Hash Price

What Is Hash Price?

Hash price is a Bitcoin mining metric that quantifies the expected daily revenue a miner earns for each unit of hashrate they contribute to the network. It answers a simple question: what is one unit of hashing power worth right now? The term was coined by Luxor Technology in 2019 and has since become the industry-standard measure for evaluating mining profitability.

Luxor's Hashprice Index quotes the metric in USD per petahash per second per day (USD/PH/s/day), though some older sources use terahash (USD/TH/s/day). The relationship is straightforward: 1 PH/s equals 1,000 TH/s, so a hash price of $30/PH/s/day is the same as $0.03/TH/s/day. Miners multiply their machine's hashrate by the current hash price to estimate gross daily revenue before electricity and other costs.

Hash price is best understood as the price the network pays to incentivize the proof-of-work that secures the ledger. When hash price rises, mining becomes more attractive and new machines come online. When it falls, the least efficient operators shut down, and network hashrate contracts until equilibrium is restored.

How It Works

Hash price is a function of four inputs: block subsidy, transaction fees, network difficulty, and Bitcoin's market price. The formula combines all four into a single number:

Hash Price (USD/TH/day) =
  (Block Reward × BTC Price × 144) / Network Hashrate (TH/s)

Where:
  Block Reward  = Block Subsidy + Average Transaction Fees per Block
  144           = Average number of blocks mined per day (one every ~10 min)
  Network Hashrate = Total computational power on the network in TH/s

For example, with a block subsidy of 3.125 BTC (post-April 2024 halving), average transaction fees of 0.15 BTC per block, a BTC price of $95,000, and a network hashrate of 800 EH/s (800,000,000 TH/s):

Hash Price = (3.275 × 95,000 × 144) / 800,000,000,000
           = 44,781,000 / 800,000,000,000
           ≈ $0.000056 per TH/s/day
           ≈ $56 per PH/s/day

What Drives Hash Price

Each of the four inputs pushes hash price in a predictable direction:

• Bitcoin price: a rising BTC price increases hash price proportionally, since block rewards are denominated in BTC but hash price is measured in USD
• Block subsidy: reduced by 50% at each halving (roughly every four years), creating a step-function drop in hash price
• Transaction fees: fee spikes during network congestion can temporarily lift hash price above its subsidy-driven baseline
• Network difficulty: as more ASICs come online, the same revenue is split among more hashrate, pushing hash price down. A difficulty adjustment every 2,016 blocks recalibrates the network to target ten-minute block intervals

Hash Price vs. Hash Cost

Hash price measures revenue. Hash cost measures expense. The difference between them determines whether a miner is profitable.

When hash price exceeds hash cost, miners generate positive cash flow. When hash price falls below hash cost, miners burn capital on every block they help produce. The crossover point is often called the breakeven hash price, and it varies widely depending on electricity rates, hardware efficiency (measured in joules per terahash, or J/TH), and facility overhead.

As of mid-2026, publicly listed miners reported weighted average cash costs of approximately $77,000 to $80,000 per BTC. At prevailing network hashrate, this translates to a hash cost threshold around $45 to $55/PH/s/day for a typical industrial operation paying $0.07/kWh. Miners running older ASIC fleets above 30 J/TH face significantly higher hash costs.

The Hash Ribbon Indicator

The Hash Ribbon is a market indicator created by Charles Edwards of Capriole Investments in 2019. It uses the 30-day and 60-day moving averages of network hashrate to identify miner capitulation and recovery phases.

When the 30-day moving average of hashrate crosses below the 60-day average, it signals that miners are shutting down machines: hash price has likely fallen below hash cost for a meaningful portion of the network. Historically, these capitulation periods have aligned with strong Bitcoin price bottoms, including the aftermath of the FTX collapse in late 2022 and the post-halving squeeze of mid-2024.

When the 30-day average crosses back above the 60-day average, it signals recovery: surviving miners have restored profitability, and the worst of the selling pressure has passed. Traders use this crossover as a buy signal, though like all indicators it carries no guarantee.

Post-Halving Hash Price Compression

Every Bitcoin halving creates a predictable shock to hash price. The April 2024 halving cut the block subsidy from 6.25 BTC to 3.125 BTC, instantly halving the subsidy component of miner revenue. The immediate post-halving period saw hash price average approximately $58.53/PH/s/day, buoyed by a strong BTC price and fee market activity from Runes-related transactions.

The compression that followed was severe. By November 2025, hash price had fallen to roughly $35 to $37/PH/s/day, then a five-year low. By March 2026, it had reached $31.27/PH/s/day, a new all-time post-halving low. June 2026 brought record-low hash price alongside a negative 10% difficulty adjustment, one of the largest downward adjustments in recent history, confirming widespread miner capitulation.

This cycle follows the pattern observed after previous halvings: the subsidy cut squeezes margins, the least efficient miners capitulate, difficulty drops, and surviving miners benefit from reduced competition until rising BTC prices or falling hashrate restore profitability. For deeper analysis of this dynamic, see Bitcoin halving economics and mining economics in 2026.

Use Cases

Mining Investment Decisions

Hash price is the primary metric miners use to evaluate whether to deploy capital. Before purchasing an ASIC miner, an operator multiplies the machine's hashrate by current hash price to estimate gross daily revenue, then subtracts estimated hash cost. If the margin is positive and expected to remain so over the hardware's useful life, the investment clears.

A miner considering a 200 TH/s machine at current hash price of $30/PH/s/day would estimate:

Daily Revenue = 200 TH/s × $0.03/TH/day = $6.00/day
Monthly Revenue ≈ $180
Annual Revenue ≈ $2,190

If electricity + hosting = $4.50/day:
Daily Profit = $6.00 - $4.50 = $1.50/day
Annual Profit ≈ $548

Hardware Liquidation Timing

When hash price trends downward, miners must decide whether to keep mining or sell hardware on the secondary market while it still holds value. A miner watching hash price approach their breakeven point may choose to sell machines now rather than mine at a loss. Hash price trend analysis helps time these exit decisions.

Hedging and Financial Products

Luxor and other firms offer hashrate forward contracts that allow miners to lock in future hash price, hedging against downside risk. These derivatives let miners guarantee revenue per unit of hashrate months in advance, smoothing cash flow through volatile periods. The forward market also provides price discovery for future mining economics.

Network Health Assessment

Analysts and researchers track hash price as a barometer of overall network health. A persistently low hash price can signal stress in the mining sector, potential security budget concerns, and upcoming difficulty adjustments. When paired with hashrate data, hash price trends reveal whether the network is expanding or contracting and how much economic security the proof-of-work model provides. For more on this topic, see the research on Bitcoin's security budget.

Risks and Considerations

Volatility and Unpredictability

Hash price can swing dramatically over short periods. A sudden BTC price drop, a difficulty increase, or a fee market collapse can crater hash price in days. Miners who make capital deployment decisions based on current hash price without modeling downside scenarios risk buying hardware that never reaches payback.

Incomplete Profitability Picture

Hash price measures gross revenue, not profit. It does not account for electricity costs, cooling, facility rent, labor, insurance, hardware depreciation, or financing charges. Two miners with identical hashrate will earn the same hash price but can have wildly different profitability based on their cost structures. Always pair hash price with hash cost analysis for meaningful conclusions.

Difficulty Lag

Difficulty adjustments happen only every 2,016 blocks (roughly every two weeks). If a large amount of hashrate comes online or goes offline between adjustments, hash price will be temporarily distorted: higher than "fair value" when hashrate drops suddenly, lower when hashrate surges. This lag creates brief windows of outsized profit or loss that do not reflect sustainable economics.

Halving Step-Function Risk

Unlike gradual market shifts, halvings cut subsidy revenue in half overnight. A miner operating comfortably above breakeven hash price can find themselves underwater the moment a halving takes effect if BTC price does not compensate. Planning for halving-driven hash price compression is essential for any multi-year mining operation.

This glossary entry is for informational purposes only and does not constitute financial or investment advice. Always do your own research before using any protocol or technology.