When I built my computer three years ago, I used a Z170 motherboard with an i3 6100 processor. Over the course of time, I upgraded the SSDs to the highest-end models, installed a standard video card, and then moved on to the processor. When I decided to purchase a Z170 from tic-tac, the idea of an i7 7700K quickly occurred to me, and I immediately did the math. However, beginning in the year 2022, there have been speculations circulating concerning Coffee Lake. First, that there will be a total of six cores. Then, that it will be compatible with the Socket 1151, much like the Z170 chipset on my computer. Then, there will be no compatibility with the 100-200 series, but the form factor will be maintained as it is. Then, what may have happened is that the BIOS was simply eaten, as some manufacturers may have said. Then, it was announced that there would be backward compatibility, but that older chipsets could only support a maximum of four cores. Etc.
In the summer of 2022, after being worn down by rumors and my own avarice as well as being a victim of marketers, I finally began to comprehend that Coffee Lake would be, but not for my motherboard. It dashed so many of my hopes all at once, and I felt like crying. And then I recalled my student ambition to work on the HEDT platform, which had recently been upgraded over the previous summer to the Kaby Lake level.
It was discovered that a 6-core CPU can set one back a significant amount of cash. The cost of mother is certainly higher. You won't have to wait another three months for the release of Coffee Lake, and the number of possible upgrades is through the roof. Even 32 threads can be put in there! It doesn't matter how much money you throw at it, this motherboard will be able to handle it:) In any event, according to the theory, the HEDT platform ought to be either the same as or superior to the mass equivalent in all aspects. As a result of these feelings, I decided to get this CPU along with a mother for it. Because it is the least expensive option for the LGA2066 platform that supports four channels of RAM, the 7800X.
Now, let's look at the first paragraph. I am able to run a 7800X on an MSI X299 GAMING M7 ACK board with a CBO NZXT Kraken X52 @ 4.6GHz with a fixed Vcore voltage of 12022V. RAM from Corsair ranging from 4 to 8 and 3200/16. In the benchmarks, when I was using a reasonable amount of throttle, I did not set any AVX offsets. The maximum voltage of 1.35 volts is permitted for use with the 7800X. In other words, if I decided I didn't want to use 4.8 GHz, I could.
It's possible that I'll upgrade to a 7900 or 7920 model sometime in the future. But not anymore; for explanation, see below. After then, both the quantity and the price of the kernels will increase by a factor of three. Instead, this pricey toy will be consigned to the scrap heap of history in its current incarnation.