Ampere Readies 256-Core CPU Beast, Awaits The AI Inference Wave
How many cores is enough for server CPUs? All that we can get, and then some. …
How many cores is enough for server CPUs? All that we can get, and then some. …
The steady rise of AI over the past several years – and the accelerated growth with the introduction generative AI since OpenAI’s launch of ChatGPT in November 2022 – has shifted Intel’s status as a challenger in a chip market that it long had dominated. …
We have said it before, and we will say it again right here: If you can make a matrix math engine that runs the PyTorch framework and the Llama large language model, both of which are open source and both of which come out of Meta Platforms and both of which will be widely adopted by enterprises, then you can sell that matrix math engine. …
We have been tracking the financial results for the big players in the datacenter that are public companies for three and a half decades, but starting last year we started dicing and slicing the numbers for the largest IT suppliers for stuff that goes into datacenters so we can give you a better sense what is and what is not happening out there. …
The biggest benefit that is coming from the separation of the Intel chip design and marketing business from its foundry operations is that Intel’s chip product groups no longer have to shoulder the totality of the immense costs of its manufacturing operations. …
Finding new functional materials for batteries and catalysts and lots of other uses is a major goal of researchers around the world. …
Back in 2015, when we were launching The Next Platform, a lot of stuff was going on all at the same time, which is part of the zeitgeist that we were tapping into and that we wanted to chronical upon and participate within. …
Pat Gelsinger, current chief executive officer at Intel and formerly the head of its Data Center Group as well as its chief technology officer, famously invented the tick-tock method of chip launches to bring some order and reason to the way the world’s largest chip maker – as it was in the mid-2000s – mitigated risk and spurred innovation in its products. …
For a lot of state universities in the United States, and their equivalent political organizations of regions or provinces in other nations across the globe, it is a lot easier to find extremely interested undergraduate and graduate students who want to contribute to the font of knowledge in high performance computing than it is to find the budget to build a top-notch supercomputer of reasonable scale. …
The national supercomputing centers in the United States, Europe, and China are not only rich enough to build very powerful machines, but they are rich enough, thanks to their national governments, to underwrite and support multiple and somewhat incompatible architectures to hedge their bets and mitigate their risk. …
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