Difference between revisions of "ASUS Eee PC 1201NL"

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(Proposed Merging with the article for the 1201n)
m (Super Hybrid Engine)
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Super Hybrid Engine is a simple FSB tweaker that can radically reduce power consumption.  
Super Hybrid Engine is a simple FSB tweaker that can radically reduce power consumption.  
To enable automatic SHE manipulation just edit /etc/laptop-mode/conf.d/eeepc-superhe.conf:
To enable automatic SHE manipulation just edit /etc/laptop-mode/conf.d/eee-superhe.conf:

Revision as of 14:03, 4 November 2010

Merge-arrows-2.pngThis article or section is a candidate for merging with Asus Eee PC 1201n.Merge-arrows-2.png

Notes: please use the second argument of the template to provide more detailed indications. (Discuss in Talk:ASUS Eee PC 1201NL#)
Device Status Modules
Nvidia GeForce 9400M Working nvidia
Ethernet Working atl1e
Wireless Working r8192se_pci or ndiswrapper
Audio Working snd_hda_intel
Camera Working
Card Reader Working
Function Keys Working acpi-eeepc-generic
Suspend2RAM Working pm-utils
Hibernate Not tested pm-utils?
Multi-input touchpad Only emulation

This is just a draft - more detailed instructions coming up soon + more detailed tests

Netbook works flawlessly with Arch Linux (if you encounter freezes see Troubleshooting below)


Nvidia's Closed-Source Driver

Just install the official closed source drivers from arch extra repo:

pacman -S nvidia

Open-Source Driver

If you desire Kernel Mode Setting and xinerama (better multihead support), then install nouveau instead of the closed-source driver.

pacman -S xf86-video-nouveau

And (highly experimental) 3D support:

pacman -S nouveau-dri


Here, you have two options: either install rtl8192 package from AUR or use ndiswrapper with Windows 2000 driver for the card. The latter seems to be much snappier (better wifi range) but disables the use of aircrack.

Native linux driver

For native linux drivers you need to load r8192se_pci module:

modprobe r8192se_pci

You can add r8192se_pci to your MODULES array in /etc/rc.conf, though udev should load them automatically.

Ndiswrapper and W2K driver

Detailed ndiswrapper installation instructions coming up soon.

ACPI Functions

In order to use the function keys and extend battery life, you can set up the ACPI Driver, then install and configure the tools below.

The driver for the ACPI functions of the 1201N is called eeepc_laptop. It is part of the mainline kernel, so all that needs to be done is to load the module:

modprobe eeepc_laptop

If the command fails with such error message:

FATAL: Error inserting eeepc_laptop (/lib/modules/2.6.32-ARCH/kernel/drivers/platform/x86/eeepc-laptop.ko): No such device

you need to add acpi_osi=Linux to kernel parameters in your bootloader configuration.

Function Keys

You must have acpid installed to use the Function keys:

pacman -S acpid 

After installing acpid, you will have to add it to your DAEMONS array in rc.conf.

Then, you need to install acpi-eeepc-generic package from AUR and edit file /etc/conf.d/acpi-eeepc-generic.conf:


Comment out EEEPC_CONF_DONE option:


If you are using linux drivers for wifi you should also edit the WIFI_DRIVERS array:


Otherwise the wifi toggle button won't work.

Afterward, you must restart acipd:

/etc/rc.d/acpid restart

Power Management with Laptop Mode Tools

You can use Laptop Mode to substantially increase your battery life on Linux. To do so, Install the [Laptop Mode Tools|laptop-mode-tools] from extra repo:

pacman -S laptop-mode-tools

and add "laptop-mode" to your DAEMONS array in rc.conf. Many of the power managment settings in laptop-mode are disbaled by default, so it is encouraged that you explore the configuration files throroughly. Here are some highlights of configuration options worth exploring:

Super Hybrid Engine

Super Hybrid Engine is a simple FSB tweaker that can radically reduce power consumption.

To enable automatic SHE manipulation just edit /etc/laptop-mode/conf.d/eee-superhe.conf:


If you've configured function keys using acpi-eeepc-generic, you can manually change SHE mode by using Fn+Space.

Wifi Power Management

The linux-native wifi driver supports wifi power management. If you are using the linux-native wifi driver, you can enable basic power management by editing /etc/laptop-mode/conf.d/wireless-power.conf:



Install pm-utils:

pacman -S pm-utils

If you are using linux wifi driver you need to unload it before suspending otherwise the machine won't resume. To do this automatically uncomment and edit appropriate line in /etc/pm/config.d/config file:

SUSPEND_MODULES="ehci_hcd r8192se_pci"

The ehci_hcd module is responsible for usb hub. Removing it solves the immediate resume issue (see Troubleshooting) You can try out the suspend2ram either by using function key Fn+F1 (if you've configured them to use pm-utils in /etc/conf.d/acpi-eeepc-generic.conf) or by running:


LCD brightness

To enable LCD brightness automatic manipulation you need to edit /etc/laptop-mode/conf.d/lcd-brightness.conf and set proper BRIGHTNESS_OUTPUT path:



Machine does not resume after suspend2ram

You have to unload r8192se_pci module right before suspending. See Suspend2RAM section of this article for details.

After suspending the machine immediately resumes

You have to unload usb module(s) before suspending. See Suspend2RAM section of this article for details.