GIGABYTE has recently announced dual-socket ARM servers. This is quite important for performance users who focus on the Ampete Altra processors. They support up to 256 CPU cores.

One of the extremely good pieces of news within the CPU market over the last few weeks is the new CPU releases from the two major CPU creators.

As experts in designing and delivering highly efficient, turnkey, scalable HPC solutions ICC brings to market a unique range of Engineering optimised solutions, powered by AMD’s latest generation processers, including bleeding edge hardware components, fully managed HPC Cloud environments and Ansys certified application stacks, designed and engineered to meet your performance, density and budgetary requirements.

SuperMicro continues to push the boundaries in terms of GPU server deployments and form factors. SuperMicro recently announced an 8U GPU, which, in their words, is the “most advanced GPU server, incorporating eight NVIDIA® H100 Tensor Core GPUs”.

With the rising cost of parts and the expensive DDR5 memory associated with AMD’s new CPUs, retailers are starting to come to grips with the need for more affordable motherboards for the new AMD Ryzen 7000 line.

Intel is coming straight at AMD with a record-breaking 5.8Ghz CPU which sets a record for general desktop deployments. Intel also announced that a 6Ghz model will come later in the year. 

Intel Raptor Lake processors are Intel’s answer to the recently released AMD Ryzen 7000 CPUs. The high-end Ryzen 7950x has 16 cores and 32 threads with a maximum clock speed of 5.7Ghz. This is an incredible performance boost compared to the market today.

A HPC cluster is many nodes put together in a networked scenario to output high-performance workloads. Creating the building blocks is very important as a HPC cluster is simply put, a few, or many, elements that combine to make the cluster.

Building a GPU cloud contains many variables, hardware and software. You can think of it as building blocks.

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