More details on AMD graphics refresh for 2015 and new tech in 2016.

It won't be twice as fast as a 290x on 28nm. My guess is it will be around the 980, otherwise there would be no reason to push 300w. This will be an expensive chip for them to make. Hopefully it's a lot faster than the 980, otherwise NVIDIA will just release "Big Maxwell" as Titan II for $1000.

I just don't see AMD getting a lot more from their architecture on 28nm.
 
It won't be twice as fast as a 290x on 28nm. My guess is it will be around the 980, otherwise there would be no reason to push 300w. This will be an expensive chip for them to make. Hopefully it's a lot faster than the 980, otherwise NVIDIA will just release "Big Maxwell" as Titan II for $1000.

I just don't see AMD getting a lot more from their architecture on 28nm.


They are using a new process 28nm from global foundries. So its not the same, I posted a side showing the differences earlier in the thread.

HBM memory alone triples the memory bandwidth. Twice as fast is very possible compared to the 290x, may be even more. Think of it has the next big leap in performance. Amd is going to wow some people this go around, I think. As always competition is always a good thing for the buyer.
 
They are using a new process 28nm from global foundries. So its not the same, I posted a side showing the differences earlier in the thread.

HBM memory alone triples the memory bandwidth. Twice as fast is very possible compared to the 290x, may be even more. Think of it has the next big leap in performance. Amd is going to wow some people this go around, I think. As always competition is always a good thing for the buyer.

Except current bandwidth at 4GB isn't a bottle neck?
 
Except current bandwidth at 4GB isn't a bottle neck?

It is bottle necked. Memory bandwidth is very important to graphics cards. Which is why every major leap in performance came from using a new memory type or much larger memory bus. The reason you think it is not a bottle neck is because we have been stuck using lower resolutions until 4k and higher are the norm.
 
It is bottle necked. Memory bandwidth is very important to graphics cards. Which is why every major leap in performance came from using a new memory type or much larger memory bus. The reason you think it is not a bottle neck is because we have been stuck using lower resolutions until 4k and higher are the norm.

The reason I say this is because I increase memory bandwidth by 10% I gain basically nothing (vsync unlocked). I'm locked at 60 FPS though, I supposed for the 144 Hz folk it will matter when you're utilizing above 2GB VRAM.i calculate 144 FPS at 2GB and linearly 72 FPS at 4GB for a 980. My mistake, forgot about those higher Hz monitors.

8GB VRAM it will def come in handy!
 
It won't be twice as fast as a 290x on 28nm. My guess is it will be around the 980, otherwise there would be no reason to push 300w. This will be an expensive chip for them to make. Hopefully it's a lot faster than the 980, otherwise NVIDIA will just release "Big Maxwell" as Titan II for $1000.

I just don't see AMD getting a lot more from their architecture on 28nm.
Yes, well, you also said "no one outside ATI fanatics...see AMD continuing the high end fight beyond the R600" and "AMD does not giving a flying fig about the high end video card market."

So I think we'd all rather just wait for the benchmarks rather than relying on your predictions. Nostradamus you're not.
 
It won't be twice as fast as a 290x on 28nm. My guess is it will be around the 980, otherwise there would be no reason to push 300w. This will be an expensive chip for them to make. Hopefully it's a lot faster than the 980, otherwise NVIDIA will just release "Big Maxwell" as Titan II for $1000.

I just don't see AMD getting a lot more from their architecture on 28nm.
They switched to GlobalFoundries 28nm process which is reportedly the best 28nm process available, better than TSMC. http://hexus.net/tech/news/industry/78757-amd-switching-28nm-process-globalfoundries-2015/

I am not 100% positive - and this is my own conjecture, nothing confirmed - but I am pretty confident this will be for their GPUs.

A new report suggests that AMD will transition additional 28nm production away from Taiwan Semiconductor Manufacturing Company (TSMC) to GlobalFoundries this year. GlobalFoundries' 28nm SHP (super-high performance) process, something AMD has already made use of on its Kaveri APUs, allows higher operating frequencies with the same voltages as TSMC's equivalent. That should enable AMD to release faster GPUs in 2015 without transitioning to a smaller process node, such as 20nm, or adversely affecting power consumption.
With GloFo 28nm they should get higher frequencies, combined with the updated GCN architecture which should be at least on par with the 1.2 revision used in Tonga, and it should be a notably faster chip at the very least.
 
They switched to GlobalFoundries 28nm process which is reportedly the best 28nm process available, better than TSMC. http://hexus.net/tech/news/industry/78757-amd-switching-28nm-process-globalfoundries-2015/


Speaking of TSMC and all the hype that everything was getting skipped until 16nm in 2015, it looks like once more TSMC proves to fail at being able to keep up.

http://wccftech.com/tsmcs-16nm-finfet-faces-delays-qualcomm-jumps-ship-samsung/

A already 4-6 month delay is now compounded by yet another 3-6 months further. AMD/Nvidia are either going to have to look at 20nm as an option (given 20nm is still considered a rumor by some) or we're going to face nearly another 2 years on 28nm with stagnation. I'm anxious to see how this plays out.
 
Speaking of TSMC and all the hype that everything was getting skipped until 16nm in 2015, it looks like once more TSMC proves to fail at being able to keep up.

http://wccftech.com/tsmcs-16nm-finfet-faces-delays-qualcomm-jumps-ship-samsung/

A already 4-6 month delay is now compounded by yet another 3-6 months further. AMD/Nvidia are either going to have to look at 20nm as an option (given 20nm is still considered a rumor by some) or we're going to face nearly another 2 years on 28nm with stagnation. I'm anxious to see how this plays out.

That is crazy, since the explicitly stated that they were 95% of the way to volume production back in November and since it uses much of the same tools as 20SOC.
 
Speaking of TSMC and all the hype that everything was getting skipped until 16nm in 2015, it looks like once more TSMC proves to fail at being able to keep up.

http://wccftech.com/tsmcs-16nm-finfet-faces-delays-qualcomm-jumps-ship-samsung/

A already 4-6 month delay is now compounded by yet another 3-6 months further. AMD/Nvidia are either going to have to look at 20nm as an option (given 20nm is still considered a rumor by some) or we're going to face nearly another 2 years on 28nm with stagnation. I'm anxious to see how this plays out.
Well if AMD is transitioning to GlobalFoundries we may see a 14nm FinFET GPU from them before TSMC is up and running, since Samsung has apparently achieved yield breakthroughs and is ramping up production. GlobalFoundries licensed 14nm FinFET tech from Samsung.

No idea what NVIDIA will do. AMD has been building APUs at GF so I imagine that they have already done some of the work getting GCN production running on GF fabs. NVIDIA could presumably go with Samsung or GF too, but who knows how long it would take to switch.
 
Nvidia will never use GF, BUT, they could potentially work with Intel. I do not think Samsung is an option for them either. AMD is in a far better position when it comes to using different foundries.
 
Nvidia will never use GF, BUT, they could potentially work with Intel. I do not think Samsung is an option for them either. AMD is in a far better position when it comes to using different foundries.



While that is technically possible, I would be SHOCKED to see that happen. There would be a good bit of work to get an Intel fab to run the process for nVidia chips.

Have you read something somewhere that states this is likely to take place?
Just curious, as I haven't been all over this as much as I usually am.

§
 
why would intel let nvvidia, a competitor use their fab? (lol @ forum filters, NVidia must be caps but amd doesn't?)
 
That is crazy, since the explicitly stated that they were 95% of the way to volume production back in November and since it uses much of the same tools as 20SOC.
After 90nm node the difficulty in shrinking processes started to go through the roof and ever since then TSMC has been over promising and under delivering while also being late on their tech.

Don't expect it to get better, expect it to get worse as time goes on.
 
After 90nm node the difficulty in shrinking processes started to go through the roof and ever since then TSMC has been over promising and under delivering while also being late on their tech.

Don't expect it to get better, expect it to get worse as time goes on.

Most definitely.

I'm so surprised because either a big issue came up in the last 30-45days with 16FinFet or TSMC was openly lying to analysts and shareholders for the last 6 months saying they were ahead of their roadmap.

EUV is going to be a big issue for everyone.
 
Most definitely.

I'm so surprised because either a big issue came up in the last 30-45days with 16FinFet or TSMC was openly lying to analysts and shareholders for the last 6 months saying they were ahead of their roadmap.

EUV is going to be a big issue for everyone.

I am in the camp that believes it is the latter, as in they were most likely told by engineering that there were issues and marketing replied "Well is there is ANY chance we can get it out in the announced time frame?

To which engineering replied "Well miracles are possible /s"

Then marketing said "YES!!! I KNEW IT!! We have everything under control, if there is a chance to get back on track it will be done so no need to worry!":rolleyes::rolleyes::rolleyes:
 
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