Not quite. CSCS supercomputing center in Switzerland have already started receiving the hardware (https://www.cscs.ch/science/computer-science-hpc/2021/cscs-d...). Perhaps, we may see some benchmarks. To wider HPC users, it will be only available in 2023 as the article mentioned.

The Alps system at CSCS will have racks with different processors, to be installed in phases. CSCS has taken delivery of the first racks with AMD EPYC processors, for non-GPU workloads. CSCS will be one of the first customers to get their hands on Grace Hopper, but they will have to wait until 2023.

Are there more sources for technical details about the new infrastructure? The interview linked above left me with more questions than answers.

I suspect that's more racks of storage, not racks of compute. Nothing to suggest it's compute.

as i understand it's compute, just not cpu compute, those cpu are designed to be good enough for cuda servers

Hey Ian, I love reading your posts on Anandtech, you're a fantastic technical communicator.

Hopefully some architectural details are forthcoming then! But that is not what is in this article.

The CPU cores are probably not that interesting, it's going to be the GPU and interlink stuff (pretty impressive if true) that's going to drive this?

It says they use Arm Neoverse cores so it is another processor like Fujitsu A64FX and Amazon Graviton 2.

As AMD proved us, a lot can happen in 3 years