On approximately Wed, Dec 27, 2000 at 11:07:05AM +1000, Ian Tan wrote:
I have recently purchased an ASUS A7V motherboard (socket A) with built-in
Promise ATA/100 IDE controller, and so I happily bought a new 30Gb Quantum
ATA/100 hard disk. :)
Actually the 2.4 kernel series has support for the
On Tue, 26 Dec 2000 19:09:10 -0800
Rob Hudson [EMAIL PROTECTED] wrote:
I was planning on buying this board soon, so I'm interested in the
possibly solutions. Let me see if I got this right...
(1) Use the UDMA-66 controller.
(2) Compile a kernel with the UDMA-100 support in it (either on
On Dec 27 2000, Ian Tan wrote:
I have recently purchased an ASUS A7V motherboard (socket A) with
built-in Promise ATA/100 IDE controller, and so I happily bought a
new 30Gb Quantum ATA/100 hard disk. :)
I have this very same board and it works perfectly.
Unfortunately, I don't
On Dec 26 2000, Rob Hudson wrote:
But if you have an empty system, how do you install debian?
Use the UDMA/66 controller instead and only then compile the
kernel with the appropriate drivers. BTW, I have this board
and it works wonderfully. I'm really happy with it. So
I have recently purchased an ASUS A7V motherboard (socket A) with built-in
Promise ATA/100 IDE controller, and so I happily bought a new 30Gb Quantum
ATA/100 hard disk. :)
However, Potato doesn't like my IDE controller and my hard disk is not
detected, hence my system is paralised without a
i'd suggest looking here
http://www.linux-ide.org/chipsets.html
compare what chipset you have to see if its compadible, if it is, i'd
suggest
trying to build a new kernel to boot with and see if that helps, if it's
not
listed then get another IDE controller ...
nate
Ian Tan wrote:
I have
On Wed, Dec 27, 2000 at 11:07:05AM +1000, Ian Tan wrote:
I have recently purchased an ASUS A7V motherboard (socket A) with
built-in Promise ATA/100 IDE controller, and so I happily bought a
new 30Gb Quantum ATA/100 hard disk. :)
However, Potato doesn't like my IDE controller and my hard disk
I was planning on buying this board soon, so I'm interested in the
possibly solutions. Let me see if I got this right...
(1) Use the UDMA-66 controller.
(2) Compile a kernel with the UDMA-100 support in it (either on
another machine, or when using the UDMA-66), and boot from that.
But if you
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