Help choose a motherboard, how to choose a motherboard?

LZ to understand that the cable that doesn't make much sense for your use can only be shown when the transfer bandwidth required by the hard drive is greater than that, MSI Gigabyte ASUS.

MSI ZH77A-G43

Advantages: It has achieved the most complete and lowest specifications in similar products.

Disadvantages: Compared with its own high-end military products, the materials used have been reduced.

ASUS P8H77-V LE supports 22nm CPU technology, 4+1+1 phase power supplyAdvantages: The large board ,,, are all native.

Disadvantages: Can't overclock This one is more in line with you, but ** is the highest is within your bottom line.

GIGABYTE GA-Z77P-D3(

This board is decent, nothing special, but the materials are good.

LZ wants to strongly require the optimization of the use of SSDs, then ASUS This He seems to have the optimization of SSD acceleration, pure hand.

Z77 is my most recommended How to say it, the ratio of H77 and Z77 is slightly insufficient, because it is enough for you at this price, Z77 is not necessary to H77

In the future, it is recommended to use h77, otherwise there may be a possibility that you can't find the interface when you upgrade now.

Recommended motherboard: Gigabyte GA-H77-DS3H( 899 MSI ZH77A-G41 749

ASUS P8H77-V LE 949

The above ** are a bit on the high side.

The main choice of the motherboard depends on the chipset, and the new one is better than the old one. Then there is the expansion function of the motherboard.

For example, the memory is supported up to 1333.

It's still 1600 ah or higher.

Naturally, the larger the memory value is more expensive.

Another is the material used for the electronic components of the motherboard. Tank capacitors are not used by ordinary cheap boards.

Xiaobai is Xiaobai! Horses and donkeys don't have a lot to check! I can use a universal horse! F1 and FM2 are the same!

Intel has a 775-needle platform and a 1155-needle platform! Now the fourth generation is a requirement for 1150 stitches!

In the old days of AMD, AM2 required 940 pins of CPU and 939 pins! It is 938 stitches to AM3!

FM1 is a 905-pin CPU! FM2 is 904 pins!

The main choice of the motherboard depends on the chipset, and the new one is better than the old one. Then there is the expansion function of the motherboard.

For example, whether the memory supports 1333 or 1600 or higher. Naturally, the larger the memory value is more expensive.

Another is the material used for the electronic components of the motherboard. Tank capacitors are not used by ordinary cheap boards.

It depends on what you do with it and how thick your wallet is.

Step Method.

01 Purchase computer motherboard 1: the first choice is the large board.

The biggest advantage of large boards over small boards is that there is plenty of space for wiring, which can obtain better electrical performance. And compared with the small board type, the interface design of each slot of the large board is more user-friendly and more convenient to install.

02 Choosing a computer motherboard 2: Don't be fooled by solid-state capacitors.

An all-solid-state design is not required.

In fact, except for the power supply part that generates huge heat, the use of solid-state capacitors in other places does not bring a significant improvement in performance, but only adds a bit of appearance to the motherboard.

03 Purchase computer motherboard three: look at the motherboard power supply module.

Power supply is the core part of a motherboard, so be sure to pay close attention to the power supply module when buying a motherboard.

04 Purchase computer motherboard 4: see if there is an independent power supply module for memory.

In fact, the importance of this module is no less than that of the CPU power supply, if the independent memory module is missing, the host will have a blue screen due to insufficient memory power supply, and automatic restart.

Special Tips. For a qualified motherboard, the graphics card slot must have an independent power supply module, if you can't find a power supply module, don't buy such a motherboard.

1. Look at the brand. Friends who don't understand the parameters of the motherboard are always right to choose well-known brands, such as ASUS, MSI, Gigabyte, well-known brand motherboards are good in terms of stability, workmanship, anti-interference, after-sales service, etc.

2. Look at the workmanship. In addition to considering the brand, when buying a motherboard, you should also focus on the workmanship of the motherboard, observe whether the edge of the motherboard has burrs, whether the material of the motherboard is strong enough, whether the solder joints on the motherboard are strong enough and shiny, and whether the arrangement is neat, these details directly reflect the performance of the motherboard.

3. Look at insurance. The fuse can protect the motherboard, and can automatically trigger the fuse when the keyboard, monitor, mouse, etc. is hot-plugged by mistake, or when the current suddenly increases, which can protect the motherboard. And look at the insurance, mainly look at the number of insurance at the IO.

In order to reduce costs, some manufacturers on the market deliberately reduce the number of insurance, which will leave a very obvious soldering bit on the motherboard, so everyone should pay enough attention to this.

4. Look at the power supply. The power supply is directly related to the stable operation of the motherboard. The method of judging the power supply is also relatively simple, generally speaking, there are several phases of power supply with several coils on the motherboard.

Secondly, it is necessary to observe the number of FETs in a phase of power supply. In single-phase electricity, the higher the number of MOSFETs, the more stable the CPU's power** will be.

5. Look at the details. A good motherboard product must not be bad in details. For example, whether the power socket is near the memory plug will make it easier for the user to organize the power cord and be more user-friendly.

You can also look at the location of the graphics card slots, and the gap between the two slots will directly affect the use of the slots.