AMD moved Ryzen 3000 processors to more advanced B0 stepping

AMD recently released the AGESA library update, which will allow motherboard manufacturers to support future Ryzen 4 processors in their Socket AM3000 products. new BIOS versions from ASUS, twitter user @KOMACHI_ENSAKA discovered that AMD has already moved the Ryzen 3000 processors to the new B0 stepping.

AMD moved Ryzen 3000 processors to more advanced B0 stepping

The transition of the Ryzen 3000 processors to the B0 stepping means that AMD has already finalized and improved its new generation chips. As you know, during the development process, manufacturers find errors in their processors and, correcting them, release chips on new steppings. Usually everything starts with A0 stepping, which corresponds to the first chips created in the laboratory. Then there are steppings A1 and A2, which can be considered minor updates with minor improvements and fixes.

AMD moved Ryzen 3000 processors to more advanced B0 stepping

Most likely, at CES 2019 earlier this year, AMD CEO Lisa Su demonstrated the Ryzen 3000 processor, which belongs to the A-series stepping. The transition to a new letter in the stepping name usually indicates very significant improvements and improvements. So the B0 processors should have most of the flaws and bugs found in the A-series versions fixed, as well as other changes. It is very likely that the Ryzen 3000 processors on the B0 stepping will just appear in retail.

AMD moved Ryzen 3000 processors to more advanced B0 stepping

Note that at the moment only the announcement date of the Ryzen 3000 processors is known - May 27, but the start date for sales of new products has not yet been determined. However, the appearance of processors with the B0 stepping is a good sign, which may indicate that there is not much time left before the release of the Ryzen 3000. Recall that, according to rumors, new AMD desktop processors will go on sale in the first half of July, and AMD itself has announced that new items will be released in the summer.



Source: 3dnews.ru

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