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Intel and Ryzen Processors Series for Gaming

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intel processor amd processor ryzen processor core i5 processor gaming processor best gaming processors
image via INTEL, AMD

The processor is one of the most important building blocks of any PC and one of the components that has the greatest impact on the performance of many applications, including games. This is something we all know, but I have been able to verify that although we have taken everything out, there are still many doubts and some myths about the processor and its use in games. I encourage you to design this guide, here I will explain all the information you should know about the processor and its use in games in three points. If you have other basic questions and want to know what a processor is and what elements they are made of, click on the remaining links in this paragraph to find all the information you need. If you have any questions after reading, you can leave them in the comments and we will be happy to solve them for you. By way of introduction, so that we have a starting point, I remind you that the processor is the heart of any PC, it acts as a general-purpose component, ultimately it is responsible for breaking down the workload into processes and threads. These processes and threads contain dedicated information that components (such as graphics cards) can absorb and use.

In some cases, the game may use less cores, but the performance is poor, so we cannot enjoy a good experience. When developers create games, they are generally distributed from PS4 and Xbox One. Both consoles have eight-core CPUs, seven of which are free and can be used in games. However, these cores are underperforming and very slow (1.6 GHz for PS4 and 2.3 GHz for Xbox One X). This means that to play games on a PC, we don’t actually need an eight-core processor, and today we can still play games on a four-core, eight-thread CPU with no problems. Let’s stop and talk about cores and threads. The kernel is a physical unit that can run in a process, and a thread is a thread that uses the “free space” that the kernel has when processing the main process to increase the workload of the kernel. Therefore, for each active core, a processor with Intel’s HyperThreading technology or AMD’s SMT processor can work with one process and one thread, or have the same two threads.

intel processor amd processor ryzen processor core i5 processor gaming processor best gaming processors

A Quad-core processors with these technologies will move eight threads, the same as eight-core processors without these technologies. However, compared to a processor with eight physical cores, the first one that uses eight threads will load more and perform worse. However, there is another possible way, that is, in some cases, the performance of a processor with six cores and twelve threads is better than a processor with eight cores and eight threads. Better, this is obvious, but we must remember that this does not mean that we will always have a higher performance in the game, because in the end it all depends on the optimization that the developer introduces and the number of cores and threads per game there are. in reality, no game that can really take advantage of processors with more than six cores and twelve threads, which means that having eight core processors and sixteen threads won’t give you any performance improvement. However, in the future, when the game starts to use more cores and threads, it may. It happened at that point, and it finally jumped to four cores, and then there was an eight-thread standardization. If you see that one or more games are not using 100% CPU, don’t worry. As we have already explained, most games only use processors with up to six cores and twelve threads. This is an optimization problem, nothing more. 2.-The use of the processor in the game: IPC and frequency When we talk about the use of the processor in the game, we already have very clear the core and the topics of the thread. Each collection is designed to parallelize the workload it represents

2.-Use of the processor in games: IPC and frequency

intel processor amd processor ryzen processor core i5 processor gaming processor best gaming processors
image via INTEL

When we talk about the use of processors in games, we are already very clear about the problems of the core and the threads. Each collection is designed to process the workload it represents on a specific number of threads in parallel. The ideal situation is to design games with a high degree of paralysis. These games can take advantage of processors with many cores and threads, but this represents significant complexity and ultimately cannot generate profit. If the base is not high, they can even become unviable. As a starting point, this is very limited. When we reach the limit of the cores and threads that the game can use, the performance of the processor will only improve in two aspects: IPC and working speed, and depends on the dependence of the game on the processor, resolution and graphics used Quality, its Ultimately For instance, the impact may be very limited. We will see some examples to better understand everything we have said so far. Imagine a computer equipped with a Ryzen 7 2700X processor (8 cores and 16 threads), RTX 3080 and 32 GB of RAM. This computer runs Cyberpunk 2077 at 1440p with the highest quality, ray tracing, and DLSS 2.0 (performance mode). The gaming experience will be good, but the processor will be wasted and the average usage rate will be between 30% and 55%. Now consider a computer with the same configuration as the old computer, with the sole exception of the processor, which happens to be the Ryzen 5 5600X (6 cores and 12 threads). With the same settings, the processor usage rate will be higher (we can hit around 80% of the maximum value), and our FPS rate will also be much higher. I know what you are thinking, how can a processor with fewer cores and threads perform better than a processor with more cores and threads? Well, very simple, because: • The game does not take advantage of more than six cores and twelve threads, the only advantage of the Ryzen 7 2700X is that it beats the Ryzen 5 5600X. • Ryzen 5 5600X has a higher IPC and runs at a higher operating frequency, ultimately resulting in higher performance. The performance of the processor in the game not only depends on the number of cores and threads but also the IPC and the operating frequency will influence, the former is more important than the latter.

intel processor amd processor ryzen processor core i5 processor gaming processor best gaming processors
image via AMD

3.-The importance of resolution and how it influences the use of the processor

intel processor amd processor ryzen processor core i5 processor gaming processor best gaming processors

When we talk about the use of processors in games, we are already very clear about the problems of the core and the threads. Each collection is designed to process the workload it represents on a specific number of threads in parallel. The ideal situation is to design games with a high degree of paralysis. These games can take advantage of processors with many cores and threads, but this represents significant complexity and ultimately cannot generate profit. If the base is not high, they can even become unviable. As a starting point, this is very limited. When we reach the limit of the cores and threads that the game can use, the performance of the processor will only improve in two aspects: IPC and working speed, and depends on the dependence of the game on the processor, resolution and graphics used Quality, its Ultimately For instance, the impact may be very limited. We will see some examples to better understand everything we have said so far. Imagine a computer equipped with a Ryzen 7 2700X processor (8 cores and 16 threads), RTX 3080 and 32 GB of RAM. This computer runs Cyberpunk 2077 at 1440p with the highest quality, ray tracing, and DLSS 2.0 (performance mode). The gaming experience will be good, but the processor will be wasted and the average usage rate will be between 30% and 55%. Now consider a computer with the same configuration as the old computer, with the sole exception of the processor, which happens to be the Ryzen 5 5600X (6 cores and 12 threads). With the same settings, the processor usage rate will be higher (we can hit around 80% of the maximum value), and our FPS rate will also be much higher. I know what you are thinking, how can a processor with fewer cores and threads perform better than a processor with more cores and threads? Well, very simple, because: • The game does not take advantage of more than six cores and twelve threads, the only advantage of the Ryzen 7 2700X is that it beats the Ryzen 5 5600X. • Ryzen 5 5600X has a higher IPC and runs at a higher operating frequency, ultimately resulting in higher performance. The performance of the processor in the game not only depends on the number of cores and threads, but also the IPC and the operating frequency will influence, the former is more important than the latter.

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