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When choosing a motherboard, you should clearly understand these five common mistakes.
A cheap product is never good, and a good product is not cheap. In addition to not being greedy for cheap when choosing a motherboard, you should not encounter these key mistakes. Today I will share with you five common mistakes that often occur Xiaobai's when choosing a computer motherboard is a conceptual error, see specific introduction below.
The more power phases, better?
The CPU power supply is a very important design on motherboard. Many people think that more power phases, better. In fact, it should be clear to everyone that reason for using a multi-phase power supply is to reduce working pressure of each phase of power supply and ensure a sufficiently long life of components, but because of this design, many people think that more phases, better.
However, this statement ignores important factor of heat dissipation. When processor is turned on, MOSFET tubes generate a lot of heat. If a multi-phase power supply is used, there will be many and denser MOSFET tubes, and more heat will be generated. better than conventional power supply.
The more power phases, more powerful power supply, but secondary power consumption is greater than that of a motherboard with fewer power phases. Typically, five to six power phases are sufficient to meet demand, and extra power is a waste. Of course, advantage of ultra-polyphase power is that it helps to overclock processor, but for ordinary users they are completely unnecessary.
The more video card slots, better?
The number of video card slots depends on your needs. Some people are designed for office use only, so they can use it without a video card slot. Most gamers actually only need to install a graphics card, a useless value. If motherboard has multiple video card slots, it is impossible to accidentally install video cards, as their bandwidth may vary. Generally speaking, bandwidth of graphics card slot next to processor or northbridge is highest, and graphics card is usually installed in this slot.
The higher motherboard chipset, better?
The motherboard chipset is most important part of motherboard that defines class and performance of motherboard. For a chipset, higher ending, better. After all, it supports more functions, but price increases. . The choice of chipset should be determined according to your needs. The so-called chipset can simply be understood as processor interface, PCI-E slot, supported algebraic frequency and capacity of memory cards, USB interface, etc. determined by demand. While demand is determined, chipset is also determined.
Are aluminum case capacitors solid capacitors?
On motherboard, solid capacitors have better stability and high temperature resistance than conventional electrolytic capacitors. Solid capacitors are usually made from aluminum cases, which is why many people think that aluminum case capacitors are solid capacitors. be fakes. Normal manufacturers don't usually have this problem, and usually unknown counterfeit motherboard manufacturers deal with it. Fake solid capacitors are actually electrolytic capacitors wrapped in an aluminum shell. Typically, you can see letters K, XLL, or grooves.
Is your motherboard overclocked to max?
Motherboards can be divided into those that support overclocking and those that do not, and there are differences in overclocking rates among motherboards that support overclocking. Blindly chasing a motherboard with a higher overclocking frequency is actually not good. After overclocking, stability, durability, and heat dissipation of motherboard will be checked.