Do you have doubts when choosing a motherboard for your computer? This component is the cornerstone of your computer, so you must choose the right one. We explain everything you need to keep in mind to make your purchase right.
If we think about the essential components of a computer, the motherboard has a prominent place in them because it is a fundamental part of assembling equipment. Therefore, you must choose the right one for your needs. To help you with this task, we are going to give you the keys to select the motherboard for your computer.
The first thing you need to do before deciding on one model or another is to choose the type of computer you need and choose the type of processor you will need. Next, once you’ve selected the processor platform you’re going to use, it’s time to lay the groundwork for the rest of the components that support it: the motherboard or motherboard.
If you are not sure what to do, in this article, we will guide you about everything you need to know to choose the correct motherboard for your computer.
One of the aspects you need to consider when buying a motherboard. There are many sizes, and depending on the type of computer you need, a full size (ATX), mid-size (micro ATX), or small (mini ITX) form factor would be more appropriate. ۔ This decision should also be considered when choosing other components such as boxes for your computer or RAM.
ATX format motherboards have a larger surface area for integrated circuits and a more significant number of slots and extension connectors for components. For net physical availability of space, the smaller the size of the motherboard, the less likely it is to connect and expand.
In addition, the shape of the motherboard will determine the size of your computer case and, therefore, may affect the choice of its cooling system.
For example, in the case of mini-ITX motherboards, the limited space available in boxes suitable for their size, low profile cooling solutions, passive consumption, and even the use of hybrid systems compel them.
Choose the right path.
Another essential point you should pay attention to when you buy a motherboard for your computer is the socket or socket. This element is where the processor occupies the motherboard, and you need to make sure it is suitable for the chip you choose. Consequently, the platform socket must also be considered when choosing a processor, as it also affects the compatibility of the entire set of components.
Manufacturers use socket types to classify their products so that different series of processors from the same manufacturer can share the same socket, although their performance is very different.
Intel currently uses the LGA 1151 socket type to limit its home processors, soon to use the LGA 1200 socket and the LGA 2011 socket (or its LGA 2011-3 variant) for its highly high-performance limits and processors. Will do For servers.
For its part, AMD uses FM2 and FM2 + sockets for its processors with integrated graphics chips and AM4, AM3, and AM3 + sockets for the rest of the home processors.
Quality in circuits.
Like any commercial product, manufacturing has a variety of features that depend on the use of the motherboard, and this high quality is usually used at a reasonable price.
If the motherboard is to be installed in low-demand office devices, you do not need to invest in boards that have high-performance circuitry and capacitors.
On the other hand, if your computer is suffering from a heavy workload, or you are going to overclock your laptop (increase the working frequency of the processor to get more performance), the motherboard needs electricity. Will face a higher level. High-quality power circuits and steps are required to ensure the electrical stability of the entire set. Otherwise, this overload can damage the motherboard or any of its components.
The manufacture of motherboards uses a large number of conductive metals such as copper or gold, solid capacitors (so-called capacitors), and aluminum heat sinks that allow passive cooling of the chips connected to the board. Motherboard
Within the same socket cataloging, you will find motherboards that use different types of chipsets. The kind of chipset determines the number of connections available on the motherboard (SATA, PCI-E, USB connector, etc.), the amount and frequency of RAM memory that you can install or block or block certain processor functions. Possibility as a virtualization system, overclocking, or energy efficiency options.
Again, before choosing a motherboard chipset for your computer, you must be very clear about using the computer. For example, if you’re going to configure a gaming PC, you’ll need a chipset that allows you to install RAMs quickly.
Are you planning to add one or two graphics cards?
Are you running the latest games on your computer in everyday activities? If the answer is yes, then you may have considered the possibility of installing two (or more) graphics cards to enhance your computer’s graphics performance.
It would help if you kept this in mind when choosing a motherboard, as not all motherboards support the installation of two graphics cards simultaneously. For this, the manufacturer must indicate that the motherboard is compatible with SLI (for Nvidia cards) or crossfire (for ATI graphics cards).
Connections on the motherboard.
In essence, motherboards are the connection center of your computer, so you need to make sure that the selected one has your desired number and type of connection.
As we’ve already indicated, the number of connections is closely related to the type of chipset you choose. However, even if two motherboards use the same chipset, the connections they offer may be different.
In this regard, you should not only check whether the board has more or less SATA connectors for hard drives or with a certain number of USBs. But you should also check whether it has the required audio and Offers video connector, if it has connectivity, built-in Wi-Fi, Bluetooth, etc.
Other great features on the motherboard.
In addition to the basic features required, manufacturers add unique features and enhancements to their motherboard models that set them apart from the rest.
These improvements include, for example, the integration of new M.2 connectors that allow you to install state-of-the-art solid-state disk (SSD), integrated high-quality sound cards integrated into the motherboard, and overclocking systems. Will give. To increase the performance of your computer with a single click, automatic settings recovery or power protection system for your computer.