Standard motherboards have a CPU, a GPU, PCIe slots, USB connectors, Ethernet and other Internet connection technology, and display connectors. Crypto mining motherboards have the same parts as regular motherboards.
On the other hand, most regular computers are only suitable for mining with some tweaks, though they can be used for low-end mining. However, crypto mining processors work better because they are made to do mining better.
They improve data transfer between ports, GPUs, and other connectors, for example, and use advanced heat sink and cooling technologies and motherboard safety technologies to lower overheating and voltage overloading. You also want one that can mine with the least power for the most output.
They can also handle more GPUs per board by adding more PCIe slots.
How to Pick the Right Motherboard for CryptoMining
Step #1: Check to see if you need one. Primarily, it would help if you had them when mining with GPUs. If not, any computer can be used by an ASIC.
Make sure you know what model and type of GPU you want your mobo to have so you can choose one that works with it.
Step #2: Research what features you need in a motherboard. Some of these are the number of PCIe slots (which set the number of GPUs you can connect to), how much power, and how efficiently it uses it.
If the motherboard and CPU are sold separately, make sure they are compatible with each other. Also, check the number of RAM slots, the type and speed of RAM that can be used, the number of expansion slots that can hold more GPUs, and the power supply compatibility if you already have one.
Many people start by figuring out how profitable their mining business will be. This helps them decide what kind, how many, and what model of GPUs they need. After that, they can work on all the other parts, like the processor, that will work best with the chosen GPU.
Step #3: Look at the price and buy. You can think about the warranty, shipping cost, deals, discounts, the availability of setup tips, etc.
Best Crypto Mining Motherboards
#1) Asus Prime Z390-P
Best for mining with later GPUs that have been overclocked and could get too hot
If you want a motherboard that will last and work well for cryptocurrency mining, the Asus Prime Z390-P is the best choice. It has over-voltage safety technology and strengthened PCIe slots that keep them from breaking when you attach heavy GPUs.
Up to 32 Gbps of high-speed data transfer is possible with M.2. This lets you customize your mining experience by ensuring that the proper cooling temperatures are used for jobs with a lot of GPU and CPU power. Overclocking can, of course, be used to make even more changes. It works with almost every kind of video card.
Features:
- FanXpert 4 with AIO Pump delivers power to the advanced fan control cooling system.
- ASUS OptiMem II makes it easier to overclock DRAM and keep it stable. Tuning programme with a lot of tuning options.
- 4 RAM slots can hold up to 64 GB of ddr4-4266.
- 13 USB slots.
- It’s ready for games and has immersive HD gaming audio built in.
- One DisplayPort and one HDMI.
- SATA drives can be used in M.2 spaces. RAID can be used with six more SATA ports.
- AMD CrossFireX supports multiple GPUs.
Pros:
- It lets you pair many different memory kits, from standard ones to ones with RGB lighting.
- Simple to set up, use, and change.
- RAM that can hold up to 64 GB lets you run many tasks simultaneously.
- You can set up your RAID with up to 10 SATA HDDs, SSDs, or two M.2 SSDs.
Cons:
- There is no WiFi built in. You can hook up to a WiFi hotspot.
- There is no power switch.
Verdict: The Asus Prime Z390-P is excellent for customizing your mining experience, whether you want to try aggressive overclocking, change how jobs are cooled, or make your RAID. It keeps you safe from overvoltage and heavy GPU connections.
Price: $134.99.
#2) AsRock H110 Pro
This is the best GPU for both games and multi- or hybrid GPU mining.
Some platforms are made for gaming and can also be used for cryptocurrency mining. This one, on the other hand, is made for cryptocurrency mining but can also be used for gaming.
Like some other companies, this one has a mining setup guide on its website, so you don’t have to look for it elsewhere. They also have live updates and app stores for people who want to keep making their systems better.
Still, the motherboard has more PCIe slots than it needs, as well as advanced system power connectors for security and support for up to 13 GPUs during multi-GPU mining operations. It can be used for both AMD and NVIDIA mining.
That is, in combination mining, you can connect 5 Nvidia GPUs and 8 AMD GPUs. It also works with other OSes for mining, like SimpleMining and ethOS.
Features:
- Graphics output over DVI-D.
- HD sound for games. ELNA sound caps.
- There is a power on/off and reset button on the board. It makes testing hardware easier when not using a normal PC case. Makes it easy to switch out metal parts.
- It has eight power phases. For stability, add an extra 4-pin and SATA power connection.
- High-density glass cloth PCB protects against electrical shorts caused by humidity.
- A ready-made online guide from the business on how to set up mining rigs for cryptocurrency.
- For boot disc NVME SSD can be used.
- Up to 91 W for the CPU. It works with Turbo Boost 2.0 technology.
- Only on Black PCIe slots do lightning safety and wake-on-LAN work.
Pros:
- Miners don’t need extra CPUs, RAM units, storage, and other parts because they already have 13 GPUs, so they save money on parts.
- Because it supports 13 GPUs, it saves space because one PC takes up less room than two.
- Extra power hookups and an eight-phase power supply provide a steady power source. Digi Power technology was used to stabilize the voltage even more.
- Hybrid and multi-GPU mining can be done.
- Complete Spike Protection against power spikes that could hurt motherboard parts.
- Solid capacitors are made to last a long time.
- With an Intel 300 Series chipset system, you can use 8th and 9th-generation Intel core processors.
Cons:
- It’s hard to fully use the potential by attaching 13 GPUs in multi-GPU mining, for example, since GPUs are hard to come by and cost little.
- It costs a little more.
Verdict: The conclusion is that this mining motherboard is a good choice because it supports 13 GPUs and hybrid GPU mining and was made and optimized for mining rather than games. The company also helps miners have the best mining experience possible by providing a guide, live updates, and an app store.
Price: $428.
#3) MSI MAG Z590 Tomahawk WiFi Gaming Motherboard
This is the best for both games and mining.
The MSI MAG Z590 Tomahawk is designed for games, but it can also be used for mining. It is likely the best coin-mining motherboard you can buy because it works with Intel Core Pentium and Celeron processors from the 10th and 11th generations.
As for network connections, it gets better with its 2.5 G LAN and Intel WiFi 6E solutions. It also overclocks better thanks to its new Z590 chipset, which can reach up to 5,333 MHz.
It also supports multi-GPU mining thanks to its multiple (up to 4) generation 4 PCIe slots and 2-way AMD Crossfire technology, which makes it easier for GPUs to work together. Up to 128 GB of RAM is possible, but you need an IMC on the CPU to get those speeds. At $149, it’s not too expensive compared to many others on the list.
Features:
- With Type-C, USB 3.2 ports can send data up to 20 GB/s.
- There’s DisplayPort and HDMI 2.0.
- Warranty for three years.
- A quick installation guide.
- RGB light only around the chipset area.
- More oversized heat sink to cool down even more.
- Each of the four dual-channel DDR4 supports 32.
- 14+2+1 VRM stages are high-end and keep the temperature from getting too high if you keep an eye on them. This 16+1+1 phase works better on the MSI MPG Z590.
Pros:
- Not expensive
- Built-in support for Bluetooth and WiFi 6E.
- USB 3.2 and Type-C ports can both send data quickly.
- To begin multi-GPU mining, no changes need to be made to the BIOS.
Cons:
- When boosting, VRAMs get too hot.
Verdict: The MSI MAG Z590 Tomahawk has some of the best performance regarding overclocking speeds of up to 5,333 MHz and having high-speed USB 3.2 and Type-C ports. It comes with the newest processor and is pretty cheap.
Price: $149.
#4) Asus B250 Mining Expert
The best way to protect against overvoltage, static, and lightning.
With 19 PCIe slots and USB 3.1 ports, the Asus B250 Mining Expert motherboard is designed and built to be the best for crypto mining. With over-voltage safety, SafeSlot Core, and LANGuard technologies, it also has the durability and dependability of an Asus motherboard.
It can work with up to 19 NVIDIA or AMD GPUs simultaneously, making it perfect for multi-GPU mining. Tests show that it can get up to 407 MH/s hash rates when mining with 19 GPUs and 123.3 MH/s when mining with only 6 GPUs.
Features:
- 32 GB of DDR4.
- There are 18 PCIex 1 slots and 1 PCIex16 slots. There are 19 slots spread out in three zones, and each zone has its 24-pin power connection.
- Nineteen decoupling capacitors keep the power source stable and lower noise.
- On starting up, PCI slots or the state of the graphics card can be detected. Finds mining bugs right away.
- 2.5 times more resistance to surges. Lightning strikes and static electricity harm can’t hurt it with LANGuard.
- One thousand twenty-four bytes of RAM space.
- It works with other mining programs like SimpleMining and ethOS.
Pros:
- Saves money by lowering the need for more CPUs, memory, and drives to provide the same mining resources.
- Some 6-slot motherboards cost more than this one, but this saves up to $1.83 per MH.
- With 19 GPUs, it can make up to 407 MH/s.
- Stable voltage and hardware protection techniques make things last a long time.
Cons:
- Hard to use to its full potential; for example, it’s hard to find P106 or other cards that can make use of the 19-video card feature.
- Pretty expensive.
Verdict: The Asus B250 Mining Expert motherboard doesn’t have the fastest overclocking speeds for a motherboard, but it does support up to 19 GPUs, which makes mining more accessible for people who want to use more than one GPU without having to buy extra parts for each one.
Price: $694.
#5) Biostar TB360-BTC Pro
Best for easy setup since it doesn’t need power switches and can figure out the GPU state.
The Biostar TB360 BTC Pro has great features that let you get more out of GPU mining. It has up to 12 PCIe 3.0 slots that you can use to connect up to 12 GPUs. Because it has PCI slots, USB riser cables can be put right in.
This also helps you save money on extra parts (up to one less computer needed than with 6-GPU processors). The extra parts are needed to make a mining device with the same potential (UP TO $0.22 per mega-hash compared to the TB250-BTC/Pro 2.0 type).
On the other hand, the TB360-BTC Expert is better than the TB250 type because it saves more than fifty cents per mega-hash.
The structure of the PCI slots also stops current surges and short circuits. The Intel B360 gives each slot its specialized channel, which speeds up crypto mining and makes it more productive. The system can also tell what state each GPU is in on its own PCI slot.
Features:
- Using a 24-pin power source on the motherboard is possible with two PSUs. It works with two power sources, and you don’t have to set up any jumpers.
- Super LAN surge defence to keep power spikes to a minimum while mining cryptocurrency.
- Exceptional Mining Mode Bios set up to help set up and improve mining speed.
- Two DDR4 DIMM memory slots can hold up to 32 GB of memory.
- 24-pin plug for power.
Pros:
- Easy program to set up the BIOS. It needs to be changed so that it can handle 12 GPUs.
- Spending plan.
- You can use core computers from the 8th and 9th generations.
- Power spike protection and long life.
- Saves money on devices that can connect to up to 12 GPUs.
Cons:
- Not as many product reviews.
- Lower the total amount of RAM to 32 GB.
Verdict: The Biostar TB360 BTC Pro is a great processor for people who want to connect up to 12 GPUs, but these can be expensive and hard to find. It’s cheap, but it has less RAM, and it comes with an easy-to-use BIOS setup utility that lets you change the BIOS to handle 12 GPUs.
Price: $95.98.
#6) Gigabyte Z390 UD Motherboard for Cryptocurrency Mining
It works best for mining with powerful graphics cards.
It is made for gamers, but the Gigabyte Z390 UD Motherboard can also be used for mining thanks to its high-performance Intel Z390 chipset, SATA M.2 technology, and ultra-durable stainless steel shielding that can handle heavy graphics cards.
The motherboard also has ICs up to three times more resistant to ESD than regular ICs. These protect the motherboard from damage from static electricity and power surges (the anti-surge IC makes it 2.5 times more surge-protective than regular motherboard ICs).
Users can get the most out of PCIes’ M.2 technology, but it can only handle up to 32 GB of memory. Power-hungry system parts can get power thanks to the VRM design, which works with 8-core CPUs.
Features:
- 10000 TB of computer storage space.
- DDR4 DIMMs with two channels of memory.
- Graphics Support in Multiple Ways
- 24-pin plugs for power. Solid-plated ATX pins will keep the power source stable even when overloaded.
- UI to control the fan. Cooling ability that can be changed.
- Four plugs for fans and water pumps.
- Monitoring the performance of the network in real-time.
- RGB lights in full colour.
Pros:
- It was made for high-end builds and has extra cooling control and functions, as well as WiFi.
- Spending plan.
- It works with the newest Intel Core CPUs.
- 8+4 solid pin headers work with a variety of PC setups.
- Safeguard against problems with static electricity and too much power.
Cons:
- Up to four GPUs can be hooked up to the PCIe slots.
Verdict: Even though the motherboard supports multi-way graphics, it can only hold up to 4 GPUs, which saves less on accessory costs than other motherboards on the list. If not, its innovative fan technology is a big plus.
Price: $199.99
#7) Zotac B150 Mining ATX Motherboard
Best for people who are new to crypto mining.
You can get the most out of your mining speed with the Zotac B150 Mining ATX motherboard’s 8 PCIe slots, which can hold up to 8 GPUs each. This motherboard is cheap and works with 7th and 6th-generation core processors. It also has GPUs that can be overclocked.
The memory can only go up to 32 GB, though, so there are better choices for mining. You also will find a few reviews or tips about the motherboard.
Features:
- 32 GB of memory store space.
- The ATX shape.
- Two spots for DDR4 2400/2133. As much as 32 GB of space.
- It would help if you had an ATX power supply.
Pros:
- Not expensive.
- Overclocking and mining with more than one GPU are supported. Because it works with both 7th and 6th-generation CPU cores, it can also handle processes that happen quickly.
- Seven GPU cards work fine, but eight must be set up in the BIOS.
- If you set it up in BIOS, it can work with PCIe 3.0 or 2.0.
Cons:
Not very good guides and reviews. It also gets terrible marks for being stable and for games.
Only up to 64W CPUs can be used, which is a few.
Verdict: The Zotac B150 Mining ATX motherboard has few reviews online, but it’s an excellent choice for beginners and only costs $109.99 for 8 GPU cards.
Price: $109.99.
#8) Creamic BTC-37
Best for cheap, low-end mining.
People who want an affordable, low-end mining motherboard that can handle multiple GPUs and use little power and energy will likely be interested in the Creamic BTC 37. It can handle up to 8 GPUs, but expect it to be a little slow since it only allows up to 32 GB of DDR3 RAM.
It also has voltage-stabilizing capacitors that keep the power going to your gadgets. Some people prefer that they can only fit eight bigger GPUs or USB risers. They can change the motherboard to S37, which has 65 mm of room between the PCIe slots instead of 50 mm. Also, the D37 is a better alternative.
Features:
- The memory clock speed is 2,666 MHz.
- CPU and fan are built in from Intel.
- One spot for DDR3 SODIMM. 32 GB of space.
- It can boot from either a network or PXE.
- The ITE IT8772E is a multifunctional card with two 16x growth ports and eight PCIe generation slots.
Pros:
- Not expensive
- Up to 8 GPUs can be used.
- Cooler, and it uses less power.
Cons:
- It gets too hot when all of the PCIe slots are used up.
- It does handle older CPUs and has PCIe slots for people who need to use newer GPU cards that need x8 or x16 PCIe to work.
- There is only 50 mm of room between PCIe cards, which means that 8 GPUs that are bigger will not fit.
Verdict: Creamic BTC 37 is a low-end mining processor that is cheap and good at managing power use. With some changes to the BIOS, it can also handle up to 8 GPUs.
Price: $159.99.
#9) Huaxucheng X79-5 Card Mining Rig Motherboard
It is best for mining activities that only need a little power.
People sell the Huaxucheng X79-5 Card mining rig processor as a low-power miner that is quiet (55 db when mining). Even though it has up to 5 PCIe 3.0 ports that can connect GPUs, this crypto-mining computer is costly for what it can do.
In this case, if the RAM only has 32 GB of memory, the SSD can have up to 128 GB of mSATA memory.
Features:
- Three 3000 RPM fans that can be set to different speeds.
- There is a 110–230 V input on the 1800 W power source.
- 128 G mSATA port. There is a PCIe pitch of 60 mm between each two of them.
- It works with a wide range of GPU cards for mining, such as the RTX 3060Ti, 3070, 3080, 3090, 6800/6800XT, and more.
- Both AMD and NVIDIA GPU cards can be used to mine.
- Power source with six pins. Six power-ins and five power-outs.
Pros:
- Fans are easy to control by hand.
- Eight-pin cords that are long enough to join.
- Up to 5 GPU cards can be hooked up.
Cons:
- 1800 W is only suitable for cards less than 3080Ti or less than 300 Watts. More than five 3080Ti is needed.
- It’s pricey for what it comes with. You can even find boards that are the same for $100 less.
- Because it only has an 8-pin connector and no SATA, it’s hard or impossible to add a custom fan control system.
Verdict: The X79-5 processor for mining can support up to 5 GPUs, but it’s not very cheap because it can only be used with newer GPU cards that need 300 watts of power.
Price: $290.20.
#10) Machinist B250C Mining Motherboard
Best for people who want to buy cheap or reasonable mining motherboards.
The device has 12 USB ports that can connect up to 12 GPUs. These ports are transferred by PCIe, which means that the motherboard connects the USB 3.0 ports to the extension cord through PCIe. In this way, signs can be sent more quickly and work for more extended periods.
Features:
- It takes 3200 MHz to start the memory.
- 24-pin plugs for power.
- Up to 32 GB of DDR4 memory in two types.
- Regulated capacitors were built into the board to reduce interface disturbance and line loss. It can get going fast.
- The noise level is low, and power use is low.
- The form factor is micro ATX.
Pros:
- Not having any SATA wires means less trouble with managing them.
- With a direct USB link to PCIe, data can be sent more quickly.
- Putting up to 12 GPUs together.
- LED light bulbs.
- The straight USB to PCIe connection cuts down on costs. Also keeps the process stable and makes it last for a long time.
- Not expensive.
Cons:
- As much as 32 GB of RAM.
Verdict: The Machinist B250 C is best for people who want to use up to 12 GPUs for multi-mining without the problems with low-end crypto-mining motherboards, like a short PCIe pitch distance.
Price: $98.40.
Conclusion
This lesson talked about computers that are used to mine cryptocurrency. These platforms are what other devices, like graphics cards, connect to. As was already said, they are chosen mainly by how many GPUs they can support. Most have USB riser ports that let you connect to up to 19 or more GPUs.
Even though regular motherboards can be used to mine crypto, crypto mining motherboards are designed with advanced cooling technologies for GPUs, better overheating protection, more terminals that can hold more GPUs, heavier GPUs, faster and more modern port connectors, temperature stability, support for high-end or modern processors, etc.
You can use these to pick out the best computers for mining. The best crypto-mining CPUs will, of course, depend on how much they cost.
It is possible to use up to 19 GPUs with the Asus B250 Mining Expert motherboard. While most motherboards can handle GPUs, this one was made to handle that many. Of course, all of these features come at a very high cost. It can overclock and has a unique cooling system.
The AsRock H110 Pro can handle 13 GPUs, but it costs a lot. For almost high-end crypto mining, the ASUS Prime Z390-P costs a lot less, but it can only handle up to 8 GPUs at a time.