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  • S_x96x_S

    addikt

    válasz Petykemano #8993 üzenetére

    > Az M2-höz N4-en gyártott és és most
    > az A17-ben debütált N3B-n gyártott lapkák egyszálas CPU teljesítménye
    > szinte alig növekedett.

    lehet, hogy kezdenek átállni tik-tok -ra ..
    ( a GPU-ba jobban belenyultak )

    "Apple's A17 Pro SoC maintained the company's renowned six-core configuration and packs two high-performance cores functioning at up to 3.77 GHz and four energy-efficient cores operating at a lower frequency. When compared to the A16 Bionic (made on TSMC's N4), the A17 Pro boosts the maximum clock-speed of performance cores by 8.95% (from 3.46 GHz), which is in line with what TSMC's N3 (3nm-class) process technology offers compared to its 5nm-class counterparts (+10% ~ +15% compared to N5, about 10% compared to N4)."

    --------------------

    Single-Core
    2914 A17 Pro ( up to 3.77 GHz )
    2641 A16 Bionic
    3223 Core i9-13900K
    3172 AMD Ryzen 9 7950X ( up to 5.70 GHz )
    2050 Snapdragon 8 Gen 2

    "When Apple formally introduced its A17 Pro system-on-chip (SoC) earlier this week, it said that its high-performance cores deliver a 10% increase in single-thread workloads compared to its predecessor. Apparently, this was an accurate estimate and the new processor delivers single-thread performance that is competitive with some PC processors while working at a considerably lower frequency. Meanwhile, it looks like Apple has made little to no architectural changes to its A17 Pro CPU cores and only boosted clocks."

    via:
    Apple's A17 Pro Within 10% of Intel's i9-13900K, AMD's 7950X in Single-Core Performance
    https://www.tomshardware.com/news/apples-a17-pro-challenges-core-i9-13900k-ryzen-7950x-in-single-core-performance

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