AMD Ryzen Rembrandt APU specs spotted –and it may not top Alder Lake

AMD is working harder on designing its new Zen 4 processor architecture, but beforehand it reaches, there is still the matter of its Zen3+ Rembrandt processors, a 6000 series APU line that should assist AMD to keep up with Intel’s new Alder lake mobile chips next year. Recently an online benchmark entry mention which types of specifications we can expect from the upcoming new AMD’s mobile APU.

Wccfetch gave us specifications, who recently marked the entry for an AMD engineering model in the User benchmark database running on a Corsair Xenomorh platform, which seems to be the naming on an upcoming AIO with an FP7 designation.

As per the engineering sample features, this new APU features 8 cores and 16 threads along with a basic clock speed of 3.1 GHz through the exact core configuration.

Overall you can tell that is certainly not a Zen 3 APU which Corsair platform is using DDR5 RAM at 4,800 MHZ, which prevailing Zen 3 chips are not proficient of supportive. This is also registered as a SODIMM module, which rules out the chip running on a desktop setup, all but proclaiming this to be the mobile Rembrandt APU, though whether it’s the part of the Rembrandt-H or Rembrandt-U line isn’t definitely clear.

The architecture is much more than just an iterative progression on the existing Zen 3 architecture, however, so it doesn’t have any main design improvisation that we can express outside the distinctive optimizations you get with chips amid major silicon generations.

Still, it is not confirming either the database feature of AMD’s APU 3D-VCache technology, which we know AMD is compatible with the existing Zen 3 architecture since AMD CEO showed off an AMD Ryzen 5950X PROTOTYPE using the brand-new module loading technology when 3D-VCache was publicised earlier this year.


Analysis: will AMD Rembrandt be enough to hold off a resurgent Intel?

There is no doubt or question that the mobile devices are now the fastest ever-growing consumer market, and now you can see best laptops are not as much as powerful as the top-class desktop PCs if you will consider the performance, their compactness and flexibility makes them a much more striking choice for a lot of consumers that the outmoded family PC in the home.

This has been a foremost Achilles reinforce for AMD since it has done a fantastic job of attainment near market equality with archrival Intel on the desktop processor sector this year, but it still waits behind Intel by a massive verge when it comes to the processors of laptop. AMD laptops still look like an innovative product currently, not a flawlessly regular configuration you’re supposed to see in your next laptop, as is the case with Intel chips.

If AMD is expecting to the axle to the mobile computing market section with Rembrandt and its later Zen 4 processors, the firm will be going up alongside Intel’s Alder Lake chips, which have some dissimilar benefits.

As it practises a large. LITTLE architecture, Intel Alder Lake is going to be capable to influence competence cores for background OS processes that can usage up a huge power in a laptop. And if the various leaks we’ve seen on the desktop SKU’s of Intel’s 12th-gen chips are any sign, Alder Lake is going to convey some thoughtful performance boosts for sure.


If Intel Alder Lake chips evidence to be bumpily as influential or more so than AMD’s mobile silicon, while also hitting it out of the park on energy competence which will transform straight into better battery life, then AMD could find itself back in the same situation it found itself in some years ago on the desktop section.

When Intel announced its Core series processors and AMD didn’t have an actual response to it for many years, Intel captured up the desktop processor marketplace until it had coarsely 80% of the market to itself for years. It wasn’t till AMD announced its Ryzen processors that things were lastly underway to turn back nearby on the desktop section.

It same as something that occurred in the graphics card sector when Nvidia launched its RTX cards which contained ray-traced graphics and machines learning-powered resolution upscaling in the form of DLSS.

At that time AMD graphics cards merely couldn’t contest on performance, though they tried a lot and manufactured some of the best graphics cards on the market. Nvidia still increased a considerable lead only because it was based on a ray-tracing feature in the market. AMD is in the final process of catching up, but it doesn’t look like that is a continuing story with AMD anymore. Let’s see what happen and how the market responds to this new APU.

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