Ventana Launches Veyron V2 RISC-V Into The Datacenter
It took the X86 architecture fifteen years get an appreciable share of datacenter compute, and it took the Arm architecture about ten years to get a foothold you could measure. …
It took the X86 architecture fifteen years get an appreciable share of datacenter compute, and it took the Arm architecture about ten years to get a foothold you could measure. …
The rise of the merchant silicon suppliers for datacenter networking and routing, which was spearheaded by Broadcom with chips and Arista Networks with switches, was not a foregone conclusion. …
Other than Hewlett Packard Enterprise, who wants to build the future NERSC-10 supercomputer at Lawrence Berkeley National Laboratory or the future OLCF-6 system at Oak Ridge National Laboratory? …
Heterogeneous computing is clearly here to stay but now’s the time to get down to brass tacks and start addressing standards, portability, and other elements common to maturing technologies. …
If you look back at it now, especially with the advent of massively parallel computing on GPUs, maybe the techies at Tera Computing and then Cray had the right idea with their “ThreadStorm” massively threaded processors and high bandwidth interconnects. …
If Nvidia and AMD are licking their lips thinking about all of the GPUs they can sell to the hyperscalers and cloud builders to support their huge aspirations in generative AI – particularly when it comes to the OpenAI GPT large language model that is the centerpiece of all of the company’s future software and services – they had better think again. …
The cloud has been a boon for enterprises trying to manage the massive amounts of data they collect every year. …
The question is no longer whether or not the “El Capitan” supercomputer that has been in the process of being installed at Lawrence Livermore National Laboratory for the past week – with photographic evidence to prove it – will be the most powerful system in the world. …
When Intel announced its “Falcon Shores” project to build a hybrid CPU-GPU compute engine back in February 2022 that allowed the independent scaling of CPU and GPU capacity within a single socket, it looked like the chip maker was preparing to take on rivals Nvidia and AMD head on with hybrid compute motors, which Intel calls XPUs, AMD calls APUs, and Nvidia doesn’t really have if you want to be strict about what its “superchips” are and what they are not. …
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