Cristal hack September 2012

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onday, 29 October 2012

Want To Update Your BIOSHello guys, Today i will talking about How You Can Update Your BIOS software.Most of old

computer has old Bios software and it does't support new HDD and Pen-drive boot systems.

So I Found Some Solutions for updating your bios.

Dedicated for those

lazy to read and those

who just want to get it

done A.S.A.P.

NOTE: if youre

interested in this

article, youre supposed

to have some

background in thingslike:

what is BIOS , what is it

intended for and what

types of BIOS-es exist?

what is DOS command-line interface and how to use it?

and maybe some other stuff !

Search

Go

bout Author

Seema Rawat

Toonswarz

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At least, you should be able to find the required/missing information in the Net this

article wont help you with it. So, instead of starting from basics, lets do just the

opposite and start with clearing up the most typical myths and confusions.

Some Myths

Myth #1: One has to (should) reprogram the FLASH memory chip (which contains the BIOS)

using only the flashing software supplied by the BIOS manufacturer (for example,

use AwdFlash with AwardBIOS , or AMIFlash with AMIBIOS ).Thats wrong, but many people believe in this myth particularly because there are so many

misleading warnings on manufacturers websites (especially for people for whom English is a

foreign language!). You could ask: Why is it wrong?. If you want to know the answer dont

be lazy to read this part of the article and the next one!

Myth #2: One has to (should) use the so-called Hot Swap method only with a motherboard of

exactly the same type (same chipset, same manufacturer, etc.)

Thats wrong, and its the second most common mistake. It comes from the lack of knowledge

about how different flash chips work, and this difference actually may cause some limitations

on the type of motherboards that can be used to (re)program a specific flash memory chip.

Anyway, if you need to reprogram the flash chip of a (dead) motherboard, and you have a

working motherboard of exactly the same type this would be an advantage.

Some Flashers and their usage

A flasher is a piece of software for flash memory chips (re)programming (process also

commonly known as (re)flasing ). The most popular universal flashers

are AwdFlash , AMIFlash and UniFlash ; other flashers are mostly special ones for specific

brands, like aFlash for ASUS motherboards or special flashers for Intel boards ( note that

universal flashers may not work with these boards ). In this article well concentrate only on the

mentioned three universal flashers .

As most DOS programs, flashers can be controlled by command line switches . As there is

plenty of information about them in the Net, so only the essential ones will be described here.

ATTENTION GUYS ! Running a flasher WITHOUT specifying any swithes (i.e. using the

default ones) might damage the BIOS, even though you had no intention to reflash it and

were just wondering how it works and/or just wanted to backup the current version of your

BIOS. Although its a very rare case and is related usually to some specific versions of

AMIFlash, it has happened personally to the author , and not just once! Executing some

special utilities (like DMICFG ), which are sometimes included on CDs that came with a

motherboard (for fine-tuning BIOS), often causes the same problem damages the BIOS,

even when you had no intention to reflash the flash chip, but just wanted to have a look on

what the utility does.

AwdFlash

The most popular flasher but not the best one. Should be used with the following switches:

AWDFLASH bios_file /py/sn/f/r/cd/cp

These switches will cause AwdFlash to do the following:

/py reprogram the flash memory with the contents of bios_file without asking for

confirmations (here p means P rogram, y means Yes);

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/sn do not save the old BIOS ( S ave= No);

/f do not check if the BIOS in the bios_file file is intended for this particular motherboard

and if this is a BIOS file at all ( Force reprogramming);

/r reboot the computer after flashing is complete ( Reboot). If you dont need this just

dont use this switch;

/cd and /cp clear some setup data. It is highly recommended to use these switches

(Clear DMI data, Clear P NP data). It is also recommended to add one more switch /cc ,

to automatically Clear CMOS.

Not so popular as AwdFlash, but actually the best one (despite even the problems with some

versions when being executed without any switches see the warning above). It should be

used with the following switches:

AMIFLASH bios_file /b /n /-o /-c /-d /-r /v /-i /-k /-e /-g

To backup your current BIOS, run AMIFlash as follows ( NOTE: there is no SPACE character

after the /s switch):

AMIFLASH /b /n /-o /-c /-d /-r /v /-i /-k /-e /-g /s backup_file

If youre going to reprogram a flash chip(s) more than twice dont be lazy and prepare a

.BAT file on your DOS system disk(ette), with a string l ike this:

A:\UTILS\AMIFLASH.EXE %1 /b /n /-o /-c /-d /-r /v /-i /-k /-e /-g

A UniFlash

UniFlash is a much more advanced flasher (compared to AwdFlash

and AMIFlash) and requires some major knowledge/experience from

the user, so it will not be described in this article.

Some details about flashing BIOS-es of ASUS motherboards

Regular flashers shouldnt be used for reprogramming flash

chips on ASUS motherboards, because vast majority of ASUS BIOSes

(starting from ancient Pentium1) are blocking the regular

methods of reprogramming. For these motherboards, ASUS own

branded utilities must be used. For the oldest boards it would

be PFlash , and for the newer ones it would be AFlash (in many

cases AFLASH will work with older boards as well). For the

modern boards you will need to use Windows-based flashing

utilities.

It should be mentioned, that the statement you will need to in

the preceding paragraph doesnt mean that ASUS own flashing

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utilities are troublesome. Quite the contrary: they are very

comfortable to use, easy to understand, quite universal, dont

ask hundreds of questions and successfully flash everything on

their way. In addition, AMIFlash is still usable, despite the

error at the end of the flashing process (it is actually caused

by DOS4GW rather then by AMIFLASH).

In any case, all happy owners of ASUS motherboards should be

extra careful while flashing their boards, as the resurrection

process in case of the BIOS corruption may be difficult. And

even if you think you are an advanced user with a great

experience once more: be careful ! ASUS engineers use very

complex and sometimes weird BIOS protection techniques in their

masterpieces, and this other side of the medal can make the

process of repairing a motherboard with corrupted BIOS very

complicated. Your motherboard may seem to be dead (00 ! on

a POST card ), as well as the flash memory chip (e.g., you may

not be able to reflash it on a board other then ASUS), but

actually both of them are in good, absolutely operational

condition the dead chip will work well if put into another,

exactly similar, but working board, and/or the dead board will

return to live with the flash chip from that working board. If

youre dealing with problems like these you can read

the chapter about the LPC interface (ASUS uses this interface

long ago compared to other companies who have started using it

later).

P.S. Similar problems (necessity to use branded flashers) may

appear with some (usually well known) other brands, for

example a couple of Abit motherboards have fine points in

the flashing procedure. UniFlash will warn you that it does not

like this brand.

Common issues and their solutions

BIOS image files size does not match the flash memory chip

capacity.

Its a rather common problem, most likely caused by the fact

that manufacturers sometimes use flash memory chips of different


5/23



capacity in different motherboard revisions. The MS-

6117 motherboard (made by MSI) may serve as an example: look at

its BIOS list and youll see that all AMI BIOS releases are for

a 1Mbit flash chip, as well as AWARD BIOS releases 1.x and 2.x;

however, the AWARD BIOS release 3.2 is for a 2Mbit flash chip.

Rarely, you may run on a board with a flash chip of somespecific capacity, while the manufacturer claims that the board

is/was produ?ed only with flash chips of different capacity.

That may just mean that your board is after repair, but it may

also mean that you have a fake motherboard (i.e. some company

has cloned (copied) a design of another manufacturer and has

used a cheaper flash memory chip of different capacity).

A flasher refuses to accept the given BIOS image file, producing error messages like that the given file is not a

BIOS image at all, or its a BIOS for a motherboard of

different model.

Its an even more common issue, but if youre 100% sure that you

know what youre doing, just use the switches described

previously to force the flasher to do the job.

A flasher cannot recognize the used flash memory chip and thus

cannot (re)program it.

This issue is also a common one, and there could be a few

reasons for that:

. the flash memory write protection is turned on (thats what

most flashers would ask you to check in this case). Old boards

hase a jumper that enables/disables flash chip protection,

while newer ones have it as an option in BIOS Setup (something

like BIOS FLASH PROTECTION = ENABLE/DISABLE );

. the particular version of the flasher that youre using

doesnt know the particular type of a flash memory chip. Its

a rare occasion, but it happens, usually when you are trying


6/23



to flash some stone-age flash chip by a newer version flasher,

or vise versa.

. the flash memory chip is not supported by the motherboard

(this may happen e.g. when you try to hot-swap flash chips)

read the chapter dedicated to different interfaces like

FWH/LPC;

. the flash memory chip is inserted in the wrong way. Double

check that you have inserted it correctly before you turn the

motherboard on, otherwise you may end up with the next option

;

. the flash memory chip is dead;

. the flash chip is not actually a flash chip, but an OTP (one-

time programmable) ROM or an Ultra Violet EPROM (UVEPROM, with

small transparent window). May apply only to stone-age

motherboards (the ones before Pentium 1); its easy to

recognize those chips by the marks on them (they would go like

27xxx).

Everything went fine, no visible errors, you turn the board on

and silence

For recovering in this case, you will need to read the article

further

CHAPTER TWO. Dedicated for those who hasnt read the first

chapter on time and now needs a recovery.

Considering that a person would read this chapter not to study

about updating the BIOS of a working board but for recovering it

after a failure, lets go ahead and see what options do we have.

Option 1. Reprogramming the flash chip using a hardware

programmer unit

Plain and simple you will have to break your piggy-box, pull

out your flash chip, take a floppy disk, bottle of beer (keg

sounds better :) and go to one of your tech-buddies. If the

flash chip is soldered in, then you will have to break another

piggy-box and take the motherboard with you. In this case,


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consider asking the technitian to solder in a chipbed for the

flash chip this may lighten your future expenses.

Option 2. Hot swap

You will need another WORKING motherboard. As was mentioned

before, in most cases it neither has to be a one with the same

chipset, nor of the same brand. What is most important, indeed,

is the type of flash chips that the working board is compatible

with there are two major types:

the regular ones all flash chips in DIP32 (rectangular)

package are of this type. They are usually marked

as xx 28 xxxx , xx 29 xxxx , sometimes xx 39 xxxx , xx 49 xxxx ;

the ones with LPC and/or FWH interface (sometimes

called hub chips) vast majority of these chips are in

square PLCC32 package. Most of those are marked

as xx 49 xxxx and sometimes xx 39 xxxx , while Intels chips of

this type like 82802 xx .

So, if our recovery board uses the same (or compatible) type of

BIOS flash chip as the dead one (and of same or larger capacity)

everything should work fine.

How-to Do ?

Use your imagination. The most important thing during this

process do not drop any ironware on the motherboard or spill any

liquid. For chips in DIP32 everything is easy. Usually it is

recommended to tie the native chip with a fishing line or

similar non-conducting thread for easier pulling it out of the

chipbed before reprogramming. As for myself, I use a hoop ring

belt (an old COM-port wiring, for example) and set it up under

the chip so it would be comfortable and safe to pull the belt

without cutting it and without damaging the chip and the

chipbed.


8/23



As for the square chips aka PLCC32 its a bit harder. One can

try using fishing line as well or any non-conducting type of

threads or if you have a good access point and your hands are

straight just use a needle, slowly lifting the chip from

access corners in chipbed. If you, however, reprogram chips

everyday or just want to be 100% sure glue something like a

piece of plastic or even melt some glue from the glue-gun to the

top of the chip. This would allow you to pull it out. You can

also just buy PLCC32 extractor. Anyway, it is your choice.

Option 3.Using a floppy disk (for modern motherboards HDD or

CD-ROM)

If the BIOS is not completely dead (during the boot-up, the

board tries to access the floppy disk drive and/or displays a

BIOS CHECKSUM ERROR message) it may be possible to recover theBIOS without additional hardware.

Note: on most boards up to PentiumIII-class ones, the error

message wont be displayed if you have an AGP/PCI video card. If

the board has ISA slot(s), try using some ancient ISA video

card; for boards not having such slot try using a PCI video

card. As of many modern boards, the boot block (which actually

produces and displays this error message) supports AGP video

cards.

In addition: if youre using a POST card(or the motherboard has

a built-in one), the following POST codes may help you to

determine that the bootblock tries to recover the BIOS from a

floppy:

for Award BIOS: POST code 41 h shown in the beginning of the

POST procedure(something about the 5th-6th POST code of those

you could see on the POST card). In Award BIOS this code

corresponds to FDD controller and FDD(s) initialization.

for AMI BIOS: POST codes F0 h- FE h will mean that AMI BIOS

attempts to boot from a floppy drive.

Mostly all you need is:


9/23



a minimal bootable diskette (i.e.:

only IO.SYS , MSDOS.SYS , COMMAND.COM );

a flasher (e.g. AWDFLASH.EXE)

of course, the BIOS image file (in many cases, must be

(re)named to bios.bin ) that youll have to get (from the

boards manufacturers website or from somewhere else)

AUTOEXEC.BAT with appropriate string inside:

for AwdFlash:

awdflash bios.bin /cd/cp/py/sn/f/r

for AMIFlash:

amiflash amibios.rom /b /n /-o /-c /-d /-r /v /-i /-k /-e /-g

It is not recommended to use other names for the BIOS image fileand/or flashers (use only the standard names mentioned above)

some BIOS-es (basically, their bootblocks) may just ignore

them, producing an error message like NON SYSTEM DISK or DISK DRIVE

NOT READY.

There is no standard procedure for BIOS recovery from a floppy

drive. A plenty of brand-name computers made by Intel, HP,

Compaq, Dell, IBM, Fujitsu and some others could be restored

using a special floppy disk its image is usually availible for

download from their website along with detailed descriptions of

how to use it.

It is also possible that you will need just a flasher program

and the BIOS image file (the diskette should not even contain

any system files), or even only the BIOS image file itself,


10/23



because both the flasher and the BIOS would be built into that

file. Usually, this may be applicable to newer boards.

To be short there may be some unexpected variations. Taking

into account a possibility of hardware and/or bootblock

corruption, this method (using a floppy drive) is rather not

reliable and promising (and statistics prove it), but its thebest method to start BIOS recovery with who knows, maybe

youll be the lucky one !

Dedicated for those who want to know not only how to do, but

also how and why it works

PP -type Flash ROM chips interface (DIP32 and PLCC32 packages).

A little about operating principles

The regular flash chip operates with the following signals:

DQ0-DQ7 8 data lines;

A00-A16/A17 17 or 18 address lines (depends on the chips capacity: 1

Mbit chips have 17 lines, 2Mbit ones have 18 lines);
http://www.rom.by/Art_of_BIOS_flashinghttp://www.rom.by/Art_of_BIOS_flashing


11/23



CE# chip enable (or chip select); this signal enables the chip to

be read/written (think of it as a turn on button);

OE# output enable (or RE read enable); this signal allows to re

ad a data byte.

WE# write enable; allows to write a data byte.

It is quite simple to understand even when you dont have a degree in elec

tronics.

Now we can see that a 8-bit data bus seriously limits the read speed from

the chip (you can think of it as a road with 8 lanes, while e.g. the nForc

e chips access the RAM through a highway of 128 lanes!), so the startup

process of even the fastest computer could become a turtle run. To avoid t

hat, the chip is connected to the south bridge in a special way, allowing

the latter to shadow the contents of the flash to RAM, thus improving the s

peed dramatically.

However, if the flash chip you use is (partially or totally) damaged, or i

s inserted incorrectly the consequences may be bad not only for the chip

itself (which could be expected), but for the whole chipset thats dueto the direct connection between the chip and the south bridge.

The flash chip occupies upper addresses E0000-FFFFF of the address space (

True for 1Mbit) and because of similarity to other chips lets take 1Mbit/

AwardBIOS for example. After you turn computer on and RESET# signal disapp
http://www.rom.by/Art_of_BIOS_flashing


12/23



ears, the CPU executes the first command located by F000:FFF0 address. Aft

er initialization process beginning, CPU recalculates different checksums

(there are quite a bit of those in BIOS) but the main is at E000:0-FFFF+F0

00:0-BFFC. If this one is wrong, then bootblock located in *most* upper ad

dresses (F000:C000/E000-FFF -the last 8/16Kb) is executed trying to initia

lize floppy drive and to read the system and/or flasher and/or BIOS file f

rom floppy disk in attempt to recover/boot normally.

And yet, another conclusion: if you want to force boot block execution (fo

r reflashing purposes, as an example) you can do it purposely corrupting C

RC (checksum) by shortening address lines above bootblocks. As for myself

, I usually shorten bylocated A15 and A16 lines (pin 2 and 3). Bootblock s

ize=16Kb=2^14 and so this would not lead to bootblock corruption, but chec

ksum of the *rest* will be corrupted. If you can not understand why you ne

ed that, you will when you meet soldered in flash chip fashed with *simila

r* bios and, by the way, such shortening is harmless for address lines and

chip itself.

After successful CRC check, bios is shadowed i.e. the flash contents is co

pied to the ram and flash chip is turned off by south bridge. To force all

programs working with shadowed bios as with ROM contents it is marked wit

h READ ONLY atribute by means of programming south bridge SB (and/or Model

Specific Registers MSRs for AMD K7/K8 CPUs). All foregoing bios calls ar

e redirected to the shadowed copy of the bios.

Conclusion: So you can extract the flash chip just after the report Start

ing Windows/DOS/linux on the screen. And now if you wish to work with the

flash itself (for example write ESCD/DMI), you have to fulfil the special

procedures (chipset specific !). You have to connect the flash to the bus

before the operation and disconnect after.

Conclusion: because of different methods of turning flash chips ON/OFF (fo

r different chipsets), flasher should know how to do it i.e. flasher has t

o *know* chipset of the system where flashing is performing.

PARTICULARITIES OF FLASHING INTEL 28FXXX CHIPS


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If your motherboard has an INTEL flash chip you have to be triple careful

while flashing it, because intel chips use hardware botblock protection. W

hat does it mean ? This means that intel chips have one more signal RP# (p

in 30), and this signal allows chip bootblock programming. For 2Mbit it is

A17, 1Mbit -NC (not connected, not used) i.e. for correct flashing of _al

l_memory_space_, there should be +12Volt present on RP# pin. The special j

umpers were made on many Socket7 motherboards and named: INTEL/NON-INTEL f

or this purpose.

Conclusion: If the particular motheroard has Intel 28FXXX flash chip and P

CB (Printed Circuit Board) does not support correct commutation for progra

mming those chips (a common matter) BIOS will die after the first attemp

t to flash the chip without any chances for revival (on this board).

For flashing Intel 28FXXX on such boards (without RP# pin) you have to con

nect pin30 to +12Volt source manually, but so it would not get to the moth

erboard itself (A17). To avoid this you may just bend this pin so it will

not have a connection with chipbed.

SOFTWARE PARTICULARITIES OF FLASHING PROCESS

The main aspect you have to know is that you can not reprogram this flash

chip *at once*. You can not also write one separate byte. This type of chi

ps supports blocks (sectorization) reprograming methods only. Different ty

pe of flash chips support different type of sector organization. For examp

le, a very popular flash Intel 28F001BX has the following blocks:

1. First block, in the very beginning and the biggest one -*main* block, o

ccupies 112Kb of space, it usually contains main body of the bios (that

is why it is the biggest).


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15/23



LPC Interface

The end of year 1997. Intel decided that powerful processor must have BIG

bios (4-8Mbit and more) eventhough, many that time companies were OK with

what they had and present companies still use 2Mbit.

Regular* (PLCC32), widely used flash type chips, would not have enough

pins for address lines, so Intel invented LPC standart (Low Pin Count)

but decided to keep PLCC body. Besides possibility to have huge flash c

hip capacieties up to 4Gb, one of the other main reasons to have LPC,

was soon-to-be-useless ISA bus, absense of which would remove address/

data lines and allowed to have less traces in between Super I/O chip an

d the south bridge (obvious possibility to hide SIO in to the South Bridge were kept in secret).

LPC chips are using only 5 lines: LAD0-LAD3 + LFRAME# (thats why it is cal

led LOW PIN COUNT) See typical LPC flash chip pinout at picture below (thi

s standart may be used not only in flash chips, thats why iam being specif

ic)

LPC/FWH interface

As you can see this type of flash can work in 2 different modes: LPC and P


16/23



arallel Programming (PP). Mode is chosen by logic level on IC pin (Interfa

ce Configuration Pin) during computer startup process as follows: logic 0! -LPC mode and logic 1 ! -PP mode.

PP mode is the closest to *regular* flash chips and somewhat compatible wi

th them, but not completely by all pins, so be aware! PP mode uses 11 (0-1

0) address lines, but those are multiplexed i.e. first, addresses A00-A10

are read and then, through the same lines, addresses A11-A21 are read as w

ell. This multiplexing thing and dissappearance of CE# signal is the only

difference between PP and *regular* flash chips.

As of LPC mode, communication between flash chip and south bridge is made

through 4 bit bus and fifth LFRAME# needed as a start point for data to tr

avel. LRESET# and LCLK# which are identical to their cousin signals used on motherboards all other lines are optional. This is how interface got sim

lpyfied, but, its still not serial interface as I2C and still allowing it

to use DMA and BUS MASTERING (Which are used in devices like DiskOnChip/LP

C)

PP mode is used during manufacturer flashing process of the chip (because

it is faster), LPC is used for communication when already set in motherboa

rd, so chipset must know how to communicate this way, thats why this stand

ard got so popular after appearance of Nforce2 (ISA bus was never imlement

ed for use in this chipset)

FWH INTERFACE

Intel was very pleased with own work and decided to carry the flag forward

and made another standart FWH (Firm Ware Hub, thats how *HUB* type of f

lash chips appeared). It was fully electrically and by pin number compatib

le, but _absolutely_ incompatible by communication protocol. As you can re

ad in many papers it was made in purpose, so those chips can be set up in


17/23



one system, on the same bus (electrically compatible) but during communica

tion each chip would take own data packets, because of the difference in c

ommunication protocols. by the way it is possible to hook up to 16 *HUB* t

ype flash chips in one system, because of additional ID0-ID3 signals.

(by Author: Please think of all my stones towards the Father of x86 as a j

oke, however every joke has a piece of joke ;0)

As you can see FWH is similar to LPC, only pins LAD0-3 + LFRAME# renamed t

o FWH0-3 + FWH4. PP mode is absolutely same.

FWH differs from LPC by protocol, i.e. all commands for operation have dif

ferent code values in the field of data exchange, plus, the ability to use

up to 16 FWH devices, thanks to newly implemented identification signals

ID0-3. As of system default ID configuration for flash chip it is assigned

ID=0000, you may easily check it (intel boards) with multimeter (ohms), a

ll those pins are connected to the ground.

Common way to check what kind of (FWH/LPC) flash chip we have is: using Oh

m meter, check continuity between PINs 16/28 (flash chip) and GND (anywhere on the board) in *HUB* type flash chip resistance will be 0 Ohms (or clo

se to it) while *regular* will have about 1KOhms.

If you have the need of flashing chips every-so-often, at work, or for any

other reasons, i would have a few suggestions for you.

Someone may recommend you, in this case, to use a flash chip programmer de


18/23



vice, but personally myself i would not advice that and not even recommend

to use one. There are two major reasons. Reason one is : many programmer

device will not recognize all flash chip types and those which do, cost we

ll over three digit numbers. Second reason would be: just any programmer d

evice cost would be, as low as, a three digit number, that being said here

is my solution all you may need to flash 99% of flash chips (talking ab

out the chips that are used in motherboards) are next three type of mother

boards:

1. Something out of stoneage, like P1 (pentium) for flashing well spread

ed 1Mbit Intel chips

2. Something out of PII (Pentium 2) age with 2Mbit BIOS chip for flashin

g *regular* 1Mbit and 2Mbit flash chips.

3. As you already guessed, something out of P!!! (Pentium 3) for example,

any motherboard with i8xx chipset for flashing *HUB* type chips.

4. (added for last version of edited article) Something, that is built on

nForce1/2/3 chipset.

As of myself, towards the first point, I use ASUS motherboard built on i43

0HX chipset P55T2P4, for cases like this one i recommend ASUS, because o

f very usable asus made flasher program, an old PFLASH or newer version

AFLASH, very simple to use, stable and may show you memory address where e

rror occured, in case you will have an error of course.

Talking about second point, I use motherboard built on i440BX, PC Partner-

928.It has 2Mbit flash chip, which allows us to flash *regular* chips with

1 and 2Mbit capacities.It has a DIP32 bed, for flashing PLCC32, I use PLC

C32DIP32 adapter, which was made out of old non working board with PLCC

32 bed.


19/23



Hand-made PLCC32->DIP32

adapter (made by a figured groove by a fret saw on faulty motherboards;) p

lus manually soldered pins)

Hand-made PLCC32->DIP32 adapter bottom view

As of point 3, I use motherboard built on i820 Chaintech 6CTA2, it has i

82802AB (4Mbit), that allows us to flash intel *hub* chips including HUBs

themselves.

Point 4. I use motherboard on nForce1 ABIT NV7-133R (it is not a big dea

l if it be NF2 /NF3).This board is used for heavyest cases, for flashing *

PURE LPC* chips.Many mobo manufacturers, if not all of them, that built bo

ards on nForce1/2/3/etc chipsets are using chips that are compatible with

both LPC and FWH protocols, which allows us to flash those on equipment me

ntioned in point#3

Talking overall, about facts towards motherboard choices, there are no suc

h thing, so it is solely depends on your personal needs, but i will mentio

n the case with an ASUS for Intel flash chips combination.

It is not necessarily has to be some kind of advanced board, it is better

to act counterwise trying to find cheapest and simple boards, even so ca


20/23



lled No-Name boards are good, Acorp or PC-Partner are just a couple of suc

h. Other important fact is easy access to flash chip bed.

As of the software I use for major flashing purpose AMIFLASH (v.8.37 wit

h keys, of course) Flasher knows many flash chips/chipsets and very friend

ly to use (I prefer command prompt).

For rare cases, when AMIFLASH cannot handle the task (some kind of exotic

chips/bioses/chipsets)- I recommend to use AWDFLASH with /f key.

The heavyest case is when we need to reprogram very exotic/rare chips/bios

es/chipsets, either very old or newest boards) I recommend to use UNIFLASH

, it can be used for *visual* check of an error spot in memory space. Happ

y owners of gigabyte/epox or other mobo that has nForce2 Chipset with LPC

flash chips like PMC.

PMCs are compatible with all three protocols LPC/FWH/PP and that is the p

robable cause of an error in case of *regular* flasher usage (those may ev

en just hang/lock the PC), however UNIFLASH works just fine.

p.s. Latest versions of Uniflash are so knowledgeable and stable that i us

e it in most cases now.

Some extreme flash/reprogram methods.

There are cases when you may need to use two flashers to flash one chip, f

or example you reprogram chip with amiflash, at the end it may give you an


21/23



error, then, you will reprogram it rightaway, again with uniflash, but yo

u should not use it counterwise, because you will fail, its more likely wi

ll not work other way.

Probable cause are programming algorithms of particular chips, when one

flasher will be able to accomplish first part and other one will finish th

e job (by the way, this is not insanes speach, but my personal experience

with amd chips, for example, that do have some non-standart read/write pro

tection or damaged or non stable memory area.)

If you have a board that has only 1Mbit chip, but you need to reprogram 2M

bit chip you may do it in two sets, first megabit last and second megabi

t first, as separate processes, when your first part is done, you will nee

d to short PIN#30 (A17 for 2Mbit and PIN#NC in 1Mbit) to the ground and th

en flash second part.You will need to split file in two pieces, 1Mbit each

(1Mbit=128kb), you may do it with any HEX editor, the only limitation for

this process will be no support from flash chip for sector writing.

This situation may evolve in to case when we need only a bootblock. the se

cond part (end part) of the splitted file. After this will be done, you ne

ed to insert this chip in to motherboard and start the pc, because of unfi

nished flashing, chip will have bad crc and bootblock will be loaded for r

ecovery purposes, where you can use a floppy disk with bios file.

FLASHING CHIPS WITH DIFFERENT FLASHING VOLTAGES.

Different chips require different programming voltages. Most popular ones

are 12V/5V for older boards and 3,3V/3V/2,7V and lower for modern. Accordi

ng to the theory, you should set onboard jumpers into appropriate position

(if there are such junpers) to accomplish reprogramming. Practically we s

ee that the chips designed for lower voltages can be reprogrammed with hig

her voltages as well.


22/23



Newer Posts Older Posts

For example, if the motherboard has 5V chip (usually 29xxxx series), you c

an flash the chips designed for lower voltages on this board and you will

succeed.

But in the case when you try to flash 12V chip in 5V motherboard (or with

jumpers set to 5V), you may succeed and may not, thence when you reprogram

28xxxx series chips (most of them are 12V ones) you have to pay attention

to the jumpers and dont try to reprogram those using HOT-SWAP method on

newer boards (12V chips were mostly used in P1/P2 period). So, the older m

otherboard you have, the bigger chance to succeed.

If the motherboard jumpers have no marks, you can use multimeter to see th

e pin32 voltage (the first one by the right side from the key, when lookin

g to the chips top). You also can bend or isolate this pin on the board/s

ocket and connect the chips pin right to 12V manually (from the power sup

ply).

Po st ed by An uk ul Sa in i

Re ac ti on s:

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Date post:	01-Jun-2018
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Cristal hack September 2012

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