Jean, Sorry for the late response. I based this off of a file called sensors-Gigabyte-965P-DS3.conf taken from here: http://khali.linux-fr.org/devel/lm-sensors/sensors-Gigabyte-965P-DS3.conf I found the reference here: http://www.lm-sensors.org/ticket/2273 Sorry about the date, and not correcting the comment about scaling, although I have to admit, scaling in0 is dubious. I did it to make the lm-sensor readings match the BIOS readings, but the BIOS reading is somewhat high for an Athlon II X2 245 which should be 0.85 to 1.425 V from the specs I can find on the web. Thanks for also pointing out the errors in setting the temp limits, I did bang this one out rather quickly. Plus, I'm still not sure exactly sure what components the temps are really reading. I've attached an updated file. Glen On Thu, 2010-08-19 at 18:27 +0200, Jean Delvare wrote: > Hi Glen, > > On Thu, 12 Aug 2010 20:27:06 -0700, Glen wrote: > > Here's a config file I worked up for the Gigabyte MA758GM-US2H. It's > > based off of one taken from your web site. This is NOT confirmed by > > examination of the MB, just by observed readings. > > Out of curiosity, which configuration file did you start from? > > > # lm_sensors configuration file for the Gigabyte MA785GM-US2H motherboard > > # 8-12-2010 G. Journeay <journeay@xxxxxxxxx> > > Please follow ISO-8601 for dates, otherwise it's ambiguous. I read the > above as December 8th, withe you certainly meant August 12th. > > > ### Voltages > > > > label in0 "Vcore" > > label in1 "Vram" # "DDR2" in BIOS > > label in2 "+3.3V" > > label in3 "+5V" # Not in BIOS > > ignore in4 > > ignore in5 > > ignore in6 > > label in7 "+12V" > > label in8 "Vbat" # Not in BIOS > > > > # Vcore, Vram, +3.3V and Vbat are connected directly, so no compute > > # line is needed for these. For +5V the chip is configured to use > > # internal scaling. For +12V the default resistors seem to have been > > # used. > > compute in0 @ * ( 3/10+1), @ / ( 3/10+1) > > This is inconsistent. You just said that Vcore didn't need any scaling, > yet you have a compute statement for Vcore. In all honestly, I would be > very surprised if it were correct... Vcore is never scaled, it doesn't > need to (it's way below the +4.08V limit.) How did you come up with it? > > > compute in3 @ * (6.8/10+1), @ / (6.8/10+1) > > compute in7 @ * ( 45/10+1), @ / ( 45/10+1) > > > ### Temperatures > > > > label temp1 "CPU Temp" > > label temp3 "NBr Temp" > > label temp2 "MB Temp" > > Would be more intuitive to leave them in order. > > > set temp1_min 0 > > set temp1_max 60 > > set temp2_min 0 > > set temp3_max 50 > > set temp3_min 0 > > set temp3_max 50 > > You're setting temp3_max twice, and you're never setting temp2_max. >
# lm_sensors configuration file for the Gigabyte MA785GM-US2H motherboard # 2010-8-12 G. Journeay <journeay@xxxxxxxxx> # Comments welcome! chip "it8718-*" ### Voltages label in0 "Vcore" label in1 "Vram" # "DDR2" in BIOS label in2 "+3.3V" label in3 "+5V" # Not in BIOS ignore in4 ignore in5 ignore in6 label in7 "+12V" label in8 "Vbat" # Not in BIOS # Vram, +3.3V and Vbat are connected directly, so no compute # line is needed for these. For +5V the chip is configured to use # internal scaling. For Vcore and +12, compute values derived from # comparison of BIOS values and raw readings from lm sensors. compute in3 @ * (6.8/10+1), @ / (6.8/10+1) compute in7 @ * ( 45/10+1), @ / ( 45/10+1) # The BIOS won't set any limit for voltages. set in0_min 0.85 set in0_max 1.425 set in1_min 1.8 * 0.95 set in1_max 1.8 * 1.05 set in2_min 3.3 * 0.95 set in2_max 3.3 * 1.05 set in3_min 5 * 0.95 set in3_max 5 * 1.05 set in7_min 12 * 0.95 set in7_max 12 * 1.05 ### Temperatures label temp1 "CPU Temp" label temp3 "NBr Temp" label temp2 "MB Temp" set temp1_min 0 set temp1_max 60 set temp2_min 0 set temp2_max 50 set temp3_min 0 set temp3_max 50 ### Fans label fan1 "CPU Fan" label fan2 "SYS Fan" ignore fan3 label fan4 "NB Fan" # Adjust for your own fans set fan1_min 1000 set fan4_min 1000
_______________________________________________ lm-sensors mailing list lm-sensors@xxxxxxxxxxxxxx http://lists.lm-sensors.org/mailman/listinfo/lm-sensors
