The latest Intel CPUs are expected to appear in the market next year, but what will they offer? In this article, we look at potential gaming and workstation processors of 2022.

One of the essential things to know when acquiring PC goods is the core specs of a hardware component. Understanding the characteristics of a CPU (and how each spec impacts the performance of your build) can help you make the best decision for your requirements.

We’ve laid down most of the specs that come with a CPU below and how each might affect you in terms of gaming, workflow, and everyday usage.

Threads And Cores

For the most part, modern-day processors are made up of Threads And Cores. A core is a physical processor within the CPU. On the other hand, a thread is a virtual core designed to help the CPU handle multiple tasks.

Processors in the twenty-first century may have well over 16 cores (and twice the threads), making them much superior to earlier models in gaming, workflow situations, and general usage.

When buying a new processor, the following recommendations are advised as a general rule:

  • Four cores – general computing, light surfing, and light gaming
  • 8 CPU Cores – It’s suitable for gaming, moderate multitasking, and general-purpose tasks.
  • Enthusiast level CPU with 16 cores or more. It can take pretty much anything you throw at it. Excellent for rendering, multitasking, and other CPU-intensive tasks.

Speed of the Clock

Next up is the Speed of the Clock. Speed of the Clock (or sometimes cycle speed) refers to how many cycles a core will perform every second. It’s the physical speed of your processor and is measured in gigahertz (GHz) – i.e., millions of cycles. So, a CPU with a 3.6GHz Speed of the Clock performs 3.6 million cycles per second.

Many modern-day processors come equipped with two different Speeds of the Clock – a base and boost speed. A particular CPU can automatically overclock its core(s) to that specific speed to achieve optimal performance. It usually does this in highly demanding CPU scenarios, such as gaming.

Another factor to consider when looking at the Clock’s Speed is overclocking. When referencing Intel, overclocking can only be performed using a “K” rated CPU. So, for example, take the 10900 vs. the 10900K. In this scenario, these two CPUs are very similar. However, the 10900K is overclockable, whereas the 10900 is not.

Overall, whether you’re gaming or doing high-intensive workflows, you always want to get the highest Speed of the Clock your budget can afford.

Cores And Speed of the Clock Combined

While both cores/threads and Speed of the Clock are essential, it’s safe to say that uniting them will give you a much better idea of how well they perform in different scenarios. Taking into consideration both specifications of a processor will tell you how good it is for gaming and how well it handles intense multi-tasking scenarios.

Generally speaking, if you’re into gaming, you can get away with fewer cores if the Clock’s Speed is fast enough. That being said, for multi-tasking and workflows, you want as many cores as possible. While this might sound a little confusing, it’ll all become much clearer when we get to our recommendations.

Types of Sockets

Despite the fact that most – if not all – of the CPUs in this book come from the same socket family, it’s still important talking about how it might influence your buying selections. The socket is essentially the mounting point on your motherboard that secures the CPU. Because each socket is unique and will not accept other kinds, it is one of the most critical aspects to consider when matching a CPU with a motherboard.

Backward compatibility is one area where I believe Intel falls short when it comes to socket type. AMD has made sure that its first, second, and third Ryzen CPUs all use the same AM4 socket. As a result, customers will be able to utilize older, last-generation motherboards with their new CPUs.

Intel, on the other hand, is less forgiving. Unfortunately, when Intel launches a new CPU, it usually comes with a whole new socket to go with it. This implies that if people want to utilize the newest hardware, they’ll have to go out and buy a new motherboard.

The LGA1151 was used in the design of Intel’s 9th generation CPUs, for example. However, since the current 10th generation CPUs are built for the LGA 1200 socket, you won’t be able to utilize your old Z470 motherboard with the newer CPU.

Threadripper motherboards follow the same rule, with Threadripper CPUs using a whole separate socket.

As a result, the lesson is to always double-check that the motherboard and CPU are compatible with socket type. You can end yourself with a very pricey paperweight if you don’t.


The maximum amount of heat created by the CPU is known as TDP (thermal design power) or TDP (thermal design point). To put it another way, it informs you what type of cooling system you’ll need to operate this CPU effectively.

Many low-cost budget cooling systems have a TDP of roughly 65W. Using a low-end 65W TDP cooler with a high-performance CPU that demands 95W TDP dissipation will result in your CPU not operating at ideal temperatures.

Always verify the specifications of a CPU before completing your build list. If you don’t, you risk having a slow-running CPU that isn’t adequately cooled, leading to a slew of additional problems.

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