Getting started with Emdebian
Why use Emdebian rather than Debian?
The most obvious reason is installation sizes. Debian simply cannot fit onto some devices that could run GNU/Linux. Other machines can accommodate a typical Debian installation but would have little available space for user data etc. and adding more storage is impossible or impractical. See more on the available flavours of Emdebian. Generally, if the machine can be easily extended with an extra internal hard drive or by replacing the existing hard drive with a larger one, there is no particular reason to look at Emdebian for that machine. Embedded devices typically have no such way of adding more storage, at least not internally.
Why use Emdebian rather than Debian?
The most obvious reason is installation sizes. Debian simply cannot fit onto some devices that could run GNU/Linux. Other machines can accommodate a typical Debian installation but would have little available space for user data etc. and adding more storage is impossible or impractical. See more on the available flavours of Emdebian. Generally, if the machine can be easily extended with an extra internal hard drive or by replacing the existing hard drive with a larger one, there is no particular reason to look at Emdebian for that machine. Embedded devices typically have no such way of adding more storage, at least not internally.
http://www.emdebian.org
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Bifferboard
* 150MHz CPU, Intel 486SX instruction set, MMU.
* 1 watt power consumption (200mA @5v)
* 68mm x 28mm x 21mm (weight 28g)
* 32MB SDRAM/8MB Flash
* OHCI/EHCI USB 2.0
* 10/100 ethernet
* Serial console 115200 baud (can be used as 2 GPIO)
* 4-pin JTAG (can be used as GPIO)
* 2 permanent GPIO (1 LED, 1 button)
* Linux 2.6.32.16
* Supplied pre-flashed with OpenWrt
* 35 pounds each -->Buy
So what can you do with one? Some random links to the wiki:
Slackware| Debian| Gentoo| OpenWrt| i2c| 1-wire| Bluetooth| Hard real-time| MMC| Emulate it
See also:
Wiki| Chat| JTAG
* 150MHz CPU, Intel 486SX instruction set, MMU.
* 1 watt power consumption (200mA @5v)
* 68mm x 28mm x 21mm (weight 28g)
* 32MB SDRAM/8MB Flash
* OHCI/EHCI USB 2.0
* 10/100 ethernet
* Serial console 115200 baud (can be used as 2 GPIO)
* 4-pin JTAG (can be used as GPIO)
* 2 permanent GPIO (1 LED, 1 button)
* Linux 2.6.32.16
* Supplied pre-flashed with OpenWrt
* 35 pounds each -->Buy
So what can you do with one? Some random links to the wiki:
Slackware| Debian| Gentoo| OpenWrt| i2c| 1-wire| Bluetooth| Hard real-time| MMC| Emulate it
See also:
Wiki| Chat| JTAG
http://bifferos.com
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The Raspberry Pi Foundation is a UK registered charity (Registration Number 1129409) which exists to promote the study of computer science and related topics, especially at school level, and to put the fun back into learning computing. We plan to develop, manufacture and distribute an ultra-low-cost computer, for use in teaching computer programming to children. We expect this computer to have many other applications both in the developed and the developing world. Our first product is about the size of a USB key, and is designed to plug into a TV or be combined with a touch screen for a low cost tablet. The expected price is $25 for a fully-configured system. How would you use an ultra-low-cost computer? Do you have open-source educational software we can use?
http://www.raspberrypi.org
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http://www.thinkitx.com/index.html
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http://www.marvell.com/products/embedded_processors/kirkwood/index.jsp
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liste d'interfaces de captation et de miniboards
http://barzilouik.free.fr/wiki/doku.php?id=interfacesetminiboards
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