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Could This be the NVIDIA TITAN Volta?

Seems it was:

tesla-v100-cvpr-nvail-researchers-honolulu.jpg


Some lucky pioneers got some to play with too:
tesla-v100-cvpr-jensen-huang-researchers-group.jpg


So yeah, V100 does exist and is out in the wild already.

https://blogs.nvidia.com/blog/2017/07/22/tesla-v100-cvpr-nvail/
 
Not surprising. Still wouldn't expect to see anything for regular consumers until next year; of course one reason being that RX Vega isn't here yet, and Vega Frontier Edition isn't really anything to go nuts about.
 
Definitely, and whilst it is only a small numbered that have been sampled, it bodes well that such a large and complex chip is already in the hands of researchers.

But then deep learning and AI is big business these days, and as you say Pascal is still waiting for the competition to turn up.
 
Well the color scheme is the same but that volta V100 pcie is shorter, passive and theres no Titan wrote on it.
 
Well the color scheme is the same but that volta V100 pcie is shorter, passive and theres no Titan wrote on it.

Few things to note, this is NOT a GPU, it's an accelerator unit. All headers for video output are absent from this card.
Second, this card uses HBM, so PCB length can be shortened due to not needing to provide space for the memory on the board.
Third, as for passive cooling, it's designed to go into a server chassis that blows air directly over the chip and back out the case.
 
Few things to note, this is NOT a GPU, it's an accelerator unit. All headers for video output are absent from this card.
Second, this card uses HBM, so PCB length can be shortened due to not needing to provide space for the memory on the board.
Third, as for passive cooling, it's designed to go into a server chassis that blows air directly over the chip and back out the case.

Typically in push pull now a days. Server grade fan mounted on the rear external of the chassis to pull air out of the cards and internal pushers, to well push through them. I was really hoping to see lower costing mining cards configured like this, but alas I want too much it seems
 
Few things to note, this is NOT a GPU, it's an accelerator unit. All headers for video output are absent from this card.
Second, this card uses HBM, so PCB length can be shortened due to not needing to provide space for the memory on the board.
Third, as for passive cooling, it's designed to go into a server chassis that blows air directly over the chip and back out the case.

Well all you say is of course true, but I just chimed in that it ain't the same card which was in the article's pic:
1532aec3ef77.jpg
 
Well all you say is of course true, but I just chimed in that it ain't the same card which was in the article's pic:
1532aec3ef77.jpg

Ah, I see what you're looking at now.

Unfortunately in the recent pic you can't see that side of the card. You can tell something is definitely there, but unable to make it out.
 
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