Arm Gets Closer To Creating Full-Blown Server CPU Designs
It takes too long to get a new compute engine in the field, and everybody complains about it. …
It takes too long to get a new compute engine in the field, and everybody complains about it. …
When it comes to deploying Arm in the cloud, a lot of the talk of late has centered on things like efficiency, core density, or predictability of performance. …
The best defense is a good offense, and as it turns out, the best offense is also a good offense. …
The great thing about the Cambrian explosion in compute that has been forced by the end of Dennard scaling of clock frequencies and Moore’s Law lowering in the cost of transistors is not only that we are getting an increasing diversity of highly tuned compute engines and broadening SKU stacks across those engines, but also that we are getting many different interpretations of the CPU, GPU, DPU, and FPGA themes. …
When it comes to chips, there is a big difference between a kicker and a fork. …
Supermicro has become the latest of the big OEMs to add Arm-based systems to its portfolio, with the launch of its Mt. …
When computer architectures change in the datacenter, the attack always comes from the bottom. …
Let’s just say it right here at the beginning. The first wave of attempts at creating Arm server chips –Calxeda, Applied Micro, AMD, Marvell, Nvidia, and Samsung, among others – was disappointing. …
Imagine, if you will, that Nvidia had launched its forthcoming “Grace” Arm server CPU three years ago instead of early next year. …
If you are an HPC center in Europe, and particularly one that is funded by public funds, you are thinking about Arm-based CPUs in your supercomputers. …
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