Installing Ubuntu 7.10 (Gutsy Gibbon) on a ThinkPad T61
- 1 Installation Notes
- 2 Display/Video
- 3 Audio
- 4 Intel Wireless
- 5 Modem
- 6 Bluetooth
- 7 Fingerprint Reader
- 8 Trackpad scrolling
- 9 Hibernate/Suspend
- 10 Items that work out of the box
- 11 Items that don't work
- 12 Power consumption
If booting with the default options gives you a blank screen you should select the "Safe Graphics" menu choice when booting from the live CD.
If you are doing a text mode install such as PXE/network then your screen will be corrupted during the process. Workaround and details are at https://bugs.launchpad.net/ubuntu/+source/xresprobe/+bug/127008
Accelerated Video and Desktop Effects
Intel 2D and 3D accelerated video work out of the box.
As of September 19, compiz is disabled on the intel video cards. To fix edit /usr/bin/compiz and around line 46 comment this portion out:
#T="$T 8086:2982 8086:2992 8086:29a2 8086:2a02 8086:2a12" # intel 965
This edit will need to be reapplied every time compiz is updated. A more permanent method is create a script named compiz.sh with the following in it:
#!/bin/sh SKIP_CHECKS=yes compiz --replace
Then, make it executable by right-clicking the file, selecting Properties, then selecting Permissions, and checking Allow executing file as program.
Double-click on the script and select Run to start compiz. To have it start at boot, go to System -> Preferences -> Sessions. Click Add, name it something, and for Command, browse to and choose the compiz.sh you created. Click Ok and Close.
Nvidia 2D video works out of the box, to enable accelerated 3D support click System->Administration->Restricted Drivers Manager
Installing Nvidia drivers manually
Download the drivers from http://www.nvidia.com/object/linux_display_ia32_100.14.19.html and save it to your Desktop. Exit to a virtual terminal by pressing [CTRL]+[ALT]+[F2]
Stop the X server:
$ sudo /etc/init.d/gdm stop (stopping the X server)
$ sudo apt-get remove nvidia-glx-new
Install the drivers:
$ sh NVIDIA-Linux-x86-100.14.19-pkg1.run (depending on the version that will be online)
Follow instructions in the installer, when complete restart the X-Server with:
$ sudo /etc/init.d/gdm restart (restarting the X server)
When using the default drivers (The open source "nv" drivers) you can use Administration->"Screens and Graphics" to setup the second monitor
Using the proprietary drivers you must use the Nvidia tool located at Applications->System Tools-> Nvidia X Server Settings.
It has been reported that the NVIDIA drivers tend to crash with xinerama enabled. 2 displays with xinerama off has been stable.
Plugging in an external monitor works, but is a clone of the built-in LCD by default. Following the instructions on this page to extend your desktop to the second monitor does *not* work; it results in the crash described here. According to this post and this bug report, the problem is a new Xinerama implementation and an old config file.
To extend your desktop to the second monitor, you'll want to do what this page suggests (under "Dual-Head config breakage with xserver-xorg-video-intel").
Below is an example for a 1680x1050 built-in LCD and a 1600x1200 external LCD: Add a "Virtual 3280 1200" line in the Display SubSection of the Screen Section in your xorg.conf:
If someone could include an example of the change described above it would be greatly appreciated
Exit to a virtual terminal (press: ctrl-alt-F1), login and type the following:
# sudo /etc/init.d/gdm stop
# xrandr --output LVDS --auto
To set the built-in LCD to ouput 1680x1050
# xrandr --output VGA --right-of LVDS
To extend the desktop
Fonts on High-Res Screens
On high-res screens (e.g. 15" 1680x1050), the default fonts are too big (Launchpad bug report). You can fix this by following these steps:
- Open System->Preferences->Appearance
- Select the "Fonts" tab
- Click the "Details" button (lower right)
- Adjust the Resolution down to 96dpi
- Make sure you have Subpixel (LCD) Smoothing enabled
- Save the preferences
If you also want small fonts on the GDM login window, you can do this:
- Open System->Administration->Login Window
- Select the 'Security' tab
- Click the 'Configure X-Server' button
- Append '-dpi 96' (without quotes) to the text in the 'Command' field
- Reboot the computer.
The brightness controls do not work out of the box, but they should work once you apply all of the system updates.
However, there now appears to be a bug where the brightness controls stop working after you resume from a suspend.
Until the brightness bugs are finally worked out, you can install "xbacklight" (Applications -> Accessories -> Terminal, type "sudo apt-get install xbacklight" without the quotation marks and hit enter), which allows you to set the brightness from the command line and provides a greater range of brightness values.
To set brightness, go back to the terminal and type "xbacklight =VALUE" where VALUE is a number from 0 to 100 for how bright you want your display to be.
Creating brightness shortcuts
If you don't want to use the terminal you can set up shortcuts to pre-defined brightness levels:
1) Right-click on the desktop and select Create Launcher...
2) Make it look like this:
The 50 means that the backlight will be at 50% brightness. If you want your shortcut to set the brightness to 100% then simply replace 50 with 100 when you create your launcher (Shortcuts in Windows are analogous to Launchers in Ubuntu). Many people use at least two brightness levels (for example, 100% when on AC power, 50% when on battery power) so it's a good idea to make a launcher for each commonly used brightness level. I also suggest adding them to the upper panel (Linux for menu bar) so that they're easily accessible. If you want, you can use your own custom icons by right-clicking the launcher, selecting Properties, and then clicking on the picture in the Properties window and browsing for your own.
Nvidia Quadro N140:
The brightness controls do not work, however you can switch to a virtual terminal (ctrl+alt+F1) increase or decrease the brightness and then switch back to X (ctrl+alt+F7) without disrupting the running applications
NVIDIA Quadro 570M:
Brightness controls do not work out of the box. As in the N140 case, changing brightness in tty1, then switching back does work.
Audio should work out of the box on a fresh Beta install.
Microphone may not work with applications (like sound recorder and skype) even though sound can be heard through the speakers or headphones.
Enabling Sound and Fixing the Volume Controls
By default, the sound may be disabled and the volume control buttons on the laptop (up by the ThinkVantage button) and the volume control applet (up by the clock) will not control the speaker volume (they actually control the microphone!). https://bugs.launchpad.net/ubuntu/+bug/136287 this bug report links to a fixed version from an Ubuntu dev a fixed version is available To fix this:
- Right-click on the volume control applet (by the clock) and select "Open Volume Control"
- In the "Switches" tab, make sure "Headphone" and "Speaker" are both checked.
- Close the Volume control.
- Right-click on the volume control applet again and select "Preferences".
- Make sure the device is set to "HDA Intel (Alsa mixer)" and highlight the "PCM" option.
- Close the preferences.
- Select System->Preferences->Sound.
- In the "Default Mixer Tracks" section, make sure "PCM" is highlighted.
- Close the sound preferences.
You should now hear sound and be able to control the volume using the laptop buttons or volume applet.
Intel 4965 users will find that they have a very unstable connection with random disconnects within 30 to 60 minutes of association. Once a system update is performed an updated package of wpa_supplicant will resolve this issue.
The modem works with the Linuxant drivers available at http://www.linuxant.com
To enable bluetooth you must have the thinkpad-acpi modules loaded:
# sudo modprobe thinkpad-acpi
Then su to root (sudo doesn't work unless you put these commands into a script) to enable the root account so you can use su see [This link].
To enable bluetooth:
# echo enable > /proc/acpi/ibm/bluetooth
To disable bluetooth:
# echo disable > /proc/acpi/ibm/bluetooth
If you would like to set the keybindings put those commands into scripts such as:
# sudo gedit /usr/bin/enablebt
Enter the following:
echo enable > /proc/acpi/ibm/bluetooth
Close/Save the file and mark it executable
# sudo chmod +x /usr/bin/enablebt
# sudo gedit /usr/bin/disablebt
enter the following
echo disable > /proc/acpi/ibm/bluetooth
Close/Save the file and mark it executable
# sudo chmod +x /usr/bin/disablebt
Modify sudoers to permit those scripts to run as root (Possible security risk)
# sudo visudo
Enter the following under the section "# User privilege specification" replacing enter_your_username_here with your username
enter_your_username_here ALL= NOPASSWD: /usr/bin/enablebt enter_your_username_here ALL= NOPASSWD: /usr/bin/disablebt
Note: I need to lookup the keycodes to create the shortcuts, so this section is a work in progress.
- A comment - I've tried finding the keycode using all the methods mentioned here  but the three methods "keyboard shortcuts", "showkey" and "tail" give me nothing. Fn-F8 does produce an acpi event, maybe that would be a good alternative. "ibm/hotkey HKEY 00000080 00001008". On my computer that's already set-up to run the script /etc/acpi/thinkpad-stretchortouchpad.sh. So I might just turn that into a bluetooth trigger instead as I have no interest in turning keys into a number-pad (which I think is what thinkpad-stretchortouchpad.sh tries to do, but fails on my system).
Debian packages for i386 can be found at: http://www.rubixlinux.org/debian/thinkfinger/
If you prefer using apt-get, you can add thinkfinger package repository for gutsy by creating /etc/apt/sources.list.d/thinkfinger.list with these two lines:
deb http://ppa.launchpad.net/jldugger/ubuntu gutsy main restricted universe multiverse deb-src http://ppa.launchpad.net/jldugger/ubuntu gutsy main restricted universe multiverse
Then update a package database and install packages:
sudo apt-get update sudo apt-get install libpam-thinkfinger libthinkfinger-dev libthinkfinger-doc libthinkfinger0 thinkfinger-tools
After the package is installed add the following two lines to /etc/pam.d/common-auth
auth sufficient pam_thinkfinger.so auth required pam_unix.so try_first_pass
Note: Instructions in French available at http://doc.ubuntu-fr.org/materiel/thinkfinger
- Recording fingerprints works
- Login works
- The password must be entered to unlock a locked screensaver
- sudo works
- gksu and gksudo hang : for example it is necessary to run synaptic twice and enter your password upon failure. To be able to use the Finger print reader in the session subsequently, kill the hanging gksu/gksudo process. A workaround is editing the Gnome System Menu (alacarte) to specify sudo instead of gksu/gksudo for the launching command and choose type "Application in Terminal" : this opens an extra terminal window for each superuser application you want to use though.
Trackpad scrolling works out of the box in the standard thinkpad way: Slide your finger up and down the very right edge of the trackpad.
To enable using the middle mouse button to scroll, add the following lines to the "Configured Mouse" section in /etc/X11/xorg.conf:
Option "EmulateWheel" "true" Option "EmulateWheelButton" "2"
Blank Screen Fix
You may get a blank screen when resuming from suspend or hibernate (Launchpad bug report). If so, try editing /boot/grub/menu.lst, adding "acpi_sleep=s3_bios" (no quotes) to the "defoptions" list so that it looks something like this:
## additional options to use with the default boot option, but not with the ## alternatives ## e.g. defoptions=vga=791 resume=/dev/hda5 # defoptions=quiet splash acpi_sleep=s3_bios
Once you have edited the line and added the acpi_sleep parameter, you need to run
$ sudo update-grub
Note that if you get the blank screen upon resume, a quick-fix is to switch to a console (Ctrl-Alt-F1) and then back to X (Ctrl-Alt-F7). This will usually bring the display back to life. However, the long-term fix is to add the acpi_sleep parameter as shown above.
Items that work out of the box
Intel Video: 2D and 3D acceleration works
Nvidia: 2D works, 3D requires the installation of the proprietary drivers
Wireless: Atheros cards work. Intel cards work properly after full updates.
4-in-1 card reader
- Fn-PgUp activates/deactivates the thinklight
- Fn-Up will trigger stop on a media player
- Fn-Down will toggle pause and play on a media player
- Fn-Left/Right go to prev/next tracks on a media player
- Fn-F2 properly locks the screen
- Fn-F3 shows remaining battery
- Fn-F4 suspends (to ram)
- Fn-F12 hibernates (to disk)
- PrtSc opens the screenshot dialog
All docking station models should work and the following features have been tested:
- DVI or Analog video: You can switch to it using "Administration->Screens and Graphics", if you are using the proprietary Nvidia drivers you must use the Nvidia Control Panel.
- Network Pass-through
- Modem Pass-through
- USB ports: Connected upon docking
- PS/2 Ports
Items that don't work
- Wireless USB/UWB - https://bugs.launchpad.net/ubuntu/+bug/136287
- USB ports can end up temporarily disabled - https://bugs.launchpad.net/ubuntu/+source/linux-source-2.6.22/+bug/126369
Gutsy is the first version of Ubuntu to feature a tickless kernel (i386 only, not in AMD64 yet). Power consumption can be monitored using the powertop tool under Ubuntu and using Lenovo battery monitor under Windows.
$ sudo apt-get install powertop $ sudo powertop
I couldn't find any difference in power consumption between the i386 tickless kernel (even with 70ms average sleep in C4) and AMD64 kernel (2ms average sleep in C4). It would be expected that considerably less power would be consumed for the i386 tickless kernel.
There is also a graph available by Right-clicking on the battery icon and selecting Power History.
These are the figures measured on a T61 15.4" 1680x1050 screen 7300 processor (2GHz) 2GB RAM, Intel X3100 graphics with 4965 wifi, Bluetooth and UWB.
|12.3W||Windows XP Pro, all radios on, about 50% brightness|
|16.7W||Gutsy, all radios on, 50% brightness|
|19.6W||Gutsy, all radios on, 100% brightness|
|14.2W||Gutsy, all radios on, 10% brightness|
|-1.0W||Turning the physical radio switch to off on the front reduces power consumption by 1 watt.|
Adding the Nvidia card increases the laptops power requirements.
These are the figures measured on a T61 14" 1440x900 screen 2.2ghz Core2Duo 2GB RAM, Nvidia 140m video, IWL4965 wifi and Bluetooth (Disabled):
|18.3W||Gutsy, all radios on, 50% brightness|
|19.4W||Gutsy, all radios on, 100% brightness|
|16.0W||Gutsy, all radios on, 10% brightness|