Ask two miners how their machines are doing and the sharp ones will not quote you a hashrate. They will quote your hashprice. It is the number that turns terahashes, an abstract measure of computing work, into dollars per day, and it is the closest thing Bitcoin mining has to a live wage for hardware. In mid-2026, with hashprice sitting around 31 dollars per petahash per day and hovering near breakeven for a lot of operators, understanding it is the difference between running a business and running a heater.
If you have ever plugged numbers into a mining profit calculator and wondered what actually sits underneath the estimate, hashprice is the engine. This guide explains what it is, the four things that move it, and how to turn it into your own daily number.
If you have ever plugged numbers into a mining profit calculator and wondered what actually sits underneath the estimate, hashprice is the engine. This guide explains what it is, the four things that move it, and how to turn it into your own daily number.
What is hashprice, in one sentence?
Hashprice is the expected daily revenue from one unit of hashrate. The industry quotes it in dollars per petahash per second per day, so a hashprice of 31 dollars means one petahash of mining power earns about 31 dollars in a day before electricity. The term was coined by Luxor, whose Hashrate Index tracks it as the live market rate for the one thing miners actually produce: hashrate. Think of it as the spot price for your machine’s output, the way a barrel price is the spot rate for an oil well. This is context for decisions, not financial advice.
Why does hashprice matter more than hashrate?
Hashrate tells you how much work a machine does. Hashprice tells you what that work is worth, and only the second number pays your power bill. A miner bragging about terahashes without knowing hashprice is like a driver bragging about horsepower without knowing the price of fuel. The same machine can be a money printer at 60 dollars hashprice and a liability at 25, and nothing about the hardware changed.
That is why hashprice is the honest starting point for every question that follows, whether mining is worth it, which machine to buy, and where to run it. It reframes the decision away from raw specs and toward economics. When people ask whether Bitcoin mining is still worth it, the real answer always runs through hashprice and the power rate underneath it.
This is also why experienced operators talk about hashprice the way traders talk about a commodity price. It is volatile, it is out of your control, and the only sane response is to manage your costs so you survive the low points and profit through the high ones. A miner who only watches hashrate is flying blind to the one variable that actually determines whether the lights stay on.
This is also why experienced operators talk about hashprice the way traders talk about a commodity price. It is volatile, it is out of your control, and the only sane response is to manage your costs so you survive the low points and profit through the high ones. A miner who only watches hashrate is flying blind to the one variable that actually determines whether the lights stay on.
What are the four things that set hashprice?
USD hashprice is a function of four inputs. Three push it up and one pushes it down, and because they move independently, hashprice changes with almost every new block. Here is what actually drives the number.
- Bitcoin price. The biggest lever. Miner revenue is paid in bitcoin, so when the price rises, the dollar value of every block rises with it. Hashprice is positively correlated with spot price.
- Transaction fees. On top of the block reward, miners collect the fees users pay to transact. Busy blocks lift hashprice; quiet ones drag it. Luxor smooths this with a 144-block average.
- Block subsidy. The newly minted bitcoin per block, currently 3.125 BTC. It halves roughly every four years, with the next halving projected for 2028, which will cut this input in half overnight.
- Network difficulty. The only input that pushes down. As more hashrate competes, difficulty rises and each machine wins a smaller slice, so revenue per unit of hashrate falls. Hashprice is negatively correlated with difficulty.
Notice what is not on that list: your electricity rate. Hashprice is a market-wide number, the same for every miner on Earth. What separates a profitable operation from a failing one is the power cost you subtract from it, which is why how much electricity a miner uses matters as much as the revenue side. Difficulty is worth watching closely because it moves in steps, not smoothly. It readjusts roughly every two weeks, and a single large swing can lift or cut hashprice for everyone at once. Recent difficulty adjustments through 2026 show how sharply the number can move, and each change quietly resets the revenue every machine on the network earns.
How is hashprice actually calculated?
The mechanics are simpler than they sound. Total daily network revenue is the block subsidy plus fees, multiplied by roughly 144 blocks a day, converted to dollars at the current bitcoin price. Divide that by the total network hashrate, and you have revenue per unit of hashrate: hashprice. When difficulty rises, the denominator grows and hashprice shrinks; when price or fees rise, the numerator grows and hashprice climbs.
You never have to run this math by hand, because trackers publish it live and calculators bake it in. But knowing the shape of the formula tells you why hashprice can swing 15 percent in a week on nothing but a price move, and why a difficulty increase quietly taxes every miner at once.A useful habit is to watch hashprice in both dollars and bitcoin terms. Dollar hashprice tells you what you can pay bills with today; bitcoin hashprice, which strips out the price swing, tells you whether the network is getting more or less competitive underneath. When dollar hashprice rises but bitcoin hashprice falls, the market is bailing you out, not your machines.
You never have to run this math by hand, because trackers publish it live and calculators bake it in. But knowing the shape of the formula tells you why hashprice can swing 15 percent in a week on nothing but a price move, and why a difficulty increase quietly taxes every miner at once.A useful habit is to watch hashprice in both dollars and bitcoin terms. Dollar hashprice tells you what you can pay bills with today; bitcoin hashprice, which strips out the price swing, tells you whether the network is getting more or less competitive underneath. When dollar hashprice rises but bitcoin hashprice falls, the market is bailing you out, not your machines.
How do you turn hashprice into your daily number?
Hashprice is quoted per petahash, but your machine is rated in terahashes, so the last step is scaling it to your hardware. The process is short, and it is exactly what a calculator automates.
- Start with hashprice. Take the current market rate, around 31 dollars per petahash per day in mid-2026.
- Scale it to your hashrate. A machine doing 200 terahashes is 0.2 of a petahash, so it earns roughly 0.2 times hashprice, about 6 dollars a day in revenue.
- Subtract your power cost. Multiply the machine’s wattage by your electricity rate over 24 hours. This is the number that decides whether the day was green or red.
- Repeat as the market moves. Because hashprice changes daily, so does your margin. A rate that was comfortable last month can turn negative after a difficulty jump.
That final subtraction is the whole game. At the same hashprice, a machine at four cents per kilowatt-hour prints while the identical machine at fifteen cents bleeds. It is the reason mining profitability at home electricity rates so often comes out negative, and why the power rate matters more than the model.
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What is a good hashprice, and where is it now?
There is no fixed good number, only good relative to your costs. In mid-2026 hashprice has traded roughly between 28 and 34 dollars per petahash per day, touching a record low near 28 dollars earlier in the year when bitcoin fell and difficulty stayed high. At those levels, industry trackers note hashprice is at or below breakeven for many miners, depending on machine efficiency and power cost.
The long trend is downward and always has been, because each halving cuts the subsidy and rising hashrate lifts difficulty. That is not a reason to avoid mining; it is the reason efficiency and cheap power keep mattering more. The winners are not chasing a high hashprice, they are lowering the cost they subtract from whatever hashprice the market hands them. The full picture of whether Bitcoin mining is profitable always comes back to that gap.
The long trend is downward and always has been, because each halving cuts the subsidy and rising hashrate lifts difficulty. That is not a reason to avoid mining; it is the reason efficiency and cheap power keep mattering more. The winners are not chasing a high hashprice, they are lowering the cost they subtract from whatever hashprice the market hands them. The full picture of whether Bitcoin mining is profitable always comes back to that gap.
How does hashprice change what you should buy and where you run it?
Once you think about hashprice, two decisions get clearer. The first is the machine. In a low-hashprice market, efficiency measured in joules per terahash stops being a spec-sheet detail and becomes the whole point, because it directly sets the power cost you subtract. A newer, more efficient miner can stay profitable at a hashprice that pushes older hardware underwater, which is why the most efficient current-generation miners hold their value through downturns.
The second is location. Since hashprice is fixed market-wide, your only real lever is the power rate. That is the entire case for ASIC miner hosting on low-cost industrial power: it does not change the revenue side, it shrinks the cost you subtract, which widens the margin at any hashprice. When you compare the real cost to mine one bitcoin, almost all of the difference between operators comes down to that power number.
Since you cannot control hashprice, it helps to be clear about the levers you actually hold. Everything that improves a mining operation works on the cost side, not the revenue side.
The second is location. Since hashprice is fixed market-wide, your only real lever is the power rate. That is the entire case for ASIC miner hosting on low-cost industrial power: it does not change the revenue side, it shrinks the cost you subtract, which widens the margin at any hashprice. When you compare the real cost to mine one bitcoin, almost all of the difference between operators comes down to that power number.
Since you cannot control hashprice, it helps to be clear about the levers you actually hold. Everything that improves a mining operation works on the cost side, not the revenue side.
- Machine efficiency. Lower joules per terahash means less power burned for the same revenue at any hashprice.
- Power rate. The single biggest variable you can change, and the whole reason location and hosting matter.
- Uptime. A machine only earns when it runs, so downtime is lost revenue you never get back.
- Purchase timing. Buying efficient hardware into a weak market lowers your entry cost per unit of hashrate.
This is why timing a purchase matters as much as picking the model. Buying efficient hardware into a low-hashprice market, when weaker miners are capitulating and prices soften, is how disciplined operators build fleets that stay profitable when hashprice recovers. If you are weighing a purchase, it is worth modeling the machine against a range of hashprice levels before you buy a Bitcoin miner, not just today’s number.
Does hashprice apply to other coins?
The concept does, though the term is Bitcoin-native. Any minable coin has an implied revenue per unit of hashrate, set by the same forces: coin price, block reward, fees, and network difficulty. What changes is the hardware and the units, since different algorithms are measured differently and run on different machines. If you mine beyond Bitcoin, the same thinking applies to picking the most profitable coin to mine and matching it to the right hardware.
For altcoins the volatility is usually sharper, because smaller networks see bigger swings in both price and difficulty. The discipline is identical: find the revenue-per-hashrate number, subtract your power, and match the coin to the right ASIC for its algorithm. The metric has a Bitcoin name, but the logic is universal to proof-of-work mining.
For altcoins the volatility is usually sharper, because smaller networks see bigger swings in both price and difficulty. The discipline is identical: find the revenue-per-hashrate number, subtract your power, and match the coin to the right ASIC for its algorithm. The metric has a Bitcoin name, but the logic is universal to proof-of-work mining.
The bottom line
Hashprice is the wage your hardware earns, quoted in dollars per petahash per day, set by bitcoin’s price, transaction fees, the block subsidy, and network difficulty. It is the same for everyone, it moves daily, and it trends down over time as the subsidy halves and difficulty climbs. That is why the miners who last are not the ones with the most hashrate, but the ones who keep the cost they subtract as low as possible. Track hashprice, know your power rate, and run the two together through an ASIC profit calculator before you buy anything. This is educational context, not financial advice, and every number here moves with the market.
Frequently asked questions
What is hashprice in simple terms?
Hashprice is how much one unit of mining power earns in a day, quoted in dollars per petahash per second per day. If hashprice is 31 dollars, one petahash of hashrate earns about 31 dollars in revenue over 24 hours, before electricity. It is the market rate for the hashrate a miner produces, and it changes with almost every block.
How is hashprice calculated?
Take the daily network revenue, the block subsidy plus transaction fees across roughly 144 blocks a day, convert it to dollars at bitcoin’s current price, and divide by the total network hashrate. The result is revenue per unit of hashrate. When difficulty rises the number falls, and when price or fees rise it climbs. Trackers and calculators compute this live.
What affects hashprice?
Four inputs. Bitcoin’s price, transaction fees, and the block subsidy push hashprice up, while network difficulty pushes it down. Because these move independently, hashprice shifts constantly. Your electricity rate is not one of the inputs, since hashprice is a market-wide figure, but your power cost decides whether that revenue turns into profit.
What is a good hashprice?
There is no universal good number; it depends on your costs. In mid-2026 hashprice traded roughly between 28 and 34 dollars per petahash per day, which trackers describe as at or below breakeven for many miners depending on machine efficiency and power rate. A good hashprice is simply one comfortably above the cost you subtract for power.
Why does hashprice keep going down over time?
Two structural forces. Every halving cuts the block subsidy, roughly every four years, and rising network hashrate steadily lifts difficulty. Both reduce revenue per unit of hashrate. This long downtrend is why efficiency and cheap power keep growing in importance; the market rewards low costs more than raw hashrate.
What is the difference between hashprice and hashrate?
Hashrate is how much computing work a machine does, measured in terahashes or petahashes per second. Hashprice is what that work earns, in dollars per day. Hashrate is the product; hashprice is its going rate. A high hashrate means nothing for your wallet if hashprice is below your cost to run the machine.
How do I use hashprice to estimate my earnings?
Scale it to your machine and subtract power. A miner doing 200 terahashes is 0.2 of a petahash, so at 31 dollars hashprice it earns about 6 dollars a day in revenue. Then subtract its wattage times your electricity rate over 24 hours. What remains is your margin, and it moves as hashprice moves.
Is hashprice the same for everyone?
Yes, hashprice itself is a market-wide number, identical for every Bitcoin miner in the world at a given moment. What differs is the cost each operator subtracts from it. That is why two miners running the same machine can see very different outcomes: the one with cheaper power keeps more of the same hashprice.
Does hashprice exist for other cryptocurrencies?
The term is Bitcoin-native, but the concept applies to any proof-of-work coin. Each has an implied revenue per unit of hashrate set by its price, block reward, fees, and difficulty. The units and hardware differ by algorithm, and smaller networks tend to be more volatile, but the underlying logic of revenue per hashrate is the same.
Where can I track live hashprice?
Independent indices such as Luxor’s Hashrate Index publish live hashprice, and most mining profit calculators use it under the hood. Rather than tracking the raw number in isolation, the practical move is to run current hashprice together with your own power rate through a calculator, since that pairing is what actually tells you your margin.
Sources and notes: hashprice, network hashrate, difficulty, and block-subsidy figures reflect mid-2026 data from Luxor’s Hashrate Index and related public mining data; the term hashprice was coined by Luxor. All figures are approximate and change with every block. Hero photo by Satheesh Sankaran (CC BY 2.0); body photo by David McBee (CC0); diagrams are original MillionMiner graphics. This article is educational and is not financial advice; mining outcomes depend on market conditions and your own costs.
