Hashrate and hashprice sound almost identical, but they answer two completely different questions. Hashrate tells you how much Bitcoin mining computation you have. Hashprice tells you how much revenue that computation is worth.
A miner can add hashrate while hashprice falls. A miner can keep exactly the same hashrate while hashprice rises. That distinction is one of the foundations of Bitcoin mining economics.
Hashrate is mining speed
Hashrate measures how many hash attempts a miner can make every second. A machine rated at 200 TH/s can attempt roughly 200 trillion hashes per second. A mining company may operate tens of exahashes per second, while the entire network combines the estimated work of all miners.
Our companion explainer What Is Hashrate? covers the H/s → TH/s → PH/s → EH/s → ZH/s ladder in detail. For this comparison, the simple definition is enough: hashrate is computational throughput.
Hashprice is revenue per unit of hashrate
Hashprice converts mining economics into a simple revenue metric. It expresses how much gross mining revenue a fixed amount of hashrate can expect to earn over a period of time, commonly one day.
Luxor’s Hashrate Index defines hashprice as the expected earnings from a specific quantity of hashrate. It tracks the metric in currencies such as U.S. dollars and bitcoin and calculates it from four core inputs: Bitcoin price, network difficulty, transaction fees, and the block subsidy.
Hashprice is commonly written in units such as $/PH/day or sats/PH/day. More precisely, that means the revenue generated by 1 PH/s of hashrate operating for one day.
A simple example
Suppose an ASIC produces 200 TH/s. That is 0.2 PH/s.
If hashprice were $40 per PH/day, the rough gross revenue calculation would be:
0.2 PH/s × $40/PH/day = $8 per day.
The machine still hashes at 200 TH/s regardless of whether hashprice is $30, $40, or $60. What changes is the economic value of those hashes.
Hashprice is not profit
This distinction matters. Hashprice is a revenue metric before site-specific expenses. It does not automatically subtract electricity, hosting, pool fees, repairs, labor, cooling, taxes, debt service, curtailment losses, or hardware depreciation.
Take that same 200 TH/s machine producing $8 per day of gross revenue. If it consumes 3.5 kW continuously, it uses about 84 kWh per day.
- At $0.05/kWh, electricity costs about $4.20/day.
- At $0.08/kWh, electricity costs about $6.72/day.
- At $0.10/kWh, electricity costs about $8.40/day.
At the same $8 gross daily mining revenue, the first site has room above energy cost while the third site is already negative before counting any other expense.
Bitcoin price can raise hashprice without changing your hashrate
If Bitcoin’s dollar price rises while network difficulty, subsidy, fees, and your hardware stay roughly unchanged, the dollar value of mining revenue rises. Your ASIC did not become faster. Each unit of hashrate simply became more valuable in dollar terms.
This is one reason miners watch BTC-denominated hashvalue and dollar-denominated hashprice separately. A miner may earn a similar amount of bitcoin per unit of hashrate while the dollar value of that bitcoin changes substantially.
Difficulty can lower hashprice without changing your ASIC
Now imagine your machine stays at 200 TH/s but thousands of new ASICs join the network. Network hashrate rises, difficulty eventually adjusts upward, and your unchanged 200 TH/s represents a smaller share of the total competition.
All else equal, that lowers expected bitcoin revenue per unit of hashrate—and therefore pushes hashprice lower.
That feedback loop is why our recent Hashrate vs. Mining Difficulty explainer matters to mining economics. Rising network hashrate can be good evidence of investment and network competition while simultaneously making each individual terahash less productive after difficulty catches up.
Transaction fees can lift hashprice
Miners receive the block subsidy plus transaction fees. If fee revenue rises sharply during periods of heavy block-space demand, miners can earn more per block even though the subsidy and their hardware have not changed.
That higher fee environment pushes hashprice upward because each unit of hashrate is competing for a larger revenue pool.
The halving can cut hashprice abruptly
The block subsidy is another major input. In April 2024, Bitcoin’s subsidy fell from 6.25 BTC to 3.125 BTC per block. Unless higher Bitcoin prices or transaction fees offset that reduction, the revenue available to miners per unit of hashrate falls.
BitcoinVersus was studying that relationship before the halving in our January 2024 analysis of Luxor’s hashprice outlook. The basic tension remains the same: hardware can keep becoming faster while revenue per unit of hashing power compresses.
Hashrate itself is becoming a market
Hashrate used to be discussed almost entirely as a physical mining metric. That is changing. Miners can increasingly buy, sell, finance, hedge, or contract future computational output.
Our 2024 report on Loka Mining’s hashrate financing model showed miners using future hashrate as part of financing arrangements. More recently, BitcoinVersus examined how Bitcoin mining hashrate is becoming a tradable financial asset.
Braiins’ hashrate-market documentation makes the economic separation especially clear: hashrate can be bought and sold as computational capacity, while hashprice or hashvalue represents the theoretical mining income associated with that capacity.
Hashrate vs. hashprice
| Question | Hashrate | Hashprice |
|---|---|---|
| What does it measure? | Computational speed | Gross mining revenue per unit of hashrate |
| Typical units | TH/s, PH/s, EH/s | $/PH/day, sats/PH/day |
| Can hardware change it? | Yes—more machines, tuning, uptime | Indirectly through network competition |
| Does BTC price affect it? | No | Yes in fiat terms |
| Does difficulty affect it? | Not your machine’s physical speed | Yes, generally negatively |
| Do transaction fees affect it? | No | Yes |
| Does the halving affect it? | No direct effect on machine speed | Yes through the block subsidy |
| Is it profit? | No | No—hashprice is gross revenue before site costs |
High hashrate can coexist with low hashprice
This is the counterintuitive part. Bitcoin can have record-high network hashrate at the same time miners face historically difficult economics.
Why? Because miners keep deploying faster machines and adding capacity even as difficulty rises and revenue per PH/s compresses. The network can become computationally stronger while individual units of computation become less valuable.
That is where efficiency becomes decisive. BitcoinVersus’ 2025 coverage of diminishing ASIC efficiency gains showed why miners cannot evaluate new hardware on raw hashrate alone. When hashprice is compressed, every joule per terahash matters.
The easiest way to remember it
Hashrate tells you how much mining power you have. Hashprice tells you what the market is paying that mining power.
A 200 TH/s ASIC can remain a 200 TH/s ASIC while its daily revenue changes dramatically. Hashrate is the machine. Hashprice is the economics surrounding the machine.
BitcoinVersus.Tech Editor’s Note: Hashprice is a market-derived gross-revenue metric, not a profitability guarantee. Actual miner economics depend on realized hashrate, uptime, accepted shares, pool method and fees, electricity price, cooling, labor, maintenance, financing, taxes, and hardware depreciation.
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