> > The register we are fighting with this time is 0x5B. In our current > > driver implementation, this register is supposed to be PWM1 (fan > > speed control) as for the w83781d, but I did some tests on my > > motherboard(Asus A7V133-C, AS99127F) yesterday and it turned out > > that this register behaves like a temperature sensor mode selector > > (like the it87 has). What's your opinion about this register? Where > > would PWM1 be if it's not there? > > Remember this guy? > > http://archives.andrew.net.au/lm-sensors/msg02580.html > > The zipped sensors.conf file attached to that message says that 0x5b > is a temp. mode selector. That this is true for Asus BACH is further > evidence that the same is probably true for as99127f. Very interesting. What I could see on my as99127f (type 1) seems to be different. The guy says: default 11011101 bit 7,6 RW type of TXD4 (LM78 extension) bit 5,4 RW type of TXD3 (secondary LM75) bit 3,2 RW type of TXD2 (primary LM75) bit 1,0 RW type of TXD1 (LM78) all bits meaning: 00 no sensor connection, Thermal sensor reading register (bank 0, 17h/87h) is writable HMI will not update the reading register 01 Thermistor / 10k, B = 3435 10 3904 transistor 11 Intel thermal diode while I think I have: default 00000000 bit 5 type of temp3 (second LM75 clone) bit 3 type of temp2 (first LM75 clone) bit 1 type of temp1 I don't know the meaning of the bits being to 1 or 0, all I can say is that I have correct readings with bits being at 0, and incorrect (and constant) readings with bits being at 1. Some additional information: The readings with bits at 1 are: temp1: -45 temp2: 217.4 temp3: 211.4 I guess the .4 are really .375 rounded, so the binary readings must be: temp1: 11010011 temp2: 11011001.011 temp3: 11010011.011 I wouldn't call that noise. It has to be something real, although I don't know what. One last thing: the ALARM flags don't trigger when I set the bits to one, although the readings are of course out of bounds. Oh, and BTW. What are these "banks" the guy is talking about? -- Jean Delvare http://www.ensicaen.ismra.fr/~delvare/
