Difference between mining motherboard and common motherboard

1. mining mainly depends on the performance of the graphics card, which has nothing to do with the CPU, so mining has no requirements for the motherboard. Generally, as long as the motherboard has six PCI-E slots, it can be used for mining, but to stabilize the mining, the motherboard actually needs a series of special designs. Now the instry orders a lot is Mingyu
ms-b85-btc, which is a remaking of the classic mining scheme and has been used for mining. This scheme has been digging for four years and has no problem. The price of less than 400 yuan supports the 4th and 5th generation u and 775 radiators, which is very helpful to rece the cost. Moreover, the CPU power supply and PCI-E power supply are specially strengthened for mining, and the stability is guaranteed.

2. Mining mainly depends on the graphics card, because mining is the graphics card in the calculation, not the CPU in the calculation. Of course, it has something to do with the motherboard. There are several major requirements:
1. Six PCI-E slots are provided to connect six graphics cards

2. BIOS optimization, which can be identified by inserting 6 cards, does not need manual adjustment
3. Stable operation and unstable motherboard may cause automatic restart and shutdown, affect efficiency, or cause short circuit graphics card burn out
at present, B250 / B350 mining motherboards are mainly promoted in the market. Some new ones are very interesting, such as 7 cards / 8 cards. However, these schemes have not yet passed the test. There may be unstable factors, and some of them are not in stock. In fact, the previous 8 series are more suitable for mining. The ms-b85-btc made by the furniture factory is a very good mining board. After years of mining scheme verification, 6 PCI-E, BIOS automatic identification, and PCI-E voltage stabilizing capacitor design are added. The mining is stable, and the shutdown cost is low.

3. Mining mainly depends on the performance of the graphics card, which has nothing to do with the CPU, so mining has no requirements for the motherboard. Generally, as long as the motherboard has six PCI-E slots, it can be used for mining. However, to stabilize the mining, the motherboard actually needs a series of special designs. Now a lot of orders in the instry are made by Mingyu ms-b85-btc, which is a remaking of the classic mining scheme. It has been used for mining for four years, but there is no problem. The price of less than 400 yuan supports the 4th and 5th generation u and 775 radiators, which is very helpful to rece the cost. Moreover, CPU power supply and PCI-E power supply are specially enhanced for mining, and the stability is guaranteed.

4. Mining mainly depends on the performance of the graphics card, the motherboard requirements. Mining motherboards generally value PCI-E slots and stability. Meijie sy-b85-btc is recommended. This motherboard has 6 PCI-E slots. It adopts the third generation mining enhanced 7-phase power supply. The enhanced version of PCI-E voltage stabilizing capacitor guarantees the expansibility and stability. This motherboard is made by Meijie through the low repair scheme verified by mining instry for many years.

5. It's not suitable. It's designed for mining machine. It has a big PCI X1 interface, and the materials are poor. It's impossible for you to overclock.

6. Motherboard has little effect on performance.

ASUS board is considered for high-end.
medium and low-end gigabyte.msi.
low-end MSI has better performance price ratio

7.

1、 The main body is different

1, instrial motherboard: instrial motherboard is used in instrial occasions, which is used by instrial computers. According to the demand, it can adapt to wide temperature environment, harsh environment, long-time high load work, etc

Common motherboard: it is the center or main circuit board of a complex electronic system, such as an electronic computer

Instrial motherboard: instrial equipment, GPS navigation, sewage online monitoring, air online monitoring, instrumentation, professional equipment controller, military, government agencies, telecommunications, banking, power, vehicle LCD, monitor, visual doorbell, portable DVD, LCD TV, environmental protection equipment, etc

Ordinary motherboard: used for personal computers and commercial servers

Instrial motherboard: enhance the EMC / EMI performance of motherboard and enhance the stability of motherboard. The instrial motherboard is designed with 6 or more layers of PCB

2. Common motherboard: open structure. Most motherboards have 6-15 expansion slots for the control card (adapter) of PC peripheral devices

8.

There is little difference between all solid state motherboard and ordinary motherboard. All solid state motherboards are unnecessary

There is little difference between all solid state motherboard and ordinary motherboard. The main difference between the two is that the former uses solid-state capacitors in the parts where capacitors are used, while the latter may use electrolytic capacitors in whole or in part. The following compares the characteristics of the two kinds of capacitors to judge the difference between the all solid state motherboard and the ordinary motherboard:

1, all solid state motherboard: all solid state motherboard is the motherboard with all solid state capacitors

The advantages, disadvantages and necessity of solid-state capacitor: at 105 ℃, the life of solid-state capacitor is 2000 hours as that of electrolytic capacitor. When the temperature decreases, the life of solid-state capacitor will increase, but the life of solid-state capacitor will increase more. Generally, the working temperature of capacitor is 70 ℃ or lower, and the life of solid-state capacitor may reach 23 years, It's almost six times more than an electrolytic capacitor. However, there is no possibility that the motherboard will continue to operate after 23 years. Moreover, this 23 years refers to 24-hour power on all day. Even if the capacitor has such a long service life, other components may not be able to survive for 23 years. Therefore, the practical significance of the high service life of solid-state capacitor is not too great

Second, it is not necessary to select all solid state motherboard. The analysis is as follows:

1. The cost of all solid state motherboard is high, and consumers need to pay for it. In addition, the price of solid state capacitor is slightly higher. If a large number of solid state capacitors are used or all solid state capacitors are used, the manufacturing cost of motherboard and graphics card will be increased. Such motherboard must be relatively expensive, And they and the actual role of electrolytic capacitors are exactly the same, so for ordinary users, there is no need to spend so much money

2, the better choice is: select part of the solid-state capacitor motherboard, not all solid-state, but to ensure that the main part of the power supply uses solid-state capacitor, and for unnecessary parts, even if the use of electrolytic capacitor is not easy to damage, on the one hand, rece the cost, on the other hand, improve the overall service life of the motherboard

three, about the purchase of "solid-state motherboard" precautions:

need to guard against counterfeiting solid-state: in view of the advantages of solid-state capacitors, some bad manufacturers will use cheap electrolytic capacitors, through the replacement of the shell of the way to counterfeit solid-state capacitors, if you buy this type of "all solid-state motherboard" is not worth the loss! The key to judge whether it is a solid-state capacitor or not depends on the dielectric. In this regard, more professional knowledge is involved. Therefore, our ordinary consumers need to rely on the integrity and reliability of the manufacturer to know more about the solid-state capacitor of the proct. It is recommended to choose a big brand with good reputation

9. Inflation cannot be avoided.