The Best CPU For 1080 Ti
The Best CPU for GTX 1080 Ti in terms of performance is the Intel i7 8700k. It has 6 cores and 12 threads and can be overclocked up to 5GHz, making it a top choice for gamers. The only processor that comes close to these specifications is Ryzen 7 2700X, which is priced more than i7 8700k but offers similar performance with 8 cores, 16 threads, slightly less clock speed (4.3 GHz), and boost frequency which varies between 4.35 GHz-4.7Ghz but will not overclock much further as compared to i7 8700K. (it’s officially verified).
The Best CPU For 1080 Ti
Let’s take a look at the Best CPU for GTX 1080 Ti. if you are not satisfied with the option. Check out a list of the best CPUs for 1080 ti.
Intel i7 8700k
Let us take a look at Intel’s latest 12th generation Intel® Core™ processor, the Intel® Core™ i7–8700K. The 8th Gen Intel® Core™ desktop processors deliver stunning performance (1), immersive gaming experience, and are beautiful to look at as well.
It’s Intel’s turn to get in the high-end desktop (HEDT) action with their new Intel Core i7 8700K processor, a 6 core 12 thread behemoth that packs a nominal 4.70 GHz base frequency and up to 4.70 GHz turbo frequency through Intel Turbo Boost 2.0 technology and features Intel Optane memory support as well! The K suffix denotes an unlocked multiplier design that can be overclocked by users of Intel 200 series chipsets using a Z chipset (Z370/H370/B360), X for Intel 300 series chipsets (X299, X99/X58).
The Intel Core i7 8700K is supported by 16 PCIe lanes providing direct access to NVMe.
Get Unprecedented Power and Responsiveness
The Intel® Core™ i7 processor is a great investment, offering advanced technology for blazing-fast performance and stunning visuals. Get the most from your computer by choosing the right platform for your needs. Get unprecedented power and responsiveness at our best price ever — lower than the previous generation4– so you can create, work, play, and do more with your PC than you ever thought possible.
Features and Chipset
The i7–8700K is the flagship of Intel’s lineup, with a 3.7GHz base clock and 4.3GHz turbo boost. The i5–8400 and i7–8700 share the same features, but there are some key differences under the hood that should be noted if you plan to snatch up an i5 for a cheaper price tag ($200 vs. $300).
Both i5 and i7 offer six cores without Hyperthreading, while disabling one core on the i5 will get you more single-threaded performance from your chip. This isn’t something I recommend doing unless your workload demands single-thread prowess (like video editing).
Overclocking and Heat
Thanks to the i7 8700K’s efficient 14nm process, it runs a whole lot cooler than previous Skylake processors. Even with its single-core Turbo tech-enabled (4.7GHz), 99 percent of the time, you’ll only notice two cores fire upon weapon activation.
At that frequency, the i7 8700K’s XTU (CPU-Z) rating of 100c isn’t too shabby either. But if you want to go a little overboard in pure CPU benchmarking, then cranking up the i7 8700K will undoubtedly get the job done. And while temperatures apparently won’t become an issue here, we did notice that Turbo Boost doesn’t seem to kick in as often as advertised.
This could be attributed to power throttling or thermal limitations (which were non-existent at stock settings). In any case, at 4.7GHz, most single-thread benchmarks still saw over 40 percent performance gains on average. First, however, there is your in-game performance.
From enthusiast-level gamers building quad-core systems to casual PC users requiring multi-tasking capabilities with faster web browsing, digital media creation is becoming easy even on desktops 1 . Intel’s new architecture enables higher frequencies resulting in improved overall system performance. In addition, to offer faster processing speeds while maintaining low power consumption levels for longer battery life, Intel has incorporated hyper-threading technology2.
The i7 8700K is the fastest mainstream CPU Intel has ever made. Its hefty 6-core/12-thread configuration annihilates anything and everything in its path — provided you have a capable enough cooling solution. As a result, there’s simply no reason to buy an i5 (apart from stock-speed considerations)unless you absolutely must spend under $300 for a processor. Even then, there are better options than i3 if combined with a discrete graphics card.