The Graviton family of Arm server chips designed by the Annapurna Labs division of Amazon Web Services is arguably the highest volume Arm server chips the datacenter market today, and they have precisely one – and only one – customer. …
Seismic processing cloud infrastructure provider, DUG, has enough combined compute power to grace the leading ten systems on the Top 500 list of the world’s most powerful supercomputers, with around 30 petaflops for seismic processing, full waveform inversion, petrophysics, and other HPC applications in oil and gas via many of its own software packages. …
While we are big fans of laissez faire capitalism like that of the United States and sometimes Europe — right up to the point where monopolies naturally form and therefore competition essentially stops, and thus monopolists need to be regulated in some fashion to promote the common good as well as their own profits — we also see the benefits that accrue from a command economy like that which China has built over the past four decades. …
There was a bit of a kerfuffle this week when it looked like AMD was changing its position a little bit on whether or not it would get back into designing and selling server chips based on the Arm architecture. …
While it might not happen anytime soon, traditional supercomputing could be in for a sea change with wider acceptance of lower-precision calculations. …
If the HPC and AI markets need anything right now, it is not more compute but rather more memory capacity at a very high bandwidth. …
Promo If you want to get the benefits of accelerated computing and high bandwidth memory as well as catching the rising wave of Arm-based compute, you don’t have to wait, you don’t have to buy CPU-GPU systems, and you don’t have to adopt a complex, hybrid programming model. …
We made a joke – sort of – many years ago when we started this publication that the future compute engines would look more like a GPU card than they did a server as we knew it back then. …
It is a relatively quiet International Supercomputing conference on the hardware front, with no new processors or switch ASICs being announced from the usual suspects. …
There was an outside chance that China might pull a surprise on the HPC community and launch the first true exascale system – meaning capable of more than 1 exaflops of peak theoretical 64-bit floating point performance if you want to be generous, and 1 exaflops sustained on the High Performance Linpack (HPL) benchmark if you don’t – but that didn’t happen. …
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