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zakius napisał
mogą odpalać jeśli dostali aktualizacje, tylko po co, skoro i tak płyty są przestarzałe?
i tak i tak muszą wymienić płyty żeby to miało jakiś sens, żeby nowe pamięci działały, co pozwoli nowemu procesorowi faktycznie działać jak powinien
nie uważasz, że kupowanie nowego procesora tylko po to, żeby działał na 80% swoich możliwości przez słabe pamięci i brak PBO to kiepski pomysł?
co Ty gadasz xD
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We were curious to see how well a cheap B350 motherboard could run the latest and greatest 12-core, 24-thread Ryzen 9 3900X and were pleasantly surprised that there was no smoke, or sparks flying — it just works. Actually, I'm impressed with how well this two-generation-old platform can run the newest processor—thank you, AMD. Intel would have definitely charged us for a new chipset—twice.
Using the latest BIOS update, which adds Ryzen 3000 processor compatibility, setup was a breeze, no major issues to report. All AMD BIOSes use a software component called "AGESA", which is provided by AMD to the motherboard vendors. All the vendors have to do now is add their motherboard specific features and branding—the core software remains unchanged and is controlled by AMD. This not only takes tremendous work off the motherboard vendors, it also enables AMD to centrally design, develop, test, and release updates. Such an approach not only improves software quality, it also pushes new capability to all motherboards without the motherboard vendor having to get involved, which is almost magical.
We were surprised to see the full range of overclocking, tuning, and tweaking options appear in this old motherboard's BIOS. This also goes for memory support. With the memory controller located inside the processor and AMD's AGESA providing the framework for memory settings, initialization, training, and compatibility, many memory modules that previously had issues will run infinitely better now. Can I use the word "magical" again?
a co do pamieci, no prosze cie xD