Six cores provide sufficient power for gaming tasks.
Six cores provide sufficient power for gaming tasks.
Many people compare gaming to running programs like Prime95, but games aren't that stressful. Having six cores works well for me, and my 5600X handles games without issues. It's actually more enjoyable since it stays cool and the fans don’t make much noise.
It varies by title... I haven't seen them yet, but some titles will use multiple cores or even six. When that happens, background tasks can lead to dropped frames. Most games I've played—even the newest ones—use just two or three cores, so six is usually fine. Besides speed, higher-end CPUs offer benefits, but comparing a 5600X to a 5900X isn't balanced because of the big difference in clock speeds (one has a noticeable boost). For those who claim to overclock their CPU to match the higher model, you're also missing the clear advantage of a larger cache. According to the 5800X3D, more memory (96Mb) often helps real-world performance more than just speed or cores. Even with lower clock speeds (around 4.5Ghz), this chip outperforms faster, multi-core options in many tests and games—except for pure multi-core benchmarks. Six cores will likely appeal to budget-focused gamers for now. Eight cores are gaining traction thanks to better pricing and more room for future games, but don't invest in a CPU today if you're planning for three or five years ahead—you might lose money. Edit: As noted by freeagent, consider the cooling challenges of higher TDP CPUs; ventilation, case noise, and power supply needs are important factors. I worry about what RTX4000 series and Intel CPUs will require in terms of power supplies... I just hope RDNA3 includes strong ray tracing capabilities to match AMD's focus on efficiency per watt.
I increased my 5600X boost to 4850 and adjusted the 5900X to 5150 with PBO and CO. Clearly, the 5900X outperforms in all aspects, though the 5600X remains cool and functions well for gaming. Before purchasing a second board, I experimented extensively and nearly had to replace my 5900X multiple times.
The main point I'm hearing comes from your reply ("well enough for me"). It seems you're wondering if the performance differences apply to higher core processors. If you hadn't played on a more powerful setup and noticed improvements in aspects like smoothness or frame time, would you prefer to keep using six cores?
Choosing a 6-core setup versus building one is fundamentally different. I’m sticking with 6 cores. The prices have dropped, so going with 6 is a solid move. The numbers make sense too—12700k was around 300 USD, and 5900x was 360 USD. People shouldn’t pay that much for an X3D. Cyberpunk and Warhammer were really tough on 6 cores, but those are exceptions right now.
I’m planning to upgrade soon with an Intel Cascade Lake Core i9 10920x / Asus x299 Deluxe II motherboard. Right now my setup works fine for me. Mostly it’s a home-based 2D art creation tool that keeps me entertained while I work or create. If it can handle some fun games smoothly, that would be great. It functions well and comes with nice features. BlackDragon
I just swapped my 10600K for a 10900K. Everything was set beforehand—motherboard and cooler already installed. I went in knowing what I wanted. Chose a top-tier GPU, a premium motherboard, and a solid CPU cooler. Upgraded to the best LGA1200 CPU and overclocked it to maximize performance. This upgrade aimed to future-proof my system as much as possible without overspending. The 10900K should last at least three or four GPU replacements, along with my Antec HCG 850W power supply. My previous PC was an I5 3550, which I OC’d to 4.1GHz and paired with a GTX 650. I don’t upgrade every few years; I stick with the best options for LGA1200. It cost around $490, which is typical in my region, instead of the higher prices elsewhere. It actually saved me $250 since I sold the 10600K and wanted to snag the 10900K before Intel retires it. I’m not moving from a 6/12 CPU to an 8/16—just picked the top CPU for gaming at 240Hz FHD. I also handle editing and do tasks the older model couldn’t manage well.