Compare the I7 8700K and I7 6800K models.
Compare the I7 8700K and I7 6800K models.
They represent two distinct CPU models. The 6800K is an X99 extreme version, while the 8700K is a typical Core processor. For gaming, the 8700K offers better performance due to several factors. It runs on newer technology, which often means lower costs when considering MOBO pricing, as X99 chips tend to be more expensive.
Review the differences using key metrics. Check the benchmarks at the provided links for detailed performance insights. Let me know if you need further clarification.
Did you consider the likely higher cost of the motherboards for the 6800K? IPCs might be lower there, and you won’t get much more performance from it, but for the price it’s quite reasonable.
Depends on how the games respond to clock vs cores. The 6800k without OC is slower than the 8700k at stock, not counting architecture updates between them. Broadwell was not a good overclocking generation either. On that note, a Ryzen 2600(X) might even be comparable or better than 6800k so consider that also. Where the 6800k might win is if you do heavy compute workloads, as its extra ram channels could help there, but this is a niche use case.
It offers better performance overall, with the exception of memory bandwidth when utilizing all four channels and PCIe lanes.
The 6800K offers marginally poorer IPC with slightly reduced achievable clocks. It provides additional native PCIe lanes and more memory channels, increasing bandwidth for performance-intensive applications.
Platform expenses vary clearly, with x99 versus z370 8700k offering greater potential and faster clock speeds. Marginally better IPC, reduced heat output, and possibly lower power use. Newer capabilities include expanded PCIe lanes (though somewhat less critical), additional USB 3.0 ports, and a more efficient chipset. Support for TSX, TXT, MPX, and SGX extensions is available. Integrated graphics with 4K Netflix support are possible. Higher memory speeds are supported, though XMP will likely be used. Soldering improves thermal performance over traditional methods. More PCIe lanes and additional SATA 6Gbps ports are present. This configuration could serve as a stepping stone toward more powerful options like the 10-core 6950x or 24-core Xeon. It's more affordable in your situation, offers increased cache, and has a healthier second-hand market for x99. You can upgrade to 128GB memory instead of the standard 64GB.