Best Motherboard for Mining (Feb

by Bernard Wade | Last Updated: February 8, 2018

Spil Bitcoin climbs well overheen $Ten,000 ter value and Ethereum generally keeping its head overheen $1,000 te value, more and more people are looking to come in the cryptocurrency mining avenue. Rather than purchasing cryptocurrency, a mining pc provides the chance of “earning” it yourself.

That said, with many corporations housing entire warehouses of computers fine-tuned for mining cryptocurrencies, it requires a specialized equipment for the average user to rival and still mine enough coins to voorkant the cost of the initial investment and violet wand to power the equipment. This ultimately means that the components used are vital, and the most foundational component of a mining laptop is the motherboard.

Best Mining Motherboards of 2018

But figuring out which motherboard to use for your mining rekentuig can be a difficult task. That is why wij have waterput together a list of the Five best motherboards for mining cryptocurrency, highlighting what each one is best for. Then wij provide a helpful buyer’s guide, so you can find the right motherboard to build your mining equipment

1. ASRock H81 Professional BTC (6xGPU) – Best Budget Motherboard for Mining Cryptocurrency

When purchasing a motherboard for a mining equipment, one of the most significant aspects comes down to price. While this may be true for all purchases, it is especially true for mining computers specifically because there is usually such a high initial investment te the very first place. Having to purchase all of the normal components for a basic pc spil well spil numerous GPUs can get rather expensive especially since you cannot bargain shop for GPUs with a mining equipment the way you might for other types of computers.

Quality for a Price

For example, many of the newer mining motherboards require DDR4 or even DDR5 RAM te order to run their maximum capacity number of GPUs. While that RAM may be better quality, it is also significantly more expensive than the more common DDR3 RAM which the ASRock H81 can use. Beyond the RAM, the ASRock H81 also has lower requirements when it comes to CPUs. While pretty much all mining equipments can overeenkomst with less powerful CPUs than a gaming equipment would need, the ASRock H81 is able to get away with a Two core Three.4GhZ processor. That is a virtual steal at this level of mining.

To go a step further, the ASRock H81 also helps save money ter terms of the OS. While it does have Four SATA ports Two x SATA Three and Two x SATA Two most users can simply run a compatible OS from a decently sized USB Trio.0 drive without any druppel it boot speed or latency. This saves a significant cost te regards to the hard drive where you would normally go with an SSD specifically to ensure you did not have issues with boot speed or latency.

EthOS Friendly

Beyond being able to run the ASRock H81 from a USB OS, you also have a fair bit of options when it comes to the OS ter the very first place. While pretty much all mining equipments can run Linux spil it is an open source OS that is permanently being updated with optional, community-driven patches and updates, this motherboard also plays exceptionally well with the OS designed specifically for Ethereum mining, ethOS. On the downside, if you project on using the Windows OS even Windows Ten you will be a bit more limited te the number of cards you can run and the entire equipment will not be spil stable spil if you ran ethOS or Linux.

Overall

Regardless, one of the main issues with the ASRock H81 is its GPU capacity. It is tied on our list for the least number of GPUs that it can run at the same time. With the capability to run a maximum of 6 GPUs, this is still a solid beginner motherboard for mining cryptocurrency, but it will not be able to scale up straks once you have your feet underneath you. That said, the use of high-quality capacitors with this motherboard does at least mean you will not have to worry about power delivery, and the motherboard is noted for its long lifespan.

  • Is compatible with any OS
  • Will work with USB drive OS
  • Least expensive motherboard reviewed
  • Can run fine with older components
  • Uses high-quality capacitors
  • Fairly effortless to set up with a basic orkestratie
  • Only accepts Intel CPUs
  • Cannot hold spil many GPUs spil others
  • More difficult for Windows OS

Two. Biostar TB85 (6xGPU) – Best Beginner Bitcoin Motherboard for Mining Cryptocurrency

The Biostar TB85 is a bit of an oddball on our list due te large part because it seems spil however Biostar intended to attempt and use a single houtvezelplaat to capture numerous markets. While this does not necessarily make it a bad motherboard for mining cryptocurrency, it certainly means that it is a bit less specialized than some of the other motherboards that wij reviewed. On top of that, there are a number of features that Biostar advertises on this houtvezelplaat that you are unlikely to make use of if you are using it exclusively for mining cryptocurrency.

Lots of Functions te a Opbergruimte

For example, if you were to use this motherboard for a server, the fact that it comes with a number of onboard protections and redundancies is good especially at this price point. That said, mining equipments do not need to worry too much about storing anything to a hard drive since their work is calculated and stored onto the blockchain directly. It is unlikely that any backups will need to be made, and it is just spil unlikely that the rekentuig will be targeted by viruses or malware considering it will only be focused on the repetitive task of computing hashes.

If you are looking to pauze into mining one of the most popular, and valuable, cryptocurrencies around, ETH/ZEC, then this is certainly a solid starter motherboard to choose. The Biostar TB85 actually comes pre-loaded with BIOS and drivers that are intended to make mining BTC a plug-and-play operation with some few minor adjustments te the BIOS. This means that you will not have to worry about scouring the internet for the decent drivers and BIOS updates specifically to mine ZCash or Etherium.

That said, this houtvezelplaat is not spil focused on mining Ethereum, so if that is what you were looking to mine especially considering the market hosts far more cryptocurrencies and hosts many of the newest ones that are still ripe and fresh and lighter to mine then you may want to look elsewhere. On top of that, this motherboard can only run 6 GPUs, which is not terrible, but it is less than other mining motherboards that can host more GPUs for a lower price.

  • A reasonably priced motherboard
  • Does not require spil expensive RAM spil others
  • Uses high-quality capacitors
  • Made to work well for Bitcoin
  • Can be used for servers spil well
  • Provides various onboard security measures
  • Only accepts Intel CPUs
  • Cannot hold spil many GPUs spil others

Three. Asus PRIME Z270-P (8xGPU) – Best All-Around Value Motherboard for Mining

One of the best things about mining cryptocurrency other than the potential to make a massive comeback on investment if you mine the right currencies at the right time is the fact that spil a hobby it can provide an endless amount of development for growth. The only problem with this is that spil you start to develop a deeper understanding of both the hardware and software for mining, the cost of investment often does not proceed linearly and instead can hop quadratically.

Well Branded, Well Priced

That is why the Asus PRIME Z270-P is such a welcome entry on our list. Spil the 2nd least expensive motherboard wij reviewed that also happens to be tied for the 2nd most number of GPUs it can manage, this is by far the best all-around value motherboard for mining cryptocurrency that you are likely to come across. Even better, the way it is designed explicitly permits for a slow development and continual additions rather than a single large indeling all upfront.

More x16 Slots Than Everzwijn

With Three x16 PCI-E slots, the Asus PRIME Z270-P permits the user to step by step increase the number of GPUs they are running to coincide with their development ter mining cryptocurrency. Another benefit of this regeling is that it permits you to leisurely increase the number of GPUs that you run, so you do not have to purchase all of the components up pui at one time. It also permits the motherboard to run the GPUs more effectively than others that will rely almost exclusively on PCI-E risers to function.

One thing to keep ter mind however is that there are actually only 7 PCI-E slots on this motherboard. If you want to run the 8th GPU, you will have to use an M.Two to PCI-E adapter. While this can add an extra level of setup, it does not actually influence the motherboard’s effectiveness too terribly much spil the M.Two port wasgoed intended to be used for this purpose with the Asus PRIME Z270-P. Moreover, the M.Two port on this motherboard will still produce the same raw transfer rates spil the PCI-E slots, so you will also not have to worry about the 8th GPU running at a lower speed or producing slower hash rates than the ones using the PCI-E slots.

Ter General

Beyond the GPU regeling, this motherboard also shines when it comes to power management which, spil all cryptocurrency miners know is arguably just spil significant, if not more so, than the actual rig’s setup. The Asus PRIME Z270-P accomplishes this is a duo ways. Very first, like many of the motherboards wij reviewed, it uses high-quality, solid capacitors made ter Japan which are generally seen spil the best capacitors ter the business. Even better, the Asus PRIME Z270-P also has a Ten phase digital power delivery system which reduces the likelihood of cut-offs forcing automatic reboots.

  • Can hold a fair number of GPUs
  • A less expensive motherboard
  • Can run more modern CPUs
  • Provides 8 USB ports
  • Ten Phase digital power delivery
  • Uses high-quality capacitors
  • Only accepts Intel CPUs
  • Only supports 7 GPUs through PCI-E
  • Requires more expensive CPUs
  • Does not play well with AIO water coolers

Four. Biostar Motherboard TB250-BTC (8xGPU) – Best Motherboard for 8xGPU Mining Equipment

While Biostar might suggest less expensive options for mining Bitcoin, this is by far their flagship suggesting ter the kampplaats, and it shows. Aside from the fact that the BIOS of this motherboard wasgoed tuned for running GPUs that were mining BTC, it wasgoed also made with the intention of working identically effective with any operating system however it is notably lighter to use with Linux or Windows spil opposed to one of the open source mining operating systems.

Windows Ten Ready

X8 GPU

Since the motherboard is designed to manage 8 GPUs, you can simply plug-and-play without too much fuss. This motherboard does support the option to expand its GPU support up to 12 tho’ you will need to be fairly experienced with BIOS to be able to accomplish this feat. Moreover, you will not be able to do this by the plain plug-and-play method and will instead have to convert a duo other ports to run PCI-E gegevens rivulets. Ultimately, you will also have to run two different types of GPUs if you expand.

This latter option is not truly advised spil one of the more frustrating parts about the Biostar TB250 is its lack of solid online documentation. If you use the motherboard spil it wasgoed intended, you will not have any kwestie. You will have to go into BIOS to specifically select its mining mode, but it is not a difficult process. On the other forearm, if you want to expand the GPU management beyond the intended 8, you will need to know how to alter the BIOS te a far more ingewikkeld and refined manner.

One potential punt with the Biostar TB250 is that it will require a bit more of an initial upfront investment than some of the other motherboards wij reviewed. Ter fact, this cost will bite you te a duo ways. Very first, this is the 2nd most expensive motherboard on our list, tho’ it is far closer to the less expensive motherboards wij reviewed than the most expensive ones. Still, the 2nd cost of components may cause a bit of concern spil well.

Desired Socket

Specifically, this motherboard will only accept the LGA1151 socket processor. This means you will not be able to save money using a less expensive CPU light you can with some other motherboards. Considering the CPU does not need to be spil exceptional spil for a gaming equipment, this is a bit of a frustration. Beyond the CPU requirement, this motherboard will also require DDR4 RAM. While this is not spil bad spil requiring DDR5 RAM, it will still be more expensive than the motherboards which can accept DDR3 RAM.

  • Effortless to set up for mining
  • Can hold a fair number of GPUs
  • No difficulty running most GPUs
  • Can technically host 12 GPUs
  • Works well with any OS
  • Made to work well for Bitcoin
  • Only accepts Intel CPUs
  • Not the best online documentation
  • A somewhat more expensive motherboard
  • Requires DDR4 RAM

Five. ASUS B250 MINING Experienced (12xGPU) – Largest Capacity Motherboard for Mining Cryptocurrency

When it comes to building a mining equipment, it’s often ultimately comes down to investing now or paying zometeen. Essentially, the best components are obviously going to cost more, but they will generally permit you to run the mining operation at a lower energy cost or te some form at greater efficiency. When it comes to the ASUS B250, this may be the case, but it will require that you set the houtvezelplaat up te a particular indeling with specific components for that to be the case.

Big ter Numbers

This is a bit anti-consumer ter that it ultimately compels you to purchase exclusively within the ASUS brand lineup if you truly want to get the most out of your houtvezelplaat. That said, even if you do not opt for the special ASUS brand GPUs, you can still lightly get 12 GPUs assuming they are a singular make and specimen to run without too terribly much difficulty. This is due te a large part to the fact that the ASUS B250 comes preinstalled with a mining BIOS.

Rather than have to either update the BIOS with a specific mining driver like for some motherboards or even simply switch the BIOS setting from standard to mining, the ASUS B250 is shipped with the expectation that you will be using the motherboard for mining and the stock BIOS setup reflects that. Still, if you intend to run non-ASUS mining GPUs, there will be a bit more setup that you will need to finish. Specifically, if you run Nvidia or AMD GPUs the most common brands for mining cryptocurrency you will need to download extra drivers to use all 12 GPU slots.

Tranquil and Stable

Regardless of the GPU brand and rangschikking that you project to use, this motherboard is at least exceptionally stable especially when compared to its competitors. For example, this is one of the few motherboards wij reviewed that can maintain fairly stable wattages to all the PCI-E slots even if you determine to mix and match your GPU brands. Some motherboards have difficulty when mixing GPU models, let alone makers, but the ASUS B250 has bot shown to run both Nvidia and AMD GPUs side-by-side.

Price Decision

One potential punt with this motherboard comes with its price. This actually cuts two ways: very first ter its initial cost and a 2nd time with the cost of the extra components to get the most out of the motherboard. Ter terms of its initial cost, this is by far the most expensive motherboard that wij reviewed costing almost more than $150 more than its next closest competitor. However, that extra cost will be compounded further by the fact that this houtvezelplaat requires 32GB or high-quality RAM to be able to effectively run all of the PCI-E slots whether you use all Nineteen with ASUS mining GPUs or just 12 with Nvidia or AMD GPUs.

  • Supports 16 GPUs
  • BIOS is set up for mining
  • Supplies stable flow of power
  • Can hold the most number of GPUs wij witnessed
  • Can run different types of GPUS at the same time
  • Can use unpowered GPU risers
  • Is compatible with any OS
  • Can run Nineteen special ASUS mining GPUs
  • Only accepts Intel CPUs
  • Most expensive motherboard reviewed
  • Often sold out
  • Requires more RAM than most at 32GB
  • Best for Nvidia GPUs

Best Motherboard for Mining – Buyer’s Guide

This consideration will not be spil difficult spil it might otherwise for motherboards with other types of computers. Reminisce, a laptop for mining cryptocurrency is not actually a “PC” which is a private laptop. Instead, much like a server or any number of other types of computers, a pc built for mining cryptocurrency is built for a specialized purpose. Spil such, many of the most common assumptions about PCs will not necessarily apply to this category of pc.

For example, when it comes to PCs you often have a choice inbetween AMD or Intel CPUs. If you were building a PC, this choice would be far more relevant, because AMD is generally significantly less expensive for the same amount of computing power that Intel provides. However, mining for cryptocurrency is all about controlling fever. Te this regard, there is no CPU manufacturer that can outcompete with Intel.

Because of this, even if you save a bit of money upfront with the AMD CPU, you will ultimately pay out more overheen the long term having to pay for the wattage that the AMD CPU would consume. Since AMD consumes close to 100 procent more electro-stimulation when you compare flagship models of CPU, most people choose to invest a bit more te the CPU and get a more energy efficient Intel.

That said, once you get overheen the fact that you almost certainly will have to purchase and use an Intel CPU unless you scour explicitly for a motherboard that hosts numerous PCI-E slots spil well spil an AMD processor you are te some luck. Since the majority of the blockchain computations are compiled by the GPUs, you do not actually need that sturdy of a CPU.

GPU Ports

This is pretty much the most significant consideration when building a mining laptop. Because GPUs can treat the repetitive computations of hashes better than CPUs, the more GPUs your motherboard can host the more mining you can accomplish. That being said, there are a number of variations te how a motherboard for mining cryptocurrency manages the GPUs.

One of the more common arrangements for mining motherboards is to provide a large number of x1 PCI-E slots. This is because it saves on space and permits the motherboard to pack more PCI-E slots total. The only punt with this is that it will ultimately require PCI-E risers which may need to be powered and will almost certainly require a custom-built “case.”

One thing to look for when judging a motherboard’s GPU capacity is if any of the GPUs will ultimately be connected by a port other than a PCI-E. One of the more common instances of this is when a mining motherboard offers an M.Two port, which is generally used to connect an SSD, with the intended function of using a PCI-E adapter instead. The benefit of this is that it provides some plasticity te terms of the mining rig’s components, providing you the option to simply sell out on the mining function or suggest a bit more functionality perhaps for studying or tweaking reasons.

Much like the CPU, the RAM on a mining laptop generally does not need to be almost spil sturdy spil with a gaming rekentuig. That said, the RAM will still generally need to be more capable than for low-level use like simply surfing the internet. Ter this regard, it will often come down to what you can afford and what you personally require.

The least expensive option is to find a motherboard that will accept DDR3 Ram spil this is much cheaper and far more plentiful. The next step up is DDR4 RAM which is a bit more expensive, however not overly so and is still fairly plentiful. Te fact, it will be lighter to purchase this RAM from a brick-and-mortar store should you need to.

The most expensive rangschikking for your motherboard’s RAM will be DDR5. Because this RAM is ideal for gaming or multimedia computers which will need to render high-quality pictures quickly, it will often be a bit more ter request. On top of a somewhat diminished availability, it is also the most expensive type of RAM used for mining motherboards.

Conclusion

If you are looking to hop into the lucrative world of mining cryptocurrency, chances are you will want to commence petite and work your way up. Once you get the dangle of how mining cryptocurrency works, then you can consider larger, more expensive mining equipments.

For the beginner, wij recommend the ASRock H81 Professional BTC. This is by far the least expensive motherboard wij reviewed and is noted for being one of the classic starter motherboards for beginners looking to commence mining cryptocurrency. With the capability to support 6 GPUs, it may not be the largest capacity motherboard, but it is more than enough to get embarked.

Once you have bot mining cryptocurrency for a while and are looking for an upgrade, wij recommend either the Asus PRIME Z270-P or the ASUS B250. The Asus PRIME Z270-P provides the best all-around value with the capability to support 8 GPUs at the 2nd lowest price wij eyed, while the ASUS B250 can support 12 GPUs from any brand and an bespottelijk Nineteen GPUs if you use the specialized ASUS GPU.

Related movie: What Coins Should You Mine With Your Fresh Mining Equipment – Hashflare Bitcoin Mining Profitability Update


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