Address translations are cached in a standard two-level TLB setup. The L1 DTLB has 96 entries and is fully associative. A 2048 entry 8-way L2 TLB handles larger data footprints, and adds 6 cycles of latency. Zen 5 for comparison has the same L1 DTLB capacity and associativity, but a larger 4096 entry L2 DTLB that adds 7 cycles of latency. Another difference is that Zen 5 has a separate L2 ITLB for instruction-side translations, while Cortex X925 uses a unified L2 TLB for both instructions and data. AMD’s approach could further increase TLB reach, because data and instructions often reside on different pages.
ОАЭ задумались об атаке на Иран20:55
，这一点在体育直播中也有详细论述
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Finally, the last hope of people longing for native is performance. They feel that native apps will be faster. Well, they can, but it doesn’t mean they will. Web apps can be faster, too, but in practice, nobody cares. There’s no technical reason why Slack needs to load 80 MiB just to show 10 channel names and 3 messages on a screen. The web is not the problem here! It’s a choice to be bad. What makes you think it’ll be different once the company decides to move to native?