Sorry to spam but last attachment in bin mode! Could the following attached config file be added to the wiki, I would do it myself but don't have and don't know how to get a wiki account, guidance on this for future edits of this file would be appreciated. I have 2 machines with different cpus using this motherboard and have confirmed VCCIN (Haswell), +3.3V, 5V, and 12V on both to correspond exactly with the bios readings. Fan readings also look good and all 3 fan headers have been tested. I have used stock 13.10 kubuntu (default lm-sensors 3.3.3) but with the nct6775 module from https://github.com/groeck/nct6775 to drive the nct6791d chip on this board. My thanks to all the lm-sensors and related teams. There are still some unknowns but the basics are up and running. I have intentionally left the unknown / unlabelled values without min and max settings so they still show alarm state. There are notes within the config file and I believe it to be fit for general use. Philip G In line contents of Asus-Z87M-Plus chip "nct6791-*" # nct6791d or compatible chip at 0x2e:0x290 Asus Z87M-PLUS bios 0903 # non current kernels will require more recent nct6775 module from # https://github.com/groeck/nct6775 # Fans label fan2 "CPU Fan" label fan1 "System FAN1" label fan3 "System FAN2" # only 3 fan headers on Asus Z87M-PLUS so ignore fan4, fan5 ignore fan4 ignore fan5 # add scale to in0 / VCCIN (Haswell) to change from 0.88 raw * 2 = 1.76V # then agrees with VCCIN reading of bios with i4670K # also agreed with bios readings with i4570 ie 0.872 raw * 2 = 1.744V label in0 "VCCIN" compute in0 @*2, @/2 # adjust range, just made these up on usual 5% of i4670K set in0_min 1.76*0.95 set in0_max 1.76*1.05 # sensors -u gives 1.024 which *5 is exactly what bios gives 5V as label in1 "5V" compute in1 @*5, @/5 # add a 5% tolerance as per ATX spec set in1_min 5*0.95 set in1_max 5*1.05 # sensor -u gives 3.280 which is exactly what bios gives 3.3V line label in2 "+3.3V" # add a 5% tolerance as per ATX spec set in2_min 3.3*0.95 set in2_max 3.3*1.05 # I have seen in3 give the following readings via sensor -u # 3.280 3.264 # don't know what it is. # sensors -u gives 1.016 which *12 is exactly what bios gives 12V as label in4 "12V" compute in4 @*12, @/12 # add a 5% tolerance as per ATX spec set in4_min 12*0.95 set in4_max 12*1.05 # I have seen in6 give the following readings via sensors -u # 0.848 0.856 0.864, 0.872, 0.880, 0.904, 0.912 so mostly 0.008 interval # haven't matched it to anything. # Assuming in7 is 3VSB (Stand By) from voltage as a little further off # also from nct6776-* entry in /etc/sensors3.conf label in7 "3VSB" # add a 5% tolerance as per ATX spec set in7_min 3.3*0.95 set in7_max 3.3*1.05 # Assuming in8 as Vbat from nct6776-* entry in /etc/sensors3.conf label in8 "Vbat" # add a 10% tolerance in battery voltage set in8_min 3.0*0.90 set in8_max 3.3*1.10 # Haswell specs give max temp of 72C (case) 77C (core) # This need checking. # putting more conservative max temps on CPUTIN (temp2) # using 72 to be safe but may be just plain wrong set temp2_max 72 set temp2_max_hyst 67 # I have seen in9 give the following readings via sensor -u # 1.008 # haven't matched it to anything. # in5 & 10 always reads +0.15V on 2 boards, ignoring ignore in5 ignore in10 # in11 & 14 always reads +0.13V on 2 boards, ignoring ignore in11 ignore in14 # in12 & 13 always reads +0.13 or +0.12V on 2 boards, ignoring ignore in12 ignore in13 # Assuming not connected to anything as very high values that don't change # Don't know though! ignore SYSTIN ignore AUXTIN1 ignore AUXTIN2 ignore AUXTIN3 # Note AUXTIN0 reads about 34, 34.5 C on one machine # and 34, 35, and 36 C on another machine # but after first suspend resume it reads 115C on one box and 119C on the other. # advised by Guenter at https://github.com/groeck/nct6775/issues/11 to ignore the following 3 ignore PCH_CHIP_CPU_MAX_TEMP ignore PCH_CHIP_TEMP ignore PCH_CPU_TEMP _______________________________________________ lm-sensors mailing list lm-sensors@xxxxxxxxxxxxxx http://lists.lm-sensors.org/mailman/listinfo/lm-sensors
