Gentoo Linux on ACER TM 630

Installing Gentoo

Odi with silly hat and hardware

I switched to Gentoo mostly because the SuSE system became unmaintainable when I wanted to upgrade some packages to newer versions. SuSE only supports their online update (which is mostly security patches). Updates to individual packages are not provided by SuSE. You have to buy their update CDs and then update your whole system at once from 8.0 to 8.1 for instance.

System management is a lot more easier with Gentoo. You can simply update individual packages and dependencies are handled very well! Also you have the great benefit of a system compiled and optimized for your CPU. There is a noticable performance gain by that. My KDE startup time has dropped drastically and also Mozilla runs faster. However you should note that compiling a Gentoo system with KDE takes about four days.

Gentoo has a very good installation documentation on their website. No need to copy it here.

Kernel 2.6

Kernel Recommended?
2.6.5 yes
2.6.6 yes
2.6.7 no: nVidia driver problems no: clock bug, reiserfs bug
2.6.9 no: clock bug, reiserfs hang, reboot bug
2.6.10 yes yes
2.6.12 yes
2.6.13 yes
2.6.14 yes
2.6.15 yes, use acerhk-0.5.31
2.6.16-rc4 yes, use acerhk-0.5.31 no: prism54 problems
2.6.18 no: prism54 problems

I installed a vanilla kernel 2.6 from source. Note that I did not use an ebuild for this. You can use my .config for 2.6.15 as a template. It's quite optimized for the Notebook's hardware.


ACPI works flawlessly with 2.6 kernels. You get a silent fan, battery status, temperature, CPU throttling. As sleepmodes are still experimental I have not compiled in support into my kernel. I gave them a shot but they do not work.

2.6.2 through 2.6.3 have regressions with battery fill status and power off. The battery fill status bug can cause your KDE to shut down unexpectedly (bug 75946) when running KDE 3.2 with klaptop enabled. 2.6.4 fixes the battery regression again. Use the patch attached to bug 2109 to fix the power off problem.

Special devices

My /etc/udev/rules.d/10-local.rules dynamically registers the following semantic symlinks for my special devices:
# IR port
NAME=="ircomm0", GROUP="dialout", MODE="660"

# Internal Touchpad
BUS=="serio", SYSFS{description}=="i8042 Aux Port", \

# usb mouse
BUS=="usb", DRIVER=="usbhid", NAME="input/%k", \

# DigiCam
BUS=="usb", SYSFS{product}=="Sony DSC", KERNEL=="sd?1", \
            NAME="%k", SYMLINK+="cam%e"

# iPOD
BUS=="scsi", SYSFS{vendor}=="Apple   ", SYSFS{model}=="iPod            ",\
             KERNEL="sd?", NAME="%k", SYMLINK+="ipod%e"

# Nikon Coolscan 4000 ED
BUS=="scsi", SYSFS{vendor}=="Nikon   ", SYSFS{model}=="LS-4000 ED      ",\
             KERNEL="sg?", NAME="%k", SYMLINK+="coolscan%e"

# Bluetooth stick
ACTION=="add", SUBSYSTEM=="bluetooth", PROGRAM="/etc/init.d/bluetooth start"
ACTION=="remove", SUBSYSTEM="bluetooth", PROGRAM="/etc/init.d/bluetooth stop"


To get an optimum framebuffer mode on the text console use the nvididafb driver. From 2.6.14 on include video=nvidiafb:1400x1050MR@75 into your kernel boot line (grub.conf). I did not manage to get a bug-free text console with other fb drivers or settings. You can however disable the framebuffer console completely and use the standard VGA one.

Xorg-X11, nVidia drivers, Synaptics Touchpad

Before you install Xorg-X11 you must set

INPUT_DEVICES="evdev keyboard mouse synaptics"
  VIDEO_CARDS="nv nvidia vesa fbdev"

in /etc/make.conf. You can run the modular Xorg-X11 with the nv drivers that ship with Xorg. If you need more features (like TV-Out, fast OpenGL) you must use the original nVidia drivers. Use the ebuilds called nvidia-kernel and nvidia-glx of at least version 1.0.8762. Make sure to load the nvidia driver from your /etc/modules.autoload.d/kernel-2.6 file. From kernel 2.6.13 on you need to run /sbin/NVmakedevices.sh from your /etc/conf.d/local.start. See Gentoo Bug #104369. Unfortunately the nVidia framebuffer driver (rivafb in kernels prior to 2.6.11, nvidiafb from 2.6.14 on) is not compatible with the original nVidia drivers for Xorg so you should not compile it into the kernel. The original nVidia drivers will either refuse to work or crash when switching back to X from a vt. It works okay with the nv Xorg driver, however. Newer kernels load the nvidiafb module automatically, so make really sure to disable it in the kernel config!

2.6.1 has a built-in driver for the Synaptics touchpad. It supports also the scrollpad, which I never got to work with 2.4 kernels. You need to install the Synaptics driver for XFree as well, to configure the touchpad correctly. My /etc/X11/xorg.conf has the necessary sections. It also configures the nvidia driver correctly. Make sure you load the evdev module in your /etc/modules.autoload.d/kernel-2.6 file.


The GLX stuff works out of the box with the above versions. No tweaking necessary. You should emerge chromium and kill some time once or look at the keuphoria screen saver :-). Make sure the user is in the games group. Even Neverwinter Nights works.


Use ALSA. Put the line ALSA_CARDS="ali5451" into your /etc/make.conf. Also edit /etc/modules.d/alsa to include alias snd-card-0 snd-ali5451, Configure KDE / Arts to use ALSA. Works with no problems.

CD Burning

The laptop has a built-in IDE CD-RW burner. emerge cdrools and call cdrecord dev=ATA -scanbus. You may also use K3B which I find the most intuitive cd recording GUI.


The acerhk driver by Olaf Tauber can be installed with emerge acerhk hotkeys. Here is the definition file for the hotkeys program you need to map key codes to events. You should load the acerhk driver from your /etc/modules.autoload.d/kernel-2.6 file. The wifi LED does not work (yet).

Mail LED

The mail LED is a nifty feature. To make the most use of it I installed Postfix as a local mail delivery agent. /etc/procmailrc was setup to deliver local mail to ~/.maildir: DEFAULT=$HOME/.maildir/. I use Courier-IMAP as a local IMAP server and Mozilla Thunderbird as a mail client.

Unfortunately you can not use mail to easily check for new mail. So I had to hack up maildir-new:

if [ -z "$UHOME" ]; then
find $MAILDIR -name new -type d | \
while read NEWDIR ; do
  if [ "$NEWDIR" = "$MAILDIR/.Trash/new" -o \
       "$NEWDIR" = "$MAILDIR/.Junk/new" ]; then
  MAIL=`ls -A "$NEWDIR"`
  if [ ! -z "$MAIL" ]; then
   exit 1
It checks for new mail in your maildir hierarchy and returns 1 if there is new mail.
I further wrote mailled:
[ -f $DEV ] || exit 0
USER="$(who | awk '/./ { if ( $2 == ":0" ) print $1 }')"
if [ ! -z "$USER" ]; then
  UHOME="/home/$USER" /usr/local/bin/maildir-new
  if [ "$?" == "1" ]; then
  echo $LED > $DEV

Run it as a cron (vixie-cron) job every minute as root. It will light your LED whenever the locally logged in user has new mail. It will turn off the LED when all new mail has been read. I then installed fetchmail as a cron job to periodically retrieve email from my external account. I use Thunderbird to read my email, so I needed a local IMAP server as well. I installed courier because it is one of the best IMAP servers out there.

Junkmail filtering and virus scanning

My email address is widely known on the net because of postings in newsgroups and mailing lists. No wonder spammers have long got hold of it and I get huge amounts of SPAM and virii. To address this issue I use Spamassassin and ClamAV to process all incoming mail.

You can emerge Mail-Spamassassin and emerge clamav to install the two packages. You should add the /etc/init.d/clamd to your default runlevel. As I use my laptop mainly as a single-user system, I do not use the deamon variant of those two programs but just pipe mail through them using procmail. Here is my ~/.procmailrc. Email infected by virii and spam with high scores is deleted automatically. Lower score spam is tagged with [SPAM] and moved to the Junk folder.

Spamassassin has been configured with /etc/mail/spamassassin/local.cf. So SPAM will be tagged with [SPAM] in front of the Subject line.

Netgear WG511 WiFi card

The prism54 driver is included from 2.6.5 kernel onwards, for earlier kernels you need to include the module yourself (emerge prism54). You need the firmware in any case: emerge prism54-firmware. You just need to put the configuration in your /etc/conf.d/net and /etc/conf.d/wireless.


You will have to create the /var/log/xconsole pipe manually. The pipe should not be put in /dev because that is a virtual file system and is managed by udev completely. Configure /etc/syslog.conf to write the interesting stuff to xconsole and maybe vt10:

kern.warn;*.err;authpriv.none    /dev/tty10
kern.warn;*.err;authpriv.none   |/var/log/xconsole

Then run xconsole -file /var/log/xconsole.


I have an Apple iPod. It connects through Firewire nicely. Make sure you compile HFSplus drivers into the kernel (or as a module) and include Apple partition tables. Then you can mount the iPod as a SCSI hard drive. As the hfsplus driver does not support journaled HFS+ volumes you may need to reformat the partition with a non-journaled HFS+: mkfs.hfsplus -v iPod /dev/ipod. 2.6.15 and later kernels will refuse to mount a journaled volume read-write; which is correct. Dont' force it! I use GtkPod and Amarok to manage MP3 files and transfer them to the iPOD.

There is a catch disconnecting the iPOD however. Firewire SBP-2 devices require to log out after umounting and before disconnecting. Newer kernels can do that when told. To tell the kernel to log out, use the shell script below (run as root with sudo):

#freeipod: logs the SBP-2 driver out of the iPOD, 
#such that it can safely be disconnected
echo 1 > $CTL
echo "Disconnect the iPOD now, and press enter"
echo 0 > $CTL
echo "Re-connect the iPOD at anytime"

If you connect the iPOD and it is not mapped as a SCSI device, try rebooting the iPOD: press menu and play button for 5 seconds.

Be careful with the iPOD battery. The TM630 only has a small IEEE1394 connector that can not recharge the iPOD. If you happen to run out of batteries while the iPOD is mounted, the file system of the iPOD will get corrupted and you need to fix it with the Apple's fsck. Check out the ebuilds attached to bug 46342 for a Gentoo port of those. It's also a good idea to connect your iPOD to a Mac once to get the firmware updated or check out how to do it on Linux only - also very handy if (like me) you overwrote the firmware partition by accident.


To hook up my mobile phone Nokia 6610 up to my laptop I use IRDA. If you have defined the uDev rule for the infrared port to use ircomm0 as a device name, all drivers should load automatically. The kernel modules loaded are: crc_ccitt, irda, sir_dev, irtty_sir, ali_ircc. ipconfig irda0 should then return something like:

  irda0     Link encap:IrLAP  HWaddr 00:00:00:00
            UP RUNNING NOARP  MTU:2048  Metric:1
            RX packets:0 errors:0 dropped:0 overruns:0 frame:0
            TX packets:12327 errors:0 dropped:0 overruns:0 carrier:0
            collisions:0 txqueuelen:8
            RX bytes:0 (0.0 b)  TX bytes:382137 (373.1 Kb)

I prefer to use wammu as a front end: emerge wammu. Using the device /dev/ircomm0 with connection type irdaphonet and model auto it will connect to your phone with no problem.

My new Nokia 6230i has Bluetooth and supports the OBEX protocol. I bought the D-Link DBT-120 Bluetooth USB adapter. Bluetooth (HCI) must be enabled in the kernel and emerge bluez-utils kdebluetooth. If you don't use Bluetooth everyday you may not want the HCI daemon (/etc/init.d/bluetooth) running all the time. You can start it automatically on demand by including a udev rule. This only loads the daemon when you plug in the Bluetooth adapter. It is unloaded when you unplug.


I have a Canon CanoScan 1240U LiDE30 flatbed scanner. It is connected on a USB port. It is supported by SANE with the plustek backend. Add usb to your USE flags and emerge libusb xsane. In /etc/sane.d/plustek.conf set

option altCalibration 1
option disableSpeedup 1

Otherwise scanning does not work after calibration and you only get a screeshing noise out of your scanner!

Remember: Users that want to use the scanner must be in the scanner group!

Works all very nicely with xsane or directly from GIMP or KDE's Kooka.

Hardware sensors

All of the notebook's hardware sensors can be accessed through the ACPI interface at /proc/acpi. There you will find: AC adapter status, battery status, power button, lid button, sleep button, chassi and CPU temperature, processor throttling. The fan speed can not be monitored. Please note that processor frequency scaling should be accessed through /sys/devices/system/cpu/cpu0/cpufreq/. Sleep modes should be controlled through /sys/power/.

There are no real sensors available through the I2C bus (ALI 1535). Only read access to the memory SPD EEPROMs is possible to I2C. Even if that is pretty boring you can still emerge lm_sensors and access this information.