A1xLLcqAgt0qc2RyMz0y
Veteran
http://hothardware.com/News/NVIDIA-Unveils-New-Lineup-of-GeForce-800M-Series-Mobile-GPUs/
840M and 830M confirmed to be Maxwell architecture, probably GM108.
Broken link.
Last edited by a moderator:
http://hothardware.com/News/NVIDIA-Unveils-New-Lineup-of-GeForce-800M-Series-Mobile-GPUs/
840M and 830M confirmed to be Maxwell architecture, probably GM108.
http://hothardware.com/News/NVIDIA-Unveils-New-Lineup-of-GeForce-800M-Series-Mobile-GPUs/
840M and 830M confirmed to be Maxwell architecture, probably GM108.
Shocking..if these numbers are correct then Intel is way behind on efficiency..even with a significat process advantage on their side! Would be interesting to see a comparison with Maxwell as well.
Which GTX860 were they using in that graph? Apparently there will be some GTX860s with Maxwell and some Kepler... yay.
Maxwell in laptops will truely shine once they move it to the next process node. If we are lucky- next year
I find the 840M the most interesting, i'd love to see a price sheet of these new parts.
Nevermind, it uses DDR3.
Indeed..as if rebranding wasn't bad enough...
So now you have two GTX860M's:-
1. Kepler based with 1152 "cores" at 797 mhz base clock with 2.5 ghz 128 bit GDDR5
2.Maxwell based with 640 "cores" at 1029 mhz base clock with 2.5 ghz 128 bit GDDR5
Interestingly..Maxwell based 860M has a higher base clock than the desktop 750Ti.
Shocking..if these numbers are correct then Intel is way behind on efficiency..even with a significat process advantage on their side! Would be interesting to see a comparison with Maxwell as well.
I expect the biggest gains to come with the process node after the next one, i.e. 16nm Tri-Gate/FINFET
not unknown at all. Main reason for nvidia success in laptops is Optimus. In fact, it has been said many times that nNidia is a software company and the launch of Maxwell for laptop is another giant proof. Look at the software ecosystem on the green team, the GeForce experience package (auto tuning, shadowPlay, GameStream) + battery boost, it's all great ideas, it mostly works great out of the box and it adds value to the end-user. AMD is so ridiculously outpaced in this field that it's pathetic. Enduro never really worked and still today, 3 years later after Optimus launch, it lags immensely behind.Why don't they show comparisons to AMD's cards?
AMD cards usually offer better performance/ price ratio (and overall characteristics) but for some unknown reasons OEMs flood the market with exactly the opposite.
I did some die size estimates using the images in the AnandTech article, and I got around 74-77 mm^2 for the GM108.GM108 is different chip from GM107. A lot smaller, I think below 100mm2.
http://www.geforce.com/sites/default/files-world/GeForce-GTX860m-3qtr.png
http://www.geforce.com/sites/default/files-world/GeForce-840m-3qtr.png
GM108 is different chip from GM107. A lot smaller, I think below 100mm2.
So now you have two GTX860M's:-
1. Kepler based with 1152 "cores" at 797 mhz base clock with 2.5 ghz 128 bit GDDR5
2.Maxwell based with 640 "cores" at 1029 mhz base clock with 2.5 ghz 128 bit GDDR5
The performance of Kepler 860M and Maxwell 860M should be very very similar considering that the Maxwell variant has ~ 30% higher GPU base clock operating frequency and ~ 35% more perf. per CUDA core in comparison to the Kepler variant (with the same memory bandwidth to boot). I can't think of a good reason to have two different variants unless certain customers would rather market the variant with more "cores" (at the expense of higher power consumption most likely). Note that it wouldn't help to call one 865M and the other 860M if they are performance equals.