HDD LED constantly lit (Neo2 Platinum)

Fresh install, and the LED stays constantly lit, no matter what the HD activity is. I'm using one 120GB WD SATA drive. I do have 2 IDE drives plugged in, no power supplied to them.
Anyone have any ideas?

Unplug the unpowered devices from the IDE chain, or supply power to them.
Create a hardware signature and throw the dog a better bone Suggestions on posting and getting better answers

Similar Messages

SATA HDD installation on K8N Neo2 Platinum, Non-RAID, Non-Bootable

Hi-
I’m a rank newbie on this forum (first post). I have a K8N Neo2 Platinum Mobo, which I’ve recently gotten up and running, with Windows XP-Pro SP2 installed on a single IDE drive. I would now like to add 2 SATA drives. I don’t need or want the SATA drives to operate in a RAID array, nor do I want them to be bootable. I want to use them independently for data storage. I read the following thread (I am posting here on a separate thread per the author’s wishes not to get his original thread too junked-up) :
Single SATA or Multiple Drive Array Setup FAQ
I have not yet plugged-in either of my SATA drives, because I don’t want to risk corrupting my existing boot (IDE) drive. I just had a few questions about the procedure given in the referenced thread, in the Single Drive Setup:
- Step 14 States: “Make sure the “RAID Mode” is Stripping and Striping Block at 64k or Optimal. Hit F7 (Finish)”. Is this correct for a single non-boot drive?
- Step 22 States: “As most of you know when you enter the Setup for Win2k/WinXP you will need to hit F6 to load additional drivers for other SCSI devices.” I assume this means I need to boot from the Windows CD. Is this true even if I already have Windows installed on an IDE HDD on this system? At what point will I need to hit <F6> ? Will I be prompted to do so?
- I have downloaded (from the MSI website) the NVIDIA RAID CLASS DRIVER & NVIDIA Nforce Storage Controller (20 files, 1.3 MB total). Should I put these on a floppy? Or can I access them from a directory on my OS HDD?
- Should I go ahead and plug-in both of the 2 SATA drives I want to add to the system before beginning the driver installation? The only reason I would consider installing them one at a time is if it eliminated any confusion between RAID vs. independent (I want independent operation). If I do install them one at a time, do I have to install the driver twice?
Any help would be appreciated.
- the bbdude

OK Thanks JeanGuy and ssjkakaroto,
I have connected both of my SATA drives. They are enabled in BIOS but not set to RAID. I booted up to Windows on my IDE drive. In Disk Manager, the display shows Disk 0 (C: System), Disk 1 and Disk 2 as uninitialized, and my DVD (D:) drive. At this point, I could probably go ahead and run the Initialize and Convert Disk Wizard to get these disks formatted and be dome with ot now. Before I do that though, I just have a couple of more questions.
- I had already loaded the nVidia nForce3 system driver prior to installing the SATA drives, but I went ahead and did that again after installing the SATA drives and restarting Windows. I used Live Update, which went out to the MSI site and found version 5.03 of the nVidia nForce3 system driver. I'm not sure how to find the "Nvidia 5.10 driver package which include the latest SATA driver", ssjkakaroto referred-to. The Live Update install procedure did ask if I wanted to install IDE driver and I said yes. It then asked to over-write what I already had there (I said yes to that too). As the file names streamed-by, I though I saw some filenames with nv... listed. So, bottom line, is I'm not sure if I have the lates and greatest nVidia SATA drivers installed. How can I find out what drivers are installed?
- As I mentioned in my previous post, I have also downloaded and unzipped the NVIDIA RAID CLASS DRIVER & NVIDIA Nforce Storage Controller (20 files, 1.3 MB total) from the MSI site; however, I don't know how to "install" this now that I have the files. There are a couple of .exe and a .bat file (bit no setup.exe).
I may already have everything I need to partition and format these drives. I just want to bve sure I'm not skipping a step that is essential to optimal performance.
Thanks -
- bbdude

SLOW performance SATA HDD on the 915P Neo2 Platinum

Almost for a week I have tried to setup Windows XP prof. with SP2. Unfortunately the performance of the system is very poor.
For this reason I extended let test the system and compare the results with an other system.
My System Other system with diamond-maximum one 10, 160GB ATA133 disk
Disk - Sequential Read = 3.37 Disk - Sequential Read = 63.04
Disk - Sequential Write = 3.51 Disk - Sequential Write = 55.99
Disk - Random Seek + RW = 1.91 Disk - Random Seek + RW = 2.7
Disk Mark = 31.08 Disk Mark = 440.24
As you can see the result is awful.
Have tried all settings for a single HDD in the BIOS, but unfortunately no plausibly results got.
Is there people have the same problem ?
Kan any one help me out of this ?
My system configuration:
- Antec Sonata II 450 Watt
- Intel Pentium 4 630, Socket 775
- Corsair ValueSelect DDR2 SDRAM, 1 GB, PC4300, 533 MHz
- 915P Neo2 Platinum (V1.0B)
- 2x NEC ND-4550 16 connected to EDI 1
- 1x Maxtor DiamondMax Plus 10 250 GB, 7.200 rpm, 16 MB, SATA/150 connected to SATA_1
Thanks in advance !!

Can you try with HDSPEED? goto http://www.georgebreese.com/net/software/ and download HDSPEED. Look for the Bandwidth and Sequential. Sequential is the actual throughput speed of your HDD, some 55~65MB/s is pretty good. Bandwidth is your HDD cache throughput speed, which should be some 100MB/s.

Putting k1 to sleep. k1 wont wake up with both white led constantly lit up.

What could be a fix to this? Although a hard restart starts the tablet.com. it sort of annoying you cant wake you tablet after putting it to sleep for a time with 50% battery
I think its different fom cannot wake p from sleep issue since both of my white led lights are lit up

A new mini is on the way & I'm researching UPS's. A question that I now have is -
The new mini will have 10.5 which will be nice, but I really want to put my old hard drive straight into the new unit so I can have my old computer back the way I like it. Right now I have my external drive with everything on it plugged into my wifes macbook, & I can access everything except my email. The old emails are there in the folders, but as numbered icons, & I can't find anything. With my business I often have to refer back to old emails, & right now it's really hard to. I have tried to import them into mail, but it says it doesn't recognize them.
If I do this, can I put the new backup discs in & load leopard onto the old hard drive without loosing my old information & setup? We are on a very slow dial-up here, so I've never been able to accept the automatic updates. I look forward your advice.

My 790fx GD70 had approx 3 years of perfect operation, now the HDD led is red :(

Hey everyone I'm new to the msi forums here, but I built a gaming rig about 3 years ago and its been running fantastic ever since.
Ive been looking to buy an Radeon 7950 and finally decided on the HIS 7950 IceQ boost clock from newegg for 299.
So I opened up the case just to make 100% sure that I had the necessary 2- 6 pin power connectors, which I did . I did this while the pc was on (I know dont shoot me!) I didn't touch anything on board just a few wires from the psu to look at the connectors, an my hand slighty bushed the side intake fan, no stoppage or anything like that.
When I looked up after I put the couple wires back I had no display, no keyboard or mouse, and the red HDD led was lit above the mobo power button :( :(.
Ive checked all connections and they seems to be fine, my brother has the same board in his rig, so ill take a pic of his and double check mine just to be totally sure.
The pc powers up with either the case or mobo buttons, all fans (cpu, psu, case, gpu) power up and run normally. All lights are blue that I can see, except for the red HDD led, no display, keyboard, or mouse. Also I cant power the system down by holding down either case or mobo buttons, only by switching the psu off.
After reading up on this forum and a couple others ive come to a couple possible conclusions:
Either something came unplugged which ive some how missed, my mobo has shorted somehow after approx 3 years of perfect operation, or my psu has blown.
Does anyone have any other suggestions for me? Has anyone seen something like this happen before?
The tough thing is this pc is currently used for music recording through pro tools and was about to become the main media display pc at my church, after the purchase of the new video card, so having it down meant no music recording today at church :( :(
System Specs:
AMD phenom II x4 955
MSI 790fx gd70
Asus Radeon 5750
Mushkin Redline 1600mhz 4x2
Crucial SSD 120gb
Seagate 150gb HDD
Western Digital 1tb HDD (pro tools session storage)
LG CD/DVD RW
Thanks in advance for any help you guys can give!
By the way I wrote all that on my phone! Lol

Thanks for all the help so far you guys!! Ok so i spent some more time on it and did what you both suggested. Reseated the ram, 2 sticks of 4 gb 1600 mushkin, made sure that all satas were seated properly on both the mobo and HDD sides, and checked all power connections to the board. After that i cleared cmos, and pulled the battery just to be sure. I checked the case pwr and reset connections on the front of the case and at the mobo, and everything seems to match my brothers board connections (went and took a few pics of his). I also moved my gpu up to the top slot of the mobo so i could see the little led screen on the mobo better.
So i fired her back up, and the dang red light was still on :-(. Also the little led screen isnt post anything at all, no numbers or letters are showing. I believe my brothers read 42 when i was taking pics of his rig (must be the code for all-is-well lol).
My psu is an 850 watt Xion. For + 12v1 and +12v2 its 18A for +12v3 and +12v4 it reads 20A and 22A respectively.
I dont see xions around much anymore, did they go out of business or something?
So do you guys think its probably the mobo since its not giving a display at the little led screen? Did it just happen to blow when i had the side panel off, could i have done something without touching the board to cause this? Maybe handling the wires? Could it possibly be the psu?
It looks like i may be in for an earlier mobo and cpu upgrade then i had originally planned :-P
Oh also my case is a full tower Azza, im not sure of the model, but its always had great cooling! (But i dont overclock lol)
Thanks so much again!

[VIA] KM4M-V: When powered on, Power LED not lit

Hi, I have a problem with my KM4M-V... I bought this mainboard after my previous mainboard couldn't work, but after buying, it doesn't solve the problem. When I switched on my PC, my HDD LED is lit, but my Power LED is not. I changed a new Power Supply but it doesn't work too. Can anyone tell me what is the problem? Thank you!

Suggest you press button above then Forum Profile Information and create a signature like mine; it will saves us a lot of time and effort. It will take you a few minutes but advice will be more specific and productive. Notice information we need for psu, both of those you have tried.
Did your old motherboard ever work or did it just die on you without warning? If both boards display same symptoms than your problem most likely rests with one( or more) other components.
For troubleshooting take motherboard out of case and barebone it, i.e cpu/hs, vga, 1 stick of memory; you can jumper power switch pins with screwdriver to fire it up. Simply a case of replacing components until culprit is found.

915P Neo2 Platinum (V1.0B) and SATA setup HELP !!

Hi,
Can any one help me with the BIOS settings for my SATA HDD on an 915P Neo2 Platinum motherboard ?
Configuration:
- Antec Sonata II 450 Watt
- Intel Pentium 4 630, Socket 775
- Corsair ValueSelect DDR2 SDRAM, 1 GB, PC4300, 533 MHz
- 915P Neo2 Platinum (V1.0B)
- 2x NEC ND-4550 16 connected to EDI 1
- 1x Maxtor DiamondMax Plus 10 250 GB, 7.200 rpm, 16 MB, SATA/150 connected to SATA_1
I have tested with the following settings:
1)
   ATA/IDE Configuration [Enhanced]
   Configure SATA as [IDE]
Result:
   Can't format with Windows Setup CD (sp2)
   If it formatted with 3rd party utils, then performance of the system is very poor.
Thanks in advance !

Hi, I suggest you to set the ATA/IDE config as Legacy and check that all your HDDs are detected, if not all, at least your HDD and optical drive. Then continue with the installation. After WinXP installation settled down, then go back to the BIOS and switch to Enhanced again, and then continue boot up to windows and install Intel INF.

T420 HDD LED lit Optical Drive

Running Windows 8 Enterprise. The machine has all up-to-date Lenovo drivers and patches. When the optical drive goes into sleep mode, the HDD LED will stay continuously lit. Wake up the optical drive and the HDD LED functions as designed; when the optical drive goes to sleep issue persists.
Any thoughts?

Unplug the unpowered devices from the IDE chain, or supply power to them.
Create a hardware signature and throw the dog a better bone Suggestions on posting and getting better answers

Reboot problem with MSI K8N Neo2 Platinum and 250 GB SATA HDD

I'm having a "reboot" problem with my MSI K8N Neo2 Platinum. After turning my system on it will run without any problems, until I reboot. After a reboot it will always hang after the initial windows-bootscreen. The HDD-light will remain on. If, instead of going into Windows XP SP2, I try to enter the BIOS after a reboot (DEL) the system will also hang (blank screen with blinking cursor).
It started doing this after I installed the Maxtor 250 GB SATA disk. Before, I didn't have problems rebooting. If I disconnect the Maxtor drive I can reboot and enter BIOS and Windows each and every time. Reconnecting the Maxtor 250 GB SATA drive will return the reboot problem. I always have to use the power swith to get a working system again. It's not enough to do a hard reset (this has the same effect as rebooting).
Here are the details of my system:
MSI K8N Neo2 Platinum (BIOS 1.B)
Athlon 64 3200+ (Winchester, 2 Ghz, 512 KB cache, stepping DH-D0)
2 x Kingston KVR400X64C25/512, 512 MB, DDR, PC3200 (2,5-3-3-8 T1)
Asus Radeon AX800 Pro (256 MB)
PSU Antec Sonata 380W
HDD Maxtor 80Gb ATA (6Y080P0, Pri Master)
HDD Seagate 250Gb SATA (ST3200822AS)
HDD Maxtor 250Gb SATA (6V250F0 - jumpered in SATA150 mode, the mobo wouldn't work with the drive in SATA300-mode)
Aopen COM5232/AAH Pro CD-Writer ATA (Sec Master)
BenQ DW1640 DVD-Writer ATA (Sec Slave)
P.S. The NVidia IDE-drivers are NOT installed. System is not overclocked.

Thank you for all the replies. Upgrading to the latest Nvidia IDE-drivers did not fix my problem. Moving to other SATA-ports did not help either. Upgrading the mobo's BIOS is not really an option (I'm using one version before the most recent and there isn't anything in the fixlist of the latest BIOS).
Now I've contacted Maxtor for (hopefully) a new firmware.
Quote from: rogueUK on 31-July-06, 16:55:42
insego please use the SEARCH BUTTON
I did use the search function to find other people with similar problems. The reason I started a topic of my own was because of the text you get while joining:
Quote
Do not hijack another persons topic. If you have a similar problem, start your own thread anyway.
Maybe in retrospect I should first have tried the solutions in other topics.

MSI neo2 platinum problem, forced to reset BIOS everytime I turn on the PSU

I just got my neo2 platinum mobo. Everytime I switch it ON all the led's at the back (diagnostic) turn red/orange and never turn green.
I have to reset the bios everytime to get it to post successfully. (bios is the original bios, no flashes done)
Processor: 3000+ (939)
Anyone else have this problem? what causes it?
[update] the bios version is 1.3 which is the latest on the msi website
System Specs..
AMD Athlon 64 3000+ 90nm (socket 939)
MSI K8N Neo2 Platinum
1 GB Kingston HyperX DDR 400 CS2
SBlive
Nvidia GeForce4 Ti4200 128MB MEM
Logitech MX510
1x80GB WD HDD with 8MB cache
1x120GB WD HDD with 8MB cache
Lite-On 48x CD-RW
NEC 16X DVD RW Drive
RAIDMAX Black Aluminum Gaming Case with 6 case fans and 420W PSU

I think the power supply may be the problem
Once you reset the bios you don't need the amps to spin up the drives, as they are already spinning, saving you about 3 amps I bet. If the newer bios doesn't help, try unplugging half those case fans, the non boot drive, and take the cd's out of you optical drives so they dont spin up, then try cold booting your box a couple times. If it works you know you need a new power supply.
If it doesn't perhaps you've got a grounding problem? Are you positive that nothing metal is touching your motherboard where it shouldn't? If that isn't it, Id assume the cmos never really clears, and then take the battery out of the motherboard for a good hour while the power supply is unplugged, then give it another shot. I've seen a bunch of DFI boards do weird stuff like that before, the exact same thing actually. Nvidia has a few odd issues with the nforce chipsets and the cmos.
Oh, since you asked, 3000+ is 1.8 ghz. It will probably run at 2.4ghz easy (1.4 volts), thats a 90nm chip

Sound Question for K8N Neo2 Platinum

Here's my current setup:
AMD FX-53
XP-120 heatsink
MSI K8N Neo2 Platinum Mobo.
1 GB Crucial Ballistix (Slots 1 & 2)
NVidia 6800 GT 256 MB
200 GB SATA SEAGATE HDD (SATA3)
Lite-on Dual Layer (Model# SOHW-1633S BLK)
Ultra X-Connect 500W PSU
I am presently using the onboard sound, and I am able to hear left and right channels of sound when using media player, winamp, etc. I can play both music and dvds.
I'm using the optical output on my mobo, and sending it to my Sony Home Theatre amplifier with an internal 5.1 decoder. No matter what I do, I can't seem to get 5.1 surround sound. I set the MSI Sound effect manager Speaker configuration to 6 Speakers, and I have my CD player transmitting sound via the normal 2 pin cd rom audio cable.
Does anyone know why I cannot get 5.1 surround sound when listening to DVD's??? Do I need to connect the digital output on my DVD burner? If so, where does it connect to the mobo?

My DVD drive didn't come with any kind of driver CD. I'm trying to use Media Player to run the DVD's. Is it compatible with Dolby Digital?
Has anyone ever used PowerDVD? This software came with the DVD burner, but I haven't installed it as I don't know much about it.

Msi neo2 platinum / venice 3.2 start up issues!!

hello people,
I´ve recently bought and neo2 platinum and a a64 venice, but I´m having problems with the boot up.
problem: when a turn on the psu swith, (without presing the power botton of the case), the sistem turns on for itself. It doesn´t boot, just turns on, so I have to press the case botton to do so.
technical data:
msi neo2 platinum, bios updated to 1.9
a64 939 venice,
2x256mb ocz performance rev.2 pc3200
psu antec true control 550, or topower 400w.
hdd seagate 80gb sata1,
msi fx5900vtd,

Quote from: hull01 on 15-August-05, 09:46:20
thanks for your help, but it´s still doing it, the cables are all well conected, right now don´t know what I´m gone do, may be try with rma
I'm sorry, I wasn't clear. Your mobo manual will have at least two different LED connections. Only one is correct for your case. To make matters worse, it's possible that your mobo LED pins and your case LED connectors aren't color coated. The mobo I have (Neo 4 Plat) was like that. My Power LED switch on my case was different that what the book showed. If you have it plugged into the green area on the mobo then try the black area for the Power LED. Now if that doesn't work then it's something else. Remember after you plug it into the black area, remember to reset your CMOS as before.
If that doesn't work, did your board come with a D-bracket? The little bracket with LED lights on it used to diagnostic utility.

Iphone 4 won't turn on and white LED is lit up

My mom just gave me her old iPhone 4 but its screwed up. I can't tell if its on or off because the screen won't come on and it won't turn on. The white led on the back is constantly lit up. I tried holding the home and lock button but that did nothing. I also tried connecting to itunes and restoring that way but itunes didn't even recognize it.

Hi Gracielle,
Apple Stores do not do service for fees. They do replacements only - in and out of warranty. Out of Warranty Replacements range anywhere from $149 to $225 depending on the device.
Cheers,
GB

K8N Neo2 Platinum wont start up

After installing a new K8N Neo2 it worked perfectly for 1 day, no problems at all.
The day after nothing happened. When the psu is turned on it only gives a short flash on the leds, the fans turns for a second and then everything is of.
Have tried with only the most necessary connected to the psu, switched to only 1 RAM in different positions etc. Have cleared cmos every time.
D bracket leds are showing 4 reds for a short second and some times two greens diagonal upper left to lower right and the other two are red.
Any ideas???
Spec;
AMD Athlon64 3500+
K8N Neo2 Platinum
NX6800 Geforce 6800GT
WD Raptor 740GD 74G ( x2 )
Corsair CMX256A-3200LL ( x4 )
Antec True 480P ( 5V-38A, 12V-22A, 3,3V-30A )

Hi,
Its a common problem with this board... different theories are abound as to what causes it, an RMA might not help you
False Starts on MSI K8N Neo2 Platinum

The HDD LED doesn't work !! Any Idea ?

Hi everyone ..
I have MSI Neo Platinum Mainboard , I installed a S-ATA Harddisk only on the Mainboard , no ATA , but the HDD LED on the Case doesn't work .. There is no Light ... Is this light only for ATA Harddisks wich are installed on IDE ??
Any idea plz ?

Exactly...reverse the polarity at the connection....or your HDD activity LED is toast...I've bought new cases where those things just did not work.

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

HDD LED constantly lit (Neo2 Platinum)

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