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AMD reveals clues about the new Ryzen: 24 cores and much higher performance?

AMD has just revealed all the new features of its gigantic EPYC Venice processors, with up to 256 cores for servers. But, if you don't own a data center, what really matters are the hints th...

Dr. Elena Vance
Dr. Elena Vance
Aerospace, NASA & Commercial Spaceflight Editor
AMD reveals clues about the new Ryzen: 24 cores and much higher performance?
AMD reveals clues about the new Ryzen: 24 cores and much higher performance? — Editorial Visual / Silicon Dispatch US
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AMD has just revealed all the new features of its gigantic EPYC Venice processors, with up to 256 cores for servers. But, if you don't own a data center, what really matters are the hints that the manufacturer left about the Zen 6 architecture, which will also serve as the basis for the next Ryzen chips intended for personal computers.

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BLUF (Bottom Line Up Front): AMD has just revealed all the new features of its gigantic EPYC Venice processors, with up to 256 cores for servers. But, if you don’t own a data center, what really matters are the hints that the manufacturer left about the Zen 6 architecture, which will also serve as the basis for the next Ryzen chips intended for personal computers.

The news indicates that future Ryzen could come with up to 24 cores, more cache memory and significant performance gains, although AMD has not yet confirmed the specifications of the domestic models.

Below, we’ve gathered five architectural advances that help you understand what to expect from the brand’s next generation of processors.

One of the most interesting news is the number of cores that AMD managed to place in each processing complex.

In the Zen 5 architecture, used by the current Ryzen 9000, the core complexes (CCX) bring together up to eight cores. With conventional Zen 6, this number rises to 12, an increase of 50%.

This means that, if AMD maintains the strategy of using two processing chipsets in its most powerful Ryzen, future models could offer up to 24 cores and 48 threads, compared to the current 16 cores and 32 threads.

The change could especially benefit professional applications that use parallel processing, such as 3D rendering, program compilation, video editing and other heavy tasks.

During the presentation, Clark explained that the expansion of the complexes was designed to allow more tasks to share the processor’s internal resources.

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