Information about this nice architectural feature started to flicker at the time of the Cezanne codename processors announcement, although it existed already in the Renoir codename processors.Īlso, I can note that AMD managed to overcome weak single-core boost or single-core boost from cores that had mediocre silicon performance and fault tolerance. During the development of CTR, it was discovered that during the boost to all cores, each core gets its own individual portion of voltage depending on the individual silicon characteristics (FIT). To my surprise, there was no mention of active dLDO in the presentation slides at all. At the time of the release, this turned out to be a slightly different feature than the news says - individual voltage control for the cores is referred to as "Curve Optimization." I think some of you remember the news that Ryzen processors with the Zen 3 microarchitecture were given the ability to customize frequencies for cores individually. A new layout, significant architectural changes to the modules, and a more fine-tuned tech process that allows for 5GHz and sometimes even higher frequencies.Įverything the community asked for, the community finally got. ![]() ![]() In addition to all of the above, there was another event with a capital letter, which added to the pleasant worries and delayed the release of CTR 2.0: the long-awaited release of AMD processors with the Zen 3 microarchitecture. Then download the Cinebench R20 archive and extract the contents of the archive to the “CB20” folder (this folder is located inside the CTR folder).Download CTR and unpack the ZIP archive in a directory of your choice.
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