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现代CPU，例如XEON 6，拥有144个核心和144个线程——在我看来，这似乎是CPU硬件工程师和使用CPU的软件工程师之间存在严重脱节。在软件方面——在分布式系统中——大多数容器化系统都假设它们将以水平分布式的方式利用单个CPU核心，即许多Pod等。其他Pod可能位于不同的机器上。然后，像JVM、Golang、JS这样的语言平台正在走向绿色线程/事件循环，它们最大限度地利用单个平台线程的优势。据我所知，唯一能够利用我们如今看到的庞大CPU的软件系统是那些庞大的数据库——但即使是那些数据库也已经走向了存储与计算分离的道路。除非CPU供应商制造这些强大的CPU，知道它们将按线程出租？大家怎么看？

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Modern CPUs e.g XEON 6 have 144 cores, 144 threads - which to me seems a heavy misalignment between the hardware engineers making the CPUs & the software engineers using the CPUs.on the software side - in distributed systems - most systems when containerized assume they're gonna be utilizing one CPU core in a horizontally distributed manner i.e many pods etc. the other pods could be on different machines.then the language platforms e.g JVM, Golang, JS are going the route of green threads/event loops which take advantage of the 1 platform thread to its maximum advantage.the only software systems to my knowledge that can take advantage of the massive CPUs we see these days are either the massive DBs - but then even those have gone the way of separating Storage & Compute.Unless maybe the CPU vendors - are making these powerful CPUs knowing they will be rented by the thread ?what does everyone think ?

HN 提问：多核技术是否已成过去？