Asking the question “does motherboard affect fps” is like asking whether the type of keyboard you have affects your typing or not! If you are a competitive gamer, this doubt will come to your mind: does motherboard affect fps? Well, take a cup of coffee and read this blog; we will be clearing all your doubts related does motherboard affect FPS.
What does fps mean? This is both an incredibly easy yet surprisingly hard question to answer. FPS stands for frame rates per second. But, it is actually used to define two things. One, it shows how many images the graphics card will render in a single second. And secondly, how many frames does the monitor displays in each second. The first depends solely on the graphics card, while the second is also limited by the monitor’s refresh rate, meaning how many times the display can refresh in any given second.
Before going into a detailed technical teardown, firstly, we should know what a motherboard is. The motherboard is a main printed logic board made up of a couple of transistors and capacitors and ports and slots, which fundamentally try to maintain a stable connection between the processors (CPU or the central processor unit), RAM (Random Access Memory), GPU (Video Card or the Graphics Card) and the power supply.
Now, let’s talk about the most asked question: Does Motherboard Affect FPS? Below we have discussed the various aspect which needs to be understood before answering this question.
If you are a gamer, then this question will definitely arise in your mind when you try to build a new gaming PC: Does the motherboard affect gaming performance? The answer is partial No.
We are going to explain the reason behind this now. We have already discussed that the motherboard basically tries to establish the inter-stable connection between each and every hardware component.
Now, let’s take an example to understand the concept clearly. Suppose you are using the old Intel Core i5-6600K CPU along with a dedicated Nvidia GTX 1050 Ti Graphics card and want to play a AAA title game on that machine having ultra-high-definition resolution with decent frame rates. Will you be able to play? You already know the answer; it’s simply No. What does that mean? If you want better performance, then you should definitely buy High-End CPUs which have better CPU clock speed or better graphics cards along with higher frequency RAM sticks that can load the software or the applications very fast, and you can get better results.
But if your motherboard does support the overclocking ability along with better VRM, then you can get better performance as well from that old-age CPU and GPU. If you can overclock the entire system, I mean the CPU itself, GPU, and the Memory, then you can quickly get better output or performance boost from that lower-capable hardware. But there’s some limit and also risk to it. It can damage that board and the hardware also if you don’t have the proper knowledge or experience of overclocking.
I think you have got your answer.
Actually, the motherboard directly doesn’t affect the frame rate. They just allow the Intel processor or the AMD processor to perform well. But if you are using the traditional hard disk drive (HDD) instead of a solid-state drive (SSD) then it impacts the frame rates. The processor and the graphics card really make a difference in frame rate, not the motherboard directly.
The motherboard can help you do the CPU overclocking. Except for this, the motherboard doesn’t have any direct effect on the CPU performance. It is also true that every overclocker doesn’t receive the same benefit as they expect, but you will notice the performance difference in high-end games and also notice that in the fps meter. On the Intel motherboard, which chipset comes with the Z series they all are overclockable, and the CPU name end with the K they can be overclocked. From the 2nd generation AMD Ryzen CPU, you can overclock most of them, but you should consider the expensive motherboard which supports the overclocking.
In the case of higher fps, the most effective hardware component is the Graphics card itself. On the motherboard, the PCI-Express x16 expansion slot is for the graphics card itself. Previously, the 2.0 PCIe x16 port supported up to 5GHz. Then, the 3.0 PCIe x16 port came and supported up to 8GHz, and now, you will find the latest 4.0 PCIe x16 port which is for the coming future, and the bandwidth is as double as the 3.0 PCIe x16 expansion slot.
Now, we will talk about some of the motherboard components that make it a better choice among many.
This CPU Socket type is one of the most important parts or components of a motherboard. If you buy a new CPU socket motherboard, then it will help you for future upgrades also. I mean, when a new generation CPU will launch, then you can easily upgrade it.
Nowadays, AM3+ is older than the latest AM4 type of socket for AMD Ryzen CPUs. On the other hand, the LGA 1200 is more new than the previous-gen LGA 1151 CPU socket for Intel-Core CPUs. Let’s assume that you are currently using the AMD Ryzen 5 3600 CPU. This CPU supports both the AM3+ or the AM4 CPU socket, but if you buy the latest AM4 motherboard, then it will help you in the future to upgrade to the AMD Ryzen 5000 series processors.
The Chipset of a motherboard is an informational hub. This Chipset generally handles all of the information from the processors to the external device and vice versa.
A chipset has all the mentioned features that can be available in the motherboard. There are some limitations in a particular chipset. If you buy any downgrade chipset motherboard, then you cannot use that specific feature.
The PCIe slots or the Peripheral Component Interconnect ExpressSlots are basically used for the Graphic card or the video cards themselves. Without a dedicated graphics card, you will not be able to get the best gaming experience, even if you cannot render the editing video or graphics-related projects. Nowadays, there are two different types of PCIe ports available in the market, like 3.0 and the latest 4.0, which are ready for the high-end graphics card but costly also.
There are many different types of extra expansion card ports available in the high-end motherboard, like X16 extra GPU slots, which are for the Graphics Card or the Video Card. You will also find X1, X4, X8 extra expansion cards or the PCIe lanes, which are basically for the sound card or the capture card, or the network card. Even the 3.1 Gen 2 USB port help also in this.
Another important hardware of any system is Memory slots or RAM slots. When you load any software or game, the RAM will help your system to load it faster along with the CPU performance. So, it is required to have a higher frequency RAM module or the RAM slots in the motherboard to get the maximum output.
Ans: No, the motherboard doesn’t affect the game performance. But if you have overclocking ability, that will give you higher FPS in games on the expensive motherboard.
Ans: No, the average motherboard doesn’t affect gaming FPS directly in terms of performance.
Ans: If your drivers are outdated, you should be up to date with the driver; it may give you better frame rates while gaming.
We have already discussed, and you have already known to does motherboard affect fps. So now, if you are a competitive gamer and trying to build a new gaming PC in which you will get a better gaming experience, then this blog will help you.
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