When saving the machine to match, many players will match the CPU with the nuclear display for the unique display platform, in fact, the reason is very simple, that is, when there is a problem, the nuclear display can be used to troubleshoot some of the faults. In addition, sometimes the board U set with the core display is cheap, and it is still very cost-effective to upgrade the nuclear display version with only 100.
But for MengXin, although the nuclear display is very practical, but many players face the nuclear display or Zhang'er monk confused, let's talk about how to distinguish whether the CPU has a nuclear display and the approximate nuclear display performance and application scenarios.
AMD: By default, there is no kernel display, but the kernel display is really strong
The AMD processor that players are exposed to every day is the Ryzen series, that is, the RYZEN series, which has no suffix and the X suffix is not nuclear, like the Ryzen 5 3600, the Ryzen 7 5800X are not nuclear.
The 5600G and 5700G are nucleated
The Ryzen, which only has the G suffix, is nucleated, and the algebra of the Ryzen is different, and the performance of the nucleus is also different. In simple terms, the core display performance of the 2000 Series Ryzen is roughly equivalent to that of the GTX 460 graphics card, and it can play crossfire and so on.
The core display of the 3000 Series and 4000 Series Ryzen™ is roughly equivalent to the performance of gtx 750 or GT 1030 graphics cards, and can play CS:GO, LOL, DOTA and so on.
And the new 5000 series Ryzen™ core display performance can be comparable to the GTX 750Ti, can play PUBG, Tomb Raider, Overwatch, can tolerate low quality / low resolution if you can touch the AAA masterpiece, including, The Witcher 3, The Elder Scrolls 5, Fallout 4 and so on.
Intel: The default is with a kernel, but the performance difference is large
In Intel, on the contrary, the CPU without the suffix is with a kernel display, and only the F in the suffix is not a core display that needs to be used with the graphics card, for example, the Core i3-12100 is cored, and the Core i7-12700K is not cored.
The F suffix indicates that there is no kernel
In addition, the Intel CPU and hdL version are much more complex, so let's talk about it separately. In the 12th generation Core, the Core i5-12600 and above processors are equipped with UHD770, and its performance is roughly equivalent to gtx 460 graphics card, and the supported games we will not repeat here.
Core i5-12400 and below processors are equipped with UHD730, which is roughly equivalent to GTX 550Ti graphics card, and can play Red Alert 2, Warcraft 3 and so on.
The 11th generation Core is similar, except that the Core i5-11500 and above processors are equipped with UHD750 core display, and the earlier CPU is still UHD730. The performance of the UHD750 core display is between uhd730 and UHD770.
Coming to the previous generation of Core is different, starting from the 7th generation of Core, all the way to the 10th generation of Core are equipped with UHD630 nuclear display, that is to say, from the Core i3-7100 to the Core i9-10900K equipped with the same core display, its performance is lower than UHD730 performance, basically can only play games such as crossfire.
If you are not a gamer, then the requirements for the verification display will be much lower, for daily office use, or only for audio and video entertainment, you can even not look at the nuclear display model, as long as there is a nuclear display can be competent. Finally, we should remind everyone that when choosing a CPU, we must also pay attention to the combination with the motherboard chipset, otherwise the board U will only persuade you to give up.
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