>
> i386, i486
> The Pentium processor has been around since 1995. Support for these older
> processors should go so we can focus on optimizations for the pentium and
> better processors.
a lot of people use linux on old machine in networking environmens as
routers/firewalls.
>
> math-emu
>
i386, i486
The Pentium processor has been around since 1995. Support for these older
processors should go so we can focus on optimizations for the pentium and
better processors.
a lot of people use linux on old machine in networking environmens as
routers/firewalls.
math-emu
If
Hi,
I have a 3COM 3C905B ethernet card that has been hit by a power outage for
aprox. 0.5 sec. Now, the kernel does not recongnize the card
anymore. When I do lspci, I see 3COM Ethernet controller, type unknown
0xff (rev 3x). The bios reports the card as an ethernet card at system
boot-up.
Hi,
I have a 3COM 3C905B ethernet card that has been hit by a power outage for
aprox. 0.5 sec. Now, the kernel does not recongnize the card
anymore. When I do lspci, I see 3COM Ethernet controller, type unknown
0xff (rev 3x). The bios reports the card as an ethernet card at system
boot-up.
On 8 Jun 2001, Bill Pringlemeir wrote:
>
> > "MHW" == Michael H Warfield <[EMAIL PROTECTED]> writes:
> [snip]
> MHW> Yes, bits are free, sort of... That's why an extra decimal
> MHW> place is "ok". Keeping precision within an order of magnitude
> MHW> of accuracy is within
> > From: L. K. [mailto:[EMAIL PROTECTED]]
> > I really do not belive that for a CPU or a motherboard +- 1
> > degree would make any difference.
>
> You haven't pushed your system, or run it in a hostile
> environment then. There are many places where systems are
From: L. K. [mailto:[EMAIL PROTECTED]]
I really do not belive that for a CPU or a motherboard +- 1
degree would make any difference.
You haven't pushed your system, or run it in a hostile
environment then. There are many places where systems are run
right up to the edge of thermal
On 8 Jun 2001, Bill Pringlemeir wrote:
MHW == Michael H Warfield [EMAIL PROTECTED] writes:
[snip]
MHW Yes, bits are free, sort of... That's why an extra decimal
MHW place is ok. Keeping precision within an order of magnitude
MHW of accuracy is within the realm of
On Fri, 8 Jun 2001, Albert D. Cahalan wrote:
> Michael H. Warfiel writes:
>
> > We don't have sensors that are accurate to 1/10 of a K and certainly not
> > to 1/100 of a K. Knowing the CPU temperature "precise" to .01 K when
> > the accuracy of the best sensor we are likely to see is no
> > Are you really sure about this ?
>
> I am. I made Abitur (german degree after 13yrs of school)
> with physics being an important course, and there can not
> be any temperature less than 0 K (or -273.15°C if you want).
> This is because temperature is nothing but the movement of
> pieces of
Are you really sure about this ?
I am. I made Abitur (german degree after 13yrs of school)
with physics being an important course, and there can not
be any temperature less than 0 K (or -273.15°C if you want).
This is because temperature is nothing but the movement of
pieces of materie
On Fri, 8 Jun 2001, Albert D. Cahalan wrote:
Michael H. Warfiel writes:
We don't have sensors that are accurate to 1/10 of a K and certainly not
to 1/100 of a K. Knowing the CPU temperature precise to .01 K when
the accuracy of the best sensor we are likely to see is no better than
On Thu, 7 Jun 2001, Albert D. Cahalan wrote:
> Negative temperatures do not really exist.
>
Are you really sure about this ?
>
>
>
>
>
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Why not make it in Celsius ? Is more easy to read it this way.
On Thu, 7 Jun 2001, Philips wrote:
> Hello All!
>
> Kelvins good idea in general - it is always positive ;-)
>
> 0.01*K fits in 16 bits and gives reasonable range.
>
> but may be something like K<<6 could be
Why not make it in Celsius ? Is more easy to read it this way.
On Thu, 7 Jun 2001, Philips wrote:
Hello All!
Kelvins good idea in general - it is always positive ;-)
0.01*K fits in 16 bits and gives reasonable range.
but may be something like K6 could be a option?
On Thu, 7 Jun 2001, Albert D. Cahalan wrote:
Negative temperatures do not really exist.
Are you really sure about this ?
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