In the world of consumer technology, the term “motherboard” is widely circulated, especially when talking about brands such as Asus and Intel. But what is a motherboard? It sounds important.
Well, if you think of the computer as a whole, the CPU will be the brain and the motherboard will be the heart. It is responsible for power supply wiring and helps to coordinate the working methods between all CPU components.
Note that this is different from the CPU that performs all calculations. The mainboard only organizes these calculations and their results. Although it doesn’t have many functions by itself, no other work can be done without a motherboard, which is why it is so important. This is other information you need to know.
What are the components of the motherboard?
There are several different motherboard designs and appearances, which have been updated for different devices and evolving technologies over the years. However, all motherboards have something in common.
They all have circuits for coordinating computer processes and heat sinks for absorbing and redirecting heat to keep the motherboard cool during use. Most also have auxiliary power.
When you look at any motherboard, the main thing you will notice is that it has many slots and connections. Since everything is wired through the motherboard, physical contact with almost all computer components is required.
These include the main power supply, CPU, RAM slots, USB, PCI, video and sound cards, and expansion slots. If you use a wireless mouse or external keyboard, their connection, and any other basic accessories you might need.
The reason for using this utility is that the motherboard looks like a circle of connectors, which is its main function.
As time goes by, the ports on the motherboard will change according to the needs of current technology. This is why the old motherboard may have many invalid ports to invalidate the connection. However, we will pay attention to two basic connections, especially the connection to the CPU and the connection to the power supply (I/O) function.
Usually regarded as the most important connection between the two motherboards, the CPU and power supply form the backbone of the circuit. Together they are called the chipset-the core management of power and processing for all tasks.
A brief history of motherboards
Modern motherboards were invented after the first computers came out. Early computers tended to be simpler computers without the need to coordinate multiple processes at the same time. Before the consumer market took off, there was not much demand for mass-produced motherboards.
However, this situation changed in 1981 when IBM released its personal computer, which is why laptops and desktops are called PCs. These computers need a way to regulate consumer activity.
In response, IBM developed the first motherboard that can do this-a computer chip that takes care of all the details when users complete digital tasks.
Initially, this component was called a flat component, and many other names were used at the beginning of its creation. Since the circuit board is actually the mother of all other computer components, the term “motherboard” has become the most popular. Therefore, this is why the motherboard extension is sometimes called a daughterboard.
How to upgrade the motherboard?
Most computer cases are opened from the side, and the motherboard is installed on the opposite side of the access panel. This protects the motherboard from most hazards, and its vertical orientation helps minimize dust.
Another advantage is that this makes all of your expansion slots easy to reach, and you can easily insert any other components by placing the computer on its side.
Make sure the motherboard has all the connections needed for the planned upgrade, which can be tedious at times.
Many motherboard upgrades are required to implement other improvements that your previous model did not support, such as a new GPU or CPU. This adds considerable cost, and it is not worth upgrading the motherboard in the first place.
If your motherboard is outdated, you may want to consider the cost of buying a brand new PC. Depending on the number of components that need to be replaced (such as RAM and CPU), a new machine may make more sense. Through careful cost-benefit analysis, you can get the best performance and hope to save some money in the process.