Intel Core i7-10700 Review and Benchmark
Intel Core i7-10700 Review
The Core i7-10700 processor in this evaluation is based on the 10th generation Core “Comet Lake” microarchitecture by Intel, which is possibly the last improvement of the “Skylake” core layout the firm has actually been hauling along for half a years, on the 14 nm-class silicon fabrication process due to major missteps with its 10 nm silicon manufacture node. Before AMD “Zen” made landfall in 2017, Intel had 4-core/8-thread processors leading its mainstream-desktop (LGA115x) platform, which the business has considering that significantly upgraded generation over generation with enhancing core and string counts per buck, besides greater clock rates.
The 10th generation Core i7 “Comet Lake” desktop processor schedule contains 8-core/16-thread cpus, a doubling in string count over the 9th generation Core i7 8-core/8-thread components as the company enabled HyperThreading across the entire lineup. The Core i9 lineup is led by 10-core/20-thread parts; the Core i7 is 8-core/16-thread, the Core i5 6-cores/12-threads, as well as the Core i3 4-core/8-thread.
This is our initial 10th generation Core i7 evaluation. We have both the i7-10700 as well as the i7-10700K with us, but selected to keep up the former due to the fact that the various other 10th generation Core processor evaluates thus far disclosed that with Intel kicking back power limitations and also Tau control for motherboard suppliers, letting them come up with a few of the most ingenious clock-speed as well as power-management modern technologies, even the non-K parts have a lot of untapped capacity. We obtained our initial tip of this in our i5-10400F evaluation, where loosely applied customized power limitations made it possible for a small but tangible efficiency increase. This made us curious: exists a cpu that’s kept back by its power administration a lot that enthusiasts could obtain complimentary efficiency by unlocking those restrictions?
Intel Core i7-10700
The Core i7-10700 ticks at 2.90 GHz as well as has an optimum boost regularity of 4.80 GHz. Unlike the 10th generation Core i5 Collection, it likewise features popular cores and Turbo Increase Max 3.0 technology. Nevertheless, unlike the Core i9, it loses on Thermal Rate Boost. Preferred cores is a technique of boosting single-threaded efficiency by recognizing both best-performing cores on the silicon at the time of manufacture, noting them out on the micro-code, as well as exposing them to conscious operating systems (Windows 10 1709 or later, and Linux Q1 2018 kernels and later). By virtue of their physical superiority, these cores are able to sustain greater boost clocks better, so the OS prioritizes web traffic to them.
Over 1,000,000 CPUs Benchmarked
CPU Mark Relative to Top 10 Common Desktop CPUs
As of 11th of September 2020 – Higher results represent better performance