20 + Best amd mining motherboard: Comparison| Price | Specs | Reasons To buy

Best amd mining motherboard – One of the most important components when assembling mining rigs is the motherboard. It must ensure the stable operation of the equipment and serves as a platform on which all other equipment is installed.

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Motherboards for mining have specific features due to the fact that they must be able to install multiple video cards and they must support the possibility of round-the-clock uptime of the equipment.

Mining boards do not require many superfluous functions for them, which only increase the cost of equipment, for example, high-quality sound cards, various lights, decorations, rich bundles and other equipment that is unnecessary for them.

The main purpose of a mining motherboard is to serve as a reliable workhorse, where the word is reliable . Therefore, it is so important to know how to choose a motherboard for mining.

The best motherboards for mining

With all the seeming variety, there are not so many good motherboards for mining. If you carefully study the specialized forums, talk with experienced miners and service center employees, you can find out which metrics often break down, are inconvenient to set up, work unstably so as not to buy such equipment. You can make a list of the most reliable boards that are already used in mining, you have experience in setting them up and choose the most suitable from this equipment.

Top 5 best boards for mining:

A place: Motherboard name: Number of PCI slots for connecting video cards: Price:
1 ASRock H81 PRO BTC R2.0 LGA 1150 6
2 Gigabyte GA-B250-FinTech LGA 1151 12
3 Asus PRIME Z270-A LGA 1151 7
4 ASRock H110 PRO BTC LGA 1151 12
5 Gigabyte GA-970A-DS3P AMD AM3+ 5

Based on experience, the most reliable boards for mining are boards made by manufacturers such as ASRock and Asus . The products from Gigabyte and Biostar are also quite good . If you have enough funds, you can consider ASUS products that have a proprietary Thermal Armor protection technology . This will save the board from dust and moisture that can get on it during operation, and will also make sure that only the highest quality components are installed on the board and it has all the necessary protections.

Choosing a mining platform

When choosing a board platform in 2021, you must first pay attention to the following factors:

  • The number of available PCI-Express slots of any version.

This indicator determines the number of installed graphics accelerators and the power that the rig can develop when mining. There are PCI-E expansion slots for mining that can increase the number of available PCI-E ports, but not every board can support them.

As a last resort, you can use the M2 expansion slots if there is support for video cards on a specific board, but it is better not to use them for mining due to the unreliable contacts of the adapters from the M2 slot on the risers.

As a rule, the most common mining boards have 6 PCI-E slots, which makes it easy to set up a computer for mining and use one power supply for this.

You can ignore either the version of these ports or their bandwidth. A card with PCI-E 3.0 or PCI-E 2.0 will do.

The maximum slot bandwidth can vary from x1 to x16, this is important for gamers, but it does not matter for crypto mining. You connect the video card through a riser, and it is made in the PCI-E x1 format.

When deciding on the number of connectors for video cards, keep in mind that more is not always better. The board can have from 1 to 13 PCI-E ports from 1 to 13 pcs. A motherboard that has less than 4 slots is not worth buying. Although, in principle, even in a board with one port, you can connect 4 graphics adapters using a splitter. But, nevertheless, a reasonable minimum is a motherboard for 4 video cards.

If funds permit, it is recommended to choose a motherboard with a margin for the future. The extra slot will come in handy for farm expansion upgrades. Plus, the price of a baseboard is lower than a single powerful graphics card. But, keep in mind a rig in which more than eight video cards are more complex in settings and more often malfunctions.

  • Reliability of processor power supply circuits.

Due to the 24/7 operation of the equipment, these circuits are subject to constant heating. In the case of using a powerful processor in the rig, which is used for mining cryptocurrencies like Monero, the electronic elements that provide power to the processor have a very large load. Based on this, it is better to choose motherboards with as many processor power phases as possible and equipped with heatsinks. In the case of using the cheapest dummy processor, this parameter is not so critical, but it still matters, because one of the most frequent breakdowns of motherboards is the failure of transistors that provide power to the processor, which, as a rule, leads to failure processor.

In other words, if you are going to not only run a gpu rig, but also work with the RandomX algorithm on a central processor, you will need a motherboard with a CPU power zone cooling (VRM). Otherwise, the elements will burn out under high load. The board and, accordingly, the cpu will work 24/7, and if the processor is also overclocked, and this must be done to increase profits, the load will increase significantly.

  • The use of high quality components and high build quality.

It is desirable that the electrolytic capacitors on the board are solid-state, produced by well-known manufacturers, the transistors in the power circuits have a power reserve, good heatsinks on the chipset and power circuits are installed.

High build quality, application of varnish that protects the tracks on the board, the overall high quality of soldering, and the absence of traces of flux will help to ensure sufficient reliability in the future.

  • The presence of a variety of protection methods.

It is desirable that the board is protected as much as possible from dust, moisture, electrostatic shock, supply voltage problems. This will increase the overall reliability of the system.

  • Reasonable value for money.

During the crypto boom, PC component makers launched a dedicated line of mining-focused motherboards. Typically these devices are labeled “BTC”.

They lack all sorts of bells and whistles, for example, an improved audio codec or additional connectors for hard drives and SSDs. But, on the other hand, the printed circuit board is thicker and an upgraded PCI-E power subsystem is installed. Some of them are really very popular with miners, but still it cannot be unequivocally stated that they are much superior to “gaming” boards as the basis for a mining farm. Ordinary motherboards can have approximately the same set of slots and the price (with the exception of top-end models) is not much different. And the choice of such devices is much larger than specialized boards.

  • The presence of additional functions useful for mining.

For more convenient operation of the equipment, it is desirable that they be equipped with buttons that allow turning on and restarting directly from the board.

When using outdated risers without additional power supply, additional power connectors for PCI-E circuits are required. When using modern risers that provide high-quality power decoupling, the presence of additional power connectors is not critical, but still indicates the manufacturer’s concern for the board’s reliability.

  • Guaranteed support for multiple video cards and ease of customization of the board.

Some motherboards have many PCI-E slots, but many video cards cannot be run on them due to lack of BIOS support or other issues. In this case, using the Linux operating system and updating the BIOS can help , but it is better to make sure at the stage of choosing a board that it supports the simultaneous operation of video cards installed in all its PCI-E slots, as well as that there are no configuration problems.

Therefore, it is worth considering proven options for motherboards that are guaranteed to ensure reliable operation of mining farms. There are proven options for reliable rigs with 4, 5, 6, 7, 8, 12 or more cards. When assembling rigs for more than 12 video cards, it must be borne in mind that no more than 12 AMD cards can be run simultaneously on Windows 10 of the latter , or it is necessary to combine AMD and NVidia cards in one rig, which is fraught with certain difficulties.

For mining on 4 video cards

There are many boards that support 4 video cards. A good option for assembling a rig in this case is a modern motherboard from Gigabyte.

Gigabyte GA-H110-D3 LGA 1151

  • Chipset:  Intel H110;
  • Processor socket:  1151 (6th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 3;
  • PCI-Express x16: 1;
  • Price: 4900

The board supports 6th generation Intel Skylake processors, including the installation of the engineering Core i7-6400T processors available for purchase in China, as well as cheap Celerons . It has a radiator on the power supply circuits of the processor with 5 phases, the optimal arrangement of the components, which contributes to good cooling, and can provide mining on 4 video cards without any problems.

Additional ease of use is provided by the dual BIOS on this board. The board uses a fairly tough textolite, which further increases reliability. The board has a reduced level of spurious radiation, which will help to provide a better connection when using Wi-Fi to connect to the Internet, high-quality capacitors and heat-resistant field-effect transistors are installed on it.

For mining on 5 video cards

Among the boards that allow mining on 5 video cards, the following are worth considering:

ASRock B250 PRO4 LGA 1151 for 5 GPU Mining

ASRock B250 PRO4 LGA 1151

  • Chipset: Intel B250 ;
  • Processor socket:  1151 (6-7th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 3;
  • PCI-Express x16: 2;
  • Price: 6100

This board supports 6th and 7th generation Intel processors, has a large heatsink on the processor power supply circuits, numbering 8 phases, and has a good heatsink on the chipset. The board has well thought out component placement, high-quality premium chokes, ESD protection, and a PCB with increased rigidity.

Gigabyte GA-970A-DS3P AMD AM3 + for mining 5 video cards

Gigabyte GA-970A-DS3P AMD AM3+

  • Chipset: AMD 970 & AMD SB950 ;
  • Processor socket: SocketAM3 + ;
  • RAM:  dual channel DDR3;
  • PCI-Express x1: 3;
  • PCI-Express x16: 2;
  • Price: 6000

Allows installation of low-cost AMD Athlon II processors as well as newer AM3 + socket processors. Has 5 phases of power supply of the processor and a small heatsink on them, as well as on the chipset. The board has Gigabyte’s proprietary protection against moisture, power failures, high temperatures and static electricity.

For mining on 6 video cards

Motherboards for 6 video cards are the most common and, as a rule, are manufactured specially optimized for mining.

ASRock H81 PRO BTC R2.0 LGA 1150 for 6 GPU Mining

ASRock H81 PRO BTC R2.0 LGA 1150

  • Chipset: Intel H81;
  • Processor socket: 1150 (4-5th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR3;
  • PCI-Express x1: 5;
  • PCI-Express x16: 1;
  • Price: 6200

This board was specially designed for mining. Supports connection of Intel 4th and 5th generation processors on socket 1150 with DDR3 memory. It has proven its reliability by experience of many years of operation in the harshest conditions, so it still remains relevant for mining. It has 4 phases of power supply for the processor, without a heatsink on the power supply circuits, so you should not install powerful, expensive processors on it . The layout of the components is well thought out; there are additional connectors for powering PCI-E circuits. Highly reliable textolite, high-quality and durable electronic components are used.

This board was at one time so popular that other companies began to produce similar models to it, for example, the Esonic H81 BTC King board , which is also used for mining on 6 video cards , is very similar to it .

GIGABYTE GA-H110-D3A for mining 6 video cards

Gigabyte H110-D3A LGA 1151

  • Chipset: Intel H110;
  • M.2:  1 port;
  • Processor socket: 1151 (6th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 5;
  • PCI-Express x16: 1;
  • Price: 5950

This board is very similar to Gigabyte GA-H110-D3 for 4 video cards and differs from it only in the presence of 6 connectors for connecting video cards.

Biostar Motherboard TB250-BTC LGA 1151 for mining 6 video cards

Biostar Motherboard TB250-BTC LGA 1151

  • Chipset: Intel B250;
  • Processor socket: 1151 (6-7th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 5;
  • PCI-Express x16: 1;
  • Price: 6700

The board, specially designed for mining, allows the use of Intel 6th and 7th generation processors. The power supply circuits are equipped with small heatsinks, there are 4 phases per processor (it is better not to use powerful processors) . There are additional connectors for powering PCI-E circuits. High quality textolite and components are used. There is protection against static, impulse overloads in the local network, protection of power circuits and over temperature.

Gigabyte GA-Z370P D3 RTL LGA1151 for 6 fideocard mining

Gigabyte GA-Z370P D3 RTL LGA1151

  • Chipset: Intel Z370 ;
  • M.2:  1 port;
  • Processor socket: 1151 (8th generation Intel Core i7 / i5 / i3);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 3;
  • PCI-Express x16: 3;
  • Price: 7900

This board is similar to the Gigabyte GA-H110-D3 and D3A, but has a newer Z370P chipset that requires the latest 8th Gen Intel processors. These processors mine Monero well and have a better price / performance ratio compared to previous generations of processors.

For mining on 7 video cards

Good boards for mining on 7 cards are produced by Asus. One of the proven options is:

 Asus PRIME Z270-A LGA 1151 for mining 7 video cards

Asus PRIME Z270-A LGA 1151

  • Chipset: Intel Z270;
  • M.2:  1 port;
  • Processor socket: 1151 (7th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR4;
  • SLI / CrossFireX support
  • PCI-Express x1: 4;
  • PCI-Express x16: 3;
  • Price: 14 200

The board has good cooling of the power supply circuits (6 phases per processor) and the chipset, and supports Intel 7th generation processors. It is very easy to set up and works stably, has the proprietary 5X Protection, which has been proven to be effective.

For mining on 8 video cards

There are not many reliable manufacturers of such boards. One of the proven options is:

Asus ROG STRIX Z270E GAMING LGA1151 for mining 8 video cards

Asus ROG STRIX Z270E GAMING LGA1151

  • Chipset: Intel Z270E;
  • M.2:  1 port;
  • Processor socket: 1151 (6-7th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 4;
  • PCI-Express x16: 3;
  • Price: 13700

This is an excellent board with 6 phases of power supply with good heatsinks and supports Intel 6th and 7th generation processors. It has a massive heatsink on a chipset and has GAMER’S GUARDIAN protective technologies . It has excellent components, optimally located components, a convenient BIOS and works stably when mining. Its only drawback is the price.

For mining on 12 or more video cards

These boards, specially designed for mining, allow you to save on the purchase of a processor, memory and hard drive, but are more difficult to set up and operate.

Among the proven options for such boards, the following can be distinguished:

Gigabyte GA-B250-FinTech LGA 1151 for mining 12 video cards

Gigabyte GA-B250-FinTech LGA 1151

  • Chipset: Intel B250 ;
  • Processor socket: 1151 (6-7th generation Intel Core i7 / i5 / i3);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 11;
  • PCI-Express x16: 1;
  • Price: 4400

This board supports Intel 6th and 7th generation processors, has 6 processor power phases with a good heatsink. The board already includes a power supply synchronizer and an auxiliary board with power and reset buttons. It is equipped with additional connectors for powering PCI-E circuits and is characterized by good stability in operation.

MSI B360-F PRO LGA 1151 for mining 12 video cards

MSI B360-F PRO LGA 1151

  • Chipset: Intel B360;
  • Processor socket: 1151 (8th generation Intel Core i7 / i5 / i3);
  • RAM:  dual channel DDR4;
  • PCI-Express x1: 17;
  • PCI-Express x16: 1;
  • Price: 14500

The board has only 4 processor power phases and does not have a heatsink on them. It is designed for use with new Intel 8th generation processors, has power and reset buttons on the board. A convenient feature is the presence of LEDs on the rear panel for fault diagnosis.

ASRock H110 PRO BTC LGA 1151 for 12 GPU Mining

ASRock H110 PRO BTC LGA 1151

  • Chipset: Intel H110;
  • Processor socket: 1151 (6th generation Intel Core i7 / i5 / i3 / Celeron);
  • RAM:  dual channel DDR3;
  • PCI-Express x1: 11;
  • PCI-Express x16: 1;
  • Price: 7500

This is a perfectly working board with power and reset buttons on board. It is a continuation of the development of the well-known ASRock H81 PRO BTC and has the same reliability. A slight inconvenience is caused by the very close location of the PCI-E slots. It supports 6th Gen Intel processors, including the installation of the engineering Core i7-6400T processors available for purchase in China, as well as cheap Celerons. The board is equipped with additional connectors for powering PCI-E circuits and has good operating stability. The processor is powered by 7 power phases without a heatsink.

Asus B250 Mining Expert

  • form factor: ATX;
  • compatible processors: 7th and 6th generation Intel Core i7 / i5 / i3 / Pentium / Celeron (Socket 1151);
  • Cлоты: 1 x PCI Express 3.0 x16, 18 x PCI Express 2.0 x1, 2 x DDR4 DIMM.
  • Prices: 15,000

Of course, not every miner will build such a monstrous gpu rig. But still, this model can be safely called one of the best motherboards for mining Ethereum and other altcoins.

B250 Mining Expert has a special mining mode and is made according to all Asus quality standards. The only real drawback is the lack of boards of this model.

Relevance of buying used motherboards

Boo motherboards for mining

Due to the fact that the main requirement for a motherboard used in mining is the presence of as many PCI-Express slots as possible, then if you have limited funds, you can consider buying used equipment. In this case, it is necessary to take into account the degree of its wear, the presence of support for the simultaneous operation of several video cards at once and good power lines for the processor. It is necessary to understand that mining on old motherboards, which have partially exhausted their resource, can ultimately lead to additional costs associated with repairs, increased power consumption, difficulties with setting up equipment and its unstable operation.

When buying a used motherboard, originally intended for mining, you need to understand that it has already partially worked out its resource, as well as the fact that a possible reason for the sale is the presence of problems with it associated with instability, the inability to simultaneously run several video cards, as well as other problems that nobody needs.

Conclusion

Choosing the right motherboard is a very important prerequisite for the continued smooth operation of your mining farm. A cheap mining board is not always a good choice. Therefore, when choosing it, you need to carefully study the available nuances and subtleties, so as not to waste time, nerves and money in the future on eliminating various problems.