Number para hexadecimal

Pessoal,
Estou com um problemão (pelo menos rpa mim hehe).
Preciso enviar informações em hexadecimal para a serial, porém estou concatenando strings que estão configuradas em ehxadecimal juntamente com um controlador numérico q está ligado a um conversor Number to hex, porem na saída eu coloco um indicador de texto configurado em Hex Display e esse valor numerico convertido para hexadecimal aparece com o numero 3 na frente, Exemplo:
Controlador numérico = 4
Valor no indicador= 3034 (deveria ser 04)
Apenas para acrescentar, já fiz os testes e constatei que para a serial receber a informação correta esta informação precisar estar de acordo com o indicador que está configurado em Hex Display, pois se eu configurar o indicador para Normal Display o "4" aparece "04" porém a serial não entende e recebe uma informação errada referente ao 3034 que aparece no indicador hex display!
Anexos:
teste_reset1.vi ‏35 KB

Olá Mancini,
Pelo que entendi a informação que você está enviando para a serial é o valor do controle numérico. Neste caso você deve clicar com o botão direito no controle numérico ir em visible items>>radix, então você pode configurar o controle numérico para trabalhar em hexadecimal.
A configuração hex display da string é para que o controle/indicador string exiba os códigos hexa dos caracteres ASCII, e não para converter a informação numérica para hexadecimal.
Atenciosamente,
Abel Souza
Engenheiro de Aplicações
National Instruments Brasil

Similar Messages

Trouble with output string size of the 'number to hexadecimal string' VI

Hi everyone.
I am new to Labview, so I apologise if this question is too simple. I am trying to convert a float to a hex string so I can pass it to a VISA Write VI. I first cast it, so it becomes a 32-bit int and then on to the 'number to hex string' VI. Now, since after the casting the number is a 32-bit int, I would assume that the output hex string would also be 32-bit long (so 4 bytes, which is what I need). However, I use the 'string length' Vi and it says the hex string is 8-byte long. Could someone please tell me why this is the case?
Thank you very much in advance,
Gabriel

Are you sure it is 8 bytes? Don't confuse a nibble and a byte.
Try the "flatten to string" function.
"There is a God shaped vacuum in the heart of every man which cannot be filled by any created thing, but only by God, the Creator, made known through Jesus." - Blaise Pascal

Como receber meu número de série para Creative Cloud?

Olá boa tarde a todos, I DON`T SPEAK ENGLISH.
Comprei a Creative Cloud para fotógrafos, dia 30/09/2014. Até hoje, dia 11/11 não recebi um número de série para os produtos Photoshop CC e Lightroom CC. Gostaria de saber como proceder, uma vez que o suporte online é muito confuso, e também não existe suporte via telefone. Também não consigo contato direto com a Digital River do Brasil. No gerenciamento da minha ID Adobe não aparece que eu comprei a Creative Cloud. Mas eu recebi confirmação de compra do [email protected] no mesmo dia em que a compra foi efetuada com cartão de crédito. A cobrança está ok! Mas não tenho o serial number para ativação dos produtos. O que devo fazer? Estou prestes a cancelar minha compra e voltar a utilizar os softwares por meios alternativos. O que seria para facilitar e regularizar meu trabalho profissional na área da faotografgia, acabou se tornando um problema. Agora preciso que alguém me ajude, por favor! Aguardo. Um abraço a todos. Lucas Ferreira. Curitiba-PR / Brasil

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Issue in parsing MYSAPSSO2 Cookie -Certificate Serial no is in Hexadecimal

Hi All,
We are trying to establish SSO with a non SAP web application using MYSAPSSO2 cookie.
Plan is to write a java class which can parse out the MYSAPSSO2 cookie, extract the user Id and use it for single sign on.
Following Libraries are used:
logging.jar
i18n_cp.jar
iaik_jce.jar
com.sap.security.api.jar
com.sap.security.core.jar
rscp4j.dll(this is downloaded from a SAP EP 7.0 instance running in windows 2003 server in our landscape).
Our Source SAP EP 7.0 instance which will be issuing the cookie is running in Solaris.
The target application in which the cookie is parsed, is running in Windos 2003 64 bit server.
Following is the code which we are using.
//Instantiate the rpovider
IAIK provider = new IAIK();
Security.addProvider(provider);
//Instantiate the ticket
tv = new com.sap.security.core.ticket.imp.Ticket();
//set teh certificates
tv.setCertificates(certificates);
//set the MYSAPSSO2 cookie
tv.setTicket(strCookie);
if (!tv.isValid()){
System.out.println("Ticket is not valid");
//Verify the ticket
tv.verify();
isValid method is working fine - it is returning true or false exactly based on the validity.
ISSUE:
tv.verify();--->Raises the following exception:
java.security.SignatureException-Certificate (Issuer="CN=SID,OU=XX,O=XYZ,L=LO,ST=ST,C=CO", S/N=1234567890) not found.
When analyzed, it looks like the verify method is trying to compare the issuer's serial number in integer format
but the portal is providing the serial number in hexadecimal format.
So the keystore has the certificate with the same issuer and serial number but the serial number is in hexadecimal format.
If I print the certificates available in the keystore it is printing that certificate with serial number in hexadecimal format. if I convert that hexadecimal to decimal - I get the same number which is part of the error message raised by the code.
The certificate from SAP Enterprise Portal was imported to the local keystore using the keytool -import option.
Could anyone help resolve this issue?
Thanks in advance.

Any advice please?
Do I need to post it in a different forum?

Converting a binary string to a number...

Hi guys,
I'm trying to convert a binary string into a decimal integer. I'm not sure if LabVIEW has a VI that does that. I haven't found one yet. Basically, say I have the string '0101'. I want to convert that to the value '5'. Or say I'm using hex, I want '10101111' to be converted to 'AF'. So that's my dilemma. I'm hoping I'm not going to have to make my own VI. Thanks a lot!
-Mike

LabVIEW has exactly what you want even if it can be hard to find it.
To convert a binary text string like "0101" to a decimal value can easily be done using the Scan Value function found under the String/Number conversion section. If you provide the format %b to it (not mentioned in the manual) you will get the decimal value of your binary string.
Also, on your front panel you can change the format of your numerical indicators by right clicking on it and selecting Format & Precision. If you have a numerical indicator you can set it do display the numbers in e.g. hexadecimal form.
However, if you want to convert a number to a hexadecimal text string you can use the Number to Hexadecimal String function also found under the String/Number conversion section.
I
attached a simple example, Conversions.vi, that shows how it works. I hope this helps. /Mikael
Attachments:
conversions.vi ‏14 KB

How to convert a large number to hex without truncating to 32-bit.

I am trying to convert a very large number to hexadecimal (string). The number gets truncated to 32-bit, which is not what I want. For example, the number 28037546508295 (double) should be 0x198000000007. Labview truncates it and the resulting string is 0x7FFFFFFF, using Number To Hex String.vi. I am stuck. Thanks.
Solved!
Go to Solution.

You can split your dbl into two 32bit integers using quotient&remainder (divide by 2^32 followed by "toU32").
Now format each with %032x and concatenate the strings.
Remove leading zeroes if needed.
(Sorry, posting via phone. I can show an example later)
LabVIEW Champion . Do more with less code and in less time .

Convertion from Decimal to Hexadecimal

Hi,
Can you please tell me the way to covert a given decimal number into hexadecimal (for example 4 -> 04, 20 -> 14 etc) and also the vice versa.
thank you.

Hi
Try this function module:
" CRM_EI_KB_CONV_DEC_TO_HEX "
This fm converts any decimal to hexadecimal, but not vice-versa.........
Hope it helps....

Decimal to Hexadecimal convertion

Hi, how can I converte decimal(NUMBER) to Hexadecimal in PL/SQL ?
I need to translate the NUMBER: 50545326 to haxadecimal: 030342AE
But my SQL return C43337361B, see below:
SELECT RAWTOHEX( utl_raw.cast_from_number( 50545326 ) ) --> I wish 030342AE value
FROM DUAL;

Luciana T. Angeli wrote:
One more question, I see that negative numbers can't be converted to Hexadecimal this way.
It is possible to convert negetive decimal numbers to hexadecimal format ?Negative numbers need to be displayed as 2's complement to be shown in hexadecimal, so you would have to specify (in effect) how many bytes you are dealing with.
e.g. if you know your are dealing with 4 byte numbers...
SQL> ed
Wrote file afiedt.buf
1 with t as (select &num as num from dual)
2* select to_char(case when num<0 then 65536+num else num end, 'fmXXXX') as hx from t
SQL> /
Enter value for num: 123
old   1: with t as (select &num as num from dual)
new   1: with t as (select 123 as num from dual)
HX
7B
SQL> /
Enter value for num: -1
old   1: with t as (select &num as num from dual)
new   1: with t as (select -1 as num from dual)
HX
FFFF
SQL> /
Enter value for num: 32767
old   1: with t as (select &num as num from dual)
new   1: with t as (select 32767 as num from dual)
HX
7FFF
SQL> /
Enter value for num: -32768
old   1: with t as (select &num as num from dual)
new   1: with t as (select -32768 as num from dual)
HX
8000
SQL>If your numbers are larger you need to increase your format mask and increase the value (65536) appropriately.

Inconsistência no consumo de materiais

Prezados,
Gostaria de uma auxílio de vocês no seguinte ponto, com relação a administração de projetos.
Temos algumas pendências de consumos de materiais serializados no nosso sistema, porém ao tentar efetuar o consumo dos materiais (MIGO) para WBS de um determinado projeto não conseguimos pois gera um erro com a descrição "Stock data of serial number 4500238571-50-83 not suitable for movement - Message no. IO231", fizemos um teste de um determinado material onde precisavamos baixar 190 unidade e tentamos todos os seriais numbers disponíveis na IQ09, sem sucesso. Verificarmos de todas as formas baixar estes tipos de materiais porém não conseguimos. Tentamos verificar o serial do material no momento da entrada do material em estoque, porém não conseguimos localizar. Tentamos efetuar a baixar também pela MB11, mas também solicita o serial number para baixa do material.
Gostaria de ver com vocês se há outra possibilidade de baixar um determinado material para WBS sem ser necessário a informação do serial number.
Muito obrigado.
Leandro.
Edited by: pavia1 on Jan 4, 2011 9:12 PM

Oi Leandro.
Você pode modificar o perfil de número de série no mestre de materiais ou então modificar a configuração do perfil usado para que não seja obrigatório informar o número de série ou se o sistema deve ou não validar o no. de série com o estoque; isso pode ser feito através da OIS2.
Abraço
Eduardo Chagas

Enable Recycle Bin on mapped network drives

A few years ago I discovered how redirected user profile folders in Windows get Recycle Bin protection, even when the folders are redirected to a network location. This was a huge find for me, and I used this feature to add Recycle Bin coverage to some of
my mapped network drives. I shared this information on another forum here:
http://forums.mydigitallife.info/threads/16974-Tip-Network-Recycle-bin
Today I figured out a better way to achieve the same goal that doesn't rely on user profile folder redirection, and am sharing that information for other users to try out. You might want to take a look at these forum topics for additional information:
http://technet.microsoft.com/en-us/library/cc787939(v=ws.10).aspx
http://blogs.technet.com/b/askds/archive/2012/07/16/managing-the-recycle-bin-with-redirected-folders-with-vista-or-windows-7.aspx
http://msdn.microsoft.com/en-us/library/bb882665.aspx
http://social.technet.microsoft.com/Forums/windowsserver/en-US/10bfcfb9-14f3-434e-9ffa-0289b8b32e01/folder-redirection-recycle-bin
The standard disclaimer applies - this might break stuff. I've only tested in Windows 8, and my testing is limited. Try this at your own risk.
This is what I've learned (or think I've learned - I might be wrong):
Windows Vista and later store the configuration settings for the Recycle Bin for redirected user profile folders in this registry key: HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Explorer\BitBucket\KnownFolder
Under this key are separate keys for each redirected folder that is protected by the Recycle Bin. The keys contain the configuration information for each protected folder, and are named to match the GUIDs for "Known Folders." A list of the Known
Folder to GUID mappings is available in one of the links above.
The registry also contains a list of "known folders" at this location: HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\FolderDescriptions
So, I reasoned that if I could create my own custom "known folder," I could add that to the list of folders that were protected by the Recycle Bin and protect any mapped network drive I wanted. So I looked at the list of existing "known folders"
and created a key that was similar to the Documents key. I then fiddled with the values in the key until I narrowed it down to the minimum number needed to make the recycle bin work.
This .reg file will protect a mapped X: drive with a ~50GB recycle bin. You should modify the file to fit your needs:
Windows Registry Editor Version 5.00
[HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\FolderDescriptions\{9147E464-33A6-48E2-A3C9-361EFD417DEF}]
"RelativePath"="X:\\"
"Category"=dword:00000004
"Name"="XDrive"
[HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Explorer\BitBucket\KnownFolder\{9147E464-33A6-48E2-A3C9-361EFD417DEF}]
"MaxCapacity"=dword:0000c7eb
"NukeOnDelete"=dword:00000000
A few things of note:
The GUID in the above .reg file {9147E464-33A6-48E2-A3C9-361EFD417DEF} came from this PowerShell command: "{"+[guid]::NewGUID().ToString().ToUpper()+"}"
Each "known folder"/Recycle Bin combination requires a unique GUID. If you don't want to use PowerShell to generate a GUID, you can use an online GUID generator.
I don't know what the "Category" value does, but the key I copied had it set to 4, and that works, so I didn't test any other values.
The "Name" value is required, but is not the name that will be shown if you right-click on the Recycle Bin and select properties. (At least not in my environment.) In my environment, the name that is shown is the name of the network drive.
Making this change adds a "Location" tab to the properties page of your mapped network drives. I suspect this could be removed by changing the "Category" value, but didn't bother to find out.
I only tested with mapped network drives. I suspect this would work with UNC paths as well, but I didn't bother testing.
I hope you're as excited to find this as I was to figure it out. Let me know if this works for you. I now plan to deploy the registry keys with Group Policy Preferences and will update this forum post with any information I discover.
Best regards
--Russel
Update: I am now using Group Policy Preferences to deploy the needed registry keys, and all my mapped network drives are now protected by the recycle bin.
Update 2: I have tested now with UNC paths, and this works fine. I still use mapped network drives, but if your environment requires UNC paths instead, you can use them. Note however that if you have a mapped network drive that points to a UNC path, and
you protect the UNC path with a registry change, if a user deletes a file from the mapped network drive that points to that UNC path, the file will be permanently deleted. See below for more details.

FANTASTIC work Russel !
This is extremely helpful.
I've turned your work into a Bat Script that will automatically make the reg file.
It creates a unique guid each time it is run, so no worries on overlaps.
Just copy and paste the following into notepad
and save it as "Network Recycling Bin - auto make registry file.bat"
echo off
REM ========== MAIN FUNCTION ========================
Call :CreateREGfile
PAUSE
goto :eof
REM ========== SUB FUNCTIONS ========================
:CreateREGfile
set /p RelativePath=Enter
current mapped path of drive (e.g. X:\FileShare\D_Drive):
REM replace \ with \\ (for reg value its a requirement)
Set RelativePath=%RelativePath:\=\\%
set /p MaxBinSize_Dec=Enter
max size (in mb) (eg 11gb=11000):
call :toHex
%MaxBinSize_Dec% MaxBinSize_Hex
Set outputREG="Network
Recycling Bin - %RelativePath:~0,1% Drive (%MaxBinSize_Dec%mb).reg"
call :MakeGUID_VBS NewGUID
REM echo My new GUID : %NewGUID%
echo Windows Registry Editor Version 5.00
>
%outputREG%
echo [HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\FolderDescriptions\%NewGUID%]
>>
%outputREG%
echo "RelativePath"="%RelativePath%"
>>
%outputREG%
echo "Category"=dword:00000004
>>
%outputREG%
echo "Name"="NetworkDrive2RecyclingBin_%NewGUID:~1,5%"
>>
%outputREG%
REM The "Name" value is required, but is not the name that will be shown if you right-click on the Recycle Bin and select properties. That will be autoset to the network drive name.
echo.>>
%outputREG%
echo [HKEY_CURRENT_USER\Software\Microsoft\Windows\CurrentVersion\Explorer\BitBucket\KnownFolder\%NewGUID%]
>>
%outputREG%
echo "MaxCapacity"=dword:%MaxBinSize_Hex%
>>
%outputREG%
echo "NukeOnDelete"=dword:00000000
>>
%outputREG%
goto :eof
:MakeGUID_VBS
echo set obj
= CreateObject("Scriptlet.TypeLib")
> TEMP_generateGUID.vbs
echo WScript.Echo obj.GUID
>> TEMP_generateGUID.vbs
FOR /F "usebackq tokens=*"
%%rin (`CSCRIPT "TEMP_generateGUID.vbs"`)DO
SET RESULT=%%r
set
%1=%RESULT%
del TEMP_generateGUID.vbs
goto :eof
:toDec
:: todec hex dec -- convert a hexadecimal number to decimal
::             -- hex [in]      - hexadecimal number to convert
::             -- dec [out,opt] - variable to store the converted decimal number in
SETLOCAL
set /a dec=0x%~1
( ENDLOCAL & REM RETURN VALUES
    IF "%~2"
NEQ "" (SET %~2=%dec%)ELSE
ECHO.%dec%
EXIT /b
:toHex
:: eg call :toHex dec hex -- convert a decimal number to hexadecimal, i.e. -20 to FFFFFFEC or 26 to 0000001A
::             -- dec [in]      - decimal number to convert
::             -- hex [out,opt] - variable to store the converted hexadecimal number in
::Thanks to 'dbenham' dostips forum users who inspired to improve this function
:$created 20091203 :$changed 20110330 :$categories Arithmetic,Encoding
:$source http://www.dostips.com
SETLOCAL ENABLEDELAYEDEXPANSION
set /a dec=%~1
set "hex="
set "map=0123456789ABCDEF"
for /L
%%Nin (1,1,8)do
    set /a "d=dec&15,dec>>=4"
    for
%%Din (!d!)do
set "hex=!map:~%%D,1!!hex!"
rem !!!! REMOVE LEADING ZEROS by activating the next line, e.g. will return 1A instead of 0000001A
rem for /f "tokens=* delims=0" %%A in ("%hex%") do set "hex=%%A"&if not defined hex set "hex=0"
( ENDLOCAL & REM RETURN VALUES
    IF "%~2"
NEQ "" (SET %~2=%hex%)ELSE
ECHO.%hex%
EXIT /b
:eof

Issue while parsing the MYSAPSSO2 Cookie

Hi All,
We are trying to establish SSO with a non SAP web application using MYSAPSSO2 cookie.
Plan is to write a java class which can parse out the MYSAPSSO2 cookie, extract the user Id and use it for single sign on.
Following Libraries are used:
logging.jar
i18n_cp.jar
iaik_jce.jar
com.sap.security.api.jar
com.sap.security.core.jar
rscp4j.dll(this is downloaded from a SAP EP 7.0 instance running in windows 2003 server in our landscape).
Our Source SAP EP 7.0 instance which will be issuing the cookie is running in Solaris.
The target application in which the cookie is parsed, is running in Windos 2003 64 bit server.
Following is the code which we are using.
//Instantiate the rpovider
IAIK provider = new IAIK();
Security.addProvider(provider);
//Instantiate the ticket
tv =   new com.sap.security.core.ticket.imp.Ticket();
//set teh certificates
tv.setCertificates(certificates);
//set the MYSAPSSO2 cookie
tv.setTicket(strCookie);
if (!tv.isValid()){
     System.out.println("Ticket is not valid");
//Verify the ticket
tv.verify();
isValid method is working fine - it is returning true or false exactly based on the validity.
ISSUE:
tv.verify();--->Raises the following exception:
java.security.SignatureException-Certificate (Issuer="CN=SID,OU=XX,O=XYZ,L=LO,ST=ST,C=CO", S/N=1234567890) not found.
When analyzed, it looks like the verify method is trying to compare the issuer's serial number in integer format
but the portal is providing the serial number in hexadecimal format.
So the keystore has the certificate with the same issuer and serial number but the serial number is in hexadecimal format.
The certificate from SAP Enterprise Portal was imported to the local keystore using the keytool -import option.
Could anyone help resolve this issue?
Thanks in advance.

Hi,
im facing the exact same problem, and I think I found the reason for the behavior described above.
The Problem seems to be located at
[http://help.sap.com/javadocs/NW73/SPS01/CE/se/com.sap.se/com/sap/security/api/ticket/TicketVerifier.html#verify()]
from com.sap.security.api.jar, just like mentioned.
But the Problem seems to be the issuer, not the serial number.
When decompiling com.sap.security.api.jar with JD-GUI ([http://java.decompiler.free.fr/?q=jdgui]),
you can see the following:
     public static java.security.cert.X509Certificate[] findCertificates(
               java.security.cert.X509Certificate[] certificates, String issuer, BigInteger serial) {
          if ((certificates == null) || (certificates.length == 0)) {
               return null;
          ArrayList certificateList = new ArrayList();
          for (int i = 0; i < certificates.length; i++) {
               java.security.cert.X509Certificate certificate = certificates<i>;
               if ((certificate.getIssuerDN().getName().equals(issuer)) && (certificate.getSerialNumber().equals(serial))) {
                    certificateList.add(certificate);
          if (certificateList.size() == 0) {
               return null;
          java.security.cert.X509Certificate[] matchedCertificates = new java.security.cert.X509Certificate[certificateList
                    .size()];
          certificateList.toArray(matchedCertificates);
          return matchedCertificates;
As you can see, the issuer-parameter is beeing compared with the issuer from the certificate. And here comes the weird stuff: While the issuer-parameter contains an issuer like
"OU=J2EE,CN=EXAMPLE"
the issuer retrieved from the certificate is
"OU=J2EE, CN=EXAMPLE"
(see toString() of the java.security.cert.X509Certificate)
You see the missing whitespace after the comma? This is the reason why the if-condition fails and you get something like
java.security.SignatureException: Certificate (Issuer="OU=J2EE,CN=EXAMPLE", S/N=1234) not found.
A workaround (a really UGLY one, I admit), is the following:
1. Open com.sap.security.api.jar with a ZIP-tool and delete
/com/sap/security/api/ticket/TicketVerifier.class
2. Copy the decompilied Version of TicketVerifier to Java-Class /com/sap/security/api/ticket/TicketVerifier.java
3. Change
for (int i = 0; i < certificates.length; i++) {
     java.security.cert.X509Certificate certificate = certificates<i>;
     if ((certificate.getIssuerDN().getName().equals(issuer)) && (certificate.getSerialNumber().equals(serial))) {
          certificateList.add(certificate);
to
for (int i = 0; i < certificates.length; i++) {
     X509Certificate certificate = certificates<i>;
     String dnNameFromCert = certificate.getIssuerDN().getName().replaceAll(", ", ",");
     BigInteger serialNumberFromCert = certificate.getSerialNumber();
     if ((dnNameFromCert.equals(issuer)) && (serialNumberFromCert.equals(serial))) {
          certificateList.add(certificate);
4. Package this class into a jar and make it available in your classpath.
5. Enjoy
To me, this is a huge bug in the SAP-Library and has to be fixed.
Regards
Matthias
Edited by: Matthias82 on Sep 29, 2011 12:47 PM

Time Machine running on Linksys WRT600n with external drive.

Hey Folks,
After searching the internet for the answer on how to setup OS X Time Machine on my Linksys WRT600n with storage link, and finding nothing or only parts of what I needed, I finally got it to work. Hopefully this will help you in your setup.(this should work for any linksys routers with storage link.)
1) First you will need to attach your external USB drive to the Linksys Router, and format it using the linksys utility. This will format the drive as fat32 so it can be access by the mac and the router.
2) You now need to create a share on the drive using the Linksys utility (I called mine "TimeMachine") and grant R&W permission to it. I found and article that said you have to create a group called "root" and a user called "root" within that group, then grant the group R&W access to you share. I did this but I am not sure if its required. you may be able to edit the default "admin" account.
3) Once you have the share created you should be able to access the share from your mac by logging into it using your (Linksys) "root" account and password. Make sure you can save a file here. You maybe able to create a folder but make sure you can save a file (.doc for example).
4) Apple has blocked the use of unsupported drives in Time machine so you will have to make a change for this to work. open a terminal window and type the following in one line:
defaults write com.apple.systempreferences TMShowUnsupportedNetworkVolumes 1
Hit enter, and close terminal.
5) For some reason Time Machine will have issues creating the .sparse bundle Disk required for the backup over the network. So you will have to create it yourself. Safely unplug the USB drive from the router and plug it into your mac. Open disk utility (applications > utilities > disk utility) and create one the same size as your external drive.
parameters:
- Volume name: "Time Machine" (has to be this to work)
- Mac OS Extended (Journaled);
- No partition map
- sparse bundle disk image
Make sure the sparse bundle is in the share folder. If Time Machine had created this sparse bundle it would named it after your machine. You will have to rename it accordingly. This is the required format 'computername'_'mac address without colons'.sparsebundle
(eg. "joe's MacBook Pro_000000000000.sparsebundle")
6) Once all the above is complete you can reattach the drive to the router, and attach to the share again from your mac. Open Time Machine and you should see your share. Setup Time Machine to use this drive. You may want to be connected using Ethernet for the first backup as it may take a while.
I have found the wireless backup to take a bit of time to prepare and run but it seams to work nonetheless. The slowness could be caused by the difference in mac addresses from wired to wireless. So you may want to change the sparse bundle file name depending on how you are accessing time machine.
Hopefully this will work for you as it did for me.

I am afraid I have to pour some cold water on your enthusiasm.
Yes, what you say can get TimeMachine working, but there is a nasty snag:
WRT600N uses FAT32 for its external harddrives and (regretably) understands nothing else. FAT32 has two restrictions:
1) Maximum file size is 4GB
2) (a lesser-known one) Maximum number of files in a directory of 65,535.
The first restriction isn't really a problem because Time Machine organizes its data in 8MB "bands", which are files within your sparsebundle directory.
The second restriction, however, will cause Time Machine to eventually hit a brick wall: The sparsebundle bands are given a sequence number in hexadecimal and there isn't really a limit to how many you can have. If you run Time Machine on a large harddrive attached to the WRT600N, you will eventually run into a situation where you are hitting the 65,535-files-in-a-directory limit. Time Machine will, therefore, run for a while and then suddenly fail for no apparent reason.
Given the parameters of Time Machine, you can't run Time Machine reliably on a WRT600N with an external harddrive larger than 8MB * 65535 = 512GB. If that's good enough for you, then great. If not, you can do one of two things:
1) Get something that doesn't format its harddrive in FAT32.
2) Install DD-WRT on your router (thus voiding its warranty), fight with it for a while in order to get SAMBA running on it, and gain the ability to format your harddrive in Ext2.
I hope this helps somebody.

HT3706 Can't update the EFI firmware.

When trying to update the EFI firmware, I get the message: 'This computer does not need this update.' even though my firmware is out of date.
My firmware version is:
Model Name:          Mac mini
Model Identifier:          Macmini3,1
Processor Name:          Intel Core 2 Duo
Processor Speed:          2.26 GHz
Number Of Processors:          1
Total Number Of Cores:          2
L2 Cache:          3 MB
Memory:          2 GB
Bus Speed:          1.07 GHz
Boot ROM Version:          MM31.00AD.B00
SMC Version (system):          1.35f1
Serial Number (system):          YM9381HS9G5
Hardware UUID:          4366F0EE-B742-5F78-B3C2-01C6D0DAD36F
and Apple recomends:
Mac mini (Early 2009)
Macmini3,1
MM31.0081.B06 (EFI 1.2)
Is the 00AD part of the version number in Hexadecimal? in which case it is a higher version and does not need the update.
The reasons for my confusion is that I'm trying to install new memory modules, which are either failing due to incompatability or due to firmware versions, so I'm simply trying to rule something out....
Thanks

Thanks,
Was just double checking, before I returned perfectly compatible RAM.
The RAM I tried was indeed "PC8500 DDR3 1066MHz 204 Pin", but I guess there are more subtleties than that...
So, for anyone wishing to avoid my problems, then it was:-
Kingston RAM
Part No: M51264H70
and this was the most info I could glean about them:-
Speed: DDR3-1066 / PC3-8500
Technology: DDR3 SDRAM
ECC: No
Unbuffered
Voltage: 1.5V
Form Factor: 204-pin SO-DIMM
None of the above conflicts with what apple recommend.
I had located the Crucial ones before posting, so I'll probably go with them as they are based in the UK.
Thanks
Andy

Xsun (high CPU utilization) on Solaris 10 Sparc

hi
i have sun blade 1500 and am running solaris 10 on it. the machine is a 2 CPU (750Mhz) 4GB Sparc with the lastest cluster patch.
The Xsun process is alway at 50% util and the windowmaker (wmaker) is at 27%.
The Xsun is alway using all available CPU and the machine is really slow.. any help on what patch will fix the Xsun process ? any operation on the machine increases the Xsun's CPU util.
thx
Sriram

Hi sridhar,
can i know which platform you are using....
if it is solaris,
can you paste the details of the prstat -L -p wlpid 1 1 ---> which gives the light wieght pid threads
and also (pstact wlspid) for lwpid to process id mapping
or you can follow these steps for finding which thread is causing the hight cpu utilization
1.find the highest usage lwpid in prstat output
2.find the lwpid in pstack output and get the matching thread number
3.convert the thread number to hexadecimal
4.find the hexadecimal thread number in the server thread dump (nid= xxx)
5.determine what thread was doing to cause the high cpu usage
you can find similar way if it is linux..
ps u -Lp wlspid and thread dump
Thank you,
Bob
Edited by: Bob on Sep 21, 2010 10:18 AM
Edited by: Bob on Sep 21, 2010 10:24 AM

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

Number para hexadecimal

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