https://devblogs.nvidia.com/parallelforall/inside-volta

We're not getting that until 2018 for consumers

How would you guys develop Cuda 9 support for Volta if the consumer variants don't come out till next year possibly (or late this year....)

Would the Uni purchase a system or would your project have to provide the cash to purchase?

or like Pascal, wait until the consumer variants are out and program accordingly?

'Cause I was thinking one of these would work wonders (wish I had that kinda cash to splurge myself - maybe a gofundme to get started.

https://www.nvidia.com/en-us/data-center/dgx-station/#source=pr

Kinda makes my Titan X Pascal a bit redundant now.

Even the HBM2 memory will be in short supply until some time well into 2018. It is estimated that AMD will be able to deliver less than 16,000 VEGA cards this year due to that. Maybe a few high-end Voltas will appear this year, but not in a price range for most GPUGrid crunchers.

https://www.nvidia.com/en-us/titan/titan-v/

Volta Titan (GV100) now up for sale...

6GPC * (80 SMV) @64 FP32 cores
5120 CUDA
12288 MB HBM2
21.1 billion 12nm transistors

Could be 2x faster than a GTX1080ti at FP32 for here.

Possible >6Tera FP64 which is equal to GTX980ti (GM200) FP32 or 4 OG titans FP64.

Nvidia is asking 3 times cost of the OG titan.

An OG Titan ACEMD 8.0CUDA runtime on par with GTX 1060 / GTX 980.

Will the Volta Geforce GTX series release within 8 months...

I still think that there's no point in buying TITAN series cards for crunching GPUGrid, as this series is overpriced so much that you can buy two gaming (GTX series) cards instead, and have 1.9 times crunching power for the same money.

A Linux GTX 1070 system is nearly as fast as WDDM GTX 1080ti system due scaling issues so a Titan V will certainly want Linux for ACEMD to perform fully.

Considering Tesla GV100 cost is 10k usd some might look at 3k Volta as a compute bargain.

Volta feature set only adds to already impressive Pascal.(Volta FP32 and INT cores are now separate from each other.)

CPU these days are stale rehashes of Haswell. Very few programs take advantage of power hungry AVX512 on Skylake.

Whatever Nvidia decide to do with next gen gaming series they will leave Pascal (Maxwell) in the dust at any program. As Maxwell did to Kelper.

Every generation NVidia lowered their per core or since Maxwell (32 core block warp) energy usage allowing more cores to be added.

I still think that there's no point in buying TITAN series cards for crunching GPUGrid, as this series is overpriced so much that you can buy two gaming (GTX series) cards instead, and have 1.9 times crunching power for the same money.

We have already received a Volta GPU from Nvidia.

it's a Tesla V100

Does the new CUDA toolkit help in any way for GPUGRID crunching?

Does the new CUDA toolkit help in any way for GPUGRID crunching?

388.59 (windows) driver has v9.1.104 CUDA.