I just installed debian wheezy on msi cx640dx. My bluetooth device not working. Here is some information. Kernel version: $uname -r 3.2.0-4-amd64 when i use hcitool dev it don't show any device. $ hcitool dev Devices: and with scanning it says that i don't have that device: $ sudo hcitool scan Device is not available: No such device i think following information is may be helpful. $lsmod grep -i blue bluetooth 119455 12 btusb,ath3k,rfcomm,bnep rfkill 19012 5 cfg80211,bluetooth crc16 12343 2 ext4,bluetooth and.

Device Driver Manager Debian DeviceManagement; Search: Wiki / Login. Sysfs exports information about devices and drivers from the kernel device model to userspace. Device Driver Manager Debian Squeeze. The nag screen is processed by the driver. All rights reserved. Debian Wheezy. Universal Pointer Device Driver binaries.

You need the packages: bluetooth, bluez, libbluetooth3, and possibly other related packages installed. I'm presuming you have these.

The Atheros firmware is likely the source of your problem. There is a firmware-Atheros package in non-free, I believe, you might try if it is actually appropriate for your hardware. You may need to do some research on the hardware you have, and determine which firmware you need, and whether it is available or not. Once you get it working, I've noted that the KDE KBluedevil bluetooth manager does not work properly, but the blueman bluetooth manager package does. You may need to run something like: 'sudo hciconfig hci0 sspmode 0' before it will work, possibly every time. I haven't extensively tested this, yet.

: English - - NVIDIA Optimus This page describes how to identify, configure and troubleshoot NVIDIA Optimus enabled systems for Debian. NVIDIA Optimus is a technology that enables dynamic, switchable graphics between the central processing unit's (CPU) embedded graphics capability and the discrete graphics processing unit (GPU) card. Due to the nature of this technology, various software components must be aware of, and configured for, the proper output of the display based on the user's desired configuration.

The instructions on this page apply to Debian Wheezy and newer. * NVIDIA Optimus. Contents • • • • • • • • • • • • • Identification The quickest method to determine if your device uses an Optimus card is to search against the documented list on NVIDIA's website. Obtain the NVIDIA GPU identifier of your card with: $ lspci grep 3D Compare the identifier (i.e. GeForce 7XXM, 8XXM, 9XXM) with the list, here: Also note the PCI identifier of the card, which is the 5-digit ID at the beginning of the previous command's output, XX:X Ptk Pai Sd Terbaru Xx. X.X. Configuration Configuration of an NVIDIA Optimus enabled system can be somewhat complex, depending upon the desired end state. This section mentions and details a few of the more common configuration scenarios and how to adjust your Debian installation, accordingly. Dynamic Graphics Disabled - BIOS Rather than enabling the power saving features of dynamic, 'switchable' graphics, one can simply configure the system to output to the local display using only a single graphics provider.

The simplest method of setting the graphics provider, if your hardware supports it, is to manually select the embedded CPU or NVIDIA GPU as the display provider in the system's BIOS. Of course, this is vendor specific and you must consult your hardware manufacturer's documentation for further detail.

Dynamic Graphics Disabled - xrandr and Display Manager Scripts If your system does not support or provide a BIOS switch, an alternative is to configure X to output through the desired source to the system's attached screen. While this configuration does not take advantage of Optimus' power saving features, it can ensure a consistent desktop graphics experience for 3D applications. Ensure xrandr is installed and available # apt-get install x11-xserver-utils 2.

Modify or create (if one doesn't exist) an xorg.conf under /etc/X11/xorg.conf; add the following: Section 'Module' Load 'modesetting' EndSection Section 'Device' Identifier 'nvidia' Driver 'nvidia' BusID 'PCI:X:Y:Z' Option 'AllowEmptyInitialConfiguration' EndSection # Insert any additional custom configurations, below: Where 'BusID' X:Y:Z are the shortened/truncated numbers from the ID gathered. For example, if the output of lspci displayed a PCI ID of 09:00.0, the BusID entry would read: BusID '9:0:0' 3. Add/create a custom script, /usr/local/bin/switch_nvidia.sh: xrandr --setprovideroutputsource modesetting NVIDIA-0 xrandr --auto xrandr --dpi 96 The DPI setting, (--dpi) should be fine for most screens; however, this may need to be adjusted for newer high density pixel screens.

Systems with HiDPI screens likely will want to set this to 192. Consult your hardware manufacturer's specification for the appropriate setting. Make the script executable: # chmod +x /usr/local/bin/switch_nvidia.sh 5. Configure your desired to use a setup script during display setup. Configure LightDM 1. Modify lightdm's configuration and add (if one doesn't already exist) a SeatDefaults section & script config: [SeatDefaults] display-setup-script=/usr/local/bin/switch_nvidia.sh On default Jessie installations, this section will not exist and will need to be added in by hand. Restart lightdm to apply the new configuration and allow lightdm to start X sessions with the NVIDIA card as the source: Jessie and newer: # systemctl restart lightdm.service Wheezy: # service lightdm restart Configure GNOME Display Manager (GDM) 1.

Create a two new.desktop files - /usr/share/gdm/greeter/autostart/optimus.desktop and /etc/xdg/autostart/optimus.desktop about following content: [Desktop Entry] Type=Application Name=Optimus Exec=sh -c 'xrandr --setprovideroutputsource modesetting NVIDIA-0; xrandr --auto' NoDisplay=true X-GNOME-Autostart-Phase=DisplayServer 2. Restart GNOME Display Manager (GDM): Jessie and newer: # systemctl restart gdm3.service Wheezy: # service gdm3 restart 3. If NVIDIA driver still won't working, you can try use GNOME on Wayland display manager. Content based on.

Configure KDE Display Manager (KDM) TODO Dynamic Graphics with Bumblebee The proprietary NVIDIA graphics driver can also be used to enable dynamic graphics switching between the embedded and discrete graphics providers through the use of. This method takes advantage of Optimus' power saving features, but can be more complex to successfully enable offloaded 3D applications.

Checking drivers You can check if installed drivers support 3D OpenGL graphics by executing following command: $ glxinfo grep OpenGL Hybrid GPUs If you have a hybrid GPU and installed bumblebee driver you can check it for Intel: $ glxinfo grep OpenGL And for NVIDIA: $ optirun glxinfo grep OpenGL Also very recommended is checking displaying 3D OpenGL graphics by running glxgears program. Troubleshooting TODO See also * .