Additional hardware added:
The only devices not working under OpenBSD are IrDA, the embedded security chip (However, outdated tcpa patches are available) and the winmodem.
tori$ sysctl hw.sensors hw.sensors.aps0.temp0=38.00 degC hw.sensors.aps0.temp1=38.00 degC hw.sensors.aps0.indicator0=On (Keyboard Active) hw.sensors.aps0.indicator1=Off (Mouse Active) hw.sensors.aps0.indicator2=On (Lid Open) hw.sensors.aps0.raw0=462 (X_ACCEL) hw.sensors.aps0.raw1=516 (Y_ACCEL) hw.sensors.aps0.raw2=462 (X_VAR) hw.sensors.aps0.raw3=517 (Y_VAR)
Using a random CF-to-IDE adapter from DealExtreme and some fast CF cards from a local supplier, this Thinkpad X40 has become much faster and almost silent. No annoying clicking and rattling when reading and writing data. Fan comes on only during POST and then powers off unless CPU-intensive work is running.
|Task||4200 RPM IDE disk||Lexar 300X CF|
|Boot OpenBSD to xdm(1) prompt||1m11s||0m54s|
|Load GIMP|| 0m45.69s real|
|Load Inkscape|| 0m21.06s real|
|Copy 200M file|| 0m1.67s real|
|find /||4m33.75s real|
| 0m0.35s real|
The PCMCIA slot has been loaded with a PCMCIA-to-CF adapter containing another 16GB Lexar card. The OpenBSD root partition (and others) live on the first CF card and /home (and various other data partitions) live on the second CF card. During an OS upgrade, my /home is easily kept safe just by ejecting the card.
The SD slot contains a very slow 2GB card.