Best CPU?
Best CPU?
The eight cores would likely offer better long-term performance compared to the six.
I suggested the 10900K from the beginning since it delivers the best performance. Future-proofing involves taking chances. We don’t have complete certainty. In the past, things haven’t changed much. The 2500K became less practical around the same time as the 2600K. A 6-core i7-990X doesn’t match Ryzen 5’s capabilities, particularly at comparable speeds. That’s my take, honestly. A key advantage is that high-end components retain their worth better than mid-range ones.
I mean maybe but at that stage you can move up to a 10700k then for cheaper options, following this approach a 10900k would offer better long-term security. We usually can't accurately forecast what makes a solid future build. Still, in my setup I included a strong upgrade route—PCIe 4.0 with at least 16 lanes to my GPU, plus a powerful PSU and cooler. For real performance choices we don’t have certainty. Those who bought the 2080tis for $1200–1500 didn’t get much value, while those who got the 4790k at launch did. It’s hard to predict reliably what you’ll need soon, so aim for a path that covers unexpected changes.
My perspective is that Intel only manufactures one type of chip. This approach has been consistent for a long period. The issue is that the manufacturing process doesn’t always yield flawless chips, so they evaluate each one and rate its performance based on functionality. Generally, all 10th generation chips start as 10900K devices. These will contain some defective components. Intel has methods to disable parts of a chip that don’t perform correctly—such as shutting down the integrated graphics, adjusting overclocking settings, and controlling individual chips. A 10900K represents a fully functional chip with all ten cores operating, though some may be too power-hungry to overclock. A 10900 is ideal, but a 10700K includes one or two defective cores that render the chip unusable. The 10600K locks out its four poorest cores, which often results in the remaining cores aging sufficiently to still function well. It might be possible to upgrade a 10700K into a 10600K by removing the underperforming cores.