AMD’s next-generation Ryzen processors are on the way in which, and the leaks we have seen to this point are tremendous promising. The chips carry out properly in single-threaded benchmarks, and that interprets to strong GPU efficiency too. We’ve not seen a leaked multi-threaded benchmark of the top-end 16-core half, however AMD’s personal demo of identical was fairly spectacular.
Here is a leak that’s not so promising: supposedly, AMD shall be locking down voltage management on its Ryzen 7000-famiily processors such that customers will not have the ability to overvolt. Overvolting is a key a part of overclocking, because it permits the processor to higher keep clock charge stability, albeit at the price of further energy (and thus warmth.)
This unsourced leak comes by the use of WCCFTech, so take it with nevertheless many grains of salt that you simply want. For its half, AMD has already promised “Excessive Overclocking” capabilities on its X670-chipset motherboards, so this might be utterly false, or it may alternatively be a misunderstanding. In spite of everything, the Ryzen 7 5800X3D doesn’t permit overvolting; it is doable that this limitation solely applies to Zen 4 processors with 3D V-Cache.
So far as anybody is aware of, the primary wave of Zen 4 processors won’t embody 3D V-cache, however they’re anticipated to come back later. WCCFTech‘s remarks got here as a part of a leak that features the clock charges of AMD’s upcoming chips. We already knew the names and core configurations of the elements, however the clock charges are new knowledge.
Sure, certainly; these are some sky-high increase clocks on these CPUs. Heck, the bottom clocks are super-high. Some people have been upset within the comparatively low performance-per-clock acquire that AMD promised at Computex, however this provides us a good suggestion why: AMD was targeted on elevating clock charge, as a substitute.
We’re hoping that if the voltage-control lockdown rumor is true, then that it is at the least relevant solely to the 3D V-cache fashions. Whereas it does appear to be AMD has most likely pushed these processors near their limits to start with—which is strictly what it stated it might do—it is at all times good to get a few-hundred further MHz out of your CPU if you want it.
