The Ultimate Guide to The Best Gaming CPU: Boost Your Experience

The CPU job is to feed frames to the graphics card that creates the visual we see on the screen.

Games are still mostly relying on frequency and rarely utilize more than 4-6 CPU cores.

Feeding high refresh-rate monitors with more than 240 fps requires a high frequency that Intel can provide.

This is the most controversial topic right now since AMD made such a massive impact during 2020.

The AMD Ryzen CPUs are undoubtedly more advanced and have the best multi-threaded performance, along with power efficiency.

To create their CPUs with a large core count, they have bridged chips together using various methods which will add latency.

Intel is the most established manufacturer and has the best support from Microsoft and Windows.

A too slow CPU will result in choppy gameplay or stutter. This is called frame pacing or frame timing.
The more FPS you strive for (e.g. 240Hz), higher demands will be placed on the CPUn.
For gaming, therefore, a high cook rate (Ghz) is by far the most important aspect.

- K-model CPUs have higher clock speeds and are recommended for high FPS gameplay.
- Intel currently has the highest frequency
- Intel has the best support from Microsoft and Windows.

- i9 is best (You can always deactivate Hyperthreading)
- i7 is usually a damaged CPU with inactivated cores/HT which may introduce latency.

Open world, MMO, Real-time Strategy and Battle Royale games with large open areas, multiple players require a lot of computer power.
Strategy games and MMO's require a lot of calculations for devices and others play where they are on the map ex. Higher CPU requirements.
The same goes for Battle Royal as Fortnite, PUBG.

CPU hyper-threading is a technology that allows a single CPU, or central processing unit, to effectively operate as two separate CPUs.

This allows the CPU to perform more tasks simultaneously and can improve overall system performance.

Hyper-threading is a form of simultaneous multithreading technology, which means that it allows multiple threads of execution to run simultaneously on a single physical CPU core.

This can help to improve the efficiency of the CPU and make better use of its resources, allowing it to handle more tasks at once.

- Disable Hyper-Threading for 6-core CPUs as it may add latency.
- Hyper-Threading is also a security hazard and is constantly patched which will reduce performance over time.
- Introduces security issues.
- Adds heat to the CPU which may limit the Frequency.
- Most likely to add a premium to the purchase.

Core-Boost automatically increases GHz under strenuous loads, which means that you hardly need to overclock.