When are next Maxwell GPU's coming up?

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Mondozei

Golden Member
Jul 7, 2013
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14 nm from Samsung/GloFo is starting volume production this year.
TSMC matters less and less. It's days as #2 are numbered.

Even Intel could be overtaken, although not for five years at least. There will always be those who say that can never happen, just as the same people said nobody would ever come close to Apple. Which is just hilarious in hindsight.

As for 20 nm Big Maxwell. The Taiwanese sources(read: TSMC) that Sweclockers have relied on these past few months have consistently said in leaks that Big Maxwell isn't suitable for 28 nm. And given the track record of SweC on all matters Maxwell this year(right every time), I'll take that version unless someone can show a source with as good or preferably better record, and so far that hasn't happened.
 

3DVagabond

Lifer
Aug 10, 2009
11,951
204
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Samsung/GloFo are starting 14 nm volume production this year. TSMC matters less than many think.

Also, we will not likely see big maxwell on 28 nm, at least according to the Taiwanese sources that Sweclockers got their info from, and SweC have had a 100% stellar record all things Maxwell these past few months. Doesn't guarantee anything! But a doubter on 20 nm Maxwell should be able to point to a competing source with as good if not better record and so far nobody has been able to do that.

14 nm is coming 2016 at the latest. Samsung is spending more on R&D than even Intel and they are rapidly catching up. This is what Samsung does best, fast adopters. There will always be people who think nobody can catch up with Intel, just as these people thought nobody could catch up with Apple.

Intel will probably still lead this decade but the days of TSMC's position as #2 is numbered. Then Intel's next.

Just because it isn't coming on 28nm (assuming SweClockers is right) doesn't mean it's coming on 20nm. Don't get me wrong, I'm not saying this. It's just other rumors that are floating around.

As far as the Samsung/GloFo licensing goes, it would make sense that GloFo had customer(s) lined up before they licensed Samsung's tech. That could be AMD, but there's been nothing but pure speculation on that. Not even rumors.
 

Mondozei

Golden Member
Jul 7, 2013
1,043
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Well, TSMC are marketing 20 nm Finfet as a new node, but it is still 20 nm. True 16 nm isn't up until 2016 at the earliest and probably late in the year, which is when Pascal comes. Big Maxwell's coming on 20 nm, either planar or with finfets.

And nothing prevents Nvidia from using Sam/GloFo, or even Intel, if TSMC keeps (expletive) up.
 

boxleitnerb

Platinum Member
Nov 1, 2011
2,605
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Are you saying that their 20nn SOC is suitable for GPU's? Or is there another 20nm process they've announced that is?

I'm saying it might be. We don't know why the process is called 20 nm SoC. Intels process is called 22 nm but the gate length for example is something different and hasn't correlated with the node name for the past few process nodes afair.
So in short: Names don't mean anything.
 

Mondozei

Golden Member
Jul 7, 2013
1,043
41
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As far as the Samsung/GloFo licensing goes, it would make sense that GloFo had customer(s) lined up before they licensed Samsung's tech. That could be AMD, but there's been nothing but pure speculation on that. Not even rumors.

GloFo have not been doing very well up until so far. By joining up with Samsung they are doing themselves a big favor, while Samsung can invest less on R&D than they otherwise would have and gains capacity by sharing technology.

And Samsung's already doing pretty pioneering work: http://www.extremetech.com/extreme/...t-the-wonder-material-into-real-world-devices

As for AMD, it's well-known that they have very good deals with GloFo, in large part because the two companies have a history together. I'm expecting them to stay with TSMC for some time to come. Switching fabs is a cumbersome and timeconsuming process. But if it is done, it would probably be for the 2016 GPUs on 16/14 nm.


Just because it isn't coming on 28nm (assuming SweClockers is right) doesn't mean it's coming on 20nm. Don't get me wrong, I'm not saying this. It's just other rumors that are floating around.

I mean, everything is just rumors at this point. But it is also important not to sink into a kind of relativism where we judge everything by the same standards. We need to differentiate between sites that jump at everything, á la Wccftech or Videocardz, and sites that are much more selective and have a good track record, like Sweclockers, the german Computerbase and other websites. We should still keep in mind that rumors are, by the end of the day, rumors, but not all sources are equal, which was the point I was making. If someone wants to make a contrary point, feel free, but have a credible source with a good track record to do so.


If I was going to go out on a limb to the pro-28 nm Big Maxwell-crowd, then I guess we could see a gimped Big Maxwell on 28 nm late this year/early next year that gets a significant boost both from more SMM's activated and a more power efficient node in late 2015. So in other words, Big Maxwell is coming on 20 nm regardless. But in this alterate scenario it could come in two waves. I'm not saying this is what I believe, I personally believe we will see Big Maxwell on 20 nm only, but I'm saying that could be a model.

Where the theory of no big Maxwell on 20 nm goes out the window is that these people have to tell a compelling story of how Nvidia is going to play its card next.

Pascal is at least 2 years away, could be two and a half years away if it is launching in H2 2016. So say you launch big Maxwell on 28 nm this year or early next year. What are you going to do during most if not all of 2015 and 2016? No new architecture is coming up. Are these people saying we'll be seeing 16 finfet(true 16 nm finfet) in late 2015? Considering that 20 nm has seen endless delays, those odds crawl close to zero.

Neither the architecture nor the node card would be at play if we don't see big Maxwell on 20 nm until 2-2.5 years.

Of course Nvidia is saving 2015 for 20 nm for big Maxwell, either as a fresh offering or as a "full release" where all SMMs are activated from a previously gimped 28 nm version. And the reason is that that is the only card they can play since Pascal's out in 2016 and if 20 nm isn't available, according to the logic of these people, the odds that Nvidia is going for true 16 nm finfet is basically nil unless they switch fabs to 14 nm, but as I said before, changing fabs takes plenty of time and not something you do in a few months. That'd be for 2016+ (if at all).
 

f1sherman

Platinum Member
Apr 5, 2011
2,243
1
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GTX-880-8GB-850x318.png


http://videocardz.com/50448/nvidia-geforce-gtx-880-feature-8gb-gddr5-memory
http://www.chiphell.com/thread-1028165-1-1.html

Google translation:

GM204-A01 still foundry TSMC, 28nm technology, 8GB memory, will support DX12, and other parameters differ significantly from the post last month exposure. The next step will be transferred to A2 trial production by the end of release. Performance is about GTX 780 Ti is about 110%, the price is about 3499 to 3999 ($ 499 - 549 excluding tax). The second half of 2015 GM204-B1 into 20nm manufacturing process, GTX970. Above without official confirmed that any similarity is purely coincidental.
 

Stuka87

Diamond Member
Dec 10, 2010
6,240
2,559
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And nothing prevents Nvidia from using Sam/GloFo, or even Intel, if TSMC keeps (expletive) up.

uhm, lots of things prevent them.

If they designed their chip around TSMC's 20nm, it would have to be redesigned and/or highly modified to work on another fabs process. Samsung and GloFlo are standardizing on upcoming processes, so that they could both fab the same exact chips, but this is not in place for HP chips, only SoC's.

Samsung does not have a high performance process, the most complicated silicon they can handle at their fab is SoC's. Which are a long ways from a big GPU.

Also, no way in hell would Intel let a competitor use their fabs. Their fabs are the reason they have the huge market lead in many areas.

And I highly doubt GloFlo would agree to fabbing nVidia chips.
 

dangerman1337

Senior member
Sep 16, 2010
348
12
81
Google translation:

GM204-A01 still foundry TSMC, 28nm technology, 8GB memory, will support DX12, and other parameters differ significantly from the post last month exposure. The next step will be transferred to A2 trial production by the end of release. Performance is about GTX 780 Ti is about 110%, the price is about 3499 to 3999 ($ 499 - 549 excluding tax). The second half of 2015 GM204-B1 into 20nm manufacturing process, GTX970. Above without official confirmed that any similarity is purely coincidental.
I think late 2015 refresh is pointless as Nvidia could probably release Mid, Performance and Enthusiast Pascal GPUs in 2H 2016 (maybe summer?). If you can make a commercially viable 28nm GM204 that's 10% better than a GTX 780 Ti then there's no point in shrinking it as the only reasons would be density but according to that it implies there wouldn't be more shaders increase because 20nmSoC does not many performance or power advantages over 28nm HP for High performance GPUs, but if it is just for saving money as that does not make any sense as 20nm is expensive and they may as well just wait for 16nmFF Pascal 2H 2016 as 16nmFF is based on 20nm.

Does not make any sense at all IMO.
 

f1sherman

Platinum Member
Apr 5, 2011
2,243
1
0
@dangerman1337

by mid 2015. 20nm should be economically very viable.
yes they are hitting some walls and not so impressive numbers on 20nm, but there is no reason why that should change to better by going to 16,14 etc nm.

physics and engineering will get even more complicated going down the nm ladder, so all these things can only get worse for every consecutive shrink

both power and money savings can easily be converted to performance gains
 

OCGuy

Lifer
Jul 12, 2000
27,224
37
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@dangerman1337

by mid 2015. 20nm should be economically very viable.
yes they are hitting some walls and not so impressive numbers on 20nm, but there is no reason why that should change to better by going to 16,14 etc nm.

physics and engineering will get even more complicated going down the nm ladder, so all these things can only get worse for every consecutive shrink

both power and money savings can easily be converted to performance gains

As others have mentioned, "16nm" is just a marketing term for the 20nm process w/FinFETs. That is why you see TSMC promoting it before their 20nm SoC has even saturated, and why AMD (and probably NV by the rumors) aren't in deep trouble for cancelling the SoC orders.

I highly doubt AMD or NV will move their next node from TSMC, but you can bet they will be studying their options for the next shrink.
 

SlickR12345

Senior member
Jan 9, 2010
542
44
91
www.clubvalenciacf.com
As others have mentioned, "16nm" is just a marketing term for the 20nm process w/FinFETs. That is why you see TSMC promoting it before their 20nm SoC has even saturated, and why AMD (and probably NV by the rumors) aren't in deep trouble for cancelling the SoC orders.

I highly doubt AMD or NV will move their next node from TSMC, but you can bet they will be studying their options for the next shrink.

No they won't. These things always happen. Plus what are the alternatives?

Even Intel with its old fabs are not too far ahead and this is Intel we are talking about, one of the biggest companies in the world overall.
 

Blue_Max

Diamond Member
Jul 7, 2011
4,223
153
106
Heck, I'd be satisfied with a "boost" variant allowing me to SLI the thing!