How to install ndiswrapper for the ThinkPad 11a/b/g/n Wireless LAN Mini Express Adapter
Got it working on my T60 2007VEH by installing the windows driver via ndiswrapper. You need a recent version of ndiswrapper (I used driver version 1.30). Get it at ndiswrapper's sourceforge site.
This is the procedure I used:
- Download the Windows driver from Lenovo/IBM's support site. Enter your Thinkpad model number (mine is 2007VEH), go to "Software and Device Drivers" and search for the "ThinkPad 802.11abgn wireless LAN" driver. Click on the link and download the .exe file.
- Extract its contents with cabextract:
:~> cabextract 7iwc16ww.exe Extracting cabinet: 7iwc16ww.exe extracting DATA1.CAB extracting DATA1.HDR extracting DATA2.CAB extracting IBMTPI.XML extracting IKERNEL.EX_ extracting IMDRV/WSIMD.CAT extracting IMDRV/WSIMD.INF extracting IMDRV/WSIMD.SYS extracting IMDRV/WSIMDP.CAT extracting IMDRV/WSIMDP.INF extracting LAYOUT.BIN extracting SETUP.EXE extracting SETUP.INI extracting SETUP.INX extracting SETUP.ISS extracting UNINSTLL.ISS extracting WINXP_2K/AR5416.SYS extracting WINXP_2K/NET5416.CAT extracting WINXP_2K/NET5416.INF extracting WLLANATH.TPI
- In the WINXP_2K directory, install the driver .inf file with ndiswrapper:
:~> cd WINXP_2K/ :~> sudo /usr/sbin/ndiswrapper -i NET5416.INF installing net5416 ... forcing parameter MapRegisters from 256 to 64 [...last line repeats a few times...]
Note that the last line only occurs with a recent version of ndiswrapper. I had to compile ndiswrapper from source to get the new version. This went smoothly on SUSE 10.1 with the kernel-developer selection installed.
- ndiswrapper (run as root) tells you that the driver is installed:
root:~> ndiswrapper -l net5416 driver installed, hardware (168C:FF1D) present
Strange, the PCI ID changed. ndiswrapper reports it as 168C:FF1D, while lspci -l reports 168c:0024. Don't know what this means.
- load the ndiswrapper module:
root:~> modprobe ndiswrapper
- iwconfig shows the card:
root:~> iwconfig wlan0 wlan0 IEEE 802.11b ESSID:"youknowit" Mode:Managed Frequency:2.462 GHz Access Point: 01:23:45:67:89:AB Bit Rate:11 Mb/s Encryption key:off Power Management:off Link Quality:42/100 Signal level:-69 dBm Noise level:-96 dBm Rx invalid nwid:0 Rx invalid crypt:0 Rx invalid frag:0 Tx excessive retries:0 Invalid misc:0 Missed beacon:0
This is with KNetworkManager running; it automatically connected to the network. ESSID and Access Point MAC are faked for this howto.
I must add that a few days ago, with another access point, the exact same procedure did not work. The card was tuned to some 5.?? GHz (maybe 802.11n?) and would not recognize the 802.11g network that was present. It also had WEP encryption in effect, which the AP in this howto does not have (it's a VPN). I suceeded to connect with another PCMCIA WLAN card, also driven by ndiswrapper, so it wasn't the network's or ndiswrapper's fault. I was unable to reproduce this, though.
Update: The same prob just occurred to me with the Lenovo driver. I had the machine running under windows, where no WLAN was available. It must have left the card in a state where iwconfig cannot con figure it. Maybe it's related to the 802.11n caps of the card. When I connect to a 802.11g WLAN with windows, the card works again under Linux. If anyone finds out how to reset the card to 802.11g without having to boot windows: Let us know!
No suspend with ndiswrapper
The machine hangs upon Suspend to RAM (and most likely Suspend to Disk, too, although I didn't test) if the ndiswrapper module is loaded. Unload the ndiswrapper module before suspending:
:~> sudo rmmod ndiswrapper
With Suse 10.1 (and probably older versions), you can tell powersaved to unload the module upon suspend. Edit /etc/powersave/sleep and change the values of the following variables to contain ndiswrapper:
UNLOAD_MODULES_BEFORE_SUSPEND2DISK="ndiswrapper" UNLOAD_MODULES_BEFORE_SUSPEND2RAM="ndiswrapper" UNLOAD_MODULES_BEFORE_STANDBY="ndiswrapper"
If there are already any modules present, separate them with a single space.
For other distros a similar mechanism may exist. Any pointers are appreciated!