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Hardware in Linux
Guides
Archos Jukebox
IDE
JogShuttle
- Get Sony Jog/Shuttle or Contour ShuttlePro (review)
USB controllers for kino
Prices
($90) -- get it from Jandr.
Laptop
Nomad Jukebox
PDA
Printer
Scanner
Sound
System
- Monarch sells the new Opterons -- great deal (the Ultimate Linux Box)
- QliTech sell dual Athlons -- check them out at http://www.qlilinux.com/index.html
Consider getting the ASUS A7M266D from them -- this is what Alan Cox
is running. It may transcode realtime with two 2.1GHz processors. With
4GB of memory it's about 2.6k, which you can easily afford.
- See review of the board at http://www.lostcircuits.com/motherboard/amd_mpx/11.shtml
with some possibly helpful configuration hints, including overclocking.
They note that the board has only 3 normal PCI slots (plus some 66MHz)
and no onboard LAN, so the Tyan MPX is more expandable.
Telephone
TV cards
USB Wireless Laser Pointer Mouse
Video
- AIW Radeon 8500 (local)
- nVidia, nVidia TV-out
- Webcam (local)
- Repairing a LCD backlight (Dec 05)
- Multiple
video cards in one machine: With PCI express, all slots are
functionally equal. The only thing that varies is how many lanes go to
each slot. This hardware change makes it easy to build systems with
multiple, high performance video cards. PCIe support chips are planned
that can allow up to sixteen video cards in a single system. source
Hardware detection
On 18 January 2003 I tested out a couple of hardware detection programs,
but didn't pursue this very seriously and ended up unistalling them. Here
is the history.
"Install discover, read-edid and mdetect before you install X, and
you're set."
On 18 January 2003 I installed read-edid, made by <branden@debian.org>,
who also maintains the XFree packages (or at least ports the new ones).
Description: hardware information-gathering tool for VESA PnP monitors
read-edid consists of two tools;
get-edid uses a VESA VBE 2 interrupt service routine request to read
a 128 byte EDID version 1 structure from your graphics card, which retrieves
this information from the monitor via the Data Display Channel (DDC).
parse-edid parses this data structure and outputs data about the monitor
suitable for inclusion into an XF86Config file.
.
get-edid uses real-mode x86 instructions to communicate with the video
hardware; therefore, it is usable only by root, and this package is
only available for the i386 architecture.
On 18 January 2003 I installed discover, a hardware detection system,
and let it take over management of the CD ROM devices and mount points.
Setting up discover (1.5-1.4) ...
Adding system startup for /etc/init.d/discover ...
/etc/rcS.d/S36discover -> ../init.d/discover
Detecting hardware: i82365 natsemi trident usb-uhci
After installing discover, the Archos wasn't being recognized, sometimes
the mouse failed, so I removed it. Didn't investigate if there really
was a relationship. Also took out read-edid, which claimed I hadn't installed
it.
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