I think this one is legit from them. I think we're going to see the first reference VC that has a closed loop for cooling.
So worst reference cooler in recent memory for the single, to the best for the dual?
We won't see a dual card until 20nm.
I think this one is legit from them. I think we're going to see the first reference VC that has a closed loop for cooling.
Vesuvius, eh?
Might as well call your main board Pompeii then.
I suppose there is 5% more performance in dissipating the heat across twice the area, and thus getting slightly more efficient cooling and therefore less temperature and higher efficiency. Because more power isn't available, unless they go ahead and ignore the PCI standards, and make this a 350-400W card. Might be best to make it 4-slot and put a big tower cooler on there...![]()
I'm sorry but at 300W for one card I seriously doubt they will even try for a dual.
Power use didn't stop them from coming up with FX9590 and 7990. So I woudn't put it past them.
This time it's different, the dies are bigger and VRAM is bigger. The only way they make a 2-GPU 290X is if they push the power envelope to 400W+. It just doesn't seem worth it with 20 nm scheduled for a year from now.
Why do they keep calling it an overheating problem. It's the design spec to run at that temp from the factory.
It is designed to throttle at that temp. "The factory" had no idea what the reference cooling design would be when engineering the chip.
They don't pick a throttle temp and then engineer the chip around it.
Actually, you can. The ref design basically leaves no performance on the table, whether its power use or temps. Also it doesn't throttle, I don't know how you can say it throttles if it is still boosting even when it hits 95c. Throttling would be if it goes below the base clock, it doesn't do that.
You can pick a point and have it stop boosting when it hits that temp. Just like GPU boost and Intel's Turbo.
The way powertune is works sounds to me like the knew exactly how much cooling they had available.
There is no advertised base clock. The card absolutely throttles. "Stopping boosting" is semantics, and I hope it is sarcasm.
The base clock is 727Mhz while the boost clock is the max clock it will reach.
Nvidia does it differently by advertising a base and minimum boost clock then has the clock go as high as possible with no set maximum.
Technically speaking, anything above 727Mhz is extra.
There is no advertised base clock. The card absolutely throttles. "Stopping boosting" is semantics, and I hope it is sarcasm.