How much is a motherboard

How much is a motherboard? With each new generation of motherboards, we are seeing a growth in the average price, and this is true for both Intel and AMD motherboards, respectively. Everything has a reason – aside from the fact that the manufacturer wants to make money – and in this article, we’ll explain why the price of motherboards rises from generation to generation, despite the fact that the technology has advanced.

Needless to say, we will acquire motherboards for all classes and at all prices in all new generations, so don’t be disheartened; you will undoubtedly find a motherboard that is compatible with the next generation of CPUs and that is within your budget. Be

However, it is crucial to note that when we compare the current generation plates with the plates from a few generations ago, we can see that the average price and maximum price, which is the most costly model, are both more than the previous generation plates. There’s a lot more. Also, there can be significant price disparities between the lowest and highest-end models, with the top-end models being up to ten times more expensive. Why is this?

How much is a motherboard
How much is a motherboard

What is it about motherboards that makes them so expensive?

At the moment, the question of which type of motherboard to purchase has arisen. If you already know which generation you want to purchase, selecting a processor is straightforward, and your options will be limited to sync chipsets if you do not already know which generation you want to purchase. As an example, if you choose the Intel platform, you will be aware that the H series is the most basic, the B series is the intermediate range, and the Z series is the most powerful of the available options. But, with everything and everything else in mind, which motherboard should you purchase? What is the cause of such a disparity in pricing?

Improved interface, as well as additional extension options

The motherboard can be compared to the nervous system of a computer: it is the location where everything is connected, and therefore where all the components that communicate with one another are located, making it extremely significant in terms of computational efficiency.

We are not simply referring to the number of PCI-Express sockets or the number of USB ports in the system; we are also referring to the race and speed of the hardware that can be attached to the system as a result of the number of interfaces it has. This is one of the most noticeable distinctions between, for example, an entry-level motherboard and an advanced motherboard in terms of performance.

The addition of more SATA ports raises the price of motherboards.

PCI-Express ports are typically used for connecting graphics cards, but they are also used for connecting sound cards and, in general, all types of expansion cards, therefore it is necessary to consider how your computer will be utilized when choosing a port. I’d like to make one final point. The same is true for SATA and even the number of USB ports, but there is another issue to take into consideration, and that is the controller’s performance.

Similar to this, connectivity and extension possibilities are influenced by the quantity of RAM memory and the speed with which the motherboard is compatible, as well as whether or not the motherboard supports the new M.2 format of SSDs or not, as well as whether or not it supports PCIe NVMe or SATA only.

The speed and generation of all of these ports will define their overall performance, both in terms of absolute value and bandwidth, allowing us to connect as many devices as we need in order to maximize efficiency. For example, high-end motherboards include the best connection available, which is one element that determines the price of a motherboard.

In general, higher-quality materials and workmanship are used.

The materials used in advanced motherboards are generally better, such as a 10-layer PCB that has higher stability in terms of electrical connections or an audio chip that includes isolation for the processor and/or a better voltage regulator for RAM memory. There are even manufacturers that claim that they hand-pick the components to ensure that they are of the highest possible quality.

It also has an indirect impact on performance, because a motherboard with a superior VRM may handle higher levels of overclocking in both the processor and the memory, thus improving overall performance. As an example, purchasing a high-end motherboard with excellent overclocking capabilities and then using a processor that does not enable overclocking will not make much sense, will it?

In a similar vein, more sophisticated motherboards typically have better heat sinks for the VRM and/or chipset, which improves the overall performance of the device as well as its longevity by keeping a more stable operating temperature during operation. Is.

The use of refined materials, it follows, will increase production costs, both in terms of raw materials and in the construction of the plate itself, as the use of more complicated and complete systems will be required to achieve the desired results in the first place.

Brand characteristics

In order to differentiate themselves from their competitors, manufacturers such as ASUS or Gigabyte often include unique features that allow them to provide discounts on their products. Additionally, their logo may be supported with software for RGB lighting or overclocking or monitoring (which requires sensors), LED/OLED panels, or specialized liquid cooling. It’s a direct match.

ASUS-Maximus-VII-Formula

Obviously, this is something that they are gradually adding to the maximum range of motherboards, and this is something that they rationally want to compensate for when selling their products.

Conclusion

When it comes to computer technology, it’s all about the evolution of the hardware. Manufacturers of motherboards will constantly strive to provide as many features as possible, even if the average consumer uses just half of them. In any event, the higher the breed, the more expensive it is due to the higher level of refinement in its qualities.

If we need a motherboard without LEDs or overclocked, we can always find one that fits our needs. Those who aren’t prepared or don’t have the most recent version. connected to each other

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