Rita_A_Berkowitz <(E-Mail Removed)> wrote in
message news:(E-Mail Removed)...
> Rod Speed (E-Mail Removed) wrote
>> Rita_A_Berkowitz <(E-Mail Removed)> wrote
>>> Properly induced convection currents are
>>> more efficient than "brute force" fan methods
>> Mindlessly silly.
> Why is it, Rod?
Basic physics, stupid.
> If Dell's engineers can produce a fanless CPU heatsink assembly
> in their new line of PC's and have heated air ducted out of the
> main case with a temperature controlled backup fan at the end
> of the duct that turns on only when natural convection currents
> don't suffice. I see nothing silly about it.
It was your stupid pig ignorant claim that 'Properly
induced convection currents are more efficient than
"brute force" fan methods' that is mindlessly silly, stupid.
> Last time I checked hot air rises, you should know that by now.
Got sweet **** all to do with your terminally stupid pig
ignorant claim that 'Properly induced convection currents
are more efficient than "brute force" fan methods'
Concentrate on the MORE EFFICIENT, stupid.
>>> and make for quieter workstation systems. Servers, on the other hand,
>>> use multi-fan cooling systems to save on heat sink and ducting space.
>> And that sort of ducting can be quite effective WITH a quieter fan.
> And is, if the temperature controlled fan has a need to turn on in the first
> place. This is why Dell uses a temperature controller to vary fan speed.
Duh. Got sweet **** all to do with your terminally
stupid pig ignorant MORE EFFICIENT claim, stupid.
> Check some of their tower cases.
No thanks, I know what they do.
> Unfortunately, you can't get large heatsinks, ducts, and
> proper convection currents to flow in a 1U and 2U rack
> mounted server, hence the need for brute force fan cooling.
Got sweet **** all to do with your terminally stupid
pig ignorant MORE EFFICIENT claim, stupid.
There's always been fans in PC power supplys for a reason, stupid.