New/modified voltage.ini for MBM5 5.3.7.0 to fully support K8N Neo2 Platinum

I have been fed up with the misread of MBM5 with Neo2 since i made the switch from Neo1
Fixed :
vcore fixed calibration
+3.3v fixed (showed to low level)
+5v calibrated
+12v fixed ( showed to high level)
New section to select Neo2 Platinum as the voltage configuration .
Here's the whole voltage.ini file in the code box .
Just save the previous one as voltage.ini.bak and paste this in a new file , restart MBM .
Code: [Select]
/* Voltage file for MBM */
/* Dated: 18-Jun-2004 08:41:37 */
/* [name] = sensorchip name -exactly- as in chipinfo.ini */
/* VT = number of voltage configurations start at 0 */
/* Vx = where x is voltage config number */
/* this holds the name of voltage config */
/* VxVy = where x is the voltage config number */
/* where y is the voltage number default this is */
/* 1 core 0 */
/* 2 core 1 or 1.5 or 2.5 */
/* 3 3.3 */
/* 4 5 */
/* 5 12 */
/* 6 -12 */
/* 7 -5 */
/* this holds the register and calculation for */
/* the voltage in question */
/* As of MBM 5.3.0.0 you can use a total of 16 */
/* calculation, if for example you want sensor */
/* to show a voltage that MBM does not show */
/* right now then add an 8th line, place your */
/* code in there and set MBM voltage sensor 8 */
/* to MBM Fixed */
/* 255 = should always be used if a voltage is not */
/* supported by this voltage config selection */
/* $xx = a register from the sensor chip, any $xx */
/* value in the string will be replaced with */
/* the value from that register of the sensor */
/* chip */
/* B = option to use bank switch on ISA based */
/* sensor chips, always use at end and always */
/* followed by a bank number in hexadecimal */
/* | = needed on dual sensor chips, always use it, */
/* followed by 0 or 1 for the 1st or 2nd sensor */
/* chip found */
/* - = a calculation with a negative number is only */
/* possible if that number is between ( ) */
/* example: $12*(-0.4) will work */
/* $12*-0.4 will NOT work */
/* // = remarks, don't use anything else */
/* . = in ALL calculation use a dot as the decimal */
/* symbol, even if it's not your normal decimal */
/* symbol. */
/* if you feel you have a new voltage configuration for */
/* your board then feel free to send it to support at */
/* [email protected] */
[None]
VT=0
V0=None
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[National LM78]
VT=2
V0=LM78 Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=$25*(-0.016)*3.47
V0V7=$26*(-0.016)*1.5
V1=LM78 Epox
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*4
V1V6=$25*(-0.016)*4
V1V7=$26*(-0.016)*1.666
V2=LM78 Tekram
V2V1=$20*0.016
V2V2=$21*0.016
V2V3=$22*0.016
V2V4=$23*0.016*1.68
V2V5=$24*0.016*3.8
V2V6=$25*(-0.016)*3.94
V2V7=$26*(-0.016)*1.5
[National LM78j]
VT=2
V0=LM78j Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=$25*(-0.016)*3.47
V0V7=$26*(-0.016)*1.5
V1=LM78j Epox
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*4
V1V6=$25*(-0.016)*4
V1V7=$26*(-0.016)*1.666
V2=LM78j Tekram
V2V1=$20*0.016
V2V2=$21*0.016
V2V3=$22*0.016
V2V4=$23*0.016*1.68
V2V5=$24*0.016*3.8
V2V6=$25*(-0.016)*3.94
V2V7=$26*(-0.016)*1.5
[National LM79]
VT=2
V0=LM79 Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=$25*(-0.016)*3.47
V0V7=$26*(-0.016)*1.5
V1=LM79 Epox
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*4
V1V6=$25*(-0.016)*4
V1V7=$26*(-0.016)*1.666
V2=LM79 Tekram
V2V1=$20*0.016
V2V2=$21*0.016
V2V3=$22*0.016
V2V4=$23*0.016*1.68
V2V5=$24*0.016*3.8
V2V6=$25*(-0.016)*3.94
V2V7=$26*(-0.016)*1.5
[Winbond W83781D]
VT=0
V0=W83781D Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=$25*(-0.016)*3.47
V0V7=$26*(-0.016)*1.5
[Winbond W83782D]
VT=1
V0=W83782D Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=(($25*0.016)-3.6)*5.14+3.6
V0V7=(($26*0.016)-3.6)*3.14+3.6
V1=W83782D Abit BP6
V1V1=$20*0.016
V1V2=$21*0.016B$05
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*3.8
V1V6=(($25*0.016)-3.6)*5.14+3.6
V1V7=(($26*0.016)-3.6)*3.14+3.6
[Winbond W83783S]
VT=3
V0=W83783S Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=(($25*0.016)-3.6)*5.14+3.6
V0V7=255
V1=W83783S Soyo 7IZB+
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*3.8
V1V6=(($25*0.016)-3.6)*5.14+3.6
V1V7=(($26*0.016)-3.6)*3.14+3.6
V2=W83783S K7NCR18D/G
V2V1=$20*0.016
V2V2=$21*0.016
V2V3=$22*0.016
V2V4=$23*0.016*1.68
V2V5=$24*0.016
V2V6=$25*0.016
V2v7=255
V3=W83783S Tekram P6BX-A
V3V1=$20*0.016
V3V2=$21*0.016
V3V3=$22*0.016
V3V4=$23*0.016*1.68
V3V5=$24*0.016*3.8
V3V6=(($25*0.016)-3.6)*5.14+3.6
V3V7=(($26*0.016)-3.6)*3.14+3.6
[Genesys Logic GL518SM]
VT=0
V0=GL518SM Standard
V0V1=($0D+2) * (2.38/128)
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[Genesys Logic GL520SM]
VT=0
V0=GL520SM Standard
V0V1=($0D-0.18) * (2.43/128)
V0V2=($14-0.18) * (2.43/128)
V0V3=($15+3) * 2.5 * (2.43/256)
V0V4=($13-0.18) * (2.43/128)*4.191489
V0V5=255
V0V6=255
V0V7=255
[Analog Devices ADM9240]
VT=0
V0=ADM9240 Standard
V0V1=$21*0.014
V0V2=$25*0.014
V0V3=$22*0.0172
V0V4=$23*0.026
V0V5=$24*0.062
V0V6=((($25*0.014)-(5+(5-($23*0.026)))) * 2.879-(5+(5-($23*0.026))))
V0V7=255
[National LM80]
VT=2
V0=LM80 Standard 1
V0V1=$25*0.01392
V0V2=255
V0V3=$21*0.016431
V0V4=$23*0.025050
V0V5=$24*0.06
V0V6=$23*0.105476 - $20*0.052105
V0V7=255
V1=LM80 QDI BrillianX IS
V1V1=$23*0.014736842
V1V2=255
V1V3=$22*0.017366666
V1V4=$20*0.02632653
V1V5=$24*0.063156146
V1V6=$25*(-0.064432432)
V1V7=$26*(-0.027526881)
V2=LM80 QDI BrillianX I
V2V1=$23*0.014736842
V2V2=255
V2V3=$22*0.017366666
V2V4=$20*0.02632653
V2V5=$24*0.063156146
V2V6=$25*(-0.070114942)
V2V7=$26*(-0.027526881)
[Winbond W83627HF]
VT=11
V0=W83627HF Standard 1
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=(($25*0.016)-3.6)*5.14+3.6
V0V7=(($26*0.016)-3.6)*3.14+3.6
V1=W83627HF Standard 2
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*3.8
V1V6=(($25*0.016)-3.6)*5.14+3.6
V1V7=255
V2=W83627HF Standard 3
V2V1=$20*0.016
V2V2=$21*0.016
V2V3=$22*0.016
V2V4=$23*0.016*1.68
V2V5=$24*0.016*3.8
V2V6=$25*(-0.016)*3.47
V2V7=$26*(-0.016)*1.5
V3=W83627HF Standard 4
V3V1=$20*0.016
V3V2=$21*0.016
V3V3=$22*0.016
V3V4=$23*0.016*1.68
V3V5=$24*0.016*3.8
V3V6=$25*(-0.016)
V3V7=$26*(-0.016)*1.5
V4=W83627HF Standard 5
V4V1=$20*0.016
V4V2=$21*0.016
V4V3=$22*0.016
V4V4=$23*0.016*1.68
V4V5=$24*0.016*3.8
V4V6=$25*0.016
V4V7=$26*0.016
V5=W83627HF Abit BE7/ KX7
V5V1=$20*0.016 // core
V5V2=$21*0.016 // ddr
V5V3=$22*0.016 // 3.3
V5V4=$23*0.016*1.68 // 5
V5V5=$24*0.016*3.8 // 12
V5V6=$25*0.016 // vtt
V5V7=$26*0.016 // vddq
V5V8=$51*0.016B5 // vbat
V5V9=$50*0.016*1.515B5 // 5vsb
V6=W83627HF Abit NF7
V6V1=$20*0.016 // CPU
V6V2=$21*0.016 // DDR
V6V3=$22*0.016 // +3.3V
V6V4=$23*0.016*1.68 // +5V
V6V5=$24*0.016*3.8 // +12V
V6V6=(($25*0.016)-3.6)*5.14+3.6 // -12V
V6V7=(($26*0.016)-3.6)*3.14+3.6 // -5V
V6V8=$50*0.016*1.515B5 // +5V Stand By
V6V9=$51*0.016B5 // +3.3V Dual
V7=W83627HF EPoX 8RDA3+
V7V1=$20*0.016 // MB (Vdd)
V7V2=$21*0.016 // CPU
V7V3=$22*0.016 // RAM
V7V4=$23*0.016*1.68 // +5V
V7V5=$24*0.016*3.8 // +12V
V7V6=$25*0.016 // AGP
V7V7=(($26*0.016)-3.6)*3.14+3.6 // -5V
V7V8=$50*0.016*1.515B5 // +5V Stand By
V7V9=$51*0.016B5 // +3.3V Dual
V8=Abit IC7/IC7-G
V8V1=$20*0.016 // core
V8V2=$21*0.016 // ddr
V8V3=$22*0.016 // 3.3
V8V4=$23*0.016*1.68 // 5
V8V5=$24*0.016*3.8 // 12
V8V6=$25*0.016 // vtt
V8V7=$26*0.016 // vddq
V8V8=$51*0.016B5 // vbat
V8V9=$50*0.016*1.515B5 // 5vsb
V9=W83627HF Aopen MX3S-T / MX3SP-T
V9V1=$20*0.016
V9V2=$21*0.016
V9V3=$22*0.016
V9V4=$23*0.016*1.68
V9V5=$24*0.016*3.8
V9V6=(($25*0.016)-3.6)*5.14+3.6
V9V7=$26*(-0.016)*1.5
V10=W83627HF EPoX 8RDA/8RDA+
V10V1=$20*0.016 // NorthBridge (Vdd)
V10V2=$21*0.016 // CPU
V10V3=$22*0.016 // DDR RAM
V10V4=$23*0.016*1.68 // +5V
V10V5=$24*0.016*3.8 // +12V
V10V6=(($25*0.016)-3.6)*5.14+3.6 // -12V
V10V7=(($26*0.016)-3.6)*3.14+3.6 // -5V
V10V8=$50*0.016*1.515B5 // +5V Stand By
V10V9=$51*0.016B5 // +3.2 V Battery
V11=W83627HF Standard 6
V11V1=$20*0.016
V11V2=$21*0.016
V11V3=$22*0.016
V11V4=$23*0.016*1.68
V11V5=$24*0.016*3.8
V11V6=(($25*0.016)-3.6)*5.14+3.6
V11V7=(($26*0.016)-3.6)*3.14+3.6
V11V8=$50*0.016*1.51B5 //5VSB
V11V9=$51*0.016B5 //VBAT
[Asus AS99127F]
VT=2
V0=AS99127F Standard 1
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=($25*(-0.016))*3.97
V0V7=($26*(-0.016))*1.503
V1=AS99127F Standard 2
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*3.8
V1V6=(($25*0.016)-3.6)*5.14+3.6
V1V7=(($26*0.016)-3.6)*3.14+3.6
V2=ASUS P4S533-E
V2V1=$20*0.016
V2V2=255
V2V3=$22*0.016
V2V4=$23*0.016*1.68
V2V5=$24*0.016*4
V2V6=255
V2V7=255
[Texas Instruments THMC50]
VT=0
V0=THMC50 Standard
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[FairChild FMS2701]
VT=0
V0=FMS2701
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[Sis SiS5595]
VT=0
V0=Sis 5595 Standard
V0V1=$20*0.016
V0V2=255
V0V3=$21*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=255
V0V7=255
[VIA Via686A]
VT=2
V0=VIA 686A Standard 1
V0V1=(($22*25 + 133)/2628)*1.25
V0V2=(($23*25 + 133)/2628)*1.25
V0V3=(($24*25 + 133)/2628)*1.67
V0V4=(($25*25 + 133)/2628)*2.6
V0V5=(($26*25 + 133)/2628)*6.3
V0V6=255
V0V7=255
V1=VIA 686A FIC SD-11
V1V1=(($22*25 + 133)/2628)*1.143
V1V2=(($23*25 + 133)/2628)*1.143
V1V3=(($24*25 + 133)/2628)*1.67
V1V4=(($25*25 + 133)/2628)*4
V1V5=(($26*25 + 133)/2628)*9.6
V1V6=255
V1V7=255
V2=VIA 686A Standard 2
V2V1=(($22*25 + 133)/2628)*1.21
V2V2=(($23*25 + 133)/2628)*1.25
V2V3=(($24*25 + 133)/2628)*1.67
V2V4=(($25*25 + 133)/2628)*2.6
V2V5=(($26*25 + 133)/2628)*6.3
V2V6=255
V2V7=255
[Winbond W83697HF]
VT=13
V0=W83697HF Standard 1
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=(($25*0.016)-3.6)*5.14+3.6
V0V7=(($26*0.016)-3.6)*3.14+3.6
V1=W83697HF Standard 2
V1V1=$20*0.016 // core
V1V2=$22*0.016 // agp
V1V3=$25*0.016 // 3.3
V1V4=$23*0.016*1.68 // 5
V1V5=$24*0.016*3.8 // 12
V1V6=$26*0.016 // vdimm
V1V7=255
V2=W83697HF Standard 3
V2V1=$20*0.016 // core
V2V2=$26*0.016 // agp
V2V3=$22*0.016 // 3.3
V2V4=$23*0.016*1.68 // 5
V2V5=$24*0.0643 // 12
V2V6=$25*0.016 // ddr
V2V7=255
V3=W83697HF Standard 4
V3V1=$20*0.016 // core
V3V2=$22*0.016 // 1.5
V3V3=$25*0.016 // 3.3
V3V4=$23*0.016*1.68 // 5
V3V5=$24*0.016*3.8 // 12
V3V6=$26*0.016 // vdimm
V3V7=255
V4=W83697HF Standard 5
V4V1=$20*0.016 // core
V4V2=$25*0.016 // agp
V4V3=$22*0.016 // 3.3
V4V4=$23*0.016*1.68 // 5
V4V5=$24*0.016*3.8 // 12
V4V6=$26*0.016 // vdimm
V4V7=255
V5=ABIT KX7 333
V5V1=$20*0.016
V5V2=$21*0.016
V5V3=$22*0.016
V5V4=$23*0.016*1.68
V5V5=$24*0.016*3.8
V5V6=($25*(-0.016)*5.14)+5.91
V5V7=($26*(-0.016)*3.14)+2.94
V6=AsRock K7VT2
V6V1=$20*0.016
V6V2=$21*0.016
V6V3=$22*0.016
V6V4=$23*0.016*1.68
V6V5=$24*0.016*3.8
V6V6=$25*(-0.016)*3.78 //V -12.00
V6V7=$26*(-0.016)*1.575 //V -5.00
V7=AsRock K7S8X
V7V1=$20*0.0164 // core
V7V2=255
V7V3=$22*0.0163 // 3.3
V7V4=$23*0.0164*1.68 // 5
V7V5=$24*0.0163*4 // 12
V7V6=255
V7V7=255
V8=Abit AT7 MAX
V8V1=$20*0.016 //VCORE
V8V2=$22*0.016 //VIO
V8V3=$23*0.016*1.68 //+5V
V8V4=$24*0.016*3.8 //+12V
V8V5=$25*0.016 //AGP
V8V6=$26*0.016 //DDR
V8V7=$50*0.016*1.51B5 //5VSB
V8V8=$51*0.016B5 //VBAT
V9=Asus P4SDX
V9V1=$20*0.0154
V9V2=$21*0.016
V9V3=$22*0.016
V9V4=$23*0.016*1.68
V9V5=$24*0.016*4
V9V6=255
V9V7=255
V10=W83697HF Standard 6
V10V1=$20*0.016
V10V2=$21*0.016
V10V3=$22*0.016
V10V4=$23*0.016*1.68
V10V5=$24*0.016*3.8
V10V6=(($25*0.016)-3.6)*5.14+3.6
V10V7=(($26*0.016)-3.6)*3.14+3.6
V10V8=$50*0.016*1.51B5 //5VSB
V10V9=$51*0.016B5 //VBAT
V11=W83697HF Epox 8K3A(+)
V11V1=$20*0.016 // Core
V11V2=$22*0.016 // AGP
V11V3=$26*0.016 // DIMM
V11V4=$25*0.016 // + 3.3
V11V5=$23*0.016*1.68 // + 5
V11V6=$24*0.016*3.8 // +12
V11V7=$50*0.016*1.68B5 // 5VSB
V11V8=$51*0.016B5 // VBAT
V12=Abit KD7
V12V1=$20*0.016 // Vcore
V12V2=$22*0.016 // Vagp
V12V3=$25*0.016 // +3.3
V12V4=$23*0.016*1.68 // +5
V12V5=$24*0.016*3.8 // +12
V12V6=$26*0.016 // Vdimm
V12V7=$51*0.016B5 // Vbat
V12V8=$50*0.016*1.515B5 // 5Vsb
V13=Cluster Labs CPU450
V13V1=$20*0.016 // Core
V13V2=$26*0.016 // RAM
V13V3=$22*0.016 // 3.3
V13V4=$23*0.016*1.69 // 5
V13V5=$24*0.016*3.8 // 12
V13V6=(($25*0.016)-3.6)*5.14+3.6 // -12
V13V7=$51*0.016B5 // Battery
[Analog Devices ADM1025]
VT=0
V0=ADM1025 Standard
V0V1=$21*0.012
V0V2=$20*0.013
V0V3=$22*0.0172
V0V4=$23*0.026
V0V5=$24*0.062
V0V6=((($25*0.014)-(5+(5-$23*0.026)) )* 2.879-(5+(5-$23*0.026)))
V0V7=255
[National LM87]
VT=1
V0=LM87 Standard 1
V0V1=$21*0.014
V0V2=255
V0V3=$22*0.017366666
V0V4=$23*0.016*1.632
V0V5=$24*0.016*3.9
V0V6=255
V0V7=255
V1=LM87 Standard 2
V1V1=$21*0.014
V1V2=$25*0.014
V1V3=$22*0.017366666
V1V4=$23*0.016*1.632
V1V5=$24*0.016*3.9
V1V6=255
V1V7=255
[VIA Via686B]
VT=3
V0=VIA 686B Standard
V0V1=(($22*25 + 133)/2628)*1.25
V0V2=(($23*25 + 133)/2628)*1.25
V0V3=(($24*25 + 133)/2628)*1.67
V0V4=(($25*25 + 133)/2628)*2.6
V0V5=(($26*25 + 133)/2628)*6.3
V0V6=255
V0V7=255
V1=VIA 686B ABIT VP6
V1V1=(($22*25 + 133)/2628)*1.24
V1V2=(($23*25 + 133)/2628)*1.25
V1V3=(($24*25 + 133)/2628)*1.665
V1V4=(($25*25 + 133)/2628)*2.54
V1V5=(($26*25 + 133)/2628)*6.4
V1V6=255
V1V7=255
V2=VIA 686B Asus A7VL-VM
V2V1=(($22*25 + 133)/2628)*1.88
V2V2=255
V2V3=(($24*25 + 133)/2628)*1.66
V2V4=(($25*25 + 133)/2628)*2.4
V2V5=(($26*25 + 133)/2628)*16
V2V6=255
V2V7=255
V3=VIA 686B MSI K7T Turbo
V3V1=(($22*25 + 133)/2628)*1.20
V3V2=255
V3V3=(($24*25 + 133)/2628)*1.67
V3V4=(($25*25 + 133)/2628)*2.6
V3V5=(($26*25 + 133)/2628)*6.3
V3V6=255
V3V7=255
[MySon MTP008]
VT=1
V0=MTP008 Standard 1
V0V1=$20*0.016 // cpu 0
V0V2=$23*0.016 // cpu 1
V0V3=$21*0.016 // 3.3
V0V4=$26*0.016 // 1.5
V0V5=$22*0.016*3.9 // 12
V0V6=255
V0V7=255
V1=MTP008 Standard 2
V1V1=$20*0.0158 // cpu 0
V1V2=$23*0.0158 // cpu 1
V1V3=$21*0.016 // 3.3
V1V4=$26*0.016*1.68 // 1.5
V1V5=$22*0.016*3.9 // 12
V1V6=255
V1V7=255
[National LM87 Dual]
VT=1
V0=LM87 Dual Standard
V0V1=$21*0.014|1 // cpu 0
V0V2=$25*0.014|0 // cpu 1
V0V3=$22*0.0017366666|0 // 3.3
V0V4=$23*0.016*1.632|1 // 5
V0V5=$24*0.016*3.9|1 // 12
V0V6=$25*0.014|0 // VTT
V0V7=255
V1=LM87 SM PIIIDME/370DE6
V1V1=$21*0.0136|0 // cpu 0
V1V2=$21*0.0136|1 // cpu 1
V1V3=$22*0.017366666|0 // 3.3
V1V4=$23*0.016*1.632|1 // 5
V1V5=$24*0.016*3.9|1 // 12
V1V6=255
V1V7=255
[ITE8712F]
VT=13
V0=ITE8712F Standard 1
V0V1=$20*0.01565
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$28*0.016 // vbat
V0V5=$24*0.016*3.8
V0V6=(($27*0.016)-3.6)*5.14+3.6
V0V7=255
V1=ITE8712F Standard 2
V1V1=$20*0.01614 // cpu 0
V1V2=$21*0.01614 // ??
V1V3=$22*0.01614 // 3.3
V1V4=$23*0.01614*1.68 // 5
V1V5=$24*0.01614*3.9 // 12
V1V6=255
V1V7=255
V2=ITE8712F Standard 3
V2V1=$25*0.01614 // cpu 0
V2V2=$21*0.016 // cpu 1
V2V3=$22*0.016 // 3.3
V2V4=$24*0.016 // 5
V2V5=$23*0.01614*3.9 // 12
V2V6=255
V2V7=255
V3=ITE8712F Standard 4
V3V1=$20*0.016 //V P4
V3V2=$21*0.016 //V AGP
V3V3=$22*0.016 //V +3.3
V3V4=$23*0.027 //V +5.00
V3V5=$24*0.06564 //V +12.00
V3V6=$25*0.016 + 4.25*($25*0.016 - 4.096) //V -12.00
V3V7=$26*0.016 + 2.20*($26*0.016 - 4.096) //V -5.00
V4=GA-8PE667
V4V1=$20*0.01653 //V VCore
V4V2=$21*0.016 //V 1.5 line
V4V3=$22*0.016 //V +3.3
V4V4=$23*0.02684 //V +5.00
V4V5=$24*0.06398 //V +12.00
V4V6=255
V4V7=255
V5=CT-7NJS
V5V1=$20*0.016 // CPU Core
V5V2=$21*0.016 // +2.5
V5V3=$22*0.016 // +3.3
V5V4=$23*0.027 // +5.00
V5V5=$24*0.06369 // +12.00
V5V6=(($25*0.016)+(-3.299555556))*5.142857143 // -12
V5V7=$26*0.016 // V_DDR
V5V8=$27*0.016 // V_AGP
V5V9=$28*0.016 // Battery
V6=GA-8IK1100
V6V1=$20*0.01565 // core
V6V2=$23*0.016 // 2.5
V6V3=$22*0.016 // 3.3
V6V4=$24*0.016*1.68 // 5
V6V5=$21*0.06564 // 12
V6V6=$25*0,016 // 1.5
V6V7=$27*0.016 // V_AGP
V7=Shuttle SB61G
V7V1=$20*0.016 // CPU Core
V7V2=$21*0.016 // +2.5
V7V3=$22*0.016 // +3.3
V7V4=$23*0.027 // +5.00
V7V5=$24*0.06369 // +12.00
V7V6=(($25*0.016)+(-3.299555556))*5.142857143 // -12
V7V7=$26*0.016 // V_DDR
V7V8=$27*0.026 // +5VSB
V7V9=$28*0.016 // Battery
V8=GA-8IPE1000Pro
V8V1=$20*0.01653 //V VCore
V8V2=$21*0.016 //V 2.5 line
V8V3=$22*0.016 //V +3.3
V8V4=$23*0.032 //V +5.00
V8V5=$24*0.064 //V +12.00
V8V6=$28*0.016 //V Battery
V8V7=255
V9=GA-8KNXP
V9V1=$20*0.016 // VCore CPU
V9V2=$21*0.01565 // VMem DRAM
V9V3=$22*0.016 // +3.3V
V9V4=$23*0.032 // +5.00V
V9V5=$24*0.064 // +12.00V
V9V6=(($25*0.016)-3.6)*5.72 // -12V
V9V7=(($26*0.016)-3.6)*2.33 // -5V
V10=Gigabyte GA-7N400-L
V10V1=$20*0.016 // V_core
V10V2=$21*0.016 // ram
V10V3=$22*0.016 // 3.3
V10V4=$23*0.016*2.00 // 5
V10V5=$24*0.016*4.00 // 12
V10V6=$25*0.016 // AGP
V10V7=$26*0.016 + 2.20*($26*0.016 - 4.096) // -5V?
V11=Asus A7V8X-X
V11V1=$20*0.016 // Vcore
V11V2=255
V11V3=$22*0.016 // +3.3
V11V4=$23*0.0265 // +5.00
V11V5=$24*0.0654 // +12.00
V11V6=255
V11V7=255
V12=GA-8PE667 Ultra
V12V1=$20*0.01653 //V VCore
V12V2=$21*0.016 //V 1.5 line
V12V3=$22*0.016 //V +3.3
V12V4=$23*0.02684 + .7 //V +5.00
V12V5=$24*0.06398 //V +12.00
V12V6=255
V12V7=255
V13=Elitegroup N2U400-A
V13V1=$20*0.016 // CPU Core by MBM
V13V2=$21*0.016 // Core 1 by MBM
V13V3=($22+500)/185 // +3.3V by Bulli; min. 2.7V ($=0), max. 4V ($=255)
V13V4=($23+400)/100 // +5V by Bulli; min. 4V ($=0), max. 6,5V ($=255)
V13V5=($24+1100)/100 // +12V by Bulli; min. 11V ($=0), max. 13,5V ($=255)
V13V6=-($25+1100)/100 // -12V by Bulli; min. -11V ($=0), max. -13,5V ($=255)
V13V7=-($26+400)/100
[ALi M5879]
VT=2
V0=ALi 5879 Standard 1
V0V1=$22*0.0161 // cpu 0
V0V2=255
V0V3=$20*0.0161 // 3.3
V0V4=$23*0.016*1.68 // 5
V0V5=$21*0.016*3.8 // 12
V0V6=255
V0V7=255
V1=Ali 5879 Standard 2
V1V1=$22*0.0161 // cpu 0
V1V2=255
V1V3=$20*0.0161 // 3.3
V1V4=$21*0.016*1.68 // 5
V1V5=$23*0.016*3.4 // 12
V1V6=255
V1V7=255
V2=Ali 5879 Standard 3
V2V1=$22*0.0161 // cpu 0
V2V2=255
V2V3=$20*0.0161 // 3.3
V2V4=$21*0.016*1.68 // 5
V2V5=$23*0.016*3.41 // 12
V2V6=255
V2V7=255
[Winbond W83L784R]
VT=0
V0=Winbond W83L784R Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=255
V0V6=255
V0V7=255
[Analog Devices ADM1024]
VT=0
V0=Analog Devices ADM1024 Standard
V0V1=$21*0.014
V0V2=$24*0.014
V0V3=$22*0.0172
V0V4=$23*0.026
V0V5=$25*0.062
V0V6=$20*0.013
V0V7=255
[Sis SiS5595 - rev 2.0]
VT=1
V0=Sis SiS5595 - rev 2.0 Standard 1
V0V1=$20*0.016
V0V2=255
V0V3=$21*0.016
V0V4=$22*0.016*1.68
V0V5=$23*0.016*3.8
V0V6=255
V0V7=255
V1=Sis SiS5595 - rev 2.0 Standard 2
V1V1=$22*0.016
V1V2=$23*0.016
V1V3=$21*0.016
V1V4=$20*0.016*1.68
V1V5=255
V1V6=255
V1V7=255
[Sis950 / ITE8705F]
VT=13
V0=Sis950 / ITE8705F -1
V0V1=$20*0.01614 // cpu 0
V0V2=$21*0.016 // 2.5
V0V3=$22*0.016 // 3.3
V0V4=$23*0.01614*1.68 // 5
V0V5=$24*0.01614*4 // 12
V0V6=$25*(-0.01614)*3.55 // -12
V0V7=255
V1=Sis950 / ITE8705F -2
V1V1=$20*0.01565 // cpu 0
V1V2=$21*0.016 // 2.5
V1V3=$22*0.016 // 3.3
V1V4=255
V1V5=$24*0.01614*3.9 // 12
V1V6=$27*(-0.01614)*3.47 // -12
V1V7=$28*(-0.016)*1.503 // -5
V2=Sis950 / ITE8705F -3
V2V1=$20*0.01614 // cpu 0
V2V2=$21*0.01614 // 2.5
V2V3=$22*0.01614 // 3.3
V2V4=$23*0.01614*1.68 // 5
V2V5=$24*0.01614*3.9 // 12
V2V6=$27*(-0.01614)*4 // -12
V2V7=255
V3=Sis950 / ITE8705F -4
V3V1=$20*0.01565 // cpu 0
V3V2=$21*0.016 // 2.5
V3V3=$22*0.016 // 3.3
V3V4=$23*0.016*1.68 // 5
V3V5=$24*0.016*3.9 // 12
V3V6=$27*(-0.016)*4.1 // -12
V3V7=$28*(-0.016)*1.65 // -5
V4=Sis950 / ITE8705F -5
V4V1=$20*0.01614 // cpu 0
V4V2=$21*0.01614 // 2.5
V4V3=$22*0.01614 // 3.3
V4V4=$23*0.01614*1.68 // 5
V4V5=$24*0.01614*3.96 // 12
V4V6=(($25*0.016)+(-3.299555556))*5.142857143
V4V7=(($26*0.016)+(-2.792727273))*3.142857143
V5=Sis950 / ITE8705F -6
V5V1=$20*0.01630 // cpu 0
V5V2=$21*0.01630 // 1.2
V5V3=$22*0.01630 // 3.3
V5V4=$23*0.01630*1.68 // 5
V5V5=$24*0.01630*3.96 // 12
V5V6=$25*0.01630 // ddr
V5V7=$26*0.01630 // agp
V6=Sis950 / ITE8705F -7
V6V1=$20*0.016 // cpu 0
V6V2=$24*0.016 // 2.5
V6V3=$21*0.016 // 3.3
V6V4=$22*0.016*1.68 // 5
V6V5=$23*0.016*3.96 // 12
V6V6=$25*0.016 // ddr
V6V7=$26*0.016 // agp
V7=SOYO DRAGON KT400 ULTRA PLATINUM
V7V1=$20*0.01614 // cpu 0
V7V2=$24*0.016 // 2.5
V7V3=$21*0.01614 // 3.3
V7V4=$22*0.016*1.69 // 5
V7V5=$23*0.01614*4.02 // 12
V7V6=$24*0.01614 // ddr
V7V7=$25*0.01614 // agp
V7V8=255
V8=ECS L7S7A2
V8V1=$20*0.01614 // cpu 0
V8V2=255
V8V3=$22*0.016 // ddr
V8V4=255
V8V5=255
V8V6=255
V8V7=255
V9=GA-8SQ800ULTRA
V9V1=$20*0.01614 // cpu 0
V9V2=$21*0.01614*1.300 // 2.5
V9V3=$22*0.01614*1.02 // 3.3
V9V4=$23*0.01614*1.68 // 5
V9V5=$24*0.01614*4.07 // 12
V9V6=(($25*0.016)+(-3.299555556))*5.16 //-12
V9V7=(($26*0.016)+(-2.792727273))*3.68 //-5
V9V8=$27*0.016 // DDR
V10=ECS L7S7A2
V10V1=$20*0.01614 // cpu core
V10V2=$21*0.016 // +2.5v (ddr)
V10V3=$22*0.016 // +3.3v
V10V4=$23*0.01614*1.68 // +5v
V10V5=$24*0.01614*4 // +12v
V10V6=$27*0.01614*1.68 // 5vsb
V10V7=$28*0.016 // vbat
V11=GA-8IK1100
V11V1=$20*0.01565 // core
V11V2=$22*0.016 // 3.3
V11V3=$24*0.0268 // 5
V11V4=$21*0.0736 // 12
V11V5=$27*0.016 // V_AGP
V12=Shuttle FX41
V12V1=$20*0.016016 // CPU VCore 1.75 (modified)
V12V2=$21*0.016 // VDDQ 3.3
V12V3=$22*0.016 // 3.3
V12V4=$23*0.016*1.68 // 5
V12V5=$24*0.016*3.9 // 12
V12V6=$27*(-0.016)*4.1 // -12
V12V7=$28*(-0.016)*2.463 // -5 (modified)
V13=SOYO KT400 DRAGON Lite
V13V1=$20*0.01614 // CPU core
V13V2=$24*0.01614 // DDR
V13V3=$21*0.01614 // +3.3
V13V4=$22*0.01614*1.663 // +5
V13V5=$23*0.01614*3.94 // +12
V13V6=$25*0.01614 // AGP
[Genesys Logic GL525SM]
VT=1
V0=GL525SM Standard 1
V0V1=$20+3 * (0.020078 * 1)
V0V2=255
V0V3=$22+3 * (0.020078 * 1)
V0V4=$23-3 * (0.020078 * 5/3.5)
V0V5=$24+3 * (0.020078 * (1.0+15.0/4.7))
V0V6=$25+3 * (0.020078 * (210/28))
V0V7=255
V1=GL525SM Standard 2
V1V1=$20+3 * (0.020078 * 1)
V1V2=$21+3 * (0.019 *1)
V1V3=$22+3 * (0.020078 * 1)
V1V4=$23-3 * (0.020078 * 5/3.5)
V1V5=$24+3 * (0.020078 * (1.0+15.0/4.7))
V1V6=$25+3 * (0.020078 * (210/28))
V1V7=255
[Analog Devices ADM1024 Dual]
VT=0
V0=ADM1024 Dual Standard
V0V1=$21*0.014|0 // core 0
V0V2=$21*0.014|1 // core 1
V0V3=$23*0.026|0 // 3.3
V0V4=$20*0.026|0 // 5
V0V5=$24*0.062|0 // 12
V0V6=$20*0.010|1 // 1.5
V0V7=255
[Dallas SM DS1780]
VT=0
V0=Dallas DS1780 Standard
V0V1=$21*0.014
V0V2=$20*0.013
V0V3=$22*0.017
V0V4=$23*0.026
V0V5=$24*0.0625
V0V6=$25*0.096 - 29
V0V7=255
[Analog Devices ADM1025 Dual]
VT=0
V0=ADM1025 Dual Standard
V0V1=$21*0.012|0 // core 0
V0V2=$21*0.012|1 // core 1
V0V3=$22*0.0172|0 // 3.3
V0V4=$23*0.026|0 // 5
V0V5=$24*0.062|0 // 12
V0V6=((($25*0.014)-(5+(5-$23*0.026)) )* 2.879-(5+(5-$23*0.026)))
V0V7=$20*0.013|1 // ??
[Dallas SM DS1780 Dual]
VT=2
V0=Dallas DS1780 Dual Standard 1
V0V1=$21*0.014|0 // core 0
V0V2=$20*0.013|0 // 2.5
V0V3=$22*0.017|0 // 3.3
V0V4=$23*0.026|0 // 5
V0V5=$24*0.0625|0 // 12
V0V6=$25*0.096-29|0
V0V7=255
V1=Dallas DS1780 Dual Standard 2
V1V1=$21*0.014|1 // core 0
V1V2=$20*0.013|1 // 2.5
V1V3=$22*0.017|1 // 3.3
V1V4=$23*0.026|1 // 5
V1V5=$24*0.0625|1 // 12
V1V6=$25*0.096-29|1
V1V7=255
V2=Dell PWS 420
V2V1=$21*0.014|0 // core 0
V2V2=$20*0.013|0 // 2.5
V2V3=$22*0.017|1 // 3.3
V2V4=$23*0.026|0 // 5
V2V5=$24*0.0625|0 // 12
V2V6=255
V2V7=255
[Analog Devices ADM1030]
VT=0
V0=ADM1030 Standard
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[Analog Devices ADM1031]
VT=0
V0=ADM1031 Standard
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[ITE8693F]
VT=0
V0=ITE8693F Standard
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.28
V0V5=$24*0.016*3.8
V0V6=$25*(-0.016)*5.2
V0V7=255
[PC87366]
VT=0
V0=PC87366 Standard
V0V1=255 // can't be done via ini file
V0V2=255 // can't be done via ini file
V0V3=255 // can't be done via ini file
V0V4=255 // can't be done via ini file
V0V5=255 // can't be done via ini file
V0V6=255 // can't be done via ini file
V0V7=255 // can't be done via ini file
[VIA Via8231]
VT=2
V0=VIA8231 Standard 1
V0V1=(($22*25 + 133)/2628)*1.25
V0V2=(($23*25 + 133)/2628)*1.25
V0V3=(($24*25 + 133)/2628)*1.67
V0V4=(($25*25 + 133)/2628)*2.6
V0V5=(($26*25 + 133)/2628)*6.3
V0V6=(($27*25 + 133)/2628)*2.6
V0V7=(($28*25 + 133)/2628)*6.3
V1=VIA8231 Standard 2
V1V1=(($24-3) * (2+10) / 10) / 95.8 // core 0
V1V2=(($23-3) * (2+10) / 10) / 95.8 // 2.5
V1V3=(($26-3) * (2+3) / 3) / 95.8 // 3.3
V1V4=(($22-3) * (14+10) / 10) / 95.8 // 5
V1V5=(($25-3) * (47+10) / 10) / 95.8 // 12
V1V6=255
V1V7=255
v2=EPIA Ezra
V2V1=(($24*25 + 133)/2628)*1.04 // core0
V2V2=(($23*25 + 133)/2628)*1.26 // 2.5
V2V3=(($22*25 + 133)/2628)*1.67 // 3.3
V2V4=(($25*25 + 133)/2628)*2.4 // 5
V2V5=(($26*25 + 133)/2628)*6 // 12
V2V6=255
V2V7=255
v3=EPIA Samuel 2
V3V1=(($24*25 + 133)/2628)*1.04 // core0
V3V2=(($23*25 + 133)/2628)*1.26 // 2.5
V3V3=(($22*25 + 133)/2628)*1.67 // 3.3
V3V4=(($25*25 + 133)/2628)*2.4 // 5
V3V5=(($26*25 + 133)/2628)*6 // 12
V3V6=255
V3V7=255
[Winbond W83627HF/W83782D Combo]
VT=1
V0=Standard W83627HF/W83782D
V0V1=$20*0.01614|0 // core 0
V0V2=$20*0.01614|1 // core 1
V0V3=$26*0.01614|1 // 3.3
V0V4=$23*0.01614*1.68|0 // 5
V0V5=$22*0.016*3.8|0 // 12
V0V6=(($25*0.016)-3.6)*5.14+3.6|0 // -12
V0V7=255
V1=Tyan Tiger MP 2460
V1V1=$20*0.01614|0 // core 0 (CPU 1)
V1V2=$21*0.01614|0 // core 1 (CPU 2)
V1V3=$22*0.01614|0 // +3.3 Volts
V1V4=$23*0.027205|1 // +5 Volts
V1V5=$24*0.075845|0 // +12 Volts
V1V6=$25*(-0.38375)|0 // -12 Volts
V1V7=255 // -5 Volts not implemented
V1V8=$22*0.01614|1 // AGP Volts
V1V9=$24*0.01614|1 // DDR Volts
V1V10=$26*0.01614|1 // standby 3.3 Volts
V1V11=$51*0.01614|1 B5 // battery Volts (on bank 5)
[SMSC LPC47M192-NC]
VT=1
V0=LPC47M192 Standard
V0V1=$21*0.012
V0V2=$20*0.013
V0V3=$22*0.0172
V0V4=$23*0.026
V0V5=$24*0.062
V0V6=$50*0.008
V0V7=$51*0.009
V1=Dell Precision 650
V1V1=$21*0.0114 // CPU voltage
V1V2=$20*0.013 // +2.5V
V1V3=$22*0.0171 // +3.3V
V1V4=$23*0.026 // +5V
V1V5=$24*0.06 // +12V
V1V6=$50*0.0171 // SIO voltage
V1V7=$51*0.0078 // AGP voltage
V1V8=$25*0.0093 // +1.8V
[Winbond W83637HF]
VT=1
V0=W83637HF Standard 1
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=(($25*0.016)-3.6)*5.14+3.6
V0V7=(($26*0.016)-3.6)*3.14+3.6
V1=ECS Photon PF2 Lite
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=255
V1V6=255
V1V7=255
[Analog Devices ADM1028]
VT=0
V0=not support by this device
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[Asus ASB100 (Bach)]
VT=1
V0=ASB100 Standard 1
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*3.8
V0V6=($25*(-0.016))*3.97
V0V7=($26*(-0.016))*1.666
V1=ASB100 Standard 2
V1V1=$20*0.016
V1V2=$21*0.016
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$24*0.016*4
V1V6=($25*(-0.016))*4
V1V7=($26*(-0.016))*1.666
[Analog Devices ADM1027]
VT=0
V0=ADM1027 Standard
V0V1=$21*4*0.00293
V0V2=$20*4*0.0032
V0V3=$22*4*0.0042
V0V4=$23*4*0.0065
V0V5=$24*4*0.0156
V0V6=255
V0V7=255
[ITE8722F]
VT=0
V0=ITE8722F Standard
V0V1=$20*0.01565
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$28*0.016 // vbat
V0V5=$24*0.016*3.8
V0V6=(($27*0.016)-3.6)*5.14+3.6
V0V7=255
[Asus Mozart2]
VT=0
V0=Mozart2 Standard
V0V1=$20*0.016
V0V2=255
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*4
V0V6=255
V0V7=255
[National LM85]
VT=0
V0=LM85 Standard
V0V1=$21*0.01176
V0V2=$20*0.013
V0V3=$22*0.0172
V0V4=$23*0.026
V0V5=$24*0.0627
V0V6=255
V0V7=255
[Winbond W83627HF/ADM1027 Combo]
VT=1
V0=W83627HF/ADM1027 Combo
V0V1=$20*0.016|0 // core0
V0V2=255
V0V3=255
V0V4=$23*4*0.0065|1 // +5
V0V5=$24*4*0.0156|1 // +12
V0V6=255
V0V7=255
[Winbond W83627HF/ADM1027 Combo]
V1=Tyan 2665
V1V1=$20*0.0.016|0 // core0
V1V2=$21*0.01471|0
V1V3=$22*0.032|0
V1V4=$23*4*0.0065|1 // +5
V1V5=$24*4*0.0156|1 // +12
V1V6=255
V1V7=255
[Analog Devices ADM1025/1030 Combo]
VT=0
V0=ADM1025/1030 Combo
V0V1=$21*0.012|1
V0V2=$20*0.013|1
V0V3=$22*0.0172|1
V0V4=$23*0.026|1
V0V5=$24*0.062|1
V0V6=$25*0.0172|1
V0V7=255
[Analog Devices ADM1030 Dual]
VT=0
V0=ADM1030 Dual
V0V1=255
V0V2=255
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[WinBond W83L785TR]
VT=0
V0=WinBond W83L785TR
V0V1=$20*0.044
V0V2=$21*0.044
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[WinBond W83L785R]
VT=0
V0=WinBond W83L785R
V0V1=$20*0.044
V0V2=$21*0.044
V0V3=255
V0V4=255
V0V5=255
V0V6=255
V0V7=255
[Winbond W83627THF-A]
VT=6
V0=Winbond W83627THF-A
V0V1=$20*0.016
V0V2=$21*0.016
V0V3=$22*0.016
V0V4=$23*0.016*1.68
V0V5=$24*0.016*4
V0V6=255
V0V7=255
V1=Asus P4P800
V1=Asus P4P800
V1V1=$20*0.01567
V1V2=255
V1V3=$22*0.016
V1V4=$23*0.016*1.68
V1V5=$21*0.016*3.8
V1V6=255
V1V7=255
V2=ASUS PC-DL
V2V1=$20*0.00488 + 0.69 // VCORE (pin 100) (+ 1.5V)
V2V2=$51*0.016B$05 // VBAT (pin 74) (+ 3.0V)
V2V3=$22*0.016 // VIN1 (pin 98) (+ 3.3V)
V2V4=$23*0.016*1.68

Checked and worked fine for windows xp x64 pro version too .
Just replace the voltage.ini
MBM 5.3.7.0 64bits can be downloaded at http://www.planetAMD64.com

Similar Messages

K8N Neo2 Platinum Ordered - Advice for a noob please

Hi there,
this seems like a great forum, was hoping someone could give me some advice - Im trying to pre-empt any major probs....
I am a relative noob to building P.C's - done a few P4 based systems before but this will be my first Athlon based. This systems primary use will be gaming. I have the following on order (should be with me next week) : -
a) MSI K8N NEO2 Platinum Edition SCK 939 Motherboad
b) AMD ATHLON 64 3500+ 64bit SCK 939 Retail Inc Fan
c) 160GB Maxtor Calypso 8mb Cache 7200 SATA DHH
Components I have already
a) Graphics Card - Nvidia 6800 GT
b) Memory - Generic 2 X 512MB PC2700 DDR333 RAM
c) Sound Card - Creative SB Live Value
d) PSU - Jeantech 450W (22a on 12V Rail)
e) Case - pretty generic full tower case - no fans attached
f) CPU FAN - COOLERMASTER HYPER 48 SUPER SILENT HEATPIPE
g) Spare Hard drive - 120GB Maxtor IDE Hard drive
h) DVD Drives - 1 x Pioneeer 108 / 1 x Pioneer 104
I) Monitors - Ilyama 17" TFT & Toshiba 32WL36P LCD
I have some 'noobish' questions - apologies for my ignorance : -
1) Memory - Will my memory be okay ? Should I ditch it and buy some Corsair DDR400 (which everyone else seems to have!). Will performance suffer if I stick with the DDR 333 ? Do I need to adjust settings in BIOS regarding memory timing ? (I only picked up on this from reading through other posts on this board, and am totally clueless on 'timing'- Ive never needed to adjust timing on any previous PC's....!)
2) Sound Card - will I be better off sticking with the onboard sound on the MSI K8N neo 2 ? Or for best performance do I go with the SB LIve ? (god its a nightmare trying to get updated drivers for this card), Would I get a noticable performance increase buying an Audigy 2?
3) Vcore / other power issues - Reading this forum Im kinda scared by many posts along the lines of "..for stability I need to change my memory voltage to xx-V" or "...for a stable system I needed to change my Vcore to xx-V". Will I need to change the Bios default values on this system just to get it to run stably??
4) CPU FAN - Are AMD stock fans any good ? My Hyper 48 is quite highly rated....
5) Im completely new to SATA drives, but Ive printed off the very useful install guide on this site (which I intend to use). Is there anything I need to look out for concerning adding my IDE drive also.
I think thats about it just now - if anyone can see any other potential problems with my specs then please let me know. Im really not trying to be negative / pessimistic - after all the reason I have went for this motherboard is that it is rated as one of the best. Im just a bit paranoid that the dreaded B.S.O.D awaits me!
On a more positive note - does anyone have similar system specs they use for gaming ? How well does HL2 / Doom3 / Farcry etc fly J ? I cant wait !
Thanks for the time

you may find these helpful
Overclockers Uk Power Supplies
This Week Only Enermax Noisetaker 485W EG495AX-VE(G) SFMA ATX2.0 PSU (CA-007-EN) Might be tempting
Scan International Power Supply

K8N-Neo2 Platinum pauses for 25 sec at boot, nvatabus.sys the problem?

All,
After POSTing normally and starting to load Windows XP, my system halts at the Windows XP splash screen for about 25 seconds. Nothing happens, no disk activity or anything, the system just sits there.
I used Microsoft's Bootvis utility to see what was happening. It turns out that the nvatabus.sys driver consumes 100% CPU at boot for 25 seconds then the system continues to boot normally. Does anyone else see anything like this?
I am running the latest nForce drivers from MSI. The driver in question:
NVIDIA nForce3 Serial ATA Controller 2.6
Driver Date 6/3/2004
c:\WINDOWS\System32\DRIVERS\nvatabus.sys 5.10.2600.0446
Windows XP SP1
I have a RAID1 of two 160 GB SATA drives. The mirror is healthy and working fine.
After booting the system is rock-solid stable, no problems there. It's just this unexplained pause at boot. Does anyone have any ideas how to fix this?

ok check it out guy's this thing drove me insane all night last night and most of today. I was ready to return everything and give up. But alas all is not lost. Here is the rundown on what i just did.
My Equipment:
Athlon 64 3800+(w/ stock fan)
MSI K8N Neo2 Platinum Socket 939
2X512 Corsair TWINX1024-3200XLPRO ( with the cool led's )
2 SATA HD (1 Maxtor Diamond10 300 GB w/ 16mb cache, 1 Segate 160GB w/8mb cache)
PP&C 425 ATX Deluxe
Radeon 9700 Pro ( cat 4.8 )
Audigy2 ZS
Sony Floppy
Sony 8x52x52x32 DVD Rewrite
I have been reading and reading just like all you guy's. On a few websites i would pick up bits and pieces on what to try. Heres what i did. Upon Boot up i entered the bios. I then went to Cell Soft and adjusted my timings for my memory. I was at 2.5 not 2.75. I then set my speed down to 166. Exited and restarted. Big mistake everything ri=uns terrible slow and my expensive DDR 400 memory was showing up correctly at 333. Rebooted again entered the bios. reset my speed to 400. Then set the Overclock feature to manual. Set my timings at 2,2,5,2 200 and 2.75 volts. After saving settings and exiting I then turned off the computer. As per some other suggestions I moved my Audigy2 to the bottom most pci slot the one above the orange slot. I moved my memory to slots 2 and 4. I moved my SATA to slots 3 and 4. I rebooted went into the bios again and setup all my voltages. CPU was Auto, AGP was max yellow setting. Memory still at 2.75. I disabled the onboard serial and parrallel ports. Rebooted
Fearing the worst,
5 seconds, 10 seconds, windows screen loging prompt. There was nothing wrong at all. It rebooted effortlessly. It re found my Audigy card and wanted driver but that was it. I am going to reboot a few more times and then run sisandra to test. I hope some of this will help you. I post in a few after some of those reboots.

New to OC - a64 3200+ 939, MSI K8N Neo2 Platinum

Dear All,
First off. I am new here so hi to you all
I am new to overclocking. Please tell me how far I can go for my CPU (RAM I don't plan to), and what settings in bios I need to change (in simple words, don't try me on abbrev too much :P)
Spec:
AMD Athlon 64 3200+ 939 Winchester
MSI K8N Neo2 Platinum
2x512 Samsung PC3200 DDR Dual Channel RAM (I don't plan to OC RAM)
Antec TruePower 380W (Sonata edition)
BFG GeForce 6800 OC (I don't really plan to OC that either, dunno how)
Would I be able to up from 2.0ghz to 2.2ghz?
Current CPU idle temp: 38 degrees (Arctic Silver 5 applied)
Thank you!
dL

Quote
Originally posted by dL.
Temp at load (playing CS:S) is about 41-42 degrees.
Idle is about 35-38. Temps look ok
Will my Antec TruePower 380W power supply provide sufficient power when increasing vcore? Sjould do just fine Will increasing vcore damage anything? Not as long as it stays cool. How much should I increase it by? Just up a .05 at a time and test.
Also, can I lower my HT to even lower like 3x to get more clock speed? Yes but X4 should be good up to 250. Youn need to keep it under 1000. 250 x4 = 1000
dL

Which power supply for k8n neo2 Platinum

I need to buy a new power supply for my computer. With the ATX12V v2.2 standard and ATX12V 2.01 and the "no -5v on new psu's" issue I'm at a loss as to what to look for. I have looked and cannot find what "standard" (is that even the correct term?) the k8n neo2 supports.
My main requirement is that the psu be 550-650 watts and have modular cables. I know someday I will have to upgrade my system to PCI-E and modern components, so I would like a PSU that would work now and in the future.
Could someone point me in the right direction?
Many thanks
system spec's
Motherboard- MSI K8N Neo2 Platinum
CPU- AMD Athlon 64 X2 Dual core 4800 939 socket
Memory-CORSAIR 2X1G Twinx2048
Video- ATI HIS 4670 1GB AGP
HD- Seagate 100 gb 7200 rpm
Drives CD-DVD and CD-RW
PSU- Ultra X Connect 500W ATX
Sound- Creative SB Audigy2 Gamer
OS- WinXP Home SP3 32 bit

Why do you need 550-650W or is that just because of future needs? I would suggest one of the Corsair +12V single rail modular PSU's if you insist on the modular design. Check newegg for what they have for modular in the Corsair lineup. I'm sure you're aware that their price is considerably higher than the non-modular. K8 MB's that needed -5V are the early ones that had Creative Sound Blaster onboard audio.
HX650
   * Was: $139.99
   * $109.99
   * After $10.00 Rebate
   * $10.18 Shipping
That's what it is now but if you don't need it in a big hurry you can probably wait a while and get for the same price but with free shipping.
Edit: Gee, Ultra with blown caps, I just happen to have a xPRO 800W that blew some caps, repaired it and started going bad again and then got my TX650 to replace it. Got it for $70 after rebate (which I haven't received yet) by waiting for the right price, rebate and free shipping. VX550 would have been good enough but at the time I got the TX650 at a lower price.

New K8N Neo2 Platinum, AMD 64 3500+ sytem freezing

I have posted to a couple of forums and still can't get this problem resolved, hope you guys can help.
I put together a new system last Friday night and spent all weekend trying to fix it. I ended up with 2 bad power supplies, one fresh from the store was dead, but got that resolved. Got the system up and running, got online, surfing and FREEZE..everything stopped. Rebooted, 5 minutes later, same thing, over and over again.
Tried checking memory, it's fine, both sticks, power supply is fine, everything seems to be running fine except it keeps freezing after about 5 minutes.
I wonder if it's a bad board, so I tried to RMA it with the vendor and they want me to try outside the case to see if it won't freeze there, haven't had the time yet cause I'm working, will try that tonight.
Also, one guy on a different board suggested that I try a fresh install of windows xp as the old drivers might be interfering with the new drivers. I will try that tonight also.
If anyone can give me any other suggestions, I would appreciate it. If I can't get this resolved, I'm going to send back the board for a new one.
Below are my specs:
AMD 64 3500+
MSI K8N Neo2 Platinum mobo
2 x 512 Kingston ddr400 (pc3200)
antec true power 480
wd 120gb hd, wd 80gb hd
cdrw generic, dvdrw generic
bfg 6800 oc video card
thanks

Thank you both for your posts, they are both informative and I will be using your information Friday night. I'm just so tired after work, I don't want to get part way into it and have to leave it for the next day, I have to get up at 3am everyday and get home around 6-7pm and I'm beat!
So, Friday after work, I'm going to start with just the basics and go from there, using all the information I've been getting from this board and a couple of others. Seems like the best thing to do is, start with barebones, reset cmos, reset battery and install fresh windows os.
I will post Friday after I start and hopfully I will get this problem fixed.
thanks again

Is this RAM ok for a K8N NEO2 Platinum

I am currently building a system and have got my FX-53 and K8N NEO2 Platinum but i have hit a problem in that i dont know what memory to get for it i have been looking at this http://www.komplett.co.uk/k/ki.asp?sku=116120&cks=PRL
or if this is no good could some one recommned me one perhaps from this list
http://www.komplett.co.uk/k/kl.asp?bn=10529

If you know very little about memory, then what it IS telling you, you won't understand. Here's a tip....on the offset, don't spend a lot of money on memory just yet. Purchase some PC3200, like Kingston KVR RAM or Kingmax...something relatively inexpensive...until you begin to understand timings and voltage adjustments. You will not have any problems with this type of memory, and usually...initial boot-up goes very smoothly.
Then, after you start to play with timings and such...when you begin to feel comfortable with making these adjustments, and you know your system is stable....then you could experiment with higher-performance RAM.
That's just how I do it..as I am conservative when first assembling a computer!
Tim186...."Welcome" to the MSI Forum. Also, check out RexB's 939 build thread...you will find good information in that!!!!

K8N Neo2 Platinum 939 -new bios

Hey,
I wonder if there is any newer bios then the one on the homepage (msi) some beti bios or so for the K8N Neo2 Platinum 939 mobo ? If so please post link as well, thanx!

There is a beta bios floating around here 1.25 i think, i tried it but Cpuz didnt work properly afterwards

News - BIG PROBLEM - MSI K8N Neo2 Platinum - DOES NOT POWER!!!

Hi to everyone.
I'm a proudly owner of a MSI K8N Neo2 Platinum that in one year gave me no problem until yesterday morning.
I used the computer in the night before and when I finished I turned it off and I went to bed.
Yesterday morning I found the power led blinking (like if the system was in standby), and there was no way to turn the PC on.
I even took off the battery for more than 12 hours and I left only minimal components installed:
the video card (Gainward GeForce 6800),
the psu (Antec TruePower 550W),
1 x 512 MB Ram Crucial Ballistix,
and I checked them into another computer and they work perfectly.
I tried shorting the MB power switch pins with a screwdriver and I've even tried to power on the system without the Memory or the Video Card... I've tried everything that came across my mind with no efforts!!!!
Every time I give power to the MB appens only that the power led starts blinking, but pressing the button the PC doesn't turn on.
PLEASE HELP ME... I really don't know what else to do!!!
Thanks,
Alberto

Quote from: alberto_melita on 20-August-05, 20:14:56
Hi thanks for the answers.
I do have a D-Bracket, but my problem is not that the system does not boot or does not post... my system DOES NOT POWER ON (!!!!), so d-bracket is useless!
When I plug the system power the only thing that happens is that the power led starts blinking (with the system still in soft-off), and if I press the power switch button nothing happens!
I've the bios for 7025 v1.8 and the settings where for OFF on power-loss ond pressing the button (can't rememeber if it was more than 4 sec) was meant to turn off the computer, but considering that I un-powered the pc more than once without the MB battery the settings should be factory default by now.
I went through the Windows-XP shut-down system, and i could not be an electrical problem as I always used the PC with a pretty good UPS unit.
Right now these are the full specs of my sytem:
- MB MSI K8N Neo2 Platinum nForce3 Ultra
- GAINWARD 6800 2600 GLH 256 MB Ram
- PSU Antec TruPower 550 W
- CPU AMD64 3500+ core Winchester @11*210 Mhz (this cpu has never overclocked very well)
- HEATSINK Thermalright XP-90 with a 12 Cm Enermax Fan (CPU temp in always below 55 °C when stressed)
- 1 x 512 Mb RAM Crucial Ballistix DDR400 optimized for MSI K8N Neo2 Platinum
I left only these things inside my computer in the hope that it would turn on... it did not work. I tested each component but the MB, and they work perfectly.
Again...
Thanks for you efforts, any help will be appreciated.
Alberto.
All parts have been tested: CPU/RAM/GFX/PSU/HD/DVD, just not the MOBO ?
Checked if the MOBO is shorting in the case ?
Have you tried using the reset switch as power, on/off switch ? I've seen before when the power switch stops working (lose/bad wire busted spring) after swapping reset to power, then the system turned on. Worth a try, as sending it back to USA won't be cheap. If its over 1 year old it mite not be covered by the re-seller and or MSI. Best to check this out as law and warranty is different from country to country.
Good Luck

New CPU, Msi K8n neo2 platinum - no boot!

Greetings!
I got the following components:
*MSI K8N NEO2 Platinum -54g MB
*4 x 512mb Geil Value Ram
*Gainward 7800GS+ Bliss 512mb AGP
*Samsung Spinpoint 500gb SATA HD
*Corsair 620HX (620W) PSU
*CPU AMD Opteron 180 Dual Core (upgrade from AMD 3000+ Winchester)
I recently upgraded my PC with a new HD, more ram, new CU Fan/heatsink - on an AMD 3000+ (Winchester). PC wouldn't boot - I did however manage to fix it. I think it was because of the ram, one of the bricks had some dust on it. Since then, my pc has worked 100%...
Today, however, I got a new PSU and CPU in the mail! A Corsair 620W PSU and an AMD OPTERON 180 Dual. I carefully cleaned the surface on the heatsink etc, and applied an appropriate amount of "Arctic Alumina" on the CPU/heatsink (as followed per instructions from Arctic). When I have connected everything, and fire my pc up - it just won't boot.. (The monitor won't light up).
Since then, I have carefully checked all wires, unplugged/replugged etc.
But it just won't boot!
I do have the latest bios (1.0D), so it should support my CPU.
I should mention some "weird" things, though. When I try to boot up, everything seems normal (All fans are running), but there are no lights on my case! And I can't turn off the PC while holding down the "power" button on my case. I can't reset either.. as soon as I turn the PC on (by turning on the PSU power switch), the PC starts running. Normally I would have to push the button on my case. ALSO: I have cleared CMOS, still a black screen. And I have tried 2 different monitors, so I know it aint that either.
My old PSU was a Chieftec 360W one (and my case is a Chieftec also). The old PSU was connected to "SFAN2" on my MB,.. my new PSU isn't connected to any "SFAN" at all.. I doubt that has anything to do with the problem though?
Any suggestions on what I might do ?
Edit: D-bracket shows this (Yellow, red, red, yellow):
BIOS Sign On
- This will start showing information about logo, processor brand name, etc... - It stops here. No boot screen

Quote from: BOSSKILLER on 14-November-07, 21:14:42
remove power cord from the PSU(else will not work) and Clear CMOS Guide.
leave one memory stick only in a 1st DIMM slot near to CPU socket and try to boot.
Done & done.
Still no boot screen :(

Best ram for MSI K8N Neo2 Platinum Edition?

Ho guys
Im getting a MSI K8N Neo2 Platinum Edition this week but cant decide what memory to use what is the best memory for this board here
are my options.
http://www.stegcomputer.ch/details.asp?prodid=kin-KHX32-1c2
http://www.brack.ch/aspx/default.aspx?ID=17879&mod=artikel
http://www.brack.ch/aspx/default.aspx?ID=17636&mod=artikel
http://www.brack.ch/aspx/default.aspx?ID=17885&mod=artikel
http://www.1000ordi.ch/2500
I will be overclocking.
Any help would be appreciated

Quote from: mehdi on 13-July-05, 22:09:22
XL's is verified by anand to top at 2-3-3 on DDR466 so this would be how much of a oce on a 3700sandy at those timings.
Well the 3700 San Diego har a max multilplier equals 11 and you can use the lower ones also .
So you have more options than one to reach say you set a goal for 2700mhz assuming you have air cooling (2.7ghz seems to be what most aim for without extreme cooling)
HTT reference clock at 233 with memory index 200 times multiplier 11 gives 2530mhz on the cpu and 233mhz/466DDR on the memory .
To maintain same memory speed (around or below 233mhz) with higher cpu frequency you must use a divider by setting max memory speed to 166 etc and use a higher HTT clock reference .
E.g
HTT=270
Multiplier=10
Memory index=166
Gives CPU/12 divider
CPU is then 2.7ghz
Memory speed = cpuspeed/12 = 2700/12 = 225mhz or DDR450 .
Multilplier memory index dividers:
7x with 133 : cpu/11
8x with 133 : cpu/12
9X with 133 : cpu/14
10x with 133 : cpu/15
11x with 133 : cpu/17
7x with 166 : cpu/9
8x with 166 : cpu/10
9X with 166 : cpu/11
10x with 166 : cpu/12
11x with 166 : cpu/13
7x with 183 : cpu/8
8x with 183 : cpu/9
9X with 183 : cpu/10
10x with 183 : cpu/11
11x with 183 : cpu/13
7x with 200 : cpu/7
8x with 200 : cpu/8
9X with 200 : cpu/9
10x with 200 : cpu/10
11x with 200 : cpu/11
( with 200 you will se the divider is the same as multiplier , thats why some calls this 1:1 )
There are also some tables for the dividers made by orcar wu over at extremesystems in this thread:
http://www.xtremesystems.org/forums/showthread.php?t=41595&highlight=a64+divider+table]
Using this calculation you can figure out your ram frequency before trying it in the bios .
E.g use 183 mem index/divider with cpu multiplier 10x with 2.7ghz as the target .
10 x 270 = 2700
memory will run at
2700/11 = ~ 245mhz or DDR490

BIOS for K8N Neo2 Platinum

Hi to all.
Just wanted to know what's the best and most stable bios for my K8N Neo2 Platinum. I'm currently running ver. 1.B, but I've read that ver. 1.9 is the best. Just wanted to know everyone's thought on this one.
In case ver. 1.8 is better,
¿can I flash my bios to ver. 1.9 from 1.B without having any problems?
¿Is ver. 1.9 better for overclocking?
Thanks.

Quote from: Stu on 20-May-06, 07:55:41
if you wanna OC, then Syar's BIOS is the best bet; its the one i use
I agreed with you Stu as I'm also using Syar's Bios 1C.

Is it possible to order bios chip 1b for K8N Neo2 Platinum

Hi there im wondering if its possible to order from msi or elsewere bios 1b for K8N Neo2 Platinum seeing as i have the bios tools here, if so whats the install procedure and setup please or any other releviant information?, i have 1.5 everything works fine but theres no way i want to flash
Thanks Blackrat7768

Quote from: BlackRat7768 on 09-February-06, 21:34:23
My issues are:
Improve compatilbility problem with some USB 2.0 devices
BIOS reported incorrect CPU temperature.
If you have the d-bracket installed, it may help to completely disconnect it. Sometimes it will cause inaccurate temp readings. You can always plug it back in if you need it for troubleshooting.
I unhooked mine & my reported CPU temps dropped by 8C...

These ATI cards 9500 Pro and 9700 Pro ok for MSI K8N Neo2 Platinum and winchester cpu? Compatible?

Looking at grabbing a used ATI 9500 Pro or used 9700 Pro AGP card for my MSI Neo2 Plat since I can't use my Matrox G400.
Any problems using either of the above cards? I don't play a huge amount of 3D games so I'm not going to grab a 9800 Pro or XT or 6600GT. A 9500 or 9700 Pro would allow me to play the newer games at reasonable resolutions. Just want to make sure they are compatible.
thanx

Ok guys, thanx for the feedback. I missed the 9500 Pro sale, so maybe its for the better. If I'm going to try a bit of 3D gaming, I may aswell get a little bit better card. So here is my question for you folks:
For my MSI K8N Neo2 and AMD64 3000+ system, I want a card that will have good 2D output and good DVD playback. I want to try some 3D games, but don't want to have the minimum. I was looking at used 9500 Pro's and the 9600 XT but I've come across a used 9700 Pro and a 9800 Pro and 9800 Pro with r360 core (almost a 9800XT). So if I get a 9700 Pro, what will I be able to play smoothly at what settings and what will I be unable to play. Ultimately, I may play mostly on my projector at 858 x 484, so maybe the cards don't matter too much. If I don't play 3D games much after a while, I'll probably downgrade, but I want to give it a try. I can't afford a new 9800 Pro/XT or 6600GT.
Used cards I'm deciding between. Have to act fast.
9700 Pro $170 CAD or 9800Pro $210 CAD or 9800 with r360 core $230. Price differences between the cards is as you see there.
thanx in advance for any feedback,

New Processor on K8N Neo2 Platinum Advice

Following on from getting my system stable after installing more Ram (thanks syar2003 and all who offered advice ) I'm now on the lookout for a new processor to round out my latest upgrades.
Currently I have what is listed in my signature. I was looking at the AMD64 FX-57 chips but at over £500 they are far too expensive. I was then looking at the single core AMD 4000+ at about £120 or there's AMD64 X2 4800's going for a little over £200. I predominately do gaming on my machine but I do other stuff at the same time, often downloading large files, running winamp/irc/ventrillo etc.
Should I just go for the AMD64 X2 4800 and make it the end chip for my current board ? I don't really want to upgrade to SLI or AM2 just yet as I fell there is much life left in this board.

Quote from: darkmast2 on 28-July-06, 21:09:40
Should I just go for the AMD64 X2 4800 and make it the end chip for my current board ? I don't really want to upgrade to SLI or AM2 just yet as I fell there is much life left in this board.
Sounds good to me! AM2 is just a "stop-gap" solution for now, IMHO.
I'd still be using my Neo2 Plat as my primary board if it weren't for the AGP "dead-end".
My Neo2 was much easier to OC than my Neo4 Plat. Although, I finally ended up with simliar results on both. It was a bit harder to get there with the Neo4.

New/modified voltage.ini for MBM5 5.3.7.0 to fully support K8N Neo2 Platinum

Similar Messages

Maybe you are looking for