Best Mining Motherboards: Here’s What Matters

Due to their decentralized structure and significant volatility, cryptocurrencies have risen in popularity. They’ve become the most sought-after asset of the twenty-first century. After all, people are rushing to get their hands on Bitcoin in record numbers. Why not? Cryptocurrencies are experiencing an increase in interest from both investors and enthusiasts. After all, they are seen to be the answer to the current banking system’s flaws. Huge price fluctuations make them a risky gamble, but one well worth your attention.

Millions of individuals are drawn to Bitcoin due to its technological significance and lucrative price appreciation. Cryptocurrencies may be thought of as digital tokens that use cryptography to protect transactions and are neither regulated nor backed by traditional banks. They differ from traditional currencies in that they only exist as digital entities recorded in public ledgers and held in digital wallets. How do we invest in cryptocurrency? There are two approaches. You may get them in the first approach by simply buying them from brokers; however, the second option is a little more complicated yet lucrative. You choose to mine them yourselves.

Mining is the process by which you can obtain your very own crypto coins. By this method, you generate new digital tokens that enter into circulation; mining requires highly sophisticated hardware that solves extremely complex computational math problems to create cryptocurrencies such as Bitcoins. The first computer device to find the solution to the problem received the next block of bitcoins. Even though mining is seen as a dangerous gamble due to the involvement of extraordinarily high-end and costly technology, investors are still inclined towards it partly because they receive their rewards in the form of crypto tokens.

Although you could mine coins on a standard computer back in the day, things have changed dramatically now that blockchain has matured into a far more secure system. For example, in the case of Bitcoins, the network aspires to create one block every 10 minutes or so since the number of mining rigs addressing the issue is directly proportional to the likelihood of discovering a solution.

This implies that a regular computer is useless for cryptocurrency mining; you’ll need supercomputer-level processing power, along with the best mining motherboards and ASICs. This post will go through how to mine some of the most popular cryptocurrencies and which mining motherboard is ideal for you. According to their specs, these motherboards may cost anything from a few thousand dollars to tens of thousands of dollars. Continue reading to learn

more about mining Bitcoin and how the best mining motherboards may help you.

Table of Contents


    How Does Crypto Mining Work?

    Cryptocurrency mining is an arms race in which thousands compete but only a few emerge triumphantly. Validating bitcoin transactions on a blockchain and adding them to a distributed ledger results in the creation of new coins to compensate miners for safeguarding the network. The procedure differs somewhat in BTC and Amp tokens, but the basic premise remains the same.


    This entails exchanging Bitcoin for BTC and executing the verification procedure to confirm Bitcoin transactions. Although the validation process was viable and lucrative in the days when the underlying algorithms were simple, the method has become far more difficult and uneconomical for individual miners as the number of miners has increased dramatically. This has resulted in rising power expenditures as well as a larger carbon imprint. Miners must balance profitability with power costs, the effectiveness of mining motherboards, and the price of Bitcoin.

    Your Guide to Best Motherboards for Mining Rigs

    As previously said, in order to break Bitcoin blocks and resolve hashes, you will need a strong mining motherboard, one that gives you an edge by being superior in terms of computational power. These motherboards will be your most valuable asset in your quest to mine bitcoins, as mining on a standard setup would burn it to ash.

    Selecting the motherboard of your choice can be a cumbersome task, primarily due to the plethora of options available in the market. While we are on that note, you should remember that mining motherboards are usually quite expensive, but you can leverage that against their mining capability. Even if you are looking for a budget option or top-of-the-line motherboard for the best computational power, we have got you covered; let us start on the five best mining motherboards in the market.

    ASRock H110 Pro BTC+ (The Hybrid Mining Rig)

    This motherboard is frequently referred to as the pinnacle of perfection and processing power since it allows users to mine on a whopping 13 GPUs. This motherboard is unique in that it allows you to swap in two different types of GPUs in tandem, for example, one from AMD and the other from Nvidia, and they will coexist harmoniously, boosting the motherboard’s capabilities. This beast has two RAM slots and is particularly built for bitcoin mining, owing to its 8-phase power architecture, which guarantees that all CPUs and GPUs receive a steady power curve.

    While emphasizing power features, ASRock does not compromise safety and security. It includes a CPU Vcore voltage module that protects on-slotted components from high-power fluctuations. In addition, the box includes three extra power connections that are ideal for SATA/M.2 communication, as well as a 2oz copper PCB, a high-density Glass Fabric PCB, and a power on/Reset button. To get the most out of it, make sure you have $899 on hand, as well as a 2400W power supply, a dual power supply adapter, a PCIe riser kit* 13, 13*AMD/8*AMD + 5* Nvidia GPUs, and an SSD boot drive.

    Support up to 13 graphics cardsDifficult to set up
    Onboard Power and Reset switchesHefty Price Tag
    Contains CPU Vcore voltage moduleNot fit for beginners
    2 RAM SlotsIt May not require all slots

    MSI Z170A Gaming Pro Carbon (The Multi-purpose Machine)

    This motherboard is another incredible gadget that can both fuel your mining ambitions and serve as a reliable gaming companion. It comes with all of the functionality you’ll need to get your cryptosystem up and running. Faster data transfer rates are ensured by features such as the ability to overclock your GPUs and CPUs, as well as the essential support for NVMe SSDs. This motherboard has a number of PCI-E 3.0 x1 slots, which means that in addition to the PCI-E 3.0 x16 slots, it will provide high-speed connectivity, making it excellent for both gaming and mining. 

    It has an upgraded USB port that supports USB connections from multiple generations, as well as compatibility for Intel Core i7 processors, 64GB of RAM, and four slots. These standards are more than enough to do mining. It also has Direct X 12 support in an ATX form factor, as well as SLI and Crossfire compatibility. This motherboard additionally has PCIe Gen 3, PCIe 4.0, SATA Express, SATA III, and an M.2 port as value-added features. This motherboard offers greater value for money and is ideal for customers who want to meet their gaming and mining demands all at once; it starts at just $398. 

    Pros Cons
    Can Support up to 7 GPUsLimited Automated Clocking Abilities
    Can Cater to needs of GamersGaming Aesthetic might be off-putting for some
    Competitive PricingFew additional onboard controllers
    Tweakable BIOSAverage Benchmark Score

    ASUS B250 Mining Expert (An Absolute Beast)

    This is the world’s first mining motherboard, with 19 GPUs supported by the same number of PCIe slots. It is easily the most powerful and high-performing mining motherboard available today. You can’t get much better than this if you want to truly improve your mining game and don’t mind spending a lot of money. The B250 Mining Expert is a force to be reckoned with, featuring a specific mining mode that requires no BIOS tuning in order to optimize your Bitcoin reward, as well as Overvoltage protection and LANGuard.

    It has highly desirable features, including up to 32GB DDR4 2400 RAM and USB 3.0. 19x PCIe slots are divided into three groups, each with a dedicated 24-pin for stable power performance, thanks to Intel Gigabit LAN and Triple-ATX12V Power Delivery. Safe Slot Core, LANGuard, and Overvoltage Protection guarantee component lifetime and dependability, while PCIe Slot State Detection offers a real-time indicator of the state of each GPU in your setup. With this spec sheet, you can literally mine hundreds of BTC per day, it is fascinating to observe such cutting-edge technology. The only downside to this is that it is fairly expensive and scarce, therefore getting your hand on one of these is a little challenging along with the hefty price tag of $1,389.

    Pros Cons
     World’s first 19-slot motherboard for multiple GPU mining.Fairly Expensive
    Features Slot state Detection ModuleLimited Supply
    Dedicated Mining ModeProne to Crashes
    Overvoltage ProtectionRequires Immense Power Input

    Latady BTC-37 Mining Motherboard (The Power-Efficient Beauty)

    This mining board, which gives great quality while being straightforward and easy to use, is a must-try if you’re seeking for something genuinely unique and one that sticks out from the rest. You won’t have to worry about paying extra expenses because of the low power usage. A steady voltage regulator, a long-term storage system, and an energy-saving mode are all included in this machine. This is an excellent choice to consider if you want to save money without sacrificing quality. It has noise reduction and reduced heat generation, as well as stabilized capacitors that help provide a consistent voltage for your electrical equipment. This motherboard can help you to mine extensively, as it contains up to 8 GPUs along with 1 RAM slot and 4 USB ports. The work done in this case is long-lasting and beneficial.

    Pros Cons
    Safe and SilentNot packed with Features
    Runs at Stable VoltagePower Users might experience Slow Speeds
    Long-Lasting and Energy EfficientThe presence of DDR 3 RAM Does not Function well in today’s gaming scenario

    ASUS Prime Z390-P LGA1151 (The Budget King)

    Let’s face it, mining motherboards are not cheap; they may cost you back a significant amount of money and have a long-term impact on your savings. You must carefully balance the price and functionality of such gadgets with the benefits that they may provide. You will not be disappointed with ASUS Prime Z390-P LGA1151 if you are seeking the finest budget mining motherboard with exceptional value for money. ASUS has always been regarded as the gold standard of practicality and functionality in the gaming scene, and the same could be said of its mining motherboard.

    It is designed to work with Intel CPUs from the 8th and 9th generations, which means it will operate at its best with these processors. It comes with a large list of features, including M.2, USB 3.1 Gen2, ASUS OptiMEM II for efficient DRAM overclocking, and LANGuard and Overvoltage protection, which keeps the motherboard safe from voltage spikes. In addition to these value-added features, SafeSlot and 8-channel HD game audio are included as free extras. It features 2 x PCI Express 3.0 x16, 4 x PCI Express 3.0 x1, 2 x DDR4 DIMM, and a solid design that assures its safety and protection. It can handle up to 2 GPUs in ATX form factor and has 2 x PCI Express 3.0 x16, 4 x PCI Express 3.0 x1, and 2 x DDR4 DIMM.

    If you are not looking to cater to multiple GPUs at the same time, this motherboard will prove to be a great option for you. It is able to handle the harsh conditions created by cryptocurrency mining and can handle two GPUs pretty well compared to its price point. It has a built-in FanXpert 4 with AIO Pump Header that provides adequate cooling for the heated system. This ensures the longevity and reliability of its components which is integral for it to run 24/7. When compared to other mining motherboards it only starts at $181 which makes it an ideal choice for beginners and novice miners who don’t have the budget to yet buy an extremely powerful machine. This motherboard is a unique blend of Practicality and Cost-Efficiency.

    Support up to 2 GPUsOnly supports 2 GPUs
    LANGuard and Overvoltage ProtectionProne to crashes
    Budget-FriendlyShips with BIOS that is incompatible with i7-9700k
    Can also be used for non-mining purposesOptane Stick degrades Hard Drive performance

    Underlying Criteria for Determining the Best Mining Motherboards

    Mining is a tedious and sensitive process, that is why you need the motherboard which can be your trusty partner on this journey, for that you need to have a gound set of factors that you take into account while making your final decision. We have laid them out for you.

    GPU Setup

    The first and most important thing you’ll need for crypto money mining is stability and adaptability. You’ll need a board that can accommodate a multi-GPU arrangement, as well as a well-regulated and controlled performance that is smooth but strong. While many of the available solutions may appear overkill for you, they are considered preferable to weak boards that may obstruct your mining process.

     Regardless of your choice for a motherboard, do look out for the maximum capacity of GPUs that it supports. We recommend using at least six slots, even if you plan on starting at an economical price bracket. You should understand the greater the number of GPUs installed in your system the greater the chance your computer has to solve hash problems which result in the amount of currency you extract. You should buy the GPU that has the fastest ROI (return on investment). ROI is calculated by GPU purchase price / net daily profit.

    PCI-e Connectors

    The following components on a mining motherboard are crucial. These are the slots on your motherboard where you may install your graphics card. A PCI-e x16 connector connects the GPU to the motherboard in most cases. However, in mining setups, we frequently use PCI-e x1 USB risers, which may connect many GPUs to a single motherboard. If you can’t locate a motherboard with enough PCI-e slots, you can utilize PCI-e splitter cards, which divide a single PCI-e x1 slot into four PCI-e x1 slots.

    RAM Size

    RAM is the least expensive and least important part of mining if you are using a low-end CPU or you don’t intend to use one for mining, then any 4 to 8 GB RAM would be adequate. You have to understand that a higher RAM does not necessarily mean better mining performance. When deciding on what RAM size will suit you the best, look at the mining operating system and whether a virtual memory is used or not.

    Key Takeaways

    1. A Multi-GPU Setup is absolutely crucial to your mining performance
    2. Mining Success directly relies on the number of PCI-e Connectors
    3. If you fail to find a motherboard with an adequate number of PCI-e slots, you can still use PCI-e splitter cards
    4. RAM is the least important component of mining and usually, 4 to 8 gigs will suffice

    Differentiating Between Normal and Mining Motherboards

    A cryptocurrency mining motherboard is a computer component used to mine cryptocurrencies like Bitcoin and Ethereum. These motherboards are designed specifically for cryptocurrency mining and generally have many more GPU slots and other crypto-mining features than standard desktop or laptop motherboards. Because traditional motherboards have fewer PCI-e slots for GPUs and expansion cards, it’s more difficult to install extra gear afterwards. Mining motherboards, on the other hand, feature much improved cooling systems as well as more PCI-e slots.

    Basis of ComparisonNormal MotherboardsMining Motherboards
    Overclocking Functionality
    Dedicated Cooling Systems
    Number of PCI-e SlotsFewerGreater
    Power EfficiencyFewerGreater
    Ease of Future ModificationFewerGreater


    The article comes to an end at this point. I hope that was sufficient to bolster your decision. Before I leave, I’d want to share my thoughts on these motherboard posts. First and foremost, these MOBOs were thoroughly tested on a variety of platforms, and the difference in performance was astounding. In general, one Intel CPU may perform similarly to another, so keep that in mind while selecting a mining motherboard. Number two, you may purchase any goods on the site since they are all credible and have complete worth integrity.

    However, your choice is based on your preferences; for example, if you want the most powerful, high-end, cutting-edge mining motherboard, you should choose the ASUS B250 Mining Expert, which is the finest option on the market. On the other hand, if you have a limited budget but still want excellent functionality, the MSI Z170A Gaming Pro Carbon is a good option. Each of these MOBOs has its own set of advantages and disadvantages, which must be weighed against one another before making a final selection. The most important thing to keep in mind is that a mining board should have enough GPU capacity and PCI-e ports.

    Which Motherboard did you decide to go with? Let us know in the comments, and Happy Mining!

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