ASUS Z62 Series Laptops

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The Z62 series of barebone laptops all have the same chipset with minor differences. A barebone laptop is more flexible than normal laptops. It is designed for flexibility which means upgradability. With CPU, memory, wireless card, DVDRW all coming from standard components, it can be easily upgraded or repaired by the end-user.

This particular barebone was chosen for its compact size, light weight and long battery runtime. It is biased towards travel.

The following documents the changes made to integrate this laptop with the Debian GNU/Linux distribution system. This disclosure is made in the spirit of Free Software so that users can help themselves and their neighbours.

All material presented are licensed under The GNU Free Documentation License.

Please direct all questions to Contact US. Warning

This product is no longer available for sale but the documentation remains for owner references.


  1. Prerequisite
  2. Safety
  3. 1280x800 Screen Resolution
  4. Dual Independent Head
  5. IEEE1394 Firewire
  6. Internal Microphone
  7. Fax/Modem
  8. Mail Light
  9. Webcam
  10. Touchpad
  11. Application Shortcut
  12. Recalibrate Battery
  13. IPW3945 Wireless A/B/G
  14. Hibernation
  15. Bootsplash
  16. Disk Partitioning
  17. Custom Kernel
  18. Hardware Specifications
  19. Hardware Upgrading
  20. References

  1. Prerequisite

    • This section is specific to the ASUS Z62F laptop with optional ipw3945 wireless card installed.
    • Debian GNU/Linux version 4.x (Etch)

    Updated: 2009-12-14

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  2. Safety

    Warning

    Although manufacturers have gone to great lengths to build safety into their products, there are a few common sense procedures end-users must adhere to.

    1. Always operate your laptop on a hard flat surface - not your lap or your bed. This is to ensure there are some breathing space around the laptop and you don't get burn. Make sure the heating vents on the side of the computer is never blocked.
    2. If a battery or laptop is dropped and the user suspects a cracked battery casing, call the manufacturer for help. Sent it into the manufacturer for inspection and/or repair and don't continue to use it. Always travel with a padded travel case.
    3. Laptop battery contains hazardous waste and should always be recycle in a qualified facility.

    Updated: 2006-11-17

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  3. 1280x800 Screen Resolution

    The native resolution of the local panel display is 1280x800 @ 60Hz - this will give the sharpest display. Users can change the display resolution through GNOME Desktop. Select Desktop->Preferences->Screen Resolution to change the display resolution to a non-native resolution.

    Further font display enhancement can be made within Gnome by selecting Subpixel smoothing (LCD)s in Font Preferences Application under Desktop Preferences.

    LCD fonts

    Additional Font packages can be installed to enhance readability in web-browsers. A popular set of web fonts are from Microsoft, it is a gift from Microsoft and Bill Gates. Although it is non-free it enhances readability in many websites.

    Technical Notes

    Funny thing is, the Intel® 945GM integrated graphics controller's native resolution does not include 1280x800. In order to display clearly, the video bios must be patch. The 915resolution is the package for the job. It can be down loaded onto the laptop from synaptic package manager or via apt-get.

    The older version of 915resolution needed to be set manually with modes and resolutions. But the newer version will fetch the panel-size from the VBE Bios with mode=auto in /etc/default/915resolution.

    See below for Dual Independent Head Display and TV out display.

    Read documents in /usr/share/doc/915resolution for further details.

    Updated: 2006-11-17

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  4. Dual Independent Head

    The Intel® 945GM Express integrated graphics card on board this laptop has the ability to display on both the local panel and an external monitor at the same time or to an external monitor or an external TV.

    To switch from one display mode to another, the user must logout of their current session and be sitting at the Xorg login prompt.

    From the Xorg login prompt, hold down the <Fn> button and press <Monitor> button (is is <F8> Z62F laptop). Each time that combination of button is pressed, it will cycle through one of the display modes. There are four display modes defined in xorg.conf.

    1. Local Flat Panel Display.
    2. Dual Independent display with local flat panel and external display at the same time. An object can be moved from one screen to another.
    3. TV out display with local flat panel display turned off.
    4. External display only.

    Technical Notes

    To achieve this effect, acpid/acpi-support needs to be installed. In addition, a local acpi event was defined with asus-display-switch, asus-display-switch.sh and a custom xorg.conf file. The scirpt files are in the patchset for ASUS laptop. The patchset can be found in downloads section and the source can be found in the repository.

    Updated: 2006-11-17

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  5. IEEE1394 Firewire

    The IEEE1394 Firewire port is a popular device used by video cameras. Kino will require this interface enabled to download video clips.

    Technical Notes

    The raw1394 device can created by loading the appropriate module. To load the module,

    1. Select Applications->Accessories->Root Terminal;
    2. run modconf at the root prompt;
      # modconf
    3. select kernel/drivers/ieee1394 and press the Enter key;
    4. select raw1394 and press the Enter key;
    5. ieee1394 options
    6. select Exit to leave ieee1394 options, select Exit again to leave modconf.
    7. Type exit to leave the Root Terminal
    8. Reboot to load the module(s).
    9. The controller was R5C552 IEEE1394 (rev 08) made by Ricoh Co. Ltd. Check Hardware Compatibility List for your device. For details on IEEE1394 go to www.linux1394.org.

      The firewire port was tested with Kino and Cannon ZR200 video camera. Controlling of the dv camera did not work, but the capture was ok. Testing was conducted with Debian Etch - custom kernel 2.6.18-3_10.01, Kino 0.9.2, dvgrab 1.8-4, libraw1394-5/8 ver. 0.10.1-1.1/1.2.1-2, libdc1394-13 1.1.0-3+b1

      Updated: 2006-11-17

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    10. Internal Microphone

      The build in microphone on top of the LCD panel, to the right side of the camera can be enabled as below using GNOME ALSA Mixer. The setting should be set as follow for recording or audio conferencing.

      GNOME ALSA Mixer can be found on GNOME Desktop. Select Applications->Sound & Videos->GNOME ALSA Mixer;

      Microphone ptions

      Users of Z62Fm needs to uncheck the External Amplifier.

      Updated: 2006-11-17

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    11. Fax/Modem

      The fax modem driver for the integrated modem is commercially distributed and supported by Linuxant. Users must get the HSF driver and installation instruction from Linuxant. The free version of this driver limits the modem to 14.4Kbps with restricted fax capabilities. The proper license key to open up maximum capabilities is only available from Linuxant commercially. A worthwhile purchase if travelling extensively with your laptop. Distribution of the free version is withheld due to errors in testing.

      Technical Notes

      The internal modem is a software modem, it integrates with the Intel HD Audio and has a Conexant chip on ASUS Z62F and Z96F laptop (82801G/ICH7).

      Testing was successful with some errors using Debian Etch - custom kernel 2.6.18-3_10.01, Gnome ppp version 0.3.23-1, hsfmodem driver hsfmodem_7.47.00.05full_i386.deb.zip from Linuxant.com. There are some conflicts with the existing distribution. e.g. Distribution of the free version of this software is withheld from distribution.

      Assistance form Linuxant is available through support@linuxant.com

      Updated: 2006-11-17

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    12. Webcam

      The build in camera has a resolution of 320x240, it can be use to take digital still photos, video conferencing with friends or make short video clips.

      Digital photos can be taken with Camorama. Simply select Applications->Graphics->Camorama Webcam Viewer from the GNOME desktop. Press the Take a Picture button to take a snapshot, save the file into local directory.

      Camorama

      Here, my niece's friend is put to work.

      There are a couple of video conferencing tools, Ekiga (formerly Gnome Meeting) or KOpete. KOpete will work with Yahoo and MSN.

      To record a short video clip with sound. You will need to :

      1. download streamer from Synaptic Package Manager;
      2. Setup the microphone as indicated above;
      3. Then select Applications->Accessories->Terminal.
      4. Type the following at the terminal prompt.
      5. $  streamer -q -c /dev/video0 -f rgb24 -r 24 -C /dev/dsp -F mono16 -t 01:00 -o ~/Desktop/filename.avi
      6. This will record one minute of video; press <Ctrl-C> to stop recording.

      This captures in avi format, you can convert it to DV in Kino and do editing. Add clips together to make a videogram or put your rantings on YouTube and have the entire planet ignore you.

      Technical Notes

      The integrated camera that came with the ASUS laptop was made by Vimicro/Z-Star Microelectronics Corp. It can be identified with

      # lsusb
      After the Bus # Device #: ID 0ac8:0321.

      The latest experimental driver can be downloaded from our friends at http://mxhaard.free.fr/. The GSPCA drivers is the only one available to work with this camera. The SPCA5xx driver will work with many other external cameras.

      The driver version gspca-20061216 from the web-site works well.

      Updated: 2006-12-28

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    13. Mail Light

      The blue mail light can be use by Mail Notification. To set this up:

      1. Select Desktop->Preference->Mail Notification,
      2. add the incoming mail boxes you wish to check,
      3. Enter the commands for new mail arrival and when all mail has been read. The new mail arrival command is :
        echo -n 1 > /proc/acpi/asus/mled
        The command for all mail read is :
        echo -n 0 > /proc/acpi/asus/mled

      This will turn on the blue mail light when mail arrives and turn it off when all mail has been read. The benefit of this feature is the saving of virtual desk space; it can also be used to monitor how much spam you get per minute - exciting! Note: this only works when the laptop is turned on and connected to the Internet.

    14. Mail LED

      Updated: 2006-11-17

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    15. Touchpad

      The touchpad preference allows the user to change properties of the touchpad such as enable tapping or scrolling. If the user finds the touchpad tapping is too sensitive, the tapping can be disabled; the left and right buttons below the touchpad still works.

      The touchpad preferences can be found on the GNOME Desktop via Desktop->Preferences->Touchpad.

      The technical notes on touchpad support was done in /etc/X11/xorg.conf. A new section was added as below:

      section "InputDevice"
              Identifier      "Synaptics Touchpad"
              Driver          "synaptics"
              Option          "SendCoreEvents" "true"
              Option          "Device" "/dev/psaux"
              Option          "Protocol" "auto-dev"
              Option          "HorizScrollDelta" "0"
              Option          "SHMConfig" "true"
      EndSection
      

      The Server layout also needs to have an extra line added ...

      Section "ServerLayout"
      	...
              InputDevice             "Synaptics Touchpad"
      	...
      EndSection
      		

      Updated: 2006-11-17

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    16. Application Shortcut

      The application shortcut keys just above the keyboard are programmable. To program it:

      1. select Desktop->Preferences->Keyboard Shortcuts,
      2. select E-mail with the mouse and press the mail shortcut button.
      3. select Launch web browser and press the browser shortcut button.
      4. Application Shortcuts
      5. select Desktop->Preferences->Preferred Applications
      6. set the preferred application.
      7. Application Shortcuts

      Updated: 2006-11-17

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    17. Recalibrate Battery

      The laptop battery needs to be re-calibrated every half year or so. It tells the machine when to expect the battery to run out. This is because the battery potential changes as it ages. Once the battery recalibration begin, you will not be able to interrupt it, it will run for a few hours depending on how strong your battery is.

      1. Reboot the computer and press the <F2> button to go into the bios menu.
      2. Select the Power screen and select Recalibrate battery to begin.

      Do not purchase battery as a spare unless you intend to use it. Batteries sitting around unused will leak charge so even though it wasn't being used will still loose effectiveness.

      Lastly, do not use a battery with a cracked case - it is a fire hazard. Always dispose of batteries in a recycling facility.

      Updated: 2006-11-17

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    18. IPW3945 Wireless Networking (A/B/G)

      The wireless service on this laptop consist of four components: the wireless card, the wireless kill switch, the ipw3945 driver and the Network Manager. The wireless kill switch is for turning off the wireless card to save battery when travelling.

      wireless button The default setup turns the wireless card off during boot up and resume; you can tell by the wireless light on the bottom right of your laptop. To turn on the wireless card - hold down the <Fn> key and press the <wireless> button.

      To join a wireless network, left click on the signal strength in the notification area of the top panel and join an existing network or connect to a new wireless network. Fill in the pop-up dialog box as below and after a minute or so, a message should indicate you have successfully joined or failed.

      Wireless Network Profile

      Once successfully joined, a password will be asked to save the wireless profile. The profile is retrieved each time wireless network detected.

      Technical Notes

      Kernel driver for the ipw3945 was compiled and installed for your custom kernel.

      A hack is also available to automatically turn on the wireless card. It is called ipw-wled and is available in the download section. It can be placed in the /etc/init.d/ directory. To enable the wireless card during resume form hibernation, add the following line in /etc/hibernate/common.conf:

      RestartServices ipw-wled

      Also comment out the following service.

      # RestartServices acpi-support

      Lastly, place it in the Startup Programs in GNOME. This can be found in Startup Programs tab of Desktop->Preferences->Sessions.

      Details on the hack - it checks the /sys/bus/pci/drivers/ipw3945/0000:02:00.0/rf_kill status and turns off the kill switch.

      1. 0 =< kill switch is off.
      2. 1 =< hardware kill switch only with status on.
      3. 2 =< hardware and software kill switch with status on.

      Trouble Shooting

      The wireless-tools are a great assets in trouble shooting.

      Use iwconfig to find out the status of the driver. Do this from a Root Terminal.

      # iwconfig

      Something similar to the following should show.

      lo        no wireless extensions.
      eth0      no wireless extensions.
      eth1      no wireless extensions.
      ...
      eth2      IEEE 802.11g  ESSID:"oz"
                Mode:Managed  Frequency:2.417 GHz  Access Point: 00:18:F3:3A:2A:FF
                Bit Rate:54 Mb/s   Tx-Power:15 dBm
                Retry limit:15   RTS thr:off   Fragment thr:off
                Encryption key:6903-35A5-03CC-E5D8-9F30-A93A-6076-3438-7697-DC54-668E-C00F-8C2D-8D68-2867-4EFE   Security mode:open
                Power Management:off
                Link Quality=75/100  Signal level=-59 dBm  Noise level=-60 dBm
                Rx invalid nwid:0  Rx invalid crypt:0  Rx invalid frag:0
                Tx excessive retries:0  Invalid misc:84   Missed beacon:0
      ...       
      sit0      no wireless extensions.
      

      If you don't see any network ESSID or Access Point information, it failed to negotiate a connection with a access point. If this happens, check the wireless light. If it is off, wireless kill switch is on and no connection is possible. If everything looks good then you should double check your access point essid key or password.

      If you don't see any problems, then it is in the higher layer. Possibly a dhcp problem or a network problem from the access point onward. Check dmesg for any revealing messages.

      Updated: 2006-11-17

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    19. Hibernation

      The hibernation feature is one of the most significant feature in terms of productivity. It allows the user to open up multiple applications to work, hibernate and resume their work from where they stop.

      Hibernation differs from suspend in that suspend to ram will consume battery while hibernation does not. The cost of hibernation is a small amount of time in the hibernating and resuming process. No suspend to ram is available on this machine.

      wireless button To hibernate, simply hold down <Fn> key and press <hibernate> together (The hibernation button may appear on different function keys depending on model). It will save a image of ram onto the disk and power off.

      Resumption is simply the reverse process. Turning on the machine and writing the image back to ram.

      Warning Warning: do not hibernate in one version of the kernel and resume from another - it is a sure way of corrupting the system.

      Technical Notes

      Hibernation on this machine is setup with Software Suspend2. Aside from the usual in kernel compile, additional customization was developed to make it more convenient and reliable. The following is the list of customizations, the complete source is available in the repository:

      1. init-suspend2 script for generating the initrd during kernel compile, it contains the following:
        echo > /sys/power/suspend2/do_resume
      2. local acpi events are define to catch the proper <Fn> key,
      3. customization in common.conf and suspend2.conf,
      4. custom suspend2wrapper.sh script to include...
        # choose older algorithm for reliability
        echo 1 > /sys/power/suspend2/full_pageset2
        
      5. kernel parameters defined in grub,
      6. custom kernel with suspend2 compiled in,
      7. hibernation in Laptop mode was turned off so that Power Manager in GNOME can control the hibernation during battery rundown,
      8. set the Power Manager to use hibernate during battery rundown. This needs to be done by the user when new accounts are added.
      9. Power Management

      More details can be found in suspend2.html.

      Updated: 2006-11-17

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    20. Bootsplash

      The bootsplash screen can be changed by the user. The instructions for creating a custom bootsplash are a little elaborate and a novices may feel more comfortable with using a image from bootsplash archive.

      Downloading A New Theme

      1. Many themes can be downloaded from the Synaptic Package Manager. Just search for bootsplash-theme and download the theme.
      2. Next, from the GNOME desktop, select Applications->Accessories->Root Terminal and enter the root password.
      3. Type the following to reconfigure bootsplash:
        # dpkg-reconfigure bootsplash 
      4. Select the newly downloaded theme and press enter,
      5. Select 1024x768 resolution and press enter,
      6. Select No to Automatically configure your bootloader,
      7. Bootsplash
      8. Select Yes to Update your initramfs images,
      9. Reboot and enjoy your new theme.

      Creating Custom Bootsplash

      The bootsplash screen resolution is 1024x768. This is because when the bootsplash screen is displayed the system is still running from the initramdisk and 915resolution video patch had not been loaded. So if a image is loaded without some hacking, it will appear distorted and unfocus because 1280x800 resolution is not available.

      To create a bootsplash screen with the proper proportion:

      1. open your image in Gimp,
      2. crop your image into a 1280x800 canvas size; select image->Canvas Size,
      3. Once you are satisfied, scale your image to 1024x768. It will appear distorted for now but will display correctly when you boot.
      4. Save your image into /etc/bootsplash/themes/current/images directory with a file name of silent-1024x768.jpg. silent-1024x768.jpg is the image displayed with the progress bar and bootsplash-1024x768.jpg is the terminal screen with all the messages.
      5. Next, from the GNOME desktop, select Applications->Accessories->Root Terminal and enter the root password.
      6. Type the following to update the initramdisk with the new images.
        # update-initramfs -u 
      7. Reboot and have fun.

      Technical Notes

      Aside from the standard kernel patch, the kernel parameters added in /boot/grub/menu.lst under the grub section is the following:

      # defoptions=vga=791 splash=silent ...
      # altoptions=(single-user mode) single vga=791 splash=verbose ...

      A custom patch was also applied to /etc/init.d/rc to support the progress bar. Animation is not supported. The custom patch is called rc.patch and is available in the Downloads section.

      To apply the patch manually, run the following from a root terminal:

      patch -i rc.patch -p0 -b /etc/init.d/rc

      Replace the rc.patch with the actual path of the file. The patch will create a backup in case something goes wrong.

      Updated: 2006-11-17

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    21. Custom Kernel and modules

      The following are the list of changes made to the standard Debian kernel source:

      1. In kernel compile to use Software Suspend2. This required the software suspend2 patch as well as the suspend2 script for compiling the initrd for initramfs. During kernel compile with initrd option, suspend2 would need to be place in /etc/initramfs-tools/scripts/init-premount directory. Once the compilation is completed and an kernel image is created, suspend2 script must be removed from the afore mentioned directory prior to installing the new kernel.
      2. in kernel compile to use BootSplash. note: the patchset contains a rc patch to enable the bootsplash progress bar;
      3. Intel smp processor support;
      4. high memory support;
      5. PCMCIA support;
      6. IrDA support;
      7. Bluetooth support;
      8. IEEE 802.11 networking stack support (WEB/CCMP/TKIP encryption);
      9. IEEE 3945 firewire support;
      10. MMC/SD card support;
      11. Realtek gigabit ethernet support;
      12. network packet filtering support for Firestarter firewall support;
      13. custom module for ipw3945, alsa sound and webcam driver.
      download The .config file can be downloaded from the Downloads section for peer review.

      Updated: 2006-11-17

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    22. Hardware Specifications

      This is a barebone laptop with interchangeable parts. See upgrading below for details.

      Display14" WXGA (1280X800)
      Graphics ControllerIntegrated, Intel® 945GM with DIH capabilities.
      Camera Built-in .35MP Camera. Vimicro/S-Star chipset.
      Networking
      1. Realtek RTL-8169 10/100/1000 Mbps Fast Ethernet controller, supporting full and half duplex modes.
      2. Intel® Wireless Pro 3945ABG supporting 802.11a/b/g protocols.
      Processor and Cache Memory
      1. Intel Yonah T1300~T2600
      2. Celeron-M up to 410-430
      RAMDDR2-533/677 MHz up to 2048MB , 2 x SODIMM Dual Channel Slots
      Audio OutputIntel® 82801G High Defn. Audio. Built-in stereo speakers and microphone S/W Volumn up/down. The sound is high fidelity but the speakers are a little weak, best with headphones.
      TelecomAzalia compliant MDM Fax/ Modem , Integrated MDC Fax/Modem , Modem supported 56K/V.90 and universal PPT. Conexant chipset (software modem). Additional purchase is neccessary for full modem/fax functionality.
      Input DeviceKeyboard , Touch Pad
      Chipset Intel® 82801G ICH7-M
      LED Status Indicator Power-on/Suspend , Battery Charging/full/low , Storage device access , Email, WLAN Connectivity , Caps Lock, Num Lock
      Interface
      1. 4 x USB 2.0 ports
      2. 1 x VGA port/Mini D-sub 15-pin for external monitor
      3. 1 x S-Video Composite
      4. 1 x IEEE 1394 port
      5. 1 x SD Card Reader
      6. 1 x 32-bit CardBus 1.0 architecture
      7. 2 x Audio jack Audio out (SPIDIF) / Mic-in
      8. 1 PCMCIA Slot
      9. 1 x RJ11 connector for Modem
      10. 1 x RJ45 connector for Ethernet
      11. 1 x Portbar III Support
      Keyboard Desktop-Like Ergonomic Full-Size 87/88key, 3mm Travel with Win Function Key
      Power Management
      1. Full feature SMI power management
      2. Suspend to Disk
      3. ACPI 2.0 supported
      Battery Pack and Life Li-Ion 6 cell 4800mAh, 64W/Hrs , Built-in gauge IC , Real life run-time 2.5hrs with M410 processor and wireless card.
      AC Adapter Output---19 V DC, 4.74A, 65W , Input---100240V AC, 50/60Hz universal
      Dimensions WxDxH 13.15x9.9x1.00~1.4 inches
      Weight5.5 lbs
      Supplied Accessories Carrying bag
      Security AMI 4MB Flash EPROM, PMU, Plug and Play , Boot from IDE ODD and USB FDD , Intel OSB Requirement , Support Touch-Pad Lock Function
      Dimension and Weight 13.15 x 9.9 x 1.00 to 1.4 inches (WXDXH) , 5.5lbs w/ 6-cell battery
      Manufacturer Warranty1 Year

      lspci produces the following output:

      00:00.0 Host bridge: Intel Corporation Mobile 945GM/PM/GMS/940GML and 945GT Express Memory Controller Hub (rev 03)
      00:02.0 VGA compatible controller: Intel Corporation Mobile 945GM/GMS/940GML Express Integrated Graphics Controller (rev 03)
      00:02.1 Display controller: Intel Corporation Mobile 945GM/GMS/940GML Express Integrated Graphics Controller (rev 03)
      00:1b.0 Audio device: Intel Corporation 82801G (ICH7 Family) High Definition Audio Controller (rev 02)
      00:1c.0 PCI bridge: Intel Corporation 82801G (ICH7 Family) PCI Express Port 1 (rev 02)
      00:1c.1 PCI bridge: Intel Corporation 82801G (ICH7 Family) PCI Express Port 2 (rev 02)
      00:1d.0 USB Controller: Intel Corporation 82801G (ICH7 Family) USB UHCI #1 (rev 02)
      00:1d.1 USB Controller: Intel Corporation 82801G (ICH7 Family) USB UHCI #2 (rev 02)
      00:1d.2 USB Controller: Intel Corporation 82801G (ICH7 Family) USB UHCI #3 (rev 02)
      00:1d.3 USB Controller: Intel Corporation 82801G (ICH7 Family) USB UHCI #4 (rev 02)
      00:1d.7 USB Controller: Intel Corporation 82801G (ICH7 Family) USB2 EHCI Controller (rev 02)
      00:1e.0 PCI bridge: Intel Corporation 82801 Mobile PCI Bridge (rev e2)
      00:1f.0 ISA bridge: Intel Corporation 82801GBM (ICH7-M) LPC Interface Bridge (rev 02)
      00:1f.1 IDE interface: Intel Corporation 82801G (ICH7 Family) IDE Controller (rev 02)
      00:1f.3 SMBus: Intel Corporation 82801G (ICH7 Family) SMBus Controller (rev 02)
      02:00.0 Network controller: Intel Corporation PRO/Wireless 3945ABG Network Connection (rev 02)
      03:01.0 CardBus bridge: Ricoh Co Ltd RL5c476 II (rev b3)
      03:01.1 FireWire (IEEE 1394): Ricoh Co Ltd R5C552 IEEE 1394 Controller (rev 08)
      03:01.2 Generic system peripheral [0805]: Ricoh Co Ltd R5C822 SD/SDIO/MMC/MS/MSPro Host Adapter (rev 17)
      03:01.3 System peripheral: Ricoh Co Ltd R5C592 Memory Stick Bus Host Adapter (rev 08)
      03:07.0 Ethernet controller: Realtek Semiconductor Co., Ltd. RTL-8169 Gigabit Ethernet (rev 10)

      Updated: 2007-01-17

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    23. Hardware Upgrading

      The Z62 series of ASUS laptops are upgradable. This include the CPU, harddisk, wireless card, memory modules and the DVDRW drive.

      This upgradability will allow your laptop to grow with your needs and stay out of landfill longer.

      Warning

      Warning: Always unplug the power cord, remove the battery and discharge any static electricity prior to opening the case.

      image of Z62Fm Underside

      Here are some instructions for common upgrades.

      Upgrading CPU

      1. Before purchasing, check out CPU support from ASUS. A BIOS update may be necessary for some processor support. Read FAQs for generating a bootable CD for bios update.
      2. Read additional instructions form the manufacturers. CPU instructions and motherboard instructions.
      3. Remove the battery pack.
      4. Put on your grounding strap and discharge any static electricity.
      5. Remove the top CPU panel.
      6. Unplug the fan power cable from the left of the CPU.
      7. Unscrew the fan assembly and CPU hold down screws.
      8. Remove the heat pipe and fan assembly.
      9. Unlock the CPU.
      10. Remove the old CPU.
      11. Clean off the old thermal pad from the heat pipe assembly.
      12. Insert new CPU.
      13. Lock the new CPU in place.
      14. Reinstall the heat pipe and make sure the new thermal pad has good contact with the heat pipe assembly.
      15. Plug in the fan power cable.
      16. Reinstall the CPU panel.
      17. Reinstall the battery pack.
      18. Reboot the machine and go into BIOS setup, make sure the CPU is recognized and save new settings.

      Upgrading Memory

      1. Read the instruction manual form the manufacturer.
      2. Purchase memory of the same make and model. e.g. Another 512MB module if you already has 512MB memory. Max of 2 GB memory of 1GB module each.
      3. Remove the battery pack.
      4. Put on your grounding strap and discharge any static electricity.
      5. Remove the lower memory panel.
      6. Simply insert the new memory module or replace the old memory modules with new ones depending on your needs.
      7. Reboot the machine and go into BIOS setup, make sure the new memory is recognized and save new settings.

      Upgrading Harddisk

      1. Purchase 2.5" PATA drive.
      2. Backup data from old harddisk.
      3. Remove the battery pack.
      4. Put on your grounding strap and discharge any static electricity.
      5. Remove the side harddisk panel.
      6. Grab the plastic straps on the harddisk caddy and pull away from you parallel to the laptop to unplug the harddisk.
      7. Remove the old harddisk from caddy and replace with new harddisk.
      8. Reinstall new harddisk kit into laptop using the plastic straps.
      9. Close the harddisk panel.
      10. Reboot the machine and go into BIOS setup, make sure the new harddisk is recognized and save new settings.

      Updated: 2006-11-17

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    24. References

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