Version 0.7
Copyright (C) 2007 by Zack Smith
All rights reserved.
0. System Profile
This system has no USB port and no optical drive.
The PCMCIA is 16-bit only.
| Item | Description | Status
|
|---|
| CPU | Intel Pentium MMX @ 150 MHz
L2=256 MB
| Works
| | Memory | 32 MB 60ns EDO expandable to 80 MB
Runs at 50 MHz.
| Works
| | Hard drive & controller |
(I'm using PCMCIA flash as my hard drive.)
Controller is Intel 430MX PCI I/O IDE Xcelerator.
|
Not tested.
| | Display & Video Chip |
11.3" DSTN 800x600
&
Trident TGUI 9660/938x/998x
with 2MB VRAM.
|
Works in text mode, X Windows, and
framebuffer VGA mode (but not VESA nor Trident).
| | PCI |
Intel 430MX - 82437MX mobile system controller (MTSC)
and 82438MX data path (MTDP).
|
Linux's attempt to call the PCI BIOS during start-up
results in an "Error 81 when
fetching IRQ routing table".
| | Sound |
ESS 1688 chip
| Works great with ALSA driver.
(kernel 2.6.20.21)
| | PCMCIA 16-bit | Cirrus Logic CL6729 | Work fine.
| | Trackpoint | | Works well.
| | Floppy drive | | Works.
|
1. Installation
The installation procedure that I used may not apply to your situation,
but may be interesting nevertheless.
I am installing Slackware 12 on a 560e
that lacks a hard drive.
Instead, it has a CompactFlash card inside a 16-bit PCMCIA
adapter that is in the PCMCIA slot.
It turns out that the 560e can boot flash that is in the PCMCIA slot,
much as more recent computers can boot a USB flash drive.
I wrote up the procedure that I used to create the bootable live Linux
flash drive, which I describe as a list of clear steps, and I put it
here.
This was not my only option.
I could have bought a hard drive for $50 or so,
or more interestingly
Addonics makes a CompactFlash-to-IDE adapter
for $20 (+$10 shipping) that lets you use a CF card
as if it were a hard drive in the hard drive slot.
2. Drivers
2.1. Video
The 560E has a Trident TGUI graphics chip.
2.1.1. X Windows
X Windows works and is accelerated. You need to use the Trident
X11 driver.
It works for the most part, although I've noticed a drawing glitch.
2.1.2. Framebuffer
This is a work in progress.
- Trident framebuffer driver: not 100% working yet
- VESA framebuffer driver: not 100% working yet
- VGA framebuffer driver: does work.
VGA framebuffer and console are fully functional,
however VGA mode is the least useful since it's 640x480 and 16 colors,
and doesn't seem to accept fonts that don't have a width of 8 pixels.
2.2. Sound
The sound chip is the ESS 1688 chip on the ISA bus.
It works with ALSA.
I suggest creating a new kernel to support the 1688
rather than to mess with modules.
Be sure to run alsamixer and to save your
settings with "alsactl store".
2.3. Power management
APM works.
If you need a new battery,
there is a company that can create a new one for the 560e:
BatteryRefill.com.
The 560E is surely too old to support ACPI, but I haven't tried it either.
2.4. Hard drive
When I obtained my system it lacked a hard drive, so I put a
bootable CompactFlash disk that I had prepared
into an adapter in the PCMCIA slot
and booted that.
I've posted instructions on how to create such a bootable live Linux
(it's easy)
flash disk here.
2.5. USB
There is no USB port on this system.
2.6. Printing via lp0
Not tested yet.
3. Performance
3.1. Video
3.1.1. X Windows
Works fine. It's accelerated, luckily.
3.1.2. Framebuffer
Not compatible.
3.1.3. Movies
Not tested yet, but the DSTN display
will make watching any movie tedious.
Such is the nature of passive-matrix screens.
3.2. Hard drive
My hard drive is a flash disk in a 16-bit PCMCIA adapter.
/dev/hdc:
Timing buffered disk reads: 4 MB in 4.93 seconds = 831.43 kB/sec
root@darkstar:~# hdparm -T /dev/hdc
/dev/hdc:
Timing cached reads: 74 MB in 2.05 seconds = 36.15 MB/sec
It's always good to put these in your /etc/rc.d/rc.0 :
/usr/sbin/hdparm -f /dev/hdc [flush the hard drive cache]
/usr/sbin/hdparm -S 1 /dev/hdc [get it to spin down ASAP]
3.3. Processor
Running the BYTE drystone 2 without register variables,
which is here.
This machine gets an index of 8.4, which is appropriately
between the values for the P133 and P166.
4. Manual
The hardware maintenance manual is available
here
or just
google for vol4hmm.pdf.
5. Links related to the 560e
Links
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