bundled：随核心内置的插件
The quality of the design will be increased if the module is designed as if it meant to be extracted into a separate microservice in the future. It doesn’t matter when or if ever it’s going to be pulled away. It’s also not about preparing technical infrastructure for the extraction itself (e.g. http or event queues between modules) - that would be overkill if applied to all modules. This heuristic is more about the quality of choices of boundaries and responsibilities.
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Security Implications
第一百二十八条 本章关于出租人和承租人之间权利义务的规定，仅在租船合同没有约定或者没有不同约定时适用。
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.