How to Mine Bitcoin in 2026: Difficulty Is Falling — But at $33 Hashprice, Only 3 Setups Still Make Money

Bitcoin mining difficulty is about to fall for the first time since early October — and that sounds like good news for miners. It is not. Hashprice, the daily revenue miners earn per unit of computing power, has crashed 17.5% in a month to about $33 per petahash per day, and a 2.3% difficulty drop adds roughly 45 cents a day to a top-tier machine. The honest answer to "how to mine Bitcoin in 2026" is this: only three setups still make money — an efficient ASIC on power under 8 cents per kilowatt-hour, a hosted miner at industrial rates, or a pool share with cheap electricity. Everyone else is paying to heat their house. This guide shows you the real math, the exact steps, and the five checks to run before you spend a dollar on hardware.

What Bitcoin Mining Actually Is in 2026

Bitcoin mining is the process that keeps the network running. Specialized computers called ASICs compete to solve a cryptographic puzzle; the winner adds the next block of transactions to the blockchain and collects the reward. That reward is currently 3.125 BTC per block, plus transaction fees of roughly 0.02 BTC per block — about 450 new bitcoins a day across the whole network.

The April 2024 halving cut the block subsidy from 6.25 to 3.125 BTC, and the next halving arrives around April 2028, when the reward drops to 1.5625 BTC. That is the single most important fact for anyone considering mining: your revenue per unit of hashrate roughly halves in about 17 months unless the Bitcoin price rises to compensate. If you are new to how the network itself works, start with our beginner's guide to blockchain before spending anything.

You cannot mine Bitcoin profitably with a CPU, a GPU, or a gaming PC anymore. The network runs at around 1,062 exahashes per second, so only ASICs — computers built for one job, SHA-256 hashing — can compete. A laptop's chance of solo-mining a block is effectively zero, which is why almost every small miner joins a mining pool.

The 3 Numbers That Decide Everything: Hashprice, Difficulty, Hashrate

Three numbers decide whether mining makes or loses money. Understand them and you understand the whole business.

Hashprice is your revenue. Hashprice is the expected daily revenue for one petahash per second of computing power. According to Hashrate Index data, it stood at $33.18 per PH per day on November 2, 2026 — down from $40.24 on October 1, a 17.5% fall in a single month, and down 8.7% in a single week. That is the number that pays your electricity bill, and it has been falling because Bitcoin's price slipped while difficulty rose.

Difficulty is your competition. The network retargets difficulty every 2,016 blocks (roughly every two weeks) to keep blocks arriving every 10 minutes. Difficulty jumped 5.92% on October 16 and another 5.54% on October 29, reaching a record 148.36 trillion. The next adjustment, expected around November 12, is estimated at roughly minus 2.3% — the first real decline since early October. Blocks have been arriving every 10.25 minutes on average, a sign that some miners have already switched machines off because they can no longer make money. As our analysis of the difficulty drop explains, a falling difficulty is a symptom of a miner squeeze, not a cure for it.

Hashrate is the size of the fight. The seven-day average hashrate was about 1,062 EH/s in early November, after falling 2.7% in a week. Hashrate Index's forward market implies it stays near 1,056–1,059 EH/s through December — competition is flattening, but at a record-high level. More hashrate means your share of the fixed daily reward gets smaller.

Metric	Early November 2026	What it means for you
Bitcoin price	~$80,500	Rebounded from a $75,736 election-night low; still 36% below the $126,080 all-time high
Hashprice	$33.18 per PH/day	Down 17.5% since October 1 — your revenue per machine is shrinking
Network difficulty	148.36 trillion	Record territory; next adjustment estimated at −2.3% around November 12
Network hashrate	~1,062 EH/s	Competition is flat but at an all-time-high level
Block reward	3.125 BTC + ~0.02 BTC fees	About 450 new BTC per day, split across the whole network
Next halving	~April 2028	Reward halves to 1.5625 BTC — plan your payback before this date

Sources: Hashrate Index, mempool.space, and our CoinDesk market coverage of Bitcoin's rebound above $80,000. For the full profitability breakdown behind these figures, see the November 2026 mining profitability report from Bull Miners.

The Real Math: What One Machine Actually Earns

Forget the marketing. Here is the calculation every miner runs, using the November 2 hashprice of $0.0332 per terahash per day. Daily revenue equals your hashrate times hashprice; daily cost equals your power draw times 24 hours times your electricity rate. Pool fees of 1–2% and downtime shave a little more off the result.

Machine (efficiency)	Daily revenue	Net at $0.05/kWh	Net at $0.08/kWh	Net at $0.10/kWh	Net at $0.18/kWh (US household avg)
Antminer S21 — 200 TH/s, 17.5 J/TH	$6.64	+$2.44	−$0.08	−$1.76	−$8.48
Antminer S21 XP — 270 TH/s, 13.5 J/TH	$8.96	+$4.59	+$1.96	+$0.21	−$6.79
Antminer S23 Hydro — 580 TH/s, 9.5 J/TH	$19.26	+$12.65	+$8.68	+$6.04	−$4.54

The pattern is brutal and simple. The break-even electricity price for an original Antminer S21 is about 7.86 cents per kWh — at 8 cents it already loses 12 cents a day before cooling, hosting, and maintenance. The more efficient S21 XP breaks even at roughly 10 cents. Even the best machine on the market, the hydro-cooled S23 at 9.5 joules per terahash, loses money on typical US household electricity of about 18 cents per kWh. The US industrial average is roughly 8.4 cents — and that is the whole game. Electricity is 70–90% of a miner's ongoing costs, which is why the break-even formula matters more than the machine: break-even $/kWh = hashprice per TH ÷ (J/TH × 0.024).

Now add the hardware cost. New ASICs range from about $4,250 to $15,000 per unit in November 2026. An S21 XP earning $1.96 a day at 8-cent power takes years to pay for itself — and the April 2028 halving cuts its revenue roughly in half before it gets there. That is why the honest verdict in most mining guides is the same: for most individuals, buying Bitcoin directly is cheaper than mining it. Our guide to buying Bitcoin safely walks through the alternative if the math below does not work for you.

3 Ways to Mine Bitcoin in 2026 — Ranked by Realistic Profit

There are only three practical routes into mining today. They are not equal.

1. Hosted mining — the only route that works for most people

You buy the ASIC and a professional facility hosts it for $0.065–$0.08 per kWh, handling power, cooling, noise, and maintenance. At those rates, an S21 XP nets roughly $2–$4.60 a day and an S23 Hydro nets $8.70–$12.65. The catch is the upfront cost — roughly $4,500–$15,300 for one machine plus a hosting deposit — and you must trust the host. Verify the facility, read the contract's uptime guarantees, and confirm who owns the mined coins. A detailed investor's guide to starting Bitcoin mining puts hosted mining at the top of its framework for exactly this reason.

2. Home ASIC mining — only with cheap power

Running a machine at home means a 240V circuit, 70+ decibels of fan noise, serious heat, and a power bill that dwarfs the revenue unless your rate is under 8 cents. In most of the US and Europe, home mining loses money in November 2026. It works only if you have genuinely cheap power — off-peak industrial rates, stranded hydro, or solar you already own — and a current-generation machine under 17 J/TH. If your electricity costs more than 10 cents per kWh, stop here: no current machine pays on household power.

3. Mining pools — mandatory, not optional

Solo mining is a lottery. A single modern ASIC has a near-zero chance of finding a block alone, so miners combine hashrate in pools and split rewards proportionally. Foundry USA, AntPool, and F2Pool found about 63.5% of blocks in the past 30 days — three pools control nearly two-thirds of the network. Most pools pay FPPS (Full Pay Per Share), a fixed rate per valid share regardless of whether the pool finds a block, which smooths your income. Note that Binance Pool closes on November 10, 2026, so miners there must migrate. Joining a pool does not make an unprofitable setup profitable — it just makes the income predictable.

Route	Upfront cost	Electricity	Realistic daily net (S21 XP)	Best for
Hosted mining	$4,500–$15,300	$0.065–$0.08/kWh	+$2.00 to +$4.60	Beginners with capital, no cheap home power
Home ASIC	$4,250–$15,000 + wiring	Your household rate	Negative above $0.10/kWh	Only if your power is under $0.08/kWh
Cloud mining contracts	Varies, often $500+	Built into the contract	Often negative after fees	Nobody — most contracts never break even; scams are common

How to Start Mining Bitcoin, Step by Step

If the math works for your power rate, here is the process in order. Do not buy hardware before step 1.

1. Run the numbers first: take your exact electricity rate, the machine's hashrate and power draw, and the current hashprice of $33.18 per PH per day, and calculate daily net profit. If it is negative, stop — buying Bitcoin outright is cheaper.
2. Pick an efficient ASIC: target under 17 J/TH. Current leaders are the Antminer S23 (11 J/TH), Canaan Avalon A16XP (12.83 J/TH), and Antminer S21 XP (13.5 J/TH). Avoid older S19-class machines at 21–30 J/TH — they are the ones being switched off right now.
3. Secure power under 8 cents: hosted mining at $0.065–$0.08/kWh, or an industrial or off-peak rate. Get the rate in writing before you buy the machine.
4. Choose a mining pool: compare fee (typically 1–2%), payout method (FPPS is the most predictable), minimum payout, and reputation. Foundry USA, AntPool, and F2Pool are the largest; smaller pools pay less regularly.
5. Set up a wallet first: pool payouts go to a Bitcoin address you control. A hardware wallet is the standard choice — see our comparison of the best crypto wallets in 2026 before you receive your first payout.
6. Configure the miner: connect it to power and ethernet, point it at your pool's stratum address, enter your wallet address as the payout destination, and monitor hashrate for 24 hours — it should sit within a few percent of the rated figure.
7. Track taxes from day one: mined coins are generally taxable income at their value when received, and equipment may qualify for 100% bonus depreciation under current US tax law. Keep records of every payout; do not reconstruct them in December.

What Most People Get Wrong About Mining

"A falling difficulty means mining is getting easier and more profitable." Wrong. Difficulty falls because miners are switching off unprofitable machines. The 2.3% drop expected around November 12 adds about 45 cents a day to a top machine — it does not undo a 17.5% hashprice collapse in a month.

"Rising hashrate means Bitcoin is about to rally." Wrong. Hashrate follows price and hardware deployment with a lag; it is not a buy signal. Miners collected only 3,268 BTC in subsidies and 18 BTC in fees in the week to November 2 — transaction fees are nearly irrelevant to revenue right now.

"Any ASIC will do if Bitcoin goes up." Wrong. Efficiency is everything. A machine at 15 J/TH produces 67% more Bitcoin per kilowatt-hour than one at 25 J/TH. The least efficient hardware on the most expensive power is what gets switched off first in every squeeze — and that is exactly what is happening now.

"Mining is passive income." Wrong. Machines need monitoring, firmware updates, dust cleaning, fan replacements, and pool migrations. A dead fan on an air-cooled unit can cook a $5,000 machine in hours.

"Cloud mining is the easy way in." Wrong. Most cloud contracts never break even after fees, and the sector is thick with scams. If a contract guarantees returns, it is not mining — it is a promise someone else will keep with your money. For a full walkthrough of the numbers and hardware, the Blockchain Reporter mining guide reaches the same conclusion: only efficient machines on power well below household rates make money.

The Miner Exodus: Why Riot Sold 79% of Its Bitcoin

The squeeze is visible in public miners' behavior. Riot Platforms sold 79% of its Bitcoin to fund a $28 billion AI bet — miners are converting data-center capacity to AI compute, where power earns more than hashing does. American Bitcoin reported $126 million in profit, but mining earned only $25.8 million of it — the rest was a paper gain on Bitcoin it already held. These are not the actions of an industry swimming in mining profit.

That is also why the difficulty drop is coming: older machines on expensive power are being switched off, and some capacity is leaving Bitcoin entirely for AI compute. Read our breakdown of Riot's $28 billion AI pivot for the full picture.

5 Checks Before You Buy an ASIC

• Electricity in writing: confirm your exact rate per kWh, including delivery charges and time-of-use rules. If it is above $0.10/kWh, do not buy — no current machine is profitable there.
• Break-even math at today's hashprice: use $33.18 per PH per day, not the $40 of October 1 or the $50 figures in old reviews. Re-run the numbers the day you buy.
• Payback before April 2028: the halving cuts revenue roughly in half. If the machine cannot pay for itself before then at current hashprice, the investment case is broken.
• Noise, heat, and power: air-cooled ASICs run at 70+ decibels and need a 240V circuit and serious ventilation. Hydro-cooled units are quieter but need plumbing and cost more.
• Pool and payout setup: confirm your pool's fee, payout threshold, and that Binance Pool's November 10 closure does not strand you. Set up your own wallet before the first payout lands.

Is Mining Bitcoin Worth It in 2026?

For most people, no — and November 2026 is one of the worst months in a while to start. Hashprice is down 17.5% in a month, difficulty sits at a record 148.36 trillion, and the next halving is 17 months away. A home setup on household electricity loses money on every machine currently sold. The three setups that still work are: a current-generation ASIC (under 13.5 J/TH) on power below 8 cents, a hosted miner at $0.065–$0.08/kWh, or an operation with genuinely cheap industrial power and scale.

If you have cheap power and capital, mining can still work — an S23 Hydro at 5-cent power nets about $12.65 a day before pool fees. If you do not have cheap power, the rational move is the one the data keeps pointing to: buy Bitcoin directly and skip the noise, heat, and hardware depreciation.

Frequently Asked Questions

How much does it cost to start mining Bitcoin in 2026?

A single current-generation ASIC costs $4,250–$15,000, plus hosting fees of $0.065–$0.08 per kWh if you do not run it at home. Total initial investment for one hosted miner runs about $4,500–$15,300 including the hosting deposit. Home setups add wiring, ventilation, and a much higher electricity bill.

How much Bitcoin can one ASIC mine per day?

At November 2026 hashprice, a 270 TH/s S21 XP earns about $8.96 a day in gross revenue — roughly 0.00011 BTC at $80,500 per coin. A 580 TH/s S23 Hydro earns about $19.26 a day gross. These are gross figures before electricity, pool fees, and downtime.

Is Bitcoin mining profitable in November 2026?

Only on cheap power. At $33.18 hashprice, an efficient machine breaks even at roughly $0.10/kWh, and most machines need power under $0.08/kWh to earn a meaningful profit. No current ASIC is profitable on typical US household electricity of about $0.18/kWh.

Can I mine Bitcoin on my phone or laptop?

No. Bitcoin mining requires ASIC hardware. CPUs, GPUs, phones, and laptops cannot compete with a network running at 1,062 EH/s. Any app claiming to mine Bitcoin on your phone is either mining a different coin at a loss or a scam.

Do I need to join a mining pool?

Yes, for practical purposes. Solo mining a block with one machine is statistically equivalent to a lottery ticket. Pools combine hashrate from thousands of miners and pay steady, proportional rewards — usually via FPPS. The three largest pools find about 63.5% of all blocks.

What happens to mining profits at the April 2028 halving?

The block subsidy halves from 3.125 to 1.5625 BTC, roughly halving revenue per unit of hashrate unless the Bitcoin price rises or transaction fees grow. Any machine you buy today should pay for itself before April 2028 — otherwise the investment case depends entirely on a higher Bitcoin price. Our Bitcoin halving 2028 explainer covers the countdown and price scenarios in detail.

Conclusion

Bitcoin mining in November 2026 is a cheap-electricity business wearing a technology costume. Difficulty is about to fall for the first time since October, but that 2.3% drop is a rounding error against a 17.5% hashprice collapse — it tells you miners are already switching off, not that mining just got profitable. Run the numbers with your real electricity rate before you buy anything: if your power costs more than 10 cents per kWh, no ASIC on the market pays. If it costs under 8 cents, a current-generation machine in a hosted facility can still earn — but make sure it pays for itself before the April 2028 halving.