As i've been reading about our "new generation" of graphics cadrs from Nvidia and ATI i've noticed one thing . . .
In general both of the flagship cards have about the same performance levels, but nvidia generally being slightly slower, yet, when you look at the "standard" cooling on either of the two cards there is a massive difference.
Why or how does Radeon produce a card, that has 'x' perfomance, producing a certain amount of heat therefore need a certain amount of cooling (an example of the cooling required shown here)
<A HREF="http://content.guru3d.com/article.php?cat=review&id=35&pagenumber=3 " target="_new">http://content.guru3d.com/article.php?cat=review&id=35&pagenumber=3 </A>
where as Nvidia, aslo make a card that has the same 'x' in perfomance yet it's heat production and cooling requirments are in most cases, when compared to the radeon card, absurd! (in noise, space and size)
(examples of the cooling required for the nvidia card which has about the same performance, spot any difference?) <A HREF="http://www.leadtek.com.tw/3d_graphic/winfast_a300_ultra_td_2.jpg " target="_new">http://www.leadtek.com.tw/3d_graphic/winfast_a300_ultra_td_2.jpg </A> and <A HREF="http://www6.tomshardware.com/graphic/20030127/index.html " target="_new">http://www6.tomshardware.com/graphic/20030127/index.html </A>
but theoredically they are both crunching the same numbers, and if anything, the Radeon card should have the super cooling as it seems to crunch the numbers a tad faster than the Nvidia card . . . no?
any light on this topic would be great
cheers (this is also the case whith the previouse generation of cards aswell, look at the cooling required on the ti4600, and then on the 9700pro, the 9700pro being nearly twice as fast, yet need a fraction of the cooling that is required by the slower ti card???)
<font color=blue> When is a pile of sand a pile of sand? one grain . . . two grains?</font color=blue>
In general both of the flagship cards have about the same performance levels, but nvidia generally being slightly slower, yet, when you look at the "standard" cooling on either of the two cards there is a massive difference.
Why or how does Radeon produce a card, that has 'x' perfomance, producing a certain amount of heat therefore need a certain amount of cooling (an example of the cooling required shown here)
<A HREF="http://content.guru3d.com/article.php?cat=review&id=35&pagenumber=3 " target="_new">http://content.guru3d.com/article.php?cat=review&id=35&pagenumber=3 </A>
where as Nvidia, aslo make a card that has the same 'x' in perfomance yet it's heat production and cooling requirments are in most cases, when compared to the radeon card, absurd! (in noise, space and size)
(examples of the cooling required for the nvidia card which has about the same performance, spot any difference?) <A HREF="http://www.leadtek.com.tw/3d_graphic/winfast_a300_ultra_td_2.jpg " target="_new">http://www.leadtek.com.tw/3d_graphic/winfast_a300_ultra_td_2.jpg </A> and <A HREF="http://www6.tomshardware.com/graphic/20030127/index.html " target="_new">http://www6.tomshardware.com/graphic/20030127/index.html </A>
but theoredically they are both crunching the same numbers, and if anything, the Radeon card should have the super cooling as it seems to crunch the numbers a tad faster than the Nvidia card . . . no?
any light on this topic would be great
cheers (this is also the case whith the previouse generation of cards aswell, look at the cooling required on the ti4600, and then on the 9700pro, the 9700pro being nearly twice as fast, yet need a fraction of the cooling that is required by the slower ti card???)
<font color=blue> When is a pile of sand a pile of sand? one grain . . . two grains?</font color=blue>