Next-generation AMD Ryzen CPUs may not have additional cores, but there is much more to Zen 4

Next-generation amd ryzen cpus may not have additional cores, but there is much more to zen 4

AMD Zen 4 is a highly anticipated CPU generation, not only because we are able to use Zen 3, but also because we receive information on the new generation of AMD this would make any PC builder salivate. Today, though, we hear news of what won’t change with the Zen 4, and that’s the basic count.

According to two well-known Twitter leakers, ExecutableFix and Patrick Schur, AMD Zen 4 consumer chips will have up to 16 cores per piece. This is the same maximum core count as the Ryzen 9 5950X available today.

This would suggest that AMD’s current eight-core CCX design won’t go anywhere with the Zen 4 and that the next-generation consumer chip, supposedly called the Ryzen 9 6950X, will have two eight-core chips under the hood. However, we do not yet have any official confirmation of the exact configuration.

There is still a lot of processing power to work on a 16-core desktop chip Ryzen 9 5950X is no lens. But if you need more power, there’s AMD’s HEDT offering, Threadripper, which is expected to receive a Zen 3 makeover sooner or later.

However, much more is expected with Zen 4. AMD's own roadmaps confirm that it will be manufactured primarily on a 5 nm process node, almost certainly TSMC, but other leaks suggest that it could also present- with a revised I / O array.

Amd cpu roadmap

(Image credit: AMD)

In addition, AMD can finally switch from the AM4 socket to a new AM5 socket. This new socket could also be an LGA design, meaning AMD processors would no longer come with a series of foldable rear pins.

Finally, and alluded to by Patrick Schur, Zen 4 processors could run the range from TDP of 65W to TDP of 170W. For the record, the Ryzen 9 5950X operates within a TDP of 105W. This would mean a huge increase in the power consumption of the next generation's main chips, despite a more advanced process node at 5 nm.

What could be the explanation for all this? The working theory is that the inclusion of an RDG 2 iGPU chip would be responsible for some of the increased power demands, although all sorts of specification changes could see increased power consumption. Clock speeds, for one.

Current AMD Ryzen desktop CPUs do not have built-in graphics, although, unlike Intel Core processors, and rumors of a potential iGPU with Raphael they have grown over the years.

A 170 W surge is huge, though, and the leaks suggest that this can be reserved for a chip that is something out of the ordinary. A 120W TDP may be more the norm for Zen 4 desktop processors.

Whatever happens, AMD has yet to disappoint any of its generations of Zen CPUs, so I hope it can whet the appetite of gamers with Zen 4. The company may also have a fight with Intel Alder Lake, incorporating a new and exciting Chipzilla architecture, so you’ll have to compete to the fullest to stay in the high-end CPU market you’ve recently been able to claim.

With a release date in late 2022, extrapolated from AMD's own roadmap, the Zen 4 isn't that far off. Pending delays, of course, some of which may be possible with continued shortage of chip manufacturing.

Meanwhile, AMD recently stated that high-end chips with its 3D cache technology will go into production later this year, so they may be affected until the Zen 4 arrives.



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