Intel’s Coffee Lake CPU stack
英特尔的新咖啡湖处理器与AMD的Ryzen非常有竞争力，正如我们之前指出的i7-8700kandi5-8600k与比赛的比较。
最后，我们将注意力转向4核4线程i3系列。在本文中，我将比较我们对i3-8350k反对AMD的价格等同于Ryzen 5 1500x。英特尔的细分已经失控了，6核6线程i5-8400属于同一价格类别，仅花费比8350kand1500x。
So, how do these sub-$200 processors compare in gaming and some light productivity work?
The Intel Coffee Lake Core i5-8600K
随着本月的咖啡湖发布，英特尔最终决定增加他们为主流消费者提供的CPU核心数量。该公司的最新核心i5 CPU，i5-8600khas been upgraded to 6 cores from last generation’s 4-corei5-7600k。In theory, that should mean significantly better multithreaded performance in addition to Intel’s typical single-threaded dominance. But how does the 8600K compare to the previous generation, as well as the price-equivalent chips from AMD?
竞争很棒。如果可以的话，请回想一年前。AMD的CPU选择包括几个过时的选项，英特尔很高兴对上一代的增量进行了少量的改进。一年有什么不同！像他们或讨厌他们一样，AMD随着Ryzen Architecture的发布而大大转移了市场。这就是将我们带到今天的原因，也是从英特尔开始的全新8000系列咖啡湖处理器，这是多年来英特尔阵容的最大升级。
This article looks at the new Core i3 CPUs, which are lower-midrange chips still very capable of great performance for the price. What sort of PC should you build with thei3-8100ori3-8350k？请仔细阅读，找出答案。
AMD的营销幻灯片将Ryzen CPU与他们的竞争对手进行了比较。
自2017年3月以来，AMD的新Ryzen CPU一直非常成功地进入主流CPU市场。随着他们最近发布的Threadripper系列产品，AMD还进入了HEDT（高端桌面）细分市场，并在提供Intel有意义的竞争方面非常成功（请参阅Threadripper 1950X与Core i9-7900x）。
However, many have questioned the need for the latest Threadripper processor, the 8-core 16-thread1900X，在高端X399平台上。毕竟，具有相同核心计数的便宜CPU，Ryzen 7 1800xalready exists on the much cheaper AM4 platform. Coming in at $550, its direct competition would be the 8-core 16-thread Intel Corei7-7820x，价格为600美元。这些处理器如何比较？
The AMD Ryzen Threadripper CPU
对于AMD CPU部门来说，今年是一个不错的选择。从3月开始，AMD以他们的Ryzen 7，Ryzen 5和Ryzen 3的桌面处理器阵容，在英特尔投掷一拳。
Last week, the final uppercut has been struck with the Threadripper line-up of high-end desktop (HEDT) CPUs, going up to 16 cores and 32 threads in one package. Let’s look at what different reviewers have to say about the Threadripper1950xand1920xwhile comparing it to Intel’s current highest-tier CPU, the Corei9-7900x。
The Inteli9-7900xandi7-7820x最近被释放并添加到极端主义者和可怕的层次here on Logical Increments。为了充分利用这些高性能的CPU，我将两个功能强大的PC构建汇总在一起。
