Asus
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- Aug 22, 2003
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I was looking around for ideas on how to cool my low power PC with 1 or 2 fans. I had a bunch of ideas in my head.
1 rear and 1 front fan in line with a passive cpu heatsink.
Or lower front fan with heatsink fan pushing air out top vent. I was really thinking I wanted to try this one if I could get a heatsink that could mount with the fan facing up or a mobo with the socket turned (there are a few).
There is not a lot of testing from review sites regarding general case cooling but a lot of people have strong opinions on their stance (balanced, negative, positive pressure). But I came across a few articles that might be interesting.
Pay attention to the graph showing time until idle temp.
The PSU used has a fan on the underside btw.
CPU fan used.
Now one thing this points out is the importance of the direction of the air flow rather than just CFM in and CFM out (aka balanced, positive, or negative pressure).
The best one is a even cooling but it has a single air direction.
2 top fans (1 psu, 1 case) and 2 front intakes.
No exhaust fans splitting the air flow like 2 rear, 2 front.
Top+Side would have the same in+out rate as the Top+Front but Top+Side doesn't have good direction from the side fans as they run into a wall (mobo+expansion cards).
And then a completely different link not dealing with PCs at all but it does talk about fan cooling. Half way down about Induced (w/duct) vs forced draft which could be applied to heatsinks.
(not like pull vs push for top down coolers but more like push vs pull for towers)
1 rear and 1 front fan in line with a passive cpu heatsink.
Or lower front fan with heatsink fan pushing air out top vent. I was really thinking I wanted to try this one if I could get a heatsink that could mount with the fan facing up or a mobo with the socket turned (there are a few).
There is not a lot of testing from review sites regarding general case cooling but a lot of people have strong opinions on their stance (balanced, negative, positive pressure). But I came across a few articles that might be interesting.
Pay attention to the graph showing time until idle temp.
The PSU used has a fan on the underside btw.
CPU fan used.
Now one thing this points out is the importance of the direction of the air flow rather than just CFM in and CFM out (aka balanced, positive, or negative pressure).
The best one is a even cooling but it has a single air direction.
2 top fans (1 psu, 1 case) and 2 front intakes.
No exhaust fans splitting the air flow like 2 rear, 2 front.
Top+Side would have the same in+out rate as the Top+Front but Top+Side doesn't have good direction from the side fans as they run into a wall (mobo+expansion cards).
And then a completely different link not dealing with PCs at all but it does talk about fan cooling. Half way down about Induced (w/duct) vs forced draft which could be applied to heatsinks.
(not like pull vs push for top down coolers but more like push vs pull for towers)