We have a need for speed everywhere we go because of technology, higher productivity goals, faster internet, and more devices. We’re used to getting answers right away, and we expect our devices to keep up with us as we do many things at once.

Most of the time, when we think of fast, high-performing technology, we think of computer processors and how fast they run. Before you can figure out what makes a good processor speed, you need to know what a processor is and what its parts do to make your computer work better.

A CPU takes the instructions from the program and turns them into the output that you see when you use a computer. A processor is made up of pieces of hardware that work together to send and receive information. This lets your computer do the things you ask it to do when you open an application or change a file. How fast it works or how painfully slowly it works can have a big effect on how you use a computer. 

Processor cores and clock speeds tell your computer how much information it can get at once and how quickly it can process that information. The processing speed of your computer is the speed at which all of its cores and clock speed work together. 

Cores of a processor vs. clock speed 

Cores and clock speed are two very different parts of a processor, but they both do the same thing. Many computer experts talk about which one you should pay more attention to when buying a computer. However, both are important for your computer to work at its best. 

 If you want to use your computer for complex video editing instead of just standard programs and browsing the Internet, you will need a different processor core and clock speed. Let’s look at these two computer technologies and the numbers you should pay attention to when comparing them. 

What is a processor core? A processor core is a single processing unit inside the central processing unit of a computer (CPU). The processor core gets instructions from a single computing task. Working with the clock speed, it quickly processes this information and temporarily stores it in the Random Access Memory (RAM). When you ask for it, information that you want to keep for good is saved to your hard drive.

Multiple processor core units make it possible to run multiple programs and ask for multiple tasks, like making changes to a document while watching a video or opening a new program. For games or programs that are hard to understand, you need a CPU that can keep up with the fast flow of information, like audio and video feeds. In the digital age, when we all know how to do more than one thing at once, processor cores are becoming more and more important to computer users. 

Multiple processor cores and hyper-threading technology are almost a must-have for both gaming computers and regular computers. Having more than one processor core gives you the freedom to work faster, play more complicated video games, or use virtual reality to explore a new world.