The Best Bitcoin Miners for Home in 2026: Which One to Buy

The best Bitcoin miner for home in 2026 depends on what you want from it: for most people it is the Bitaxe Gamma, an open-source single-chip miner with 1.3 TH/s at 17 W that is set up in minutes. If you want the smallest possible start, the NerdMiner V2 Pro mines at 75 KH/s on about 1 W and is the device to learn with; if electricity is your main worry, the NerdAxe Gaia at 10 J/TH is the most efficient miner we sell. If you want the most hashrate one device can bring into a home, the NerdOctaxe Rev 3.1 is the strongest air-cooled miner in our range at 12 TH/s, and the NerdOctaxe Hydro reaches 14 TH/s with a closed water loop.

This guide explains what makes a good home miner, how to read hashrate, power and efficiency on a spec sheet, and which of the sixteen miners in our catalogue fits which budget and use case. Every device figure comes from our product pages. Prices and stock change more often than an article does, so you will find them on the product cards and in the miner comparison, not in the text.

What makes a good home Bitcoin miner

A home Bitcoin miner is not a scaled-down version of the machines in a mining hall. Those draw several kilowatts, need a circuit of their own and are loud enough for a garage. A home miner is built for a desk, a shelf or a living room: a small board with one to eight ASIC chips, or in the case of the NerdMiner a single microcontroller, a fan or a water loop, Wi-Fi instead of a rack switch, and a web page instead of a rack controller. Six properties decide whether one of them is a good fit for your home, and every one of them is a trade against the others.

Hashrate

Hashrate is the number of guesses per second a miner makes at the next block, and it is the one figure that decides your chance of ever finding one. The devices in this guide run from 75 KH/s, seventy-five thousand guesses per second on the NerdMiner V2 Pro, to 14 TH/s, fourteen trillion guesses per second on the NerdOctaxe Hydro. More hashrate means more lottery tickets in every ten-minute round of the Bitcoin network. It also means more power, more heat and, with air cooling, more fan. Every other property on this list is a trade against hashrate.

Power draw and efficiency

Power draw in watts is what you pay for every hour the miner runs, and it is the only running cost of a home miner. Efficiency in joules per terahash (J/TH) tells you how much energy each unit of hashrate costs; a lower number is better. The BM1370 chip on most current boards lands between 13 and 20 J/TH depending on how many chips share a board and how hard they are pushed, the newer BM1373 in the NerdAxe Gaia reaches 10 J/TH, and the older BM1368 in the Bitaxe 702 needs 21.4 J/TH. Two miners with a similar hashrate can differ by a third or more in their electricity bill, so efficiency is the figure to compare once you have chosen a hashrate class.

Noise and cooling: fan or water

Chips that hash get hot, and the heat has to go somewhere. Most home miners use a heatsink and a fan; the smaller the fan, the faster it has to turn for the same heat, and fast small fans are what people hear. There are three approaches in our range. Single-chip boards such as the Bitaxe Gamma use a small fan and can be ordered with a Noctua fan that the product page lists at under 12 dB. The NerdQX uses a tower heatsink with a 120 mm and a 90 mm fan, the way a desktop computer does, and is the one air-cooled model with a measured noise level in its data sheet, 38 dB. The Hydro models move the heat into a closed water loop and a radiator, which is how the NerdQAxe++ Hydro and the NerdOctaxe Hydro can run six and fourteen terahash in a room you sit in. The Avalon Nano 3s, the one closed appliance in this guide, publishes 33 dB in quiet mode and 38 dB in normal mode. For every other model we publish no noise figure, because we have not measured one.

Size and where it lives

A Bitaxe Gamma measures about 10 by 6 cm and weighs 73 g; a NerdMiner V2 Pro weighs 40 g and runs from any USB port. Both sit next to a monitor. The four-chip and eight-chip boards need a spot with airflow: not a closed cupboard, and not a shelf full of books. Two hundred watts of hashing is two hundred watts of heat in the room, which some owners welcome in winter and everyone should plan for in summer. The Hydro models carry their radiator in the frame and stand on a desk or on the floor without a separate mount.

Setup and firmware

Every miner in our range except the Avalon is set up the same way: power it on, join the Wi-Fi network the miner opens, enter your home Wi-Fi, a pool and your Bitcoin address, save. No software is installed on your computer. The Bitaxe and NerdAxe boards run AxeOS, an open-source firmware with a web dashboard on your home network that shows hashrate, temperature, power and shares, and lets you change pool, frequency, voltage and fan speed. The NerdMiner runs its own open-source firmware and is configured through a setup page. The Avalon Nano 3s is configured from the manufacturer app on a phone.

Open source or closed

Fifteen of the sixteen miners in this guide are open hardware running open firmware: the Bitaxe family from the Bitaxe project, the NerdAxe, NerdQAxe++, NerdQX and NerdOctaxe boards from the same community, and the NerdMiner from Bitmaker. Open source means you can read the code, flash a new release yourself, change every setting and point the miner at any pool, including your own node. The Avalon Nano 3s is the exception: a closed appliance from Canaan that you cannot tune or reflash, in exchange for a sealed box that needs nothing assembled. We stock it for people who want exactly that, and its product page says what you give up.

How to read the numbers on a spec sheet

Product pages and comparison tables throw four units at you. Here is what each one means for a small Bitcoin miner at home.

• KH/s, GH/s, TH/s: thousand, billion and trillion hashes per second. The NerdMiner V2 Pro at 75 KH/s and the Bitaxe Gamma at 1.3 TH/s differ by a factor of about 17 million; that is the difference between a learning device and a real share of the tickets.
• W (watts): the power the miner draws while hashing. Multiply by hours and divide by 1,000 for kilowatt hours, then multiply by your tariff. The formula is worked through below.
• J/TH (joules per terahash): watts divided by TH/s. It is the efficiency of the chip and the board together; a lower figure means less electricity per lottery ticket. It is the figure that separates a good home miner from a cheap one.
• Chips: the ASIC model and how many of them share the board. BM1370 is the current generation on most boards, BM1373 the newest, BM1368 the previous one. More chips on one board means more hashrate from one power supply and one dashboard, at the cost of heat and, with air cooling, noise.
• Cooling: heatsink and fan, tower cooler, solid copper or a closed water loop. It decides how the miner sounds, where it can stand and how much headroom it has for tuning.

One figure you will not find on our product pages is a probability of finding a block. It changes with the network hashrate every day, so we explain the calculation further down instead of printing a number that would be wrong within a month.

The picks by budget and use case

The picks below run from the smallest budget to the most hashrate. Every figure is the stock value from our data sheets; prices are on the product cards, which follow our purchasing rather than this article.

NerdMiner V2 Pro: the smallest Bitcoin miner for beginners

The NerdMiner V2 Pro is the device that started home solo mining as a hobby. It hashes at 75 KH/s on an ESP32-S3 microcontroller, draws about 1 W over USB-C and shows hashrate, shares, best difficulty, block height and a clock on a 1.9-inch colour display. It weighs 40 g, sits in a 3D printed case in one of six colours and is set up in about five minutes by scanning the QR code on its screen. The firmware, the case files and the board design are published by the NerdMiner project.

Buy it to learn how mining works, to give away, or to have a working piece of the Bitcoin network on a shelf. Its chance of a block is tiny, and the NerdMiner vs Bitaxe page puts that in numbers against the Gamma. What it will never do is show up on your electricity bill: 1 W around the clock is under one kilowatt hour a month. The NerdMiner category lists the case colours and the spare cable.

Bitaxe Gamma: the classic first home miner

The Bitaxe Gamma is the miner most people should start with. One BM1370 chip, the generation used in the Antminer S21 Pro, delivers 1.3 TH/s at 17 W, which is 13 J/TH, on a board of about 10 by 6 cm with a 0.91-inch OLED display and a 3D printed stand. It ships with a 5 V / 8 A power supply, runs AxeOS and is configured from a browser in minutes with the Bitaxe setup guide.

It is the reference point for every other miner in this article: 17 million times the hashrate of a NerdMiner for 17 times the power, small enough for a desk, and with a fan you can swap for a Noctua fan if the room has to stay quiet. The Bitaxe project is open hardware from the board files to the firmware, and the Bitaxe category has the upgrade kits and cases that fit it.

NerdAxe Gamma: the Bitaxe alternative with a colour display

The NerdAxe Gamma is a single BM1370 miner as well, at 1.2 TH/s and 17 W, and it also runs AxeOS. What it adds is the 1.9-inch colour display of the NerdMiner, which cycles through hashrate, shares, chip temperature and the Bitcoin price and is readable from across the desk. It comes with the standard fan on a stand, with a Noctua fan, or in the NerdAxe case. If you like the Bitaxe but want the display of the NerdMiner, this is the board; the NerdAxe setup guide covers it screen by screen.

NerdAxe Gaia: the most efficient home miner we sell

The NerdAxe Gaia puts the BM1373, the newest chip generation, on the NerdAxe board. A single chip delivers 2.6 TH/s at 25 W, which works out to 10 J/TH, the lowest figure of every miner in our range. It has the 1.9-inch colour display, a 40 mm PWM fan that follows the chip temperature, a 12 V / 6 A power supply and a stand, and it runs AxeOS like the Bitaxe.

This is the pick when your electricity price is what worries you, or when you want twice the hashrate of a Gamma without a second device and a second fan. Per watt it holds the most lottery tickets of anything we sell. The NerdAxe category shows the whole family from the Gamma to the NerdOctaxe.

Bitaxe Gamma Performance and Performance Stage 2: for overclockers

Both are the Bitaxe Gamma board with the cooling rebuilt. The Bitaxe Gamma Performance puts the BM1370 under an ICE Tower cooler with a Noctua fan and runs at up to 1.5 TH/s at 20 W, about 15 J/TH. The Bitaxe Performance Stage 2 goes further with a low-profile cooler with copper heat pipes, a 60 mm Noctua fan on the chip and a second 40 mm Noctua fan behind the board, and reaches up to 2 TH/s at 30 W, the highest hashrate we ship on a single-chip Bitaxe.

They are for people who want to raise frequency and core voltage in AxeOS one step at a time and watch what the cooler makes of it. Overclocking puts more stress on the chip than the stock settings, and the product pages say so. Two more boards for tuners: the Bitaxe Copperzilla puts one BM1370 under a block of solid copper for 1.5 TH/s at 22 W, and the NerdQAxe Copper Pro does the same for four chips, 4.8 TH/s at 80 W with a 60 mm and a 92 mm fan. If you are not planning to tune, the plain Gamma or the Gaia gives you more hashrate per euro of electricity at stock settings.

NerdQAxe++: the desk miner with four chips

The NerdQAxe++ is the four-chip board of the NerdAxe family: four BM1370 chips, 4.8 TH/s at 70 W, about 15 J/TH, the same efficiency class as a single chip on its own. It has the 1.9-inch colour display with three views, runs AxeOS and sits between a single-chip Bitaxe and the eight-chip NerdOctaxe in hashrate as much as in the space and airflow it needs. For most people who have outgrown a Gamma, this is the next step: one device, one power supply, one dashboard, and almost four times the tickets. The NerdQAxe++ setup guide applies to the whole family.

NerdQAxe++ Hydro: a quiet Bitcoin miner with water cooling

The NerdQAxe++ Hydro runs the same four BM1370 chips under a water block. A pump moves the heat into a radiator, where a larger fan disposes of it slowly; the loop arrives filled, bled and tested, and the frame holds board, pump and radiator as one unit. Because the chips stay cool they hold their clock: 6 TH/s at 100 W, 16.7 J/TH, from the same silicon that does 4.8 TH/s air-cooled. This is the quiet Bitcoin miner for the room you work in, with a 12 V / 10 A supply included.

NerdQX: eight terahash behind a tower cooler

The NerdQX takes the opposite route to the same goal: four BM1370 chips, 8 TH/s at 140 W, 17 J/TH, cooled by a tall finned heatsink with a 120 mm intake and a 90 mm exhaust fan, the way a desktop computer is cooled. Big fans turning slowly are quieter than small fans turning fast, and the NerdQX is the one air-cooled miner in our range with a measured noise figure, 38 dB. It stands upright on its own base with the airflow front to back, has a colour display on the front and runs AxeOS with defaults set for continuous running rather than a benchmark number.

NerdOctaxe Rev 3.1: the strongest air-cooled home miner

The NerdOctaxe Rev 3.1 is the strongest air-cooled miner we sell: eight BM1370 chips on one board, 12 TH/s at 200 W, about 17 J/TH, one power input, one display and one AxeOS dashboard. The fan speed follows the chip temperature. Two hundred watts of heat need a ventilated spot, not a closed cupboard, and the product page says plainly that anyone buying a miner this size should do the electricity sum first. It is the pick for solo miners who want the most hashrate one air-cooled device can deliver.

NerdOctaxe Hydro: 14 TH/s at home

The NerdOctaxe Hydro runs the same eight chips under a closed water loop and reaches 14 TH/s at 220 W, 16 J/TH, the most hashrate we ship for a home. The loop carries the heat to a radiator, where a large fan disposes of it slowly, and in winter that heat warms the room it stands in. It comes with a 12 V / 20 A power supply and, like every board in the family, is set up in a browser. The odds for one device are still long, which is the nature of solo mining, but the difference between one and fourteen terahash is real: about eleven times the tickets of a Gamma in every round.

Bitaxe 801 and Bitaxe 702: more chips on a Bitaxe board

The Bitaxe 801, sold by the manufacturer as the Bitaxe GT, puts two BM1370 chips on one board: 2.15 TH/s at 43 W, about 20 J/TH, with a 12 V / 5 A supply and a stand. It is the step for people who run a single-chip board, like the setup and the noise, and want more hashrate without a second miner on the shelf. Two chips sharing one cooler run warmer than one, which is why the efficiency is a little worse than that of a Gamma.

The Bitaxe 702 uses six chips of the previous generation, the BM1368, for 4.2 TH/s at 90 W and 21.4 J/TH. It gives you the most hashrate per euro in our Bitaxe range and costs the most electricity per terahash. It makes sense with cheap electricity, a solar surplus or a workshop that wants the heat; at a high tariff around the clock, a Gamma or a Gaia costs less per terahash over a year. The product page says that before you order.

Avalon Nano 3s: the only closed device in this guide

The Avalon Nano 3s is a sealed appliance from Canaan, a manufacturer that has built ASIC miners since 2013: twelve 4 nm chips, 6 TH/s at 140 W, 23.3 J/TH, in a housing the size of a shoebox that runs from a single USB-C power supply and is configured from a phone app. It publishes two noise levels, 33 dB in quiet mode and 38 dB in normal mode.

You give up open firmware, tuning and the browser dashboard, and you pay over half again as much electricity per terahash as a BM1370 board at 15 J/TH. You get a box that arrives sealed, starts on the first try and never asks a question. If you do not want to learn anything about mining and just want a machine that mines, this is the one; everyone else is better served by an open board.

Home Bitcoin miner comparison table

Every miner in our catalogue with the hashrate, power draw, efficiency, chips and cooling from its product page, sorted by hashrate. Current prices and stock are on the product cards and in the miner comparison.

Noise: only the NerdQX and the Avalon Nano 3s carry a measured noise level in their data sheets. The Hydro models replace the small fan with a water loop and a radiator fan, and the single-chip Bitaxe and NerdAxe boards can be ordered with a Noctua fan. For the other models we publish no noise figure.

What it costs to run a Bitcoin miner at home

Electricity is the only running cost of a home miner, and the sum is short: watts × hours ÷ 1,000 × your price per kilowatt hour. A month has about 720 hours, so the monthly consumption in kWh is watts × 0.72. Your tariff is the variable in that formula; take it from your last bill, because it differs by a factor of two or more across Europe.

As an example only, at 0.30 EUR per kWh, the miners above cost per month:

• NerdMiner V2 Pro, 1 W: 0.72 kWh, about 0.22 EUR
• Bitaxe Gamma, 17 W: 12.24 kWh, about 3.67 EUR
• NerdAxe Gaia, 25 W: 18 kWh, about 5.40 EUR
• NerdQAxe++, 70 W: 50.4 kWh, about 15.12 EUR
• NerdQAxe++ Hydro, 100 W: 72 kWh, about 21.60 EUR
• NerdOctaxe Rev 3.1, 200 W: 144 kWh, about 43.20 EUR
• NerdOctaxe Hydro, 220 W: 158.4 kWh, about 47.52 EUR

At 0.20 EUR per kWh the figures are a third lower, at 0.40 EUR a third higher. Efficiency is what moves the bill for a given hashrate: the Gaia at 10 J/TH and the Bitaxe 702 at 21.4 J/TH cost very different amounts for the same terahash. If your tariff is high, buy efficiency; if you have solar or a cheap night tariff, hashrate per euro of hardware matters more than J/TH.

A miner turns all of its electricity into heat. A NerdMiner is not noticeable; a NerdOctaxe releases 200 W into the room, and the product page of the Hydro compares its 220 W to a small electric heater. In winter that is a feature, in summer it is something to plan around with airflow.

Realistic expectations from solo mining at home

Solo mining at home is a lottery, and this guide would be dishonest if it said anything else. Bitcoin adds a block roughly every ten minutes, and the miner that finds it receives the block reward, currently 3.125 BTC plus the transaction fees of that block. Your chance of finding any given block is your hashrate divided by the current network hashrate. The expected time until a block is the current network hashrate divided by your hashrate, times ten minutes. The network hashrate changes every day, so look it up on a block explorer and do the division yourself; we do not print a probability here because it would be out of date within weeks.

What the formula tells you without any numbers is how the devices compare with each other: a Bitaxe Gamma holds about 17 million times the tickets of a NerdMiner in every round, a NerdQAxe++ almost four times the tickets of a Gamma, and a NerdOctaxe Hydro about eleven times. It also tells you what does not matter: the age of the device, how long it has been running and the best difficulty on its display change nothing about the next hash. Every ten minutes is a new draw with the same odds.

Plan for no block. Most home miners never find one, and that is the honest expectation, even though it does happen: in July 2024 a single Bitaxe with about 500 GH/s found block 853742 and collected the full reward, a story we tell in our article on that block. What you get in any case is real hashrate contributed to the network, a live view of mining on your desk and a small but genuine chance at a full reward. The solo Bitcoin mining guide goes through the odds, pool choice and running cost step by step, and the Bitcoin lottery miners page lists every miner that fits the description.

Pool mining is the alternative and works on every device here: point the miner at a shared pool and it earns a tiny, steady share instead of a rare full reward. For the smallest devices the share is too small to notice, which is why their owners choose solo; with the four-chip and eight-chip boards both modes make sense. Solo or pool is one field in the settings of the miner, and you can switch at any time.

Setup in minutes

Every open-source miner in this guide connects to a 2.4 GHz Wi-Fi network and is configured in a browser: power on, join the network the miner opens, enter your Wi-Fi, a pool and a Bitcoin address that belongs to you, save. All our miners come preset to a public solo pool, so a first setup only needs your address. After that you control the AxeOS boards from a dashboard on your home network; the NerdMiner keeps its settings on the setup page. We have written a guide for each family:

• NerdMiner setup guide for the NerdMiner V2 Pro, and the NerdMiner pool page for pool address, port and what to check when the miner stays at 0 KH/s
• Bitaxe setup guide for the Gamma, Gamma Performance, Performance Stage 2, Copperzilla, 801 and 702
• NerdAxe setup guide for the NerdAxe Gamma and the NerdAxe Gaia
• NerdQAxe++ setup guide for the NerdQAxe++, NerdQAxe++ Hydro, NerdQAxe Copper Pro, NerdQX and both NerdOctaxe models

New to mining altogether? Bitcoin mining for beginners explains proof of work, block rewards, pools and solo mining from the start, and the support page collects the guides and answers in one place.

Buying a home Bitcoin miner in Europe

Every price in our shop includes VAT, and every order ships from our warehouse in the EU with tracking, by UPS or DHL. Orders placed before 14:00 on a working day leave the same day. Inside the EU there are no customs charges and delivery takes 2 to 5 working days; for Switzerland, Norway, Iceland, Liechtenstein and the United Kingdom your customs authority charges import duty and local VAT. Zones, costs and times are on the shipping page.

You can pay with Bitcoin or Lightning, by credit or debit card, Apple Pay, Google Pay, PayPal or bank transfer. Nerdminer Store is listed on the official Bitaxe vendor list at bitaxe.org/buy. Every ASIC miner we sell ships with its matching power supply, and the NerdMiner runs from any USB port, so nothing needs to be built or bought separately to start.

You have 14 days from delivery to withdraw from your purchase without giving a reason; the details and the form are on the withdrawal page. The whole range, with current prices, is in the shop.

Frequently asked questions

What is the best Bitcoin miner for home use?

For most people the Bitaxe Gamma: 1.3 TH/s at 17 W, open source, set up in minutes and small enough for any desk. If efficiency matters most, the NerdAxe Gaia at 10 J/TH; if you want the most hashrate in one device, the NerdOctaxe Rev 3.1 with air cooling or the NerdOctaxe Hydro with a water loop.

Which Bitcoin miner is best for beginners?

The NerdMiner V2 Pro if you want to learn with the smallest possible device, the Bitaxe Gamma if you want a real share of the tickets from day one. Both are set up in about five minutes without software, and the NerdMiner vs Bitaxe page compares them in detail.

Which home Bitcoin miner is the quietest?

The only models with a measured noise level in our data sheets are the Avalon Nano 3s with 33 dB in quiet mode and the NerdQX with 38 dB. The NerdQAxe++ Hydro and the NerdOctaxe Hydro move their heat into a water loop with a radiator fan, and the single-chip Bitaxe and NerdAxe boards can be ordered with a Noctua fan. For the remaining models we publish no noise figure.

Can a small Bitcoin miner really find a block?

Yes, with a small probability that you can calculate: your hashrate divided by the current network hashrate, per block. It has happened, most famously in July 2024 when a Bitaxe with about 500 GH/s found block 853742. Plan for no block and treat one as the exception.

How much electricity does a home Bitcoin miner use?

From 1 W for the NerdMiner V2 Pro to 220 W for the NerdOctaxe Hydro. Watts × 0.72 gives the kilowatt hours per month; multiply by your tariff. A Bitaxe Gamma at 17 W uses about 12 kWh a month.

Do I need a Bitcoin node to mine at home?

No. Every miner here mines through a pool, solo or shared, and comes preset to a public solo pool. If you run your own node with a pool app, you can point the miner at it instead; why you should run your own node explains what that adds.

Is an open-source miner better than a closed one?

For learning and control, yes: you can read the firmware, flash updates yourself, tune frequency and voltage and mine to any pool or node. A closed appliance like the Avalon Nano 3s trades that for a sealed box that needs no setup beyond an app. Fifteen of the sixteen miners in this guide are open source.

Can I run a home miner around the clock?

Yes, continuous operation is the normal use. Plan for the power draw, give the larger boards room for airflow and keep the radiators of the Hydro models clear. The fan speed of the AxeOS boards follows the chip temperature.

Conclusion

The best Bitcoin miner for home in 2026 is the one whose trade-offs match your room, your tariff and your curiosity. Start with the Bitaxe Gamma if you want one answer; take the NerdMiner V2 Pro if you want the smallest start and the NerdAxe Gaia if you want the lowest bill per terahash. Step up to the NerdQAxe++ when a Gamma is not enough, to the Hydro models when the room has to stay quiet, and to the NerdOctaxe when you want the most hashrate one device can bring into a home. The Avalon Nano 3s is there for people who want a sealed appliance and nothing else.

All of them mine solo or in a pool, all are set up in minutes, and all ship from our EU warehouse with VAT included. Put them side by side in the miner comparison, or go straight to the shop.