miller.skippins
Banned
Silly rumour so 1080 Ti is going to be obsolete after a couple months on the market?
Why would Nvidia rush to do that?
They want to obsolete AMD?
Silly rumour so 1080 Ti is going to be obsolete after a couple months on the market?
Why would Nvidia rush to do that?
Imagine how looooooong will the high-end volta card last on 1080p gaming.
Pixel/instruction level preemption is a very significant hardware change.back on topic, come on dude those are incredibly minor improvements. smaller than the smallest gcn revision
Well yeah, that's the decision you have to make. Get the performance of the xx80Ti right now, or wait another half a year or more and get that performance for a better price.
That's why I say it's best to buy the Ti cards at launch if you are willing to spend that money, because the longer you wait the more it makes sense (money-wise) to just wait some more for the next gen cards. And we all know that waiting for a new GPU is awful.
I upgraded from a 1080 to a 1080Ti because I wanted to jump over to the Ti-upgrade path and now I'm just gonna ignore the 104 cards from here on out. It hurt a bit paying another 400 after selling my 1080 for the performance boost I got now, but I still think it was worth it in the end.
16nm, 12nm, they're all just numbers. The different processes from TSMC, Samsung and Intel are far more than just the number of nanometers. From what I've heard 12nm is basically still 16nm, but with perhaps better power characteristics or voltage scaling. Density seems to be very similar. There exists no clear definition for what qualifies a process to be x nanometers. It seems they're almost more of a branding than something technical.16nm => 12nm but transistors / mm2 is nearly the same, huh?
I can't agree with this. From my experience, the 1080 Ti is a perfect chip for 1440p144 or for 4K60, but 4K144? No way.To me the 1080 Ti made little sense because there was nothing out that actually needed that kind of power. Monitor tech is behind GPUs at the moment
16nm, 12nm, they're all just numbers. The different processes from TSMC, Samsung and Intel are far more than just the number of nanometers. From what I've heard 12nm is basically still 16nm, but with perhaps better power characteristics or voltage scaling. Density seems to be very similar. There exists no clear definition for what qualifies a process to be x nanometers. It seems they're almost more of a branding than something technical.
I can't agree with this. From my experience, the 1080 Ti is a perfect chip for 1440p144 or for 4K60, but 4K144? No way.
When and where do they usually announce new cards? CES? GDC? Their own events? Different time of the year each time?Nvidia will release GV104 when it's ready. At this point it doesn't matter what Vega is like.
Nvidia's release schedule is not influenced that much by what RTG do. You can't work that way.
Sitting on tech that's ready to go in this market is bad for you. Nvidia gets 50% of its revenue from the games segment and there is plenty of demand for faster GPUs.
It's entirely possible that GV104 will arrive late 2017, in line with the 20 months gap between releases we've seen in recent years.
When and where do they usually announce new cards? CES? GDC? Their own events? Different time of the year each time?
I think you mean Titan Xp.
Ah okay, seems like you really can't plan ahead much then. :/You won't know until a few weeks beforehand. They'll likely hold their own press event if there is no suitable show or conference at the time.
In the past we've got some great leaks from the manufacturing companies that give hints a few months out, but those seem to have been closed down hard in the last year. 2016 and 2017 Titan X just came out of nowhere.
Ah okay, seems like you really can't plan ahead much then. :/
The 1080ti hasn't been out for long though so I guess they won't announce the consumer Volta model in a few months at least. Maybe I should just take the plunge after all, hmm
This is 40TF?!?!
They only capped FP64 and FP16 perf... plus the memory register were smaller... everything else was the same Arch.all the architecture innovation of pascal was limited to gp100
12nm is still part of the 16nm FinFET+ family - don't be fooled by the semantics!16nm => 12nm but transistors / mm2 is nearly the same, huh?
Because this 12nm is basically a 16nm improved. It is not a new node.16nm => 12nm but transistors / mm2 is nearly the same, huh?
Typically the number relates to the smallest feature they can pattern. However because transistors (and everything else) are more complex than a single element and it will often be other constraints that limit density.16nm, 12nm, they're all just numbers. The different processes from TSMC, Samsung and Intel are far more than just the number of nanometers. From what I've heard 12nm is basically still 16nm, but with perhaps better power characteristics or voltage scaling. Density seems to be very similar. There exists no clear definition for what qualifies a process to be x nanometers. It seems they're almost more of a branding than something technical.
7nm for HPC is very late 2018 at the earliest, most likely 2019.slightly off-topic, but is this a complete list of Nvidia Titan graphics cards?
GTX Titan (GK110, Kepler) - February 2013
GTX Titan Black (GK110, Kepler) - February 2014
GTX Titan Z (dual GK110s, Kepler) - March 2014
GTX Titan X (GM200, Maxwell) - March 2015
GTX Titan X (GP102, Pascal) - August 2016
GTX Titan Xp (GP102, Pascal) - April 2017
Also, Telsa V100 is an absolute MONSTER.
I'm going to assume that Titan Volta is going to be again a different chip, a GV102, without most of the fp64 and Tensor cores. and also use GDDR6 instead of HBM2. This would also be used as the basis for GTX xx80 Ti, and a GTX xx80 will use the mid sized GV104 GPU.
Edit: I'm going to make a guess that Nvidia will NOT unveil yet another new architecture beyond Volta at next year's GTC 2018.
Process technology is coming too slow. So rather. GTC 2019 is probably where Nvidia will reveal Volta's successor on one of TSMC's 7nm FinFET process.
That doesn't sound like a good idea, but I'm not GF so who knows.
Well I'm glad that nvidia, unlike intel, isn't sitting on their laurels despite their dominant position in the market.
I blame that bean counter Krzanich .In the beginning neither was Intel.
Well I'm glad that nvidia, unlike intel, isn't sitting on their laurels despite their dominant position in the market.
7nm for HPC is very late 2018 at the earliest, most likely 2019.
I can see them revealing the next couple generations of architectures (not an actual chip, mind you). It has been a long time since we haven't known the next NVIDIA architecture to immediately succeed the current one.
Nvidia's Mammoth Volta GPU Aims High for AI, HPC”It has a completely different instruction set than Pascal," remarked Bryan Catanzaro, vice president, Applied Deep Learning Research at Nvidia. ”It's fundamentally extremely different. Volta is not Pascal with Tensor Core thrown onto it – it's a completely different processor."
Catanzaro, who returned to Nvidia from Baidu six months ago, emphasized how the architectural changes wrought greater flexibility and power efficiency.
”It's worth noting that Volta has the biggest change to the GPU threading model basically since I can remember and I've been programming GPUs for a while," he said. ”With Volta we can actually have forward progress guarantees for threads inside the same warp even if they need to synchronize, which we have never been able to do before. This is going to enable a lot more interesting algorithms to be written using the GPU, so a lot of code that you just couldn't write before because it potentially would hang the GPU based on that thread scheduling model is now possible. I'm pretty excited about that, especially for some sparser kinds of data analytics workloads there's a lot of use cases where we want to be collaborating between threads in more complicated ways and Volta has a thread scheduler can accommodate that.
”It's actually pretty remarkable to me that we were able to get more flexibility and better performance-per-watt. Because I was really concerned when I heard that they were going to change the Volta thread scheduler that it was going to give up performance-per-watt, because the reason that the old one wasn't as flexible is you get a lot of energy efficiency by ganging up threads together and having the capability to let the threads be more independent then makes me worried that performance-per-watt is going to be worse, but actually it got better, so that's pretty exciting."
Added Alben: ”This was done through a combination of process and architectural changes but primarily architecture. This was a very significant rewrite of the processor architecture. The Tensor Core part is obviously very [significant] but even if you look at FP32 and FP64, we're talking about 50 percent more performance in the same power budget as where we're at with Pascal. Every few years, we say, hey we discovered something really cool. We basically discovered a new architectural approach we could pursue that unlocks even more power efficiency than we had previously. The Volta SM is a really ambitious design; there's a lot of different elements in there, obviously Tensor Core is one part, but the architectural power efficiency is a big part of this design."
Well, this is a straight up lie.all the architecture innovation of pascal was limited to gp100
While there were more improvements in Polaris compared to GCN3 than in Pascal compared to Maxwell it's only because GCN3 was significantly behind Maxwell in features when it was launched. Should I remind you that it didn't even have HDMI 2.0 outputs, for example?polaris improvements are absolutely more meaningful.
Any info on this TSMC 12nm FFN?
FinFET Next?
GlobalFlounder's "7nm or bust" decision makes me even more worried for AMD.
Well, this is a straight up lie.
While there were more improvements in Polaris compared to GCN3 than in Pascal compared to Maxwell it's only because GCN3 was significantly behind Maxwell in features when it was launched. Should I remind you that it didn't even have HDMI 2.0 outputs, for example?
I'm also still puzzled by the "again" wording. When was the last time there were no architecture improvements between different NV architectures? Even Pascal brought a lot of changes compared to Maxwell (already described above) and this is the closest NV got to what you're suggesting. I feel like you're slipping lately.
Ice bro why you always gota downplay 😏
I know, waiting is always the smartest thing to do, but... but it's no fun!! ;PWait for Volta, it will be more powerful than the 1080 Ti.
Yeah, no new roadmap.Was no new roadmap given? Is Volta still the only future architecture we know about?
12nm is still part of the 16nm FinFET+ family - don't be fooled by the semantics!
Next stop: 7nm (this will be a real node transition).
Frankly, it doesn't matter what it should have been called. Look for the area and power reduction vs the preceding node. If those fall somewhere around 50%, you're good.And that 7nm will probably be what should have been called 16nm
Wonder if they'll continue to iterate on Volta for a while like AMD is with GCN.Yeah, no new roadmap.
Was no new roadmap given? Is Volta still the only future architecture we know about?
As opposed to being completely taken in by Nvidia marketing for this unveil, where silver-tongued exaggeration is par for the course. Whether it be Nvidia or AMD what they say should be treated with some degree of skepticism at least.
Wow this suggests Nvidia is approaching Apple's level of customer priority for TSMC.It's "FFNvidia". Not a joke: "They are building GV100 to the limit of the TSMC process, the die literally cannot get any bigger on the 12nm FFN ("FinFet Nvidia") process."
It's also a further optimization 16FF+ process hence why there's basically no transistor density change between GP100 and GV100.
What's even more important, there is no hype on Volta in this thread.Nvidia consistently​ delivers on their hype
Jensen and Morris Chang (TSMC Chairman) are known to be chums. That and TSMC is betting big on AI.Wow this suggests Nvidia is approaching Apple's level of customer priority for TSMC.
Nvidia consistently​ delivers on their hype
Jensen and Morris Chang (TSMC Chairman) are known to be chums. That and TSMC is betting big on AI.