Gaming CPUs need not have the highest number of cores, quickest clock speeds or largest caches to be the most powerful. In order to be deemed the greatest gaming CPU, a computer’s processing power only needs to be exceptional while remaining reasonably priced. It’s that simple.
Intel Core i5-11600K
There are six cores (12 Threads)
Speed of the base clock is 3.90Ghz
In order to save money, you can go with a barely-capable 11th-generation i5 instead of an i7 and still play in Quad HD (1440p) with high refresh rates or 4K60. Also, an i9, if not a monster i9, is possible. With its enhanced clock speed, the i5-11600K can compete with Ryzen and the 11th generation of i7 CPUs (on an entry level) when it comes to gaming.
Intel Core i5-12600K
ten cores in total (16 Threads)
3.70GHz is the default operating frequency.
While the AMD Ryzen 5000 series offers a better price-to-performance ratio, the newly announced 12th-generation Intel i5 Alder Lake chip delivers exactly what we hoped for from Rocket Lake earlier this year.
It turns out that at half the price, the Intel Core i5-12600K performs better than the less well-liked Core i9-11900K. Due to this simple fact, it doesn’t obtain our top spot on our list due of its well-documented performance; it can only play some of the games now available. Some newer games, such as Assassin’s Creed: Valhalla and Immortals Fenyx Rising (PC Gamer has the whole list accessible), have DRM (digital rights management) problems, which means they won’t even start and others may have compatibility issues with Windows 10 operating.
AMD Ryzen 5 5600x
There are six cores in total: (12 threads)
At 3.7GHz, the system’s default frequency,
The most powerful Ryzen processor for gaming? Benchmarks show that the 5600x is up to the task. Every other 10-generation Intel Core line can’t compete with the i5-115600 and i5-11600k in terms of gaming performance. This is an engineering marvel. It’s a big deal because they’re Intel’s direct competitors (and because Intel has dominated the market for a long time).
AMD Ryzen 9 5900x
Twelve cores (24 threads)
Clock speed of 3.70GHz at the base.
A true beast for nearly every activity in front of it, the Ryzen processor is no surprise with its amazing twelve-core (24 threads) architecture, including high-end gaming with incredibly rapid frame rate (when coupled with a powerful graphics card and a graphics card, of course).
The 5900x, on the other hand, is a complete waste of effort if you’re just looking for a gaming engine. To be sure, it’s pushed to its limits by the way it handles other tasks, such as video rendering and encoding at high quality.
Intel Core i7-9700K
8-Core CPU (8 Threads)
3.60 GHz is the standard operating frequency.
On one of our recently-built computers, we’ve been amazed at how well the i7-9700k performs. The Razer Blade 15 Base, another of our current laptops, includes a six-core portable version of the CPU (9750H) that is impervious to damage.
Because of the 9700k’s availability in the market and its expected pricing in 2021, its greatest advantage is not only its availability but also its affordability. In comparison to the current generation, it is significantly less expensive and more readily available. Because it chose to increase core count over hyperthreading in this particular batch of CPUs, Intel’s 11th generation still outperforms its 10th generation cousin in terms of gaming.
AMD Ryzen 3 3300X
Four cores and eight threads are available.
Base clock speed: 3.8GHz
The clock’s maximum speed is 4.3 GHz.
AM4 socket on the motherboard
B450/B550 motherboard chipsets are recommended.
Included in the purchase price was the following cooler: Yes
Support for PCIe 4.0: Yes
Max. Power Consumption: 65 W
If you can find one, this AMD Ryzen 3 3300X is now the greatest bargain CPU on the market. It has been in stock a lot of last year. One of the most affordable Intel processors on the market with an incredible amount of power for a very low price point. AMD’s premium Ryzen 5 3600 and Ryzen 5 3600X CPUs performed better in our tests, so this CPU is a better option for individuals on a tight budget who want to create a PC.
For a quad-core processor, the overall desktop performance is excellent. In my tests, it outperformed the Core i5-10600K in terms of single-core performance, confirming its status as one of the most expensive CPUs on the market. With a built-in good cooler, it’s an excellent choice for gaming as well as general desktop work, making it an even better value for money.
Intel Core i9-12900K
Eight (8) / Eight (8) cores and eight (8) threads.
3.2GHz (P-cores) and 2.4GHz (A-cores) are the base clock speeds (E-cores)
5.2GHz (P-cores) and 3.9GHz (A-cores) are the maximum clock speeds (E-cores)
Motherboard LGA 1700 connector
600 series motherboard chipsets are recommended for use (Z690 and more to be announced)
No cooler is provided.
Support for PCIe 4.0: Yes
TDP: 241 watts
You don’t need a CPU with as much power as the Intel Core I9-12900K to play games. Only this 16-core behemoth can compete in terms of raw power if you’re willing to spend a lot of money on the greatest Central Processing Units.
Just because Intel is charging more for its 12th Gen processors doesn’t mean that even the more expensive Ryzen 9 5950X can compete with its multicore and single core performance. Using a gaming PC for video editing or broadcasting could be a viable option to investigate. This means that while the Core i5-12600K is the best bargain for gaming, you can get more fps from the best graphics cards with the Core i9’s greater P-core performance.
Heat dissipation rates for high-end processors are rising in lockstep with demand. Extreme TDP CPUs have risen in quantity as a result of a fierce competition for clock speeds, many cores, and power. Affordable high-capacity coolers are becoming increasingly necessary. Although liquid coolers are more expensive than air coolers and don’t come with longer warranties, they provide excellent cooling and are more efficient than air coolers. Customers are primarily interested in air cooling systems because of their simple design and good performance cost ratio.