You guys are aware of the GTX 680M?
Yes. You realize its roughly the same performance as the 7970m, which is quite a bit smaller (pitcairn).
You guys are aware of the GTX 680M?
Yes. You realize its roughly the same performance as the 7970m, which is quite a bit smaller (pitcairn).
Mobile GPUs are traditionally more humble than their desktop brothers. The point remains that NV intended all along to use GK104 for the mobile space as their mobile top dog, despite that many insisted it won't be the case.
Yes. You realize its roughly the same performance as the 7970m, which is quite a bit smaller (pitcairn).
The 680M seems to use less power than that 7970M. With equal wattage it could have been made faster. GK106 based higher clocked solution probably wouldn't be able to compete against the 680M.
Summarizing all gaming benchmarks, the old generation (HD 6990M & GTX 580M/675M) is roughly 30 percent slower on average. Without Enduro, the HD 7970M is marginally faster than the GTX 680M. With Enduro, the AMD model is slightly outperformed.
However, several results suggest that the GTX 680M could do better as well. We were somewhat surprised that several Nvidia-favored games actually ran more smoothly on the HD 7970M. This might be the fault of the driver version. Nonetheless, we will update as necessary and possibly do a follow-up test with an MSI barebones notebook soon.
No need for translation.Nvidia - это своего рода Apple в мире hardware
We know better what is best for you and what is best for our profit
Lol what MSI is doing there looks very fishy.
The underlying topic under discussion was, whether the GK104 can work and perform as a valid mobile chip and it easily can, in fact from your link:
"It’s a fact that Nvidia have produced the overall better GPU with the GeForce GTX 680M."
Lol what MSI is doing there looks very fishy.
I'm not quite sure though (and even the full article doesn't explain that) why this actually results in higher boost clock - the actual voltage increase is fairly small anyway. Is the RT8802A delivering some feedback to the gpu which gets messed up in this case so the gpu always thinks the power target hasn't been reached yet?
A clever hack I must say though I wouldn't be so confident as msi that powering the chip with a voltage 30% over even the max absolute rating (not to mention of course the guaranteed working rating) is such a good idea long term.
No, the underlying topic was whether it was initially intended as a mobile part. Not that it couldn't work. I'm sure you could cripple any part enough to get under 100W or whatever the limit would be, that doesn't mean it was the desired goal.
If you believe that gf104 wasn't intended for the mobile sector, then you must think AMD engineers are incompetent. That being, Nvidia somehow designed a better mobile GPU than AMD by designing a purely focused desktop and somehow it overcame AMD ability to design a mobile part.
With lower power consumption. In mobile space that makes a lot of sense.
Bingo. It is the most important metric along with performance. Unless they are hardly charging any money for the part, size is hardly an issue, the close to 400 dollar premium ensure that they are making money. Power consumption and heat are a much bigger deal in the mobile space.
Gk104 is hardly a big part for nvidia in the mobile space considering their history.
I'm sorry, what's going on exactly?