Post by b***@hotmail.comThat's very frustrating. It's so well welded. You can't even be
bothered trying to take it off. If the BIOS on the hard drive is told
undestructible then where did it go? Something obviously hapenned to it
because the Bootblock couldn't find it. But I think the worst of all
that is that it doesn't even search for one on a floppy or a cd.
Ridiculous! I don't think I'm buying a Gigabyte ever again. It sucks
but I had to buy a new one. My choice was a similar motherboard but
much newer. Asus P4P800. Should I really pay because of their
stupidity? No choice I guess. Oh well just another 150$ in the garbage.
Thanks for your help people.
Ask in the Gigabyte group and try to use Gigabyte Tech Support if
you can. Don't give up on it, until you have researched all the
possibilities. I've tried reading the Gigabyte manuals before,
but I cannot claim to have understood what I was reading. Maybe
there is some other option we haven't thought of.
The Express Recovery here, is for restoring the OS on the hard
drive. They keep a snapshot of the OS in a hidden file. If the
OS is corrupted, they reload the OS from the hidden file. Naturally,
you have to update the snapshot at regular intervals, if you
expect to have everything put back the way you had it. Since this
is an Express3 feature, the 8ipe1000p probably doesn't have the
feature to recover the operating system files.
http://www.giga-byte.com.tw/Support/Motherboard/FAQ_List.aspx?FAQID=4888
The 8ipe1000p_e manual mentions Dual BIOS, but does not address
operation of the board if only one BIOS chip is installed. Maybe
the one chip holds two BIOS images ? I've read somewhere, that
the Gigabyte Dual BIOS is not a true dual BIOS - it is one boot
block and two main BIOS images. The boot block should never be
updated, if that is the case. But it would appear, in my research
below, that the boot block in these BIOS files is being changed,
and doing that to a motherboard with only one BIOS chip soldered
to the motherboard, is stupid.
******************
Download F12 2005/08/22
Update CPU microcode
Download F11 2004/09/09
Fixed 0F41 CPU can't boot issue
Download F10 2004/08/11
Support Intel Celeron-D CPU (Notice: Please refer to CPU support
status and motherboard version)
Download F9 2004/03/05 Update Micro code
Download F8 2003/12/25
Update CPUID 0F33h micro code to 07h
Fixed Install NT4.0 Fail with Prescott CPU
Download F7 2003/07/14
Support BIOS auto-rescue function <---- Yikes! Added after release?
Download F6 2003/05/15 MP Release
*******************
I downloaded the F8 BIOS, and loaded it into a hex editor.
I see the text string in the Boot Block area:
BIOS Auto-Recovering .Scanning BIOS Image in Hard Drive
Unknown Flash Memory
and then further down, very near the end of the 256KB file:
Drive A error. System halt
Can not Find BIOS Image in Hard Drive or Diskette !
BIOS ROM checksum error
Keyboard controller error
Keyboard error or no keyboard present
Detecting floppy drive A media...
Drive media is : 1.44Mb 1.2Mb 720Kb 360Kb
In the F12 BIOS
BIOS Auto-Recovering .Scanning BIOS Image in Hard Drive
Unknown Flash Memory
and then further down, very near the end of the 256KB file:
Drive A error. System halt
Can not Find BIOS Image in Hard Drive ! <---- Uh oh!
BIOS ROM checksum error
Keyboard controller error
Keyboard error or no keyboard present
Detecting floppy drive A media...
Drive media is : 1.44Mb 1.2Mb 720Kb 360Kb
I guess one of the Gigabyte "improvements" may have
been to stop using the floppy ? It looks like the F8
BIOS may have searched the floppy, but the message
in the F12 BIOS suggests they stopped using the floppy.
In the F6 BIOS, the one without "auto-rescue", there
is only one chunk of text strings.
Drive A error. System halt
DISK BOOT FAILURE, INSERT SYSTEM DISK AND PRESS ENTER
BIOS ROM checksum error
Keyboard controller error
Keyboard error or no keyboard present
Detecting floppy drive A media...
Drive media is : 1.44Mb 1.2Mb 720Kb 360Kb
It would appear that the F8 BIOS had the most intelligent
error messages. The F12 only claims to search the
hard drive. And I cannot tell from that, whether it looked
in the root level of the first partition, or whether it
looks in all partitions, or it uses an HPA area. 256KB of
storage area, or thereabouts, would be required. That is
512 sectors.
Maybe you would need to scan the hard drive sector by
sector, looking for "Award BootBlock BIOS" on the disk.
It occurs to me, if you were upgrading from F6 BIOS (where
the F6 BIOS would not have prepared a recovery image on
the hard drive), to a later BIOS like F12, the F12 boot
block will not be able to find a BIOS image on the
hard drive (because F6 didn't put it there), but if the
F12 BIOS no longer looks at the floppy, you're screwed.
It could be you got "caught in the middle of Giga-byte
innovation", so to speak.
it would seem, in hindsight, that F6 --> F8 --> F12
update sequence would have left you with more recovery
options, than F6 --> F12. But in any case, a BIOS soldered
to a motherboard is lunacy.
Paul