Le 10.02.2005 19:19:28, Lennart Sorensen a écrit :
On Thu, Feb 10, 2005 at 06:14:14PM +, Jean-Luc Coulon (f5ibh)
wrote:
On the heatsink is not really problem (with an amd64, nt a Prescott),
in the bladesof the fan might e a problem ;-)
But it is not always clear *where* are located the sensors
Later boards used the onboard temperature sensor on the CPU. Most modern
processors do this.
Lennart Sorensen wrote:
On Thu, Feb 10, 2005 at 06:14:14PM +, Jean-Luc Coulon (f5ibh) wrote:
On the heatsink is not really problem (with an amd64, nt a Prescott),
in the bladesof the fan might e a p
On Thu, Feb 10, 2005 at 06:14:14PM +, Jean-Luc Coulon (f5ibh) wrote:
> On the heatsink is not really problem (with an amd64, nt a Prescott),
> in the bladesof the fan might e a problem ;-)
>
> But it is not always clear *where* are located the sensors.
Most if not all motherboards since the
Le 10.02.2005 18:58:29, Daniel James a écrit :
Hi Alessandro,
At school I studied a strange law kwnon also as second
thermodynamic principle, which state that heat flows from a higher
temberature body to a lower temperature body. For this reason,
NEVER should happen that the heatsink has a temperat
Hi Alessandro,
> At school I studied a strange law kwnon also as second
> thermodynamic principle, which state that heat flows from a higher
> temberature body to a lower temperature body. For this reason,
> NEVER should happen that the heatsink has a temperature higher than
> the CPU (heat source
At school I studied a strange law kwnon also as second thermodynamic
principle, which state that heat flows from a higher temberature body
to a lower temperature body. For this reason, NEVER should happen that
the heatsink has a temperature higher than the CPU (heat source)
whichever fan you apply
Hi Per,
> the M/B temp is higher than the CPU temp
This might be right if your CPU cooling is particularly efficient, or
your box otherwise has inadequate ventilation. I have a heatpipe
cooler on my Opteron, and if I turn up the CPU fan I can make it
cooler than the rest of the system at idle.
I've been running the gcc-3.4 distribution on an IWill DK8N board with
one Opteron 248 since late November without any significant problems.
So I suggest adding the following to the list of supported boards:
MainboardIWill DK8N
ATA amd74xx
ATA Raid -
Serial ATA sata_nv +
Add:
Mainboard ASUS A8N-SLI Deluxe
ATA nforce
ATA Raid-
Serial ATA sata_sil + sata_nv
SCSI-
Network forcedeth + sk98lin
Sound intel8x0
Rock solid
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