The rapid changes underway in modern datacenters and HPC environment are demanding more compute power from a tech industry that is running into significant barriers to supplying that capacity. …
In any chip design, the devil – and the angel – is always in the details. …
It has been a long time coming: The day when AMD can put a processor up against any Xeon that Intel can deliver and absolutely compete on technology, price, predictability of availability, and consistency of roadmap looking ahead. …
The good news about having a diverse product line, as chip maker AMD increasingly does, is that the company operates like a multi-cylinder engine and that not all of the lines need to be firing full bore for the business to accelerate down its roadmap. …
AMD’s second-generation Epyc processor, code-named “Rome,” has yet to be released into the wild, but it is already racking up some impressive wins in academic supercomputing. …
You know the world is a different place when shipping 2.58 million servers in a quarter feels like a slowdown, a disappointment, and perhaps a leading indicator of an overall economic slowdown in the world. …
It was a long time coming but AMD is finding its footing again in the high performance computing space. …
The CPU does not rule the computing roost when it comes to machine learning training, but it still has a role when it comes to machine learning inference and for other kinds of data analytics related to machine learning. …
The competition for the compute engines in hybrid HPC and AI supercomputer systems is heating up, and it is beginning to look a bit like back to the future with Cray on the rise and AMD also revitalized. …
(Sponsored Content) By its very nature, high performance computing is conflicted. …
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