AMENWhy all the fuss about them running hot when it's completely irrelevant?
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
AMENWhy all the fuss about them running hot when it's completely irrelevant?
Not if you're overclocking.That, and hitting ~70 degrees DOESN'T MATTER on these cards. They're designed for continuous operation at >100 degrees! Why all the fuss about them running hot when it's completely irrelevant?
Not if you're overclocking.
Not if you're overclocking.
As the owner of a 4870x2 I must say that I think they need to fix the driver issues for these dual cards before they even consider releasing another one. I just paid top dollar for it in February and they are already trying to replace it without first working out the driver issues.![]()
Heat is always a barrier with overclocking, especially with these newer high-end cards.From what I've seen of overclocking these new cards, it's not heat that is the barrier to overclocking, and they run at (basically) the same temperature overclocked as they do stock.
4 GB? Both GPU's at 1 GHz?
Is this just in ATI's dreams or are they actually doing that?
I'd love to see a source for that rumour. I really doubt very much they are going to change their architecture to pack scalar units together, if that's what you mean.
Doubtful. One good chip, doesn't make a change in the balance of power. And it wasn't even that good of a chip. It didn't out preform Nvidia's offering. They simply offered it at a lower price, something that was quickly matched. The 260s have been consistently less than the 4870s after MIR too. Don't forget ATI is trying to do all this with a much much smaller budget than Nvidia. This will play out the same as AMD/Intel did. AMD makes one good chip and then intel crushes AMD for a few years.
What every happened to Intel getting into the graphics game? It thought that was on the horizon.
Still is, but we are still a year away.
...and it'll still be mid range shit when it gets here. Early impressions of Larrabee put it on the performance level of a GTX 260, if not lower. It won't be a "game changer" in any way save for improving accessibility of the PC as a true gaming platform.
The last thing I saw put it at like a 6800 or 7800, no where NEAR a 260. or even a 8800 GTX
I wouldn't be overly optimistic about TSMC's 40nm processs. They dropped a node in feature size, but haven't changed thier process in any other ways (eg high k gates). As a result they're unlikely to see any major clock/power consumption gains. The only major thing we'll get out of it is cheaper GPU chips themselves.You'll probably have to wait for 40nm to see that, unfortunately.
Ouch, so it might even be longerI wouldn't be overly optimistic about TSMC's 40nm processs. They dropped a node in feature size, but haven't changed thier process in any other ways (eg high k gates). As a result they're unlikely to see any major clock/power consumption gains. The only major thing we'll get out of it is cheaper GPU chips themselves.
...and it'll still be mid range shit when it gets here. Early impressions of Larrabee put it on the performance level of a GTX 260, if not lower. It won't be a "game changer" in any way save for improving accessibility of the PC as a true gaming platform.
Being able to put 2x as many shaders, etc on a chip of a given size should result in an approximate doubling of performance, so it's safe to assume that ATI/nVidia will release new cards based around the process. What we shouldn't expect is any free increase in clockspeeds out of it.Ouch, so it might even be longerGood info
![]()
I saw some Project Offset videos not long ago supposedly running on Larrabee, and people were claiming 4850 to GTX 260 level performance. Admittedly not the most reliable source, but it does at least make it a little more interesting.
Being able to put 2x as many shaders, etc on a chip of a given size should result in an approximate doubling of performance, so it's safe to assume that ATI/nVidia will release new cards based around the process. What we shouldn't expect is any free increase in clockspeeds out of it.