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I know it depends on the analysis, but I often am doing somewhat embarassingly parallel things. So just knowing GNU parallel for mid-scale things (and R/python basically parallelism, although shared memory is a bear), and how to temporarily scale across the cloud to like 500 core, is huge.


500 cores is just a handful of nodes nowadays. Living in the future is weird.


If you count hyperthreads as cores, AMD 9754 dual socket is 512 in one node.


You can’t count a hyperthread as a core, that’s cheating.

I guess we’ll have to get four sockets.


Fwiw, a single u-12tb1.112xlarge has 448 cores.


Woof, $109/hour on demand pricing (~$950k/year on demand, ~$590k/1year reserved). Super curious what a similar spec machine would retail.


The problem is you will need to hire 10 guys to use that machine well. And that easily costs you 2M a year.


448 logical processors.

Each logical processor is a hyperthread on 224 cores.

A logical processor is the number of the processor's cores multiplied by the number of threads per core.

2 threads per core.


vCPUs are not cores and those are "new 2021" instances based on freakin Skylake. Yikes. Green-IT, huh?




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