Hmm, 24%-42% performance increase (14/16TFlops vs 11.3TFlops) for 70-90% price increase... And prices were already inflated by crypto that is now collapsing. Not sure who is the target market for this tech honestly. Still only 11GB RAM, even if 50% faster, making it a nonsense purchase for Deep Learning enthusiasts (state-of-art models are already larger). Unless somebody invented RTX-based coin of course, then this…
Well, one audience is obvious from your own sentence: people who are willing to pay to have the best performance currently possible.
Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
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Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#242Earlier quoted context omitted.
what kind of FPS can you get in Doom, all features on, at 4k? my 1070 would do it, but it was garbage fps
What CPU do you have? My 1070 plays doom at 4k no problem.
For me if its not at 60fps or more ALL the time I'm angry. Grew up playing Quake and Unreal Tournament pretty seriously.
For a more casual game like skyrim it might be fine for me.
Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#243Earlier quoted context omitted.
Seems like gaming has long since hit an "eternal September" as producers are spewing out ever more impressive tech demos. I have long since taken to killing every graphical effect game devs can think of throwing into a game (if they supplied a toggle for it) simply so i can tell where the enemy is without wearing sunglasses indoors in a dark room.
sure, for games like battlegrounds. but some games don't even have enemies!
Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#244Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#245Earlier quoted context omitted.
You know, there is more to deep learning research than meta-learning/architecture exploration. Sure you can explore the hyper-parameter space faster with 500 GPUs and get yet again a 0.05% better test score on ImageNet (or more I don't actually know), but there are other ways to do something meaningful in DL without using such compute power.
That's a fair point and I agree. It's just sometimes difficult to beat automated exploration; as a standard company you probably don't have access to top-end researchers/practitioners, just average ones, and those might get a significant boost by trading smartness for brute force and run many models in parallel in evolutionary fashion. When you e.g. look at how Google's internal system constructs loss functions and h…
Same process for research. You suppose to find some insights on how to do one thing or another, find the direction of search, eventually there would be hardware to fully explore that direction. Then you move on to a different direction. Rinse-repeat
Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#246Is anything known about the number of tensor cores in the new 2080 Ti? What about the float16 performance using the Tensor cores? I couldn't find this on the spec page [1]. [1] https://www.nvidia.com/en-us/geforce/graphics-cards/rtx-2080...
"Hello Freddy,
Thus far we do not have any information from PR / Marketing on GeForce GTX 20 series Tensor core nor float16 compute performance.
If or when such information is available from them we would be glad to discuss it.
Best Regards, Troy NVIDIA Customer Care L2"
Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#247Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#248I will add to this the cost of 4 GPUs (like GTX 1080 Ti or higher).
Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#249Re: Nvidia announces RTX 2000 GPU series with ‘6x more performance’ and ray-tracing
#250Earlier quoted context omitted.
Thank you! Updated.
The 2080 TDP seems to be 215W rather than 285W (source: https://www.anandtech.com/show/13249/nvidia-announces-geforc... ). Are you sure the FE TDPs are different from the reference spec? I haven't seen that mentioned anywhere else.