CPU 速度表示了 CPU 一秒内能够进行多少处理周期,所有核心(处理单元)均被考虑在内。具体计算方法是将每个核心的时钟频率相加,对于使用了不同微架构的多核心处理器则是每组核心相加。
当中央处理器(CPU)运行低于其限制速度时,其会促进更高的时钟速度,从而获得更高的性能。
一些具有锁倍频的处理器可以轻松实现超频,从而让您在玩游戏以及使用其他应用时获得更高的性能体验。
更大的第二层快取存储器可让中央处理器(CPU)和系统的性能更快。
更大的第三层快取存储器可让中央处理器(CPU)和系统的性能更快。
更大的第一层快取存储器可让中央处理器(CPU)和系统的性能更快。
通过访问中央处理器(CPU)的每个内核,可在第二层快取存储器储存更多的数据。
通过访问中央处理器(CPU)的每个内核,可在第三层快取存储器储存更多的数据。
评论
Davey
1年 前
10 / 10
Upgraded from i5-2500k to the Monster 3950x Ryzen
Davey
1年 前
10 / 10
For 11 years I rocked the i5-2500k and for all that time I had it overclocked to 4.6ghz stable. I spent most of that time waiting for my renderings to finish. Probably years over the 11 years in waiting times. I bought a ryzen 3950x and was amazed, truly amazed at the speed difference. I managed to get hold of a test rig on ebay for £500 which had the ryzen 3950x with an msi x470 pro gaming and 16gb ram. The performance in 3ds max rendering is mental. A single image at 1080p resolution on the i5-2500k would take for example 5 minutes this has now been reduced to 15 seconds. It really is the difference between night and day now. I would recommend without a shadow of a doubt that this would be a worthy upgrade to any enthusiastic productivity craver. My projects can be done in no time. I'm running Windows 11 which the motherboard can handle so that's a nice bonus. Happy days. I'm still in week 2 of owning the ryzen 3950x so will be sure to update in time any changes to my opinion.
优点
缺点
Oblast
2年 前
10 / 10
One of the best cpu for 3d rendering and games 2
Oblast
2年 前
10 / 10