我认为这是有史以来最具技术挑战性的事情！
…. this year, we decided to go all the way with the massive 28-core, 255W英特尔至强W-3175X,一种罕见的CPU的宝石,成本至少3000美元——如果you can even find one. Our goal was to break the chip’s records at the time: pushing it from its 3.1GHz base frequency to beyond 5.68GHz on Cinebench R15, or at least beyond 6.5GHz via the more lightweight CPU-Z validation.
根据基准，W-3175X必须降至-100°C/-148°F和120°C/-184°F之间。与去年的i9-7980XE相比，这给了我们更大的回旋余地，如果低于-104°C/-155.2°F，它将停止运行——撞上“冷虫”。
After spinning up CPU-Z, we made some some fine adjustments on the clock speed and voltage in between pours, eventually stopping at 6.1GHz. That was still some way away from the6.5GHz world record在写这篇文章的时候，我们不得不将就着用我们得到的那块硅。
但我们更关心的基准是Cinebench R15，它推动所有28个内核和56个线程以100%的速度运行，而CPU-Z验证的运行速度约为10%或更低。这很难。我们甚至向另一家顶级超频公司Hiva“Hiwa”Pouri寻求帮助，但每当我们超过5.5GHz时，这台电脑就会一直显示蓝屏。拆卸和清洁套件也没有多大帮助，所以我们在5.5GHz的频率下得到了7865 cb的分数——离目标不远8391 cb（5.68GHz）记录.
According to Stepongzi, this was really impressive, considering that his i9-7980XE last year reached 5.6GHz on “just” 18 cores, and now we have a similar 5.5GHz speed but on28核心。也就是说，英特尔在W-3175X超频时的稳定性方面取得了长足的进步。斯捷蓬子补充说，这很容易让人感到失望i9-9900K，英特尔最近的八核旗舰，在相同的基准测试中（尽管i9-9900KS在Computex上发布的消息应该会看到性能的大幅提升）。
