Dan wrote:
I had the stangest situation today where a new nic card was put into a
machine and then the machine did not start up. Placed the old nic card
back in the box and it still did not start up. Switched power supplies
with an exactly equal box and both machine booted up fine. This has
helped.
Though I don't know why it happens.
I've seen similar stuff although have not (yet) fried a PS. I've had
chipset lockup that requred unplugging AC for 30+ seconds before it was
resolved. A simple power cycle with the power switch was not sufficient.
Bear in mind that power supplies
On 01-Oct-2001 Ronald G Minnich wrote:
I've seen similar stuff although have not (yet) fried a PS. I've had
chipset lockup that requred unplugging AC for 30+ seconds before it was
resolved. A simple power cycle with the power switch was not sufficient.
We found this problem at work due to
smoke?
did it stink?
does it still stink, even if it's turned off?
q3 if answered with yes means that the electret condenser are gone. had
this with a whole series of korean 300va atx power supplies.
you don't happen to have those nice nvidia or voodoo agp4x cards in
there, don't you? if yes
On Fri, Sep 28, 2001 at 08:38:20AM +0200, Søren Schmidt wrote:
It seems Jim Bryant wrote:
Kent Stewart wrote:
There are problems with PSes when you use NICs with wake up
capability. The NIC may exceed the capability of one of your low
amperage voltages.
How much current can
I had the stangest situation today where a new nic card was put into a
machine and then the machine did not start up. Placed the old nic card
back in the box and it still did not start up. Switched power supplies
with an exactly equal box and both machine booted up fine. This has
happened twice
On 28-Sep-2001 Dan wrote:
I had the stangest situation today where a new nic card was put into a
machine and then the machine did not start up. Placed the old nic card
back in the box and it still did not start up. Switched power supplies
with an exactly equal box and both machine
Dan wrote:
I had the stangest situation today where a new nic card was put into a
machine and then the machine did not start up. Placed the old nic card
back in the box and it still did not start up. Switched power supplies
with an exactly equal box and both machine booted up fine
]
Reply-To: [EMAIL PROTECTED]
To: Dan [EMAIL PROTECTED]
Cc: [EMAIL PROTECTED]
Subject: Re: power supplies
Dan wrote:
I had the stangest situation today where a new nic card was put into a
machine and then the machine did not start up. Placed the old nic card
back in the box
On Thu, Sep 27, 2001 at 08:04:40PM -0700, Dan wrote:
ya but even putting the old nic back in the machine does not still boot
up. I don't think this has to do with the nic but you never know.
fxp1: Intel Pro 10/100B/100+ Ethernet
You overloaded and burned out the power supply?
Kris
no, it worked when i put it in a different machine that was exactly the
same.
On Thu, 27 Sep 2001, Kris Kennaway wrote:
Date: Thu, 27 Sep 2001 19:59:05 -0700
From: Kris Kennaway [EMAIL PROTECTED]
To: Dan [EMAIL PROTECTED]
Cc: [EMAIL PROTECTED], [EMAIL PROTECTED]
Subject: Re: power
Kent Stewart wrote:
There are problems with PSes when you use NICs with wake up
capability. The NIC may exceed the capability of one of your low
amperage voltages.
Kent
How much current can wake-on-LAN take? I wouldn't think it would be enough to
overload a power supply unless it
range. The NICs came with a warning that the typical AT
power supplies were insufficient. I haven't bought one in a box for
quite a while and that was where I saw the warning.
Kent
jim
--
ET has one helluva sense of humor!
He's always anal-probing right-wing schizos
In message [EMAIL PROTECTED], Nicolas Souchu wrote:
On Sun, Sep 12, 1999 at 10:51:13PM +0100, Tony Finch wrote:
Peter Wemm [EMAIL PROTECTED] wrote:
On newer motherboards, it's addressable on the SMB bus (along with
the SIMMS, the LM78/LM75/etc, the embedded LM75 in the newer CPU,
etc). Anyway,
On Sun, Sep 12, 1999 at 10:51:13PM +0100, Tony Finch wrote:
Peter Wemm pe...@netplex.com.au wrote:
On newer motherboards, it's addressable on the SMB bus (along with
the SIMMS, the LM78/LM75/etc, the embedded LM75 in the newer CPU,
etc). Anyway, the newer devices are programmable to do things
In message 19990916220426.04...@breizh.free.fr, Nicolas Souchu wrote:
On Sun, Sep 12, 1999 at 10:51:13PM +0100, Tony Finch wrote:
Peter Wemm pe...@netplex.com.au wrote:
On newer motherboards, it's addressable on the SMB bus (along with
the SIMMS, the LM78/LM75/etc, the embedded LM75 in the newer
Just my 2 cents and a staple ...
A staple bent properly and wedged in the crimp part of the pin between
the green wire to a black wire does the trick for me. Now I turn that
machine on via the power switch on the back of the power supply which
ATX power supply people are now adding.
I have a
Just my 2 cents and a staple ...
A staple bent properly and wedged in the crimp part of the pin between
the green wire to a black wire does the trick for me. Now I turn that
machine on via the power switch on the back of the power supply which
ATX power supply people are now adding.
I have a
On 13 Sep, Doug Ambrisko wrote:
A staple bent properly and wedged in the crimp part of the pin between
the green wire to a black wire does the trick for me.
When building a box of disks (no m/b) we used a paper clip. No m/b
meant we could just short the pins and not worry about plugging it
in.
.
Sheesh. You could at least speak from _experience_ here.
Yeah, you're supposed to tie PE low when you want power... However, in a
system I'm working with now, we've discovered that some inexpensive ATX
power supplies don't expect to have PE come up immediately when they're
given power
Yeah, you're supposed to tie PE low when you want power... However, in a
system I'm working with now, we've discovered that some inexpensive ATX
power supplies don't expect to have PE come up immediately when they're
given power. If you see the symptom that all the LED's on your system dim
Peter Wemm [EMAIL PROTECTED] wrote:
On newer motherboards, it's addressable on the SMB bus (along with
the SIMMS, the LM78/LM75/etc, the embedded LM75 in the newer CPU,
etc). Anyway, the newer devices are programmable to do things like
the 4-second power off delay, auto-on with AC, maintain
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart on power failure
.
Sheesh. You could at least speak from _experience_ here.
Yeah, you're supposed to tie PE low when you want power... However, in a
system I'm working with now, we've discovered that some inexpensive ATX
power supplies don't expect to have PE come up immediately when they're
given power
Yeah, you're supposed to tie PE low when you want power... However, in a
system I'm working with now, we've discovered that some inexpensive ATX
power supplies don't expect to have PE come up immediately when they're
given power. If you see the symptom that all the LED's on your system dim
Peter Wemm pe...@netplex.com.au wrote:
On newer motherboards, it's addressable on the SMB bus (along with
the SIMMS, the LM78/LM75/etc, the embedded LM75 in the newer CPU,
etc). Anyway, the newer devices are programmable to do things like
the 4-second power off delay, auto-on with AC, maintain
Chuck Robey wrote:
On Thu, 9 Sep 1999, Mike Smith wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options
Chuck Robey wrote:
On Thu, 9 Sep 1999, Mike Smith wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options
On Thu, 9 Sep 1999, Mike Smith wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
hi,
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart on power failure
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart on power failure
You
On Thu, 9 Sep 1999, Luigi Rizzo wrote:
hi,
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
Mike Smith wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart
On Thu, Sep 09, 1999 at 10:35:52AM -0700, Mike Smith wrote:
Disabled
no automatic restart on power failure
You _should_ be able to change this.
none of them is satisfactory especially for picoBSD things such as
routers or firewalls where an UPS is overkill...
You
On Fri, 10 Sep 1999, Andrew Reilly wrote:
How is it that BIOS settings can affect this? Do they fiddle
with some battery-backed switch on the motherboard?
The ATX power supply has a lead or two that are always powered. This allows
the machine do softpower on. It also means that the bios
On 09-Sep-99 Luigi Rizzo wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
There are no jumpers on the mobo to help
Andrew Reilly wrote:
I have an ATX system that must be looking for a keyboard-located
power switch of some sort. It won't power up unless I unplug the
(PS-2) keyboard, and then plug it back in again. That seems as
though there's something fairly complicated in the system that _is_
being
hi,
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart on power failure
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart on power failure
You
On Thu, 9 Sep 1999, Luigi Rizzo wrote:
hi,
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
Mike Smith wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
Disabled
no automatic restart
If memory serves me right, Vince Vielhaber wrote:
On Thu, 9 Sep 1999, Luigi Rizzo wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios
On Thu, Sep 09, 1999 at 10:35:52AM -0700, Mike Smith wrote:
Disabled
no automatic restart on power failure
You _should_ be able to change this.
none of them is satisfactory especially for picoBSD things such as
routers or firewalls where an UPS is overkill...
You
On Thu, Sep 09, 1999 at 10:35:52AM -0700, Mike Smith wrote:
Disabled
no automatic restart on power failure
You _should_ be able to change this.
none of them is satisfactory especially for picoBSD things such as
routers or firewalls where an UPS is overkill...
On Fri, 10 Sep 1999, Andrew Reilly wrote:
How is it that BIOS settings can affect this? Do they fiddle
with some battery-backed switch on the motherboard?
The ATX power supply has a lead or two that are always powered. This allows
the machine do softpower on. It also means that the bios
On 09-Sep-99 Luigi Rizzo wrote:
any idea on how to force ATX power supplies to restart after a power
outage without having someone press the 'power' button on the front
panel ? All the motherboards i can find now have their bios with two
options:
There are no jumpers on the mobo to help
Andrew Reilly wrote:
I have an ATX system that must be looking for a keyboard-located
power switch of some sort. It won't power up unless I unplug the
(PS-2) keyboard, and then plug it back in again. That seems as
though there's something fairly complicated in the system that _is_
being
At 12:29 PM 8/21/99 -0400, Chuck Robey wrote:
Anyone know where the spec might be for how ATX power supplies work
(especially the interface to the motherboard, and their on'off methods?)
Thanks.
ftp://download.intel.com/design/motherbd/atx_201.pdf
See section 4.2
Kevin
To Unsubscribe
On Sat, 21 Aug 1999, Kevin Day wrote:
At 12:29 PM 8/21/99 -0400, Chuck Robey wrote:
Anyone know where the spec might be for how ATX power supplies work
(especially the interface to the motherboard, and their on'off methods?)
Thanks.
ftp://download.intel.com/design/motherbd/atx_201.pdf
Anyone know where the spec might be for how ATX power supplies work
(especially the interface to the motherboard, and their on'off methods?)
Thanks.
+---
Chuck Robey | Interests include any kind of voice
At 12:29 PM 8/21/99 -0400, Chuck Robey wrote:
Anyone know where the spec might be for how ATX power supplies work
(especially the interface to the motherboard, and their on'off methods?)
Thanks.
ftp://download.intel.com/design/motherbd/atx_201.pdf
See section 4.2
Kevin
To Unsubscribe
On Sat, 21 Aug 1999, Kevin Day wrote:
At 12:29 PM 8/21/99 -0400, Chuck Robey wrote:
Anyone know where the spec might be for how ATX power supplies work
(especially the interface to the motherboard, and their on'off methods?)
Thanks.
ftp://download.intel.com/design/motherbd/atx_201.pdf
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