Best Motherboard for Ethereum Mining

Best Motherboard for Ethereum Mining

Mining cryptocurrencies doesn’t require expensive, high-end motherboards like gaming does. It’s easily achieved via relatively cheap motherboards. However, if you’re serious about mining, you must invest in a motherboard that can support an ample number of graphics card configurations in its BIOS. Stick around as we’re about to highlight the best motherboards for Ethereum mining  on the market today. 

Although, not mentioned bellow, make sure to check the top X370 motherboards, top X570 motherboards, top X399 motherboards and also the top X470 motherboards.

7 Best Motherboards for Ethereum Mining (Our Review)

1. ASUS B250 Mining Expert

ASUS B250 Mining Expert

The ASUS B250 Mining Expert is a cost-effective ATX motherboard that, as the name implies, is designed primarily for mining. This board is ideal for building several mining rigs that are to work in unison. The motherboard is listed at under $150, so buying several ones for Ethereum mining won’t set you back that much.

Despite being fairly affordable, the Mining Expert offers an exceptional mining performance, as it can accommodate multiple graphics cards simultaneously and is compatible with DDR4 RAM and 7th-Gen processing units. How many GPUs can you fit inside the Mining Expert, you might be wondering? Well, the board features 19 PCI slots so that you can fit up to 19 different GPUs!

The ability to accommodate multiple GPUs is surely one of the Mining Expert’s strongest selling points, but it’s not the most salient. The reason why this board is so popular for mining is that it’s equipped with the ASUS mega-hash technology, which helps maximize the hash rates in order for you to experience remarkably fast mining regardless of the brand of GPUs and the top motherboards brand you’re using. 

Another reason why this motherboard is perfect for mining is that it comes with a mining mode that you’ll be hard-pressed to find in other competitors. When activated, this mode helps keep the hash rates maximized while keeping the voltage stabilized with the aid of voltage capacitors. 

The ASUS B250 Mining Expert also features software that allows you to detect and control the performance of each graphics card individually so that you get the mining experience that suits your preference. We highly recommend integrating AMD graphics cards with this unit.

Consider looking among the top B350 motherboards as well as among the top B450 motherboards for a motherboard for you.


  • Compatible with 6th and 7th-Gen CPUs
  • 19x PCI slots for up to 19 graphics cards
  • An ATX form factor suitable for mining
  • Features ASUS megahash technology
Can house up to 19 graphics cards
Hash rates are effectively maximized
Can control each GPU individually
Capacitors keep the voltage stable
BIOS is customized for mining goals
Not compatible with newer CPUs
It lacks an onboard power button

2. ASRock H110 Pro BTC+

ASRock H110 Pro BTC+

If the ASUS B250 is a bit too comprehensive for your needs and budget, the ASRock H110 Pro BTC+ is your second-best option. This is one of the most affordable yet most effective mining motherboards on the market today. It flaunts an ATX form factor and can support up to 13 GPUs without any problems. 

The H110 Pro BTC+ is an extremely versatile motherboard in the sense that it supports DDR3 and DDR4 RAM technology. Further, it can accommodate i3, i5, or i7 processors, no matter the CPU’s generation. The ASRock H110 Pro BTC+ might not be as capable as the Mining Expert, but it’s just as popular, thanks to its wallet-friendly price and versatile composition. 

The hash rate conversion that this motherboard is able to achieve with 13 GPUs is nothing short of impressive. And even though it’s designed primarily for mining, we can’t see why it can’t be used for gaming with a powerful i7 CPU and a capable GPU. If you’re going to use it for gaming, you’ll have to invest in cooling solutions, as this unit is prone to overheating without a high-quality cooling system. 

Don’t get us wrong, the board flaunts at least two layers of copper that help keep the temperature at a minimum for stable and efficient mining, but of course, this isn’t enough for gaming. And if you’re looking for gaming motherboard, check the top gaming motherboards.

The ASRock H110 Pro BTC+ allows for a maximum frequency rate of 2400 MHz, so please keep that in mind when trying to fit DDR4 RAM into it. What we love the most about this board is that it’s delivered with the factory setting optimized for mining, so you don’t have to worry about carrying out any BIOS adjustments upon receiving the board.

Further, we like how this board is able to perform terrifically no matter the cryptocurrency you’re trying to mine. The board is compatible with graphics cards from both AMD and NVIDIA, which is one of the reasons why it’s so popular amongst miners worldwide. 


  • Accommodates i3, i5, and i7 processors
  • 13x PCI slots for up to 13 graphics cards
  • An ATX form factor that’s ideal for mining
  • Compatible with DDR3 and DDR4 RAM
Listed at a budget-friendly price tag
Can handle up to 13 graphics cards
AMD and NVIDIA GPUs are suitable
Steadfast temperature stabilization
Ideal for mining any cryptocurrency
PCI slots are too close to each other
Occasional Windows malfunctioning

3. ASUS ROG Strix Z270F

ASUS ROG Strix Z270F

If you’re looking for a mining motherboard that doubles as an excellent motherboard for gaming, it doesn’t get any better than the ROG Strix Z270F. The ROG emblem stands for Republic of Gamers, and virtually all motherboards that carried the ROG stamp are certified gaming beasts.

Now, it’s imperative to understand that mining activities tend to subtract from a board’s lifespan because the board will likely be running 24/7, but the Strix Z270F, as a board that’s made for gaming, primarily, flaunts enough durability to handle intensive mining activities for a long time, so you don’t have to worry about it giving up on you after a few weeks of continuous use. 

The ASUS ROG Strix Z270E, like most of the products on our list, features an ATX form factor that’s perfect for mining. Its construction allows it to accommodate up to 7 GPUs, which is very impressive for a board that isn’t primarily designed for mining. 

Being a gaming motherboard, the ROG Strix Z270E will gladly accommodate the most recent CPU you can use and will ensure optimal performance. The motherboard flaunts DDR4 DIMM technology and can accommodate up to 128GB of RAM with ease. 

We also feel the need to point out that the ROG Strix Z270E is one of the top motherboards when it comes to overclocking CPUs, which enables it to deliver superb gaming performance. But does that aid with mining? Most definitely! The board utilizes auto-tuning technology as well as its Fan Xpert 4 components to ensure optimal overclocking when required. 

This board also shines when equipped with an AMD Crossfire GPU, and as you might already know, AMD graphics cards are considered the best for mining activities, so it’s a win-win with this motherboard. You also get to enjoy USB 3.1 connectivity. 


  • Supports the most recent CPUs
  • An ATX form factor that’s ideal for mining
  • Accommodates up to 128GB of DDR4 RAM
  • Can accommodate up to 7 graphics cards
Excellent for both mining and gaming
Great durability for extensive mining
You can use whatever CPU you want
Convenient auto-tuning technology
Type A and C USB 3.1 connectivity
Not designed specifically for mining
DRAM overclocking isn’t that great



Like the ASUS B250 and ASRock H110 Pro BTC+, the Gigabyte GA-H110-D3A is a board that’s designed specifically for cryptocurrency mining. It’s perfect for earning a daily standard profit. It flaunts an ATX form factor, DDR4 DIMM technology (dual channel), and remarkable build quality that ensures its longevity. 

This motherboard features 6 PCI slots, meaning you can equip it with up to 6 GPUs. This isn’t much compared to some of the other options on the list, but it’s satisfactory for standard mining activities. It’s also worth noting that Windows OS doesn’t recognize more than 8 graphics cards on a single system with most boards, so having the GA-H110-D3A is actually an advantage. 

The Gigabyte GA-H110-D3A is compatible with both Intel and AMD processors. However, if you’re going to use an Intel processor, make sure you use a 6th or 7th-Gen unit because that’s as far as this motherboard’s compatibility can go. 

While not of significance when it comes to Enthereum mining, there are 2x M.2 connectors that you can use for ultra-fast data transfer. Also, if you’re worried about your electricity bill being too costly after using this board for long, you’d be happy to know that it features voltage-stabilization capacitors that help ensure optimal electricity settings for energy-efficient operation. 

The motherboard also features an advanced cooling system that helps keep the temperature at bay, preventing any of the board’s components from damage or malfunction. Further, the board is well-equipped against humidity, power failure, and electrostatic discharge. Simply put, this is a tank of a motherboard. 


  • Compatible with AMD and Intel CPUs
  • An ATX form factor suitable for mining
  • Very comprehensive cooling system
  • 6x PCI slots for up to 6 graphics cards
Comprehensive cooling and protection
Highly durable construction
Energy-efficient electricity settings
M.2 connectors for fast data transfer
Runs up to 6 GPUs efficiently
Comparatively expensive
Doesn’t feature SLI support

5. Biostar TB250-BTC Pro

Biostar TB250-BTC Pro

The Biostar TB250-BTC Pro is yet another reliable motherboard for mining Ethereum. It’s also suitable for mining Bitcoin and other types of crypto-currencies. Pricing-wise, the board is very cost-effective at around $100. It has an ATX form factor for optimal mining and can handle up to 12 graphics cards with ease. Note that the unit utilizes PCI 3.0 slots rather than 2.0.

With motherboards that can accommodate a large number of GPUs, it’s highly recommended that you opt for Linux OS because Windows cannot recognize more than 8 GPUs from a single system. Most of the boards on our list can handle more than 8 GPUs, so keep that in mind. 

If you’re mining professionally, the Biostar TB250-BTC Pro will serve you well with its superior performance. However, it does have its limits. For example, it can only support up to 7th-Gen CPUs, be it i3, i5, or i7, as it houses an LGA-1151 socket, also known as Socket H4. We’re not fond of 7th-Gen CPUs due to performance issues, so we advise using a 6th-Gen unit instead. 

One thing we don’t like about this motherboard, however, is that the BIOS settings need to be changed in order to utilize 12 GPUs. This problem isn’t present with all of the above-reviewed models, so if you don’t want the hassle of adjusting the BIOS, we recommend opting for any of the units above. But don’t completely disregard this board, as it’s pretty wallet-friendly. 


  • Compatible with 6th and 7th-Gen CPUs
  • Supports DDR4 2400/2133/1866 RAM
  • An ATX form factor suitable for mining
  • 12x PCI 3.0 for up to 12 graphics cards
Can handle up to 12 GPUs (Linux)
Utilizes PCI 3.0 slots rather than 2.0
Socket H4 for vast compatibility
Can handle up to 32GB DDR4 RAM
Effective power stability capacitors
Not suitable for 8th-Gen CPUs
BIOS must be adjusted for 12 GPUs

6. MSI Pro Z270 Crossfire

MSI Pro Z270 Crossfire

MSI motherboards need no introduction in the realm of gaming, but they also wanted a piece of the mining action, and that’s what made way for the MSI Pro Z270 Crossfire to hit the market. This is another ATX motherboard that’s perfect for both mining and gaming purposes, and you don’t have to worry about its lifespan getting shortened with intensive mining. 

The MSI Pro Z270 Crossfire can adequately accommodate up to 7 GPUs for mining and 6 for gaming. This is an ample number of graphics cards to use if you plan on using Windows OS. Further, you can utilize either NVIDIA or AMD cards, as the board is optimized to maximize the performance of both brands of GPUs. 

The MSI Pro Z270 is one of the few motherboards in its class that can go to serious extremes in terms of maximizing the performance of equipped GPUs and CPU. The board flaunts superb overlocking capabilities that you’ll find useful in mining activities. 

In addition to extreme overclocking, the RAM modules on this board have a frequency limit of 3800+ MHz, which is quite impressive compared to all the other options on this list. This helps ensure superior DDR4 RAM performance and an overall smoother mining performance. 

The MSI Pro Z270 features SLI support, which is a huge advantage, and as the name implies, it flaunts Crossfire support as well. The unit only features 2 slots, though, so you’ll have to choose either SLI or Crossfire. This isn’t significant news for mining purposes, but it will be of huge aid to you when it comes to gaming. 


  • Can handle up to 7 GPUs for mining
  • Features SLI and Crossfire support
  • 3800+ MHz DDR4 frequency limit
  • An ATX form factor suitable for mining
Perfect for both gaming and mining
Can use Windows due to GPU limit
Superior overclocking performance
Exceptional DDR4 frequency limit
Offers support for SLI and Crossfire
Doesn’t have any M connectors
The unit’s bottom edge is cluttered

7. MSI Pro H310 LGA 1151

MSI Pro H310 LGA 1151

The final product on our list is another MSI motherboard that’s capable of handling up to 13 GPUs with ease. Like other motherboards that can house more than 8 GPUs, you’ll have to opt for Linux OS in order to maximize your GPU usage since Windows can only recognize 8 cards. 

The Pro H310 LGA 1151 features optimized BIOS options that are suitable for mining, so you can start mining right away after receiving the board. The power design is also optimized to ensure maximum efficiency and optimal mining performance. 

This motherboard grants you the ability to detect and manage your PCI slots to achieve optimal mining performance. This device is on par with the ASUS B250 Mining Expert minus GPU capacity. It outshines the B250 with features like a CMOS button, diskless boot, on/off switch, and EZ debug. It’s just a bit too expensive for mere mining purposes.


  • Has a CMOS button and diskless boot
  • Can handle up to 13 GPUs for mining
  • Supports 8th and 9th-Gen processors
  • Decoupling capacitor for voltage stability
Compatible with 9th-Gen processors
The BIOS is optimized for mining
Features an on/off power switch
Features an EZ debug LED function
The power design is notably efficient
Not the most budget-friendly option
Onboard Wi-Fi would’ve been neat

Ethereum Mining Motherboard (FAQ)

Does Ethereum Mining Damage Your GPU?

Not necessarily. It’s not about how cryptocurrency mining makes use of your graphics card, but really about how long the card is left to mine. With a mining-specific board, you can leave your GPU to mine continuously for years without any problems. 

Can I Use a Mining GPU for Gaming?

Most GPUs that are designed specifically for mining can’t be utilized for gaming, but some can. Nevertheless, we don’t recommend using a mining card for gaming and vice versa. 

How Much Ethereum Can You Mine in a Day?

According to accessible mining inputs, you can mine 0.02516264 Ethereum every day using a hash rate of 500 MH/s, a difficulty of 3,433,661,465,503,424.00, and a block reward of 2 Ethereum.

Additional reading