Skip to main content

Using NVIDIA Quadro 10000M (Lenovo W520) with Kubuntu 11.10

Unfortunately, NVIDIA Quadro 10000M doesn't work on Lenovo W520 with Kubuntu 11.10 from the out of box. Here is how I set up.

We need to do three things:
  1. pci=noacpi in the kernel option (see the my last blog section 5 boot set up.) If you have still problem try acpi=off, but in this case I have only one CPU core detected. See https://wiki.ubuntu.com/DebuggingACPI
  2. Set graphics device to discrete graphics since Nvidia Linux driver seems have not yet Optimus support.
  3. Update the Nvidia driver to 290.10. (280.13 seems not work on this machine. The error is:  udev-fallback-graphics main process ($PID) terminated with status 1)
I assume you are still in Optimus or Integrated chip mode. In this mode, you can have X running, so it is a good start.
  • I first updated the Linux kernel to 3.0.0.15.
There are two ways: Ubuntu way and direct installation.  Ubuntu-way should be later better, but in my case, glxinfo does not work.  And the fowllowing error I got.
% glxinfoname of display: :0.0X Error of failed request:  BadWindow (invalid Window parameter)  Major opcode of failed request:  137 (NV-GLX)  Minor opcode of failed request:  4 ()  ...
  • Anyway, here is the Ubuntu way for the record. (Currently, this doesn't work, but I hope later this works.)
  • 
    
      
    sudo apt-get purge nvidia-current
    sudo add-apt-repository ppa:ubuntu-x-swat/x-updates
    sudo apt-get update
    sudo apt-get install nvidia-current
    sudo apt-get install nvidia-setting
    
    
    Now you have the driver version 290.10.
cd /etc/X11
sudo cp xorg.conf xorg.conf.mybackup
sudo nvidia-xconfig
Note: Section "Device"'s BusID should be "PCI:1:0:0" in my case. The old version of nvidia-xconfig say "PCI:0:2:0" and can not found the driver. Unfortunately, this doesn't work (2011-1-27). glxinfo casts an error.
  • The following is not the Ubuntu way, but, this worked
  1. Download NVIDIA-Linux-x86_64-290.10.run from http://www.nvidia.com/content/DriverDownload-March2009/confirmation.php?url=/XFree86/Linux-x86_64/290.10/NVIDIA-Linux-x86_64-290.10.run&lang=us&type=GeForce
  2. Get the console!
  3. sudo apt-get purge nvidia*
  4. sudo sh ./NVIDIA-Linux-x86_64-290.10.run (I don't install the 32bit compatible OpenGL libs. That might cause a problem. Others I answer yes.)
  • Reboot and pray.
Set Discrete Graphics on. Nvidia Linux driver seems have not yet supported Optimus.
  • Press F1 on boot time, Config -- Display -- Graphics Device to Discrete Grap. Save and boot.
At this point I can see the 1920x1080 resolution screen and NVIDIA X Server settings works (This is nvidia-settings-update 280.13 one.)

I hope you can also enjoy the Nvidia card on Lenovo W520.

Comments

Popular posts from this blog

Why parallelogram area is |ad-bc|?

Here is my question. The area of parallelogram is the difference of these two rectangles (red rectangle - blue rectangle). This is not intuitive for me. If you also think it is not so intuitive, you might interested in my slides. I try to explain this for hight school students. Slides:  A bit intuitive (for me) explanation of area of parallelogram  (to my site, external link) . 

Geometric Multiplicity: eignvectors (2)

If eigenvectors of a matrix A are independent, it is a happy property. Because the matrix A can be diagonalized with a matrix S that column vectors are eigenvectors of A . For example, Why this is a happy property of A? Because I can find A's power easily. A^{10} is not a big deal. Because Λ is a diagonal matrix and power of a diagonal matrix is quite simple. A^{10} = SΛ^{10} S^{-1} Then, why if I want to compute power of A ? That is the same reason to find eigenvectors. Eigenvectors are a basis of a matrix. A matrix can be represented by a single scalar. I repeat this again. This is the happy point, a matrix becomes a scalar. What can be simpler than a scalar value. But, this is only possible when the matrix S's columns are independent. Because S^{-1} must be exist. Now I come back to my first question. Is the λ's multiplicity related with the number of eigenvectors? This time I found this has the name. Geometric multiplicity (GM): the number of in...

Tezuka Osamu's Black Jack, "Shrinking"

I like several novel authors. My first favorite author is probably Teduka, Osamu. I still love him. The list grows by adding Hoshi, Shinichi, Agatha Christie, Hermann Hesse, and so forth. My first favorite article of Tezuka was Atom as most of the (boy's) Tezuka fans did. But my favorite is Black Jack. I try to summarize one story, it is still quite vivid in my memory. I first read this story when I was 13 - 15 years old. I re-read it at least several times since Black Jack is composed of many short episodes. The title should be "ちぢむ (SHRINKING)" or it might be "縮む(Shrinking)". (It is not so convenient to translate this to English, since English does not have a system to say the exact same word in several ways. So I just simulate it with capital letters.) Black Jack is a genius surgeon, but he does not have the license. In short, his medical activity is illegal. His skill is top level in the world, but, the fee is also out-of-law expensive. In the story ...