Besides "AI" what other workloads are being run with these systems? I understand running the tests to show how these are performing (which is absolutely bonkers), but I personally would be interested to hear the benefit of running, say, (me making up an idea) some real-time analysis of a synthetic antibody fighting a virus.
NVIDIA A100 DGX systems are incredibly versatile, powering a wide range of tasks beyond AI. They excel in high-performance computing (HPC) for scientific research, accelerate big data analytics for real-time insights, and are pivotal in genomics for faster disease research and personalized medicine development. Additionally, they boost rendering and simulations for digital content, support financial modeling for quicker market analysis, enhance edge computing for real-time processing in IoT and autonomous vehicles, and even simulate quantum computing.
so the GPUs lock up every hour, hence fast checkpointing is worth $$, and saving a 640GB model will take only 32 sec? or was that 22GB/s benchmark just some tiny throwaway file instead of something real? cmon blackwell and the new anti-crash engine isn’t here yet seriously tho how do these hold up when the dram is saturated? they’re not as linear as optane are they?
Tiny? depends on your definition, we ran 500MB and 7.5GB files on the test. We have done models that need all 640GB for training, but the checkpoints are only 20Mb. As we addressed toward the end, realistically in a production environment you would tune the whole system. It's not about avoiding a "lock up", but rather getting a model that is just right. For instance over-fitting could be an issue, but if you go back a few epochs in the checkpoints, you might find a well balanced model. -J
all those numbers mean very little without including the price
Besides "AI" what other workloads are being run with these systems? I understand running the tests to show how these are performing (which is absolutely bonkers), but I personally would be interested to hear the benefit of running, say, (me making up an idea) some real-time analysis of a synthetic antibody fighting a virus.
NVIDIA A100 DGX systems are incredibly versatile, powering a wide range of tasks beyond AI. They excel in high-performance computing (HPC) for scientific research, accelerate big data analytics for real-time insights, and are pivotal in genomics for faster disease research and personalized medicine development. Additionally, they boost rendering and simulations for digital content, support financial modeling for quicker market analysis, enhance edge computing for real-time processing in IoT and autonomous vehicles, and even simulate quantum computing.
But Can It Run Crysis?
so the GPUs lock up every hour, hence fast checkpointing is worth $$, and saving a 640GB model will take only 32 sec? or was that 22GB/s benchmark just some tiny throwaway file instead of something real? cmon blackwell and the new anti-crash engine isn’t here yet
seriously tho how do these hold up when the dram is saturated? they’re not as linear as optane are they?
Tiny? depends on your definition, we ran 500MB and 7.5GB files on the test. We have done models that need all 640GB for training, but the checkpoints are only 20Mb. As we addressed toward the end, realistically in a production environment you would tune the whole system. It's not about avoiding a "lock up", but rather getting a model that is just right. For instance over-fitting could be an issue, but if you go back a few epochs in the checkpoints, you might find a well balanced model. -J
First