation guides, Slackware ARM features a thriving community of Raspberry Pi users, and it is very well supported in that respect. Slackware is definitely well known due to the reliability, power, and versatility, and thats exactly what you'll find when running it within the Raspberry Pi. The Slackware-on-Raspberry Pi community caters for everyone the original RPi versions along with the latest Raspberry Pi 2 model B.
Slackware ARM just isn't supported because of the Raspberry Pi Foundation. The Raspberry Pi is supported with the Slackware community, outside on the official Slackware ARM tree.
Ubuntu was planned to become the default distribution, even so the current version of Ubuntu only supports ARMv7 onwards, not the ARMv6 architecture used with the Raspberry Pis processor until Pi 2. Therefore Ubuntu won't work on Raspberry Pi 1, and there may be no further details about this changing from the near future.
A bug set of this subject was listed in Ubuntus bug tracker. The responses compared to that bug have an unofficial viewpoint coming from a Canonical employee, outlining how much work instructed to support ARMv6 and for that reason, potentially, Raspberry Pi 1. See Bug 848154
Windows 10 Internet of Things Core Edition can be acquired as preview version in the moment, together with the release of it it will likely be available for the maker and IoT community free of charge.
The following distributions have already been announced and may have already been publicly demonstrated but distributions usually are not generally available quite yet.
An ARM port of OpenSuSE has existed for many years. Since July 2012 it been available as well with the Raspberry Pi.
The status is beta. The OpenSuSE RPi image is minimalistic, without YaST. Installation of required and optional software and performing updates can be simple with zypper, precisely the same as on x86.
The MeeGo MER project comes with a Linux-based, Open Source software platform for your next generation of computers. The MeeGo MER software platform is designed to offer developers the broadest selection of device segments to focus on for their applications, including netbooks, handheld computing and communications devices, in-vehicle infotainment devices, smart TVs, tablets and much more all having a uniform pair of APIs according to Qt. XBMC can be an award-winning free and open source GPL software media player and entertainment hub for digital media. Meego TV 1.2 uses XBMC to be a reference GUI that's, a starting place for developing a custom GUI.
Puppy Linux is meant to be a tiny Linux distribution 100MB. One distro version of Puppy for ARM is SAP6 Debian6 armel binaries and another PuppiPlan all beneath the Puppy initiative. Puppy Linux is going time for his roots. Designed to operate from 256MB of RAM. Making just count. Join the Puppy geek adventure for 2012. Woof Woof
RPi-Buildroot is usually a set of Makefiles and patches which render it easy to generate a total customized embedded Linux system for the Raspberry Pi. This distro is founded on Buildroot so its ideal for somebody looking to create a trimmed-down or task-specific system.
Please observe that this distro is supposed for advanced users.
Aros is surely an Open Source Amiga like computer OS on the API level. This version runs as being a task under Linux to look at advantage with the drivers available within the GNU Linux OS core.
The Android Transporter allows someone to share display content wirelessly with remote screens in real time. Please be aware the Transporter continues to be a technology study and it can be missing the maturity of any full-featured product. However, we think that this Android Transporter is exciting enough to lead you to play around along with it. We believe that with all the recently released Miracast standard you'll get an incredibly similar technology in upcoming Android devices, therefore we are considering making the Transporter compliant together with the Miracast specs.
QUICK START GUIDE Lets start while using Asus Nexus 7. By installing the Android Transporter firmware on your own Asus Nexus 7 all data for the device is going to be removed for example the contents from the/sdcard directory! So maybe you wish to backup some data before beginning. To start, enable USB debugging in your Nexus 7 by switching about this option under Settings - Developer options. Next, unlock the bootloader within your Nexus 7 device. This will void your device warranty and it will even do a factory reset! Install the adb and fastboot utilities. On Microsoft Windows you will probably need Googles USB drivers. Just search the Internet for instructions how to fit this tools. Unlocking the bootloader is completed by getting the device in to the bootloader with all the adb reboot bootloader command. Now unlock it with all the fastboot oem unlock command. Download the Android Transporter firmware with the Asus Nexus 7 and unpack it. Reboot your Nexus 7 device in to the bootloader using adb reboot bootloader. In the Android-Transporter directory you are going to find the flash script, that is called Be aware that this fastboot utility has to get available inside the PATH environment for your flash script. Execute the flash script. Your Asus Nexus 7 has become ready. To switch back towards the original Nexus 7 firmware image you need to first download it from Googles factory images site. Then you are able to flash the initial firmware image using a similar instructions that you simply used to flash the Android Transporter firmware image.
Lets move on for the Raspberry Pi. Download the Android Transporter firmware with the Raspberry Pi and unpack it. Insert an SD card into the card reader and flash the firmware image utilizing the dd utility: sudo dd bs1M of/dev/sdX. Substitute/dev/sdX while using real SD card device name. For more home elevators flashing the Raspberry Pi begin to see the Embedded Linux Wiki page for your Raspberry Pi. The Raspberry Pi is actually also ready.
Next, you need to set up the networking between two devices. You can either connect both devices for a home router or you'll be able to make use from the Raspberry Pi Wi-Fi hotspot. Both scenarios have to have the Raspberry Pi being plugged for your home router. The Wi-Fi hotspot works together with USB Wi-Fi adapters which might be supported because of the Realtek rtl8192cu Linux driver. We tested the Wi-Fi hotspot together with the Netgear N150 Microadapter and using the Asus N13 Wi-Fi Stick. It works well with both Wi-Fi sticks except we occasionally had some power consumption issues while using Asus device. If you want to create use in the Wi-Fi hotspot plug inside the stick prior to a Raspberry Pi starts up. The network name with the Wi-Fi hotspot is RaspberryPiAP and also the default password is The Wi-Fi hotspot can have the advantage the Android Transporter has its dedicated network to reduce the latency jitter during screen mirroring. If you connect both devices for your home router please make sure the Wi-Fi transmitting power of your respective router is defined to high. Otherwise you may go through high packet loss, that's bad to the Android Transporter.
When congratulations, you connect your Nexus 7 to your Wi-Fi network you need to the Android Transporter you must see the Raspberry Pi from the list of obtainable media hubs. The Raspberry Pi has announced itself as media sink via service discovery. Just tap about the Raspberry Pi item to start out the screen mirroring. If you wish to stop the screen mirroring just pull along the notification bar and then click the Android Transporter Switch off item.
By default the Android Transporter is likely to make use in the H.264 over RTP over UDP streaming protocols in accordance with RFC3984. If you are in the building with a great deal of Wi-Fi networks, it usually is possible which the Android Transporter isn't going to work effectively because of high packet loss. If that will be the case it is best to switch to your H.264 over RTP over TCP streaming protocols based on RFC3984 and RFC4571. You can do this from the preferences with the Android Transporter app. The latency will typically be around 20-30ms higher when while using the reliable TCP transport protocol.
Enjoy the Android Transporter tech demo.
The Android Transporter is usually a custom ROM instead of an app since we had to generate adjustemts to varied parts with the Android platform to really make it happen.
Distributions - os's and development environments for your Raspberry Pi.
The Debian Squeeze image originally issued from the Raspberry Pi foundation because recommended distribution used soft float settings. The foundation felt necessary make use of the existing Debian port for less-capable ARM devices because of time and resource constraints during development on the Raspberry Pi. Therefore, this didn't make use with the Pi s processors floating point hardware - decreasing the Pi s performance during floating point intensive applications - or advanced instructions from the ARMv6 CPU.
The official Raspberry Pi distributions are optimized for ARMv6 as well as hard float that will have better performance on certain CPU intensive tasks.
There is really a information within the news groups tough float optimization can increase floating point operating nearly 10x, please read detailed discussion about the Raspberry Pi forums.
Optional installer dietpi-software for popular, able to run, optimized programs unique to everyone Pi ModelsKodi/RetroPie etc.
NoneOptional minimal LXDE with dietpi-software installer.
2014-10-02 14.07 Barrier Breaker
GNU General Public License version 3.0
image Source, rootfs, staging tree, install images, SD card builder
Browser-only restricted fullscreen: Chromium, Firefox or Midori
The Raspberry Pi Fedora Remix is really a Linux software distribution to the Raspberry Pi computer. It contains software packages on the Fedora Project specifically, the Fedora ARM secondary architecture project, packages which are already specifically written for or modified for that Raspberry Pi, and proprietary software given by the Raspberry Pi Foundation for device access.
The V2 Cloud image is designed with the Raspberry Pi 2 to really make it a thin client to reach a cloud-based Windows virtual desktop. The image is founded on Raspbian and has an interface to remotely access a virtual desktop over the Internet with USB redirection.
Debian was the default distribution about the Alpha boards. Boot time depends upon width speed of SD-card. Alpha board boot into Debian prompt no GUI was timed taking about 34 seconds.
The Debian distro for Raspberry Pi would be the Cambridge reference filesystem, which is often a fully functional Debian Squeeze installation containing LXDE desktop and Midori browser; development tools; and sample code for accessing the multimedia functionality around the device.
Arch Linux ARM will depend on Arch Linux, which aims for simplicity and full control to your end user. It supplies a lightweight base structure that allows someone to shape the machine to your needs. For this reason, the Arch Linux ARM image for that Raspberry Pi doesn't come having a graphical user interface, though you may easily install one yourself. Please note which the Arch distribution might not be suitable for freshies.
Arch Linux ARM is using a rolling-release cycle that could be updated daily through small packages as an alternative to huge updates every several months.
Raspberry Pi Debian Raspbian. Initially a project to build a hard float port of Debian Wheezy 7.x armhf with the Raspberry Pi. The intent of Raspbian is always to bring to your Raspberry Pi user over 35, 000 pre-built Debian packages specifically tuned for optimal performance around the Raspberry Pi hardware. The project was designed in June, 2012. However, Raspbian remains to be under active development with the emphasis on helping the stability and gratification of several Debian packages as is possible.
For newcomers the images given by the Raspberry Pi foundation are recommended; they are available through the Raspberry Pi Foundations download page.
In September 2015 the Foundation released a different image based around the Debian Jessie release. This has many changes on the Debian Wheezy release.
The same image is used with the earlier Raspberry Pis ARMv6 and also the later Pi2 ARMv7.
At its core, DietPi will be the goto image to get a minimal Raspbian/Debian Server install. Weve stripped down and removed everything on the official Raspbian image to present us a bare minimal Raspbian server image we call DietPi-Core.
Minimal and optimized Raspbian Image for many Pi models.
DietPi-Software: Install optional able to run software, quickly, with optimizations unique for your Pi model.
DietPi-Config: A feature rich config tool for the Pi. Overclock and tweak your pi, scan and hook up with wifi SSIDs, and plenty of many more options.
ARMhf - hardware floating point calculations.
Small 120MB compressed image.
RamLog installed. All logs goto RAM and have cleared on day after day with cron saves SD writes, performance increased, no need for rsyslog.
Lightweight SSH server Dropbear is installed as opposed to OpenSSH.
Wifi Support. Unlike most Raspbian minimal images, ours includes full Wifi support.
DietPi-Software: DietPi-Software provides for popular, optional install choices. All of which are pre-configured and willing to run considering the optimizations and configurations finished you. This means get the maximum performance from the Pi as well as the software you elect to install
LXDE Lightweight Desktop, with no bloatware within Raspbian
Change resolution, set audio output, analogue audio quality etc.
Tweak ARM temp limits, change CPU governor settings and plenty of more.
Full networking tool that allows someone to connect to Wifi SSIDs easily, change static IPs address, and several more options.
Samba client utility allows one to quickly and easily hook up with Windows Shares.
NoIp client utility, allows you to definitely quickly and easily setup your internet site address on your Pi.
nOS is an os for the Raspberry Pi that aims to produce the device simple, fast and easy to utilize. It incorporates an XFCE desktop which can be lightweight and user-friendly for previous users of Microsoft Windows. It runs on the modified version with the NOOBS installer for your installation mainly because it only needs a quick drag and drop on the SD card.
A very compact ARM HF distribution, using 20Mb of RAM with SSH server running for that entire main system. It fits in a very 128Mb SD card, has auto-resizing features to improve adapt in your SD card size and uses its very own repositories for installing everything required. A wise configuration and also a small memory footprint are great for an headless machine and for interacting with real word I/O devices, examine Moebius Website. Version 2 is current stable version.
This is really a stripped-down version of Raspbian by extra packages.
Red Sleeve Linux is usually a Linux distribution that aims to create the RHEL clone design on the ARM architecture. There are images for a lot of ARM devices such as the Raspberry Pi.
IPFire is undoubtedly an Open Source firewall distribution for x86 and ARM-based systems. It turns the Raspberry Pi computer in a small router for home networks and incredibly small businesses. As the Raspberry Pi computer is sold with only one NIC, it really works perfectly like a 3G router without plugging in hardware.
The generally small system that can offer essential services for networks may be enhanced by addons which add additional features to IPFire. So it can be turned in to a file server and many more.
Thin Client project want to build a very cheap thin client over Raspberry Pi board! Microsoft RDC, Citrix ICA VMWare View
BerryTerminal is usually a minimal Linux distribution created to turn the Raspberry Pi mini computer to a low-cost thin client. It allows users to login into a central Edubuntu or another LTSP server, and run applications around the central server. It does not operated with Raspberry Pi 2 with all the ARM7 CPU.
The same project provides a useful installer tool called BerryBoot with versions for the original Raspberry Pi and Raspberry Pi 2.
GeeXboX can be a free and Open Source Media-Center purposed Linux distribution for embedded devices and personal computers. GeeXboX will not be an application, its a complete-featured OS, that one can boot as being a LiveCD, coming from a USB key, an SD/MMC card or install on its regular HDD. The GeeXboX distribution is lightweight and made for one single goal: embed all major multimedia applications about turn your personal machine into an HTPC.
None from the currently available solutions complete a perfect job with running XBMC/Kodi within the Pi, however OpenELEC comes certainly the closest, inspite of its locked-down nature.
This fork aims to remedy ab muscles few flaws in their implementation also to focus 100% for the Pi, as well as sticking to upstream and incorporating its updates.
Low idle CPU usage 15% Smoother plus more responsive Built-in XBMC addons: iPlayer, custom fixed version of Demand 5, various unofficial repos iPlayer, 4oD, Demand 5, ITV Player, SportsDevil all fully testedworking Improved wifi connectivity Added test-connman scripts for simple wifi setup Added wirelesstools iwconfig etc. Added rndiswlan wifi driver broadcom 4320 chipset Easy SD card installation script for building from source
OpenELEC can be an embedded main system built specifically running XBMC, the Open Source entertainment media hub. The idea behind OpenELEC is always to allow people make use of their Home Theatre PC HTPC like several other device you may have attached in your TV, as being a DVD player or Sky box. Instead of being forced to manage a full os, configure it and install the packages needed to turn it in a hybrid media center, OpenELEC is created to be simple to set up, manage and make use of, turning it into more like owning a set-top box over a full-blown computer.
In February 2012, announced their ARM port for Raspberry Pi
Raspbmc now OSMC is usually a Linux distribution dependant on Debian that literally brings XBMC/Kodi for a Raspberry Pi. This device comes with an excellent form factor and enough capacity to handle media playback, rendering it an ideal component inside a low HTPC setup, yet delivering the identical XBMC/Kodi experience that is usually enjoyed on considerably more expensive platforms. Raspbmc is brought for you by the developer with the Crystalbuntu Linux Distribution, which XBMC/Kodi and 1080p decoding towards the 1st generation Apple TV.
XBian is usually a small, fast and lightweight media center distro for your Raspberry Pi, based on the minimal Raspbian image. Its slogan is XBMC on Raspberry Pi, bleeding edge therefore its main focus is delivering the easiest XBMC/Kodi solution to the Raspberry Pi. Thereby making most from the commercial media-center products
Debian-based Apt repo so keeping one's body up-to-date is simple.
RasPlex is undoubtedly an Entertainment Center Solution for Raspberry Pi Simply put, RasPlex allows you to turn your TV in to a Smart TV. Similar to your AppleTV, but absolutely free and Open Source, RasPlex is essentially a set-top box software. Once RasPlex is stable, it provides support for legacy console game emulation NES, SNES, etc, and also Plex Channels Netflix, Crackle, Youtube, etc. RasPlex can be a Plex Home Theater Client More technically stated, RasPlex is really a complete port of Plex Home Theater formerly Plex Media Center for Raspberry Pi. RasPlex currently runs using OpenELEC for reasons of limited manpower, but there can be a working Raspbian port that needs a while to be brought around speed. RasPlex was developed on Gentoo linux, but that port has since been abandoned for performance reasons. We regularly merge in changes from Plex Home Theater and OpenELEC. Once things cool down a bit and now we are more stable or we are the manpower, we are going to maintain a Raspbian release likewise. RasPlex may be the Perfect Companion into a Plex Media Server Many people make use of expensive computers as Plex Clients, or will need to go through the inconvenient of plugging a computer to their TV as long as they want to utilize Plex. With RasPlex, just install it and your media is obviously ready. Put one on every TV, and also have your media everywhere! You can even put RasPlex on the friends TVs, and observe your media remotely.
PwnPi can be a Linux-based penetration testing Dropbox distribution with the Raspberry Pi. It currently has 181 network security tools pre-installed to support the penetration tester. It is built for the Debian Squeeze image from your Raspberry Pi foundations website and uses XFCE as window manager
Description This Debian Squeeze image designed to perform pwn plug kind of attacks using Raspberry Pi. Please look in the wiki for more details Wiki
Kali is usually a complete rebuild of BackTrack Linux, adhering completely to Debian development standards. All-new infrastructure may be put in place, all tools were reviewed and packaged, so we use Git as VCS.
More than 300 penetration testing tools: After reviewing every tool that had been included in BackTrack, we eliminated lots of tools that either failed to work or had other tools available that provided similar functionality.
Free and constantly will be: Kali Linux, like its predecessor, is free and always are going to be. You will never, ever need to pay for Kali Linux.
Open Git source tree: We are huge proponents of Open Source software and our development tree can be acquired for all to discover and all sources are available for anyone who want to tweak and rebuild packages.
FHS compliant: Kali may be developed to adhere to your Filesystem Hierarchy Standard, allowing all Linux users to simply locate binaries, support files, libraries, etc.
Wide wireless device support: We have built Kali Linux to support several wireless devices even as possibly can, allowing it to own properly with a wide variety of hardware and so that it is compatible with numerous USB along with wireless devices.
Custom kernel patched for injection: As penetration testers, the 'development' team often would need to do wireless assessments so our kernel has the most up-to-date injection patches included.
Secure development environment: The Kali Linux team is made up of your small gang of trusted people that can only commit packages and interact using the repositories with all the multiple secure protocols.
GPG signed packages and repos: All Kali packages are signed by each one developer when they may be built and committed plus the repositories subsequently sign the packages too.
Multi-language: Although pentesting tools are generally written in English, we now have ensured that Kali has true multilingual support, allowing more users to work in their native language and locate the equipment they need for your job.
Completely customizable: We know that not everyone will accept our design decisions so we have now made it as being easy as you can for our more adventurous users to customize Kali Linux on their liking, all of the way down to your kernel.
ARMEL and ARMHF support: Since ARM-based systems have grown to be more plus much more prevalent and inexpensive, we knew that Kalis ARM support would have to be as robust even as could manage, producing working installations for both ARMEL and ARMHF systems. Kali Linux has ARM repositories integrated while using mainline distribution so tools for ARM will probably be updated in conjunction with all the rest in the distribution. Kali is available with the following ARM devices:
Kali is specifically tailored to penetration testing and so, all documentation on this website assumes prior knowledge on the Linux computer. Install Download If all you have to to do is usually to install Kali on your own Raspberry Pi, follow these instructions:
a nice fast 8 GB or higher SD card. Class 10 cards are strongly suggested.
2. Download the Kali Linux Raspberry Pi image from downloads area.
the dd utility to image this file on your SD card.
Alert! This process will erase your SD card. If you choose an incorrect storage device, you will obliterate your computers disk drive.
This process usually takes a while depending on your own USB storage device speed and image size. Once the dd operation is complete, boot the Rasberry Pi together with the SD card plugged in. You will likely be able to join to Kali roottoor and startx. Thats it, youre done!
The Invisible Internet Project I2P can be a computer network layer that enables applications to transmit messages to one another pseudonymously and securely. Uses include anonymous web surfing, chatting, blogging and file transfers. The software that implements this layer is known as an I2P router along with a computer running I2P is named an I2P node. The software is Free and Open Source and is particularly published under multiple licenses.
I2Pberry is made to turn a Raspberry Pi in a I2P node through which you may access each of the services offered through I2P. Detailed installation instructions and alternate download methods are included on our main site.
Bodhi Linux is usually a small Linux distribution while using Enlightenment window manager as well as the ARM build is dependant on Debian.
If you hit any snags or find bugs using this image please let us know from the R Pi area of our user forums so you can improve this release.
Bodhi Linux moves ARM branch to ARMHF Download newest Release from The R Pi Bodhi build is constructed directly in addition to Raspbian and incorporates all their changes and improvements.
Gentoo Linux is usually a source based rolling-release meta- distribution which emphasizes choice and suppleness. Gentoo ARM aims to become the most nearly date and fastest ARM distribution available.
adafruit- raspberry-pi - educational-linux-distro/occidentalis-v0-dot-1 Occidentalis v0.1. Rubus occidentalis could be the black raspberry. It is created from Raspbian Wheezy July 15 Made some key changes to restore more hardware-hacker friendly!
Please take into account, adafruit isn't full time linux distro maintainers - we're going to try to fix any bugs we look for but this distro is just not for beginners or people who find themselves new to linux!
First, fantastic know what Linux and distributions are, you must read some intriquing, notable and conflicting definitions of Linux. Then, find out about distributions. In short, the Tiny Core distribution is such as a customized version on the Linux kernel along with other tools
RISC OS is usually a fast and lightweight computer os designed in Cambridge, England by Acorn. First released in 1987, its origins is usually traced back on the original team that developed the ARM microprocessor. RISC OS includes BBC BASIC which has been primarily conceived to instruct programming skills as part from the BBC computer literacy project.
RISC OS Open ROOL has released the sources. Community members have ported the OS on the BeagleBoard and other alike hardware
In November 2011, announced that RISC OS will likely be available alternatively OS for Raspberry Pi
What It The goal on this project would be to develop a native Commodore 64 emulator and os for the Raspberry Pi, while using following features: Fast boot up time - nearly instant on Output to HDMI and composite video sources GPIO pin link to external devices hooks through the kernal code Ethernet connection USB Connections Access to your full RAM on the Pi possibly via bank switching Multitasking with multiple emulation cores Modern graphics modes Think on the project being a Commodore 64 main system. It is based about the Comeback64 emulator. The goal is going to be to include all in the expected emulation features like SID sound, sprites, joystick connectivity, REU access, etc. In time, even emulation speed could possibly be changed, together with additional modern graphics modes. Links
Just copy on your Raspbian card. It has only been tested on composite output
A large amount of issues originated from people being unsure of how to try and do it right, just dropping the img file onto an SD card. So Ive customised a GParted LiveCD ISO and written up a custom script to hopefully put in a distro straight onto an SD card. This can be a very early iteration with this idea, but hopefully will establish into something useful.
At the second, essentially just what it will do is
1. Grab the number of Distros from your RPI Download page
2. Let an individual select which distro he wants to set up
3. Select the Disk device he wants to setup it onto
4. dd the style onto the disk device.
5. Flash OS from zip file on SD Card:
6. Reset SD Card: This will format an SD Card to defaults, one vfat partition.
PiBang linux is usually a Raspbian-based distribution. PiBang is inspired by Crunchbang Linux, an i686 and x8668 Debian-based distribution. It comes preconfigured with a lot of helpful scripts and pipemenus in addition to a fork of Raspi-config with increases functions for example support for changing anyone and hostname. PiBang can also be one in the heavier Rasperry Pi distributions boasting an extensive package set with favorites like Abiword, OMXPlayer, GIMP, and VLC all pre-installed.
Plan 9 can be a distributed computer originally designed and implemented by Ken Thompson, Rob Pike, Dave Presotto, and Phil Winterbottom Bell Labs. It is usually a lean os that may be ported to super computers including IBMs Blue Gene into tiny boards such the Raspberry Pi.
NetBSD is an operating-system based off 4.3BSD which is geared towards embedded systems. There continues to be an unofficial public release Download here comments in regards to the release here
SlaXBMCRPi can be a minimal Linux distribution determined by Slackware ARM thats liable to bring a full-featured XBMC/Kodi solution on your Raspberry Pi. It allows the consumer to exit from XBMC/Kodi towards the Desktop should he have to perform typical desktop tasks browsing, text editing etc.
Developer: Weighs 3.2GB and possesses all development packages necessary to compile the Linux kernel, XBMC along with other XBMC-related or otherwise packages
Minimal: Weighs 1.9GB and possesses only the packages required to operate XBMC. Does not include Midori and relevant dependencies
Raspberry Pi distribution designed for emulating games. Maintained by Shea Silverman
PiBox gives a build system determined by Crosstool-NG, Buildroot/Busybox, the Linux kernel, Rasperry Pi firmware and installation tools to produce a base system that could be installed in an SD card too a Raspberry Pi. The base system serves being a foundation on what opkg based extensions for instance XBMCBox could be installed. PiBox originated as being a build system and it has been extended with opkgs on the media distributions. Its current focus is to produce a lightweight system for providing services wifi webcam, media server, platform for DLP display for travel trailers, though this is simply an initial audience.
PiBox Development Platform will be the official name in the core build system. It provides the system on how the following two goods are based.
PiBox Media Server can be a purpose-specific implementation built on PiBox using a goal of providing a media server which could stream webcam video and serve videos over SMB. This is accomplished with the addition of custom opkg installs for the base PiBox development platform. The PiBox Media Server might be used as being a node over a network or to be a wireless access point. Future plans include support for sensor management so that it is similar into a home monitoring system.
PiBox Media Player is usually a purpose-specific implementation built on PiBox that has a goal of providing an isolated media player companion towards the Media Server. The player is to integrate with PiBox Media Server over wifi using the server acting like a wireless access point. HDMI-based DLP projectors for use to be a personal Drive In Theater experience. This can also be accomplished with the addition of custom opkg installs for the base PiBox development platform.
PiBox Media Server and PiBox Media Player are consumer oriented distributions for distributed media playback in travel trailers without Internet connectivity. The UI is founded on GTK with Cairo and also the system runs for the Raspberry Pi optimized PiBox Developement Platform distribution.
PiBox happens to be a one man project. Id like to have more users with the system and welcome new developers. To get started using the computer please download the tarball, unpack it and utilize mksd card to format your SD card. Then utilize mkinstall script to put in the distribution to your SD card. To get started with development, please see the developer wiki on how to create the PiBox Development Platform.
Contact me at or if youre considering helping out, have ideas for improvement or simply want to know the way to use the computer.
OpenWrt is described as being a Linux distribution for embedded devices.
The Raspberry Pi is supported because of the Barrier Braker release 14.07-rc1 available here:
The Raspberry Pi is additionally supported from the older Attitude Adjustment release 12.09-beta available here:
You should mirror those files if you want to make use of them because they may be built daily.
Nard is often a software development kit SDK written from scratch with the Raspberry Pi class of boards. Unlike Raspbian, which primarily is designed for desktop use, Nard specializes in embedded systems running 24x7 for many years. It has many features requested by industrial users.
Volumio is identified as an Audiophile Music Player solution for Raspberry PI and embedded single board computers. Evolution of RaspyFi project it truly is based on the custom minimal Debian system fine tuned for Bit Perfect Audio Playback. It is built to be operated in headless mode, controlling and configuring it via its WebUI or from vacation clients.
Ready to try out: flash it and youre ready Audiophile Quality: fine tuned ALSA for bit perfect and low latency playback Control it via integrated Webui with PC, Smartphone, Tablet FLAC, WAV, MP3, AAC, ALAC, PLS, Muse, DSD, OGG playback Easy configuration of Wi-Fi networking and NAS Mounts Airplay, UPNP, DLNA and WebRadios playback capability Audio out via HDMI, USB, Analog Jack, S/PDIF, I2S is determined by platform All Raspberry PI i2s DACs supported Multiroom Playback via Android App
Kano is often a fast and fun OS for your Raspberry Pi, pre-installed with modified Minecraft Pi and Chromium.
MINIBIAN is really a minimal Raspbian-based Linux image for Raspberry Pi. The main focus is usually to have a smaller, updated and stable distribution that's fully appropriate for official Raspbian Wheezy image, without GUI and unneeded tools. So this image is ideal for embedded projects, or wherever you need to work with all RPi helpful your specific tasks. The main advantage is MINIBIAN has an exceptionally small footprint, boots in a few seconds and uses just handful of precious RPi RAM. Unlike other similar projects, MINIBIAN hasn't been obtained purging unneeded packages from original image, neither recompiling the origin code: its only a customized Raspbian installation obtained from your same repository useful for official RPi Wheezy image. So kernel and binary files are exactly the identical you will find on standard image, while using difference that MINIBIAN fit on 512Mb SD Card, is fastest, and even more frequently updated.
Slrpi slackware/raspberry pi can be a minimal installing Slackware ARM on the Raspberry Pi. It is built together with the mini root filesystem and also the Raspbian image.
motionPie is often a video surveillance distro with the Raspberry PI depending on BuildRoot and Motion.
Slackware ARMs primary goal is to produce as near as it can be a full port of Slackware x86. Some packages were not built since these are x86 only, whilst some are already added to guide ARM platforms. Slackware could be the longest surviving- currently maintained- Linux distribution available and is also still by far the most UNIX-like Linux distribution available. Slackware complies while using published Linux standards, such since the Linux File System Standard and it has always considered simplicity and stability paramount. As a result, Slackware has become one with the most popular, stable, and friendly distributions available. Theres a multitude of people running Slackware ARM on the RPis. Since before the launch of Slackware ARM 14.0, there are already a number of community efforts to take Slackware to your Raspberry Pi. From preinstalled images to full installation guides, Slackware ARM incorporates a thriving community of Raspberry Pi users, and is particularly very well supported in that respect. Slackware happens to be well known because of its reliability, power, and versatility, and thats exactly what you might find when running it for the Raspberry Pi. The Slackware-on- Raspberry Pi community caters for those the original RPi versions plus the latest Raspberry Pi 2 model B.
Slackware ARM is just not supported because of the Raspberry Pi Foundation. The Raspberry Pi is just supported because of the Slackware community, outside from the official Slackware ARM tree.
Slackware ARM 13.37 about the Raspberry Pi 1 model A/B
Ubuntu was basically planned to get the default distribution, however the current version of Ubuntu only supports ARMv7 onwards, not the ARMv6 architecture used with the Raspberry Pi s processor until Pi 2. Therefore Ubuntu won't work on Raspberry Pi 1, and there's no further specifics of this changing from the near future.
A bug directory this subject was listed in Ubuntus bug tracker. The responses to this bug feature an unofficial viewpoint at a Canonical employee, outlining the number of work forced to support ARMv6 and as a consequence, potentially, Raspberry Pi 1. See Bug 848154
Windows 10 Internet of Things Core Edition can be acquired as preview version for the moment, with all the release of it it is going to be available for the maker and IoT community free of charge.
The following distributions are actually announced and may have already been publicly demonstrated but distributions are certainly not generally available quite yet.
An ARM port of OpenSuSE has existed for a few years. Since July 2012 it been available as well for your Raspberry Pi.
The status happens to be beta. The OpenSuSE RPi image is minimalistic, without YaST. Installation of required and optional software and performing updates may be simple with zypper, precisely the same as on x86.
The MeeGo MER project supplies a Linux-based, Open Source software platform to the next generation of computers. The MeeGo MER software platform is designed to supply developers the broadest choice of device segments to a target for their applications, including netbooks, handheld computing and communications devices, in-vehicle infotainment devices, smart TVs, tablets and much more all having a uniform list of APIs according to Qt. XBMC is definitely an award-winning free and open source GPL software media player and entertainment hub for digital media. Meego TV 1.2 uses XBMC like a reference GUI that's, a beginning for developing a custom GUI.
Puppy Linux is meant to be a tiny Linux distribution 100MB. One distro version of Puppy for ARM is SAP6 Debian6 armel binaries and another PuppiPlan all within the Puppy initiative. Puppy Linux is going to his roots. Designed running from 256MB of RAM. Making equally count. Join the Puppy geek adventure for 2012. Woof Woof
RPi-Buildroot is often a set of Makefiles and patches making it easy to generate a total customized embedded Linux system for the Raspberry Pi. This distro will be based upon Buildroot so its great for somebody looking to construct a trimmed-down or task-specific system.
Please observe that this distro was generated for advanced users.
Aros is undoubtedly an Open Source Amiga like main system OS on the API level. This version runs like a task under Linux for taking advantage from the drivers available within the GNU Linux OS core.
The Android Transporter allows one to share display content wirelessly with remote screens in real time. Please be aware the Transporter continues to be a technology study and it's missing the maturity of an full-featured product. However, we think how the Android Transporter is exciting enough to help you to play around along with it. We believe that using the recently released Miracast standard you'll get an exceptionally similar technology in upcoming Android devices, and now we are considering making the Transporter compliant using the Miracast specs.
QUICK START GUIDE Lets start using the Asus Nexus 7. By installing the Android Transporter firmware in your Asus Nexus 7 all data about the device are going to be removed such as the contents from the/sdcard directory! So maybe you need to backup some data prior to starting. To start, enable USB debugging with your Nexus 7 by switching with this option under Settings - Developer options. Next, unlock the bootloader of one's Nexus 7 device. This will void your device warranty and it can even do a factory reset! Install the adb and fastboot utilities. On Microsoft Windows additionally, you will need Googles USB drivers. Just search the Internet for instructions how to setup this tools. Unlocking the bootloader is conducted by getting the device into your bootloader utilizing the adb reboot bootloader command. Now unlock it with all the fastboot oem unlock command. Download the Android Transporter firmware to the Asus Nexus 7 and unpack it. Reboot your Nexus 7 device in to the bootloader using adb reboot bootloader. In the Android-Transporter directory you'll find the flash script, that's called Be aware the fastboot utility has to get available within the PATH environment for your flash script. Execute the flash script. Your Asus Nexus 7 is ready. To switch back on the original Nexus 7 firmware image you ought to first download it from Googles factory images site. Then you may flash the first firmware image using exactly the same instructions that you just used to flash the Android Transporter firmware image.
Lets move on on the Raspberry Pi. Download the Android Transporter firmware with the Raspberry Pi and unpack it. Insert an SD card in your card reader and flash the firmware image while using dd utility: sudo dd bs1M of/dev/sdX. Substitute/dev/sdX with all the real SD card device name. For more information about flashing the Raspberry Pi begin to see the Embedded Linux Wiki page with the Raspberry Pi. The Raspberry Pi is currently also ready.
Next, you must set up the networking relating to the two devices. You can either connect both devices on your home router or you'll be able to make use with the Raspberry Pi Wi-Fi hotspot. Both scenarios have to have the Raspberry Pi to get plugged to your home router. The Wi-Fi hotspot works together USB Wi-Fi adapters which might be supported from the Realtek rtl8192cu Linux driver. We tested the Wi-Fi hotspot with all the Netgear N150 Microadapter and together with the Asus N13 Wi-Fi Stick. It works well with both Wi-Fi sticks except that individuals occasionally had some power consumption issues using the Asus device. If you want for making use in the Wi-Fi hotspot plug from the stick ahead of the Raspberry Pi starts up. The network name in the Wi-Fi hotspot is RaspberryPiAP along with the default password is The Wi-Fi hotspot might have the advantage the Android Transporter has its dedicated network to attenuate the latency jitter during screen mirroring. If you connect both devices in your home router please make sure which the Wi-Fi transmitting power of the router is scheduled to high. Otherwise you may feel high packet loss, and that is bad for your Android Transporter.
When at this point you connect your Nexus 7 to your Wi-Fi network and commence the Android Transporter you ought to see the Raspberry Pi inside list of accessible media hubs. The Raspberry Pi has announced itself as media sink via service discovery. Just tap within the Raspberry Pi item to begin with the screen mirroring. If you intend to stop the screen mirroring just pull on the notification bar and click on the Android Transporter Switch off item.
By default the Android Transporter could make use on the H.264 over RTP over UDP streaming protocols in accordance with RFC3984. If you are in a very building with a great deal of Wi-Fi networks, it could be possible how the Android Transporter isn't going to work rather well because of high packet loss. If that would be the case you ought to switch on the H.264 over RTP over TCP streaming protocols in accordance with RFC3984 and RFC4571. You can do this inside preferences in the Android Transporter app. The latency will typically be around 20-30ms higher when with all the reliable TCP transport protocol.
Enjoy the Android Transporter tech demo.
The Android Transporter is usually a custom ROM and never an app since we had to generate adjustemts to varied parts on the Android platform so it will be happen.