David Christensen composed on 2022-04-25 13:47 (UTC-0700):
> Any recommendations for an ATX power supply for a single-socket server/
> workstation? Cabling should include 24-pin motherboard connector, 8-pin
> CPU connector, 6-pin video card connector, several SATA power
> connectors, and a
David Christensen wrote:
> On 4/25/22 11:24, Dan Ritter wrote:
>
> > There's a lot to be said for using $60 power supplies instead of
> > $200 power supplies.
>
> I am starting to worry that $60 PSU's are good for one thing -- destroying
> themselves and everything else in the computer!
>
>
>
Apr 25, 2022, 20:47 by dpchr...@holgerdanske.com:
> I am starting to worry that $60 PSU's are good for one thing -- destroying
> themselves and everything else in the computer!
>
Really? I've used a number of cheap Chinese 300-400W power supplies in the $20
range and they all worked for years
Does anybody how to make an ATX motherboard boot without having to
press the 'power' button everytime? That is, I want an standard AT
behaviour: if there's power in the line, then I want the machine running
without having to press anything.
There was a long discussion of this on
On Wed, Jun 16, 1999 at 06:36:34PM -0400, David Todd wrote:
On some boards, it's a matter of connecting two pins on a jumper on the
motherboard, the case switch performs that connection. That should translate
to (if these two pins are connected, the power supply is supposed to be on,
until
Pere Camps wrote:
Hi!
Does anybody how to make an ATX motherboard boot without having to
press the 'power' button everytime? That is, I want an standard AT
behaviour: if there's power in the line, then I want the machine running
without having to press anything.
TIA!
Pere Camps [EMAIL PROTECTED] writes:
Does anybody how to make an ATX motherboard boot without having to
press the 'power' button everytime? That is, I want an standard AT
behaviour: if there's power in the line, then I want the machine running
without having to press anything.
This is
On some boards, it's a matter of connecting two pins on a jumper on the
motherboard, the case switch performs that connection. That should translate
to (if these two pins are connected, the power supply is supposed to be on,
until the drop and then go on again.)
Your BIOS manual might tell the
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