ARM announces Cortex-X925 cores with the largest performance jump in Cortex-X history

ARM has announced the new generation of CPU cores for this year 2024, highlighting the launch of the new cores ARM Cortex-X925 to replace the current Cortex-X4. Therefore, there will be a nomenclature change that leaves us without Cortex-X5 and that will hopefully be maintained in successive releases.

This core design Cortex-X925 It promises the biggest jump in performance in the history of the Cortex-X, with figures showing 36% more performance in single core or 46% more power in tasks related to artificial intelligence.

Are very scalable cores, which They achieve 59% more performance in AI inference if we compare a Cortex-X4 with a Cortex-X925 and they multiply up to 170% more performance if we move to two of these new cores.

Along with these Cortex-X925, ARM has also launched its cores Cortex-A725 aimed at sustained high-performance tasks, with performance improvements of up to 35% compared to the previous Cortex-A720, along with 25% more energy efficiency.

They have twice the L2 cache in the same area and are optimized for the new 3 nanometer manufacturing processes.

The cores Cortex-A520 will repeat in the new ARM CSS for Client CPU design, but they will do so with improvements in the implementation and optimized for the 3 nanometer manufacturing process with which they will save 15% energy compared to the current implementation.

Integrated in DS-120 clusters, we will have distributions of all types ranging from the 2+4+2 distribution (X925+A725+A520) of the ARM reference platform, to much more special configurations such as the one allows 14 Cortex-X925 cores for computers.

These cores will be accompanied by the Immortalis-G925 GPUs in the most powerful SoCs, or the Mali-G725 and Mali-G625 in the more modest range processors.

We leave you with a complete article on the entire ARM CSS for Client platform on which all SoCs equipped with these cores will be based. ARM Cortex-X925 and Immortalis-G925: These are the most powerful cores and GPUs in ARM history.

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