Gpu Hash Rate Calculator

GPU Hash Rate & Profitability Calculator

Estimate mining efficiency and daily earnings based on hardware performance

Results

Efficiency
kH/Watt
Daily Power Cost
USD per Day
Daily Net Profit
USD after fees
Timeframe Revenue Power Cost Profit

Understanding GPU Hash Rate & Mining Logic

A GPU Hash Rate measures the processing power of a graphics card when performing cryptographic calculations. For most Proof-of-Work (PoW) cryptocurrencies, this is measured in Mega Hashes per second (MH/s). Calculating your potential profit requires balancing your hardware's speed against energy costs and network difficulty.

Key Factors in the Calculation:

  • Efficiency (MH/W): This is the most critical metric for long-term sustainability. It is calculated by dividing your total Hash Rate by your actual wall power consumption. High efficiency means you are generating more revenue per unit of electricity.
  • Electricity Cost: Since mining runs 24/7, even a small difference in $/kWh can be the difference between profit and loss.
  • Pool Fees: Most miners join a "pool" to smooth out rewards. These pools typically charge between 1% and 3% of your total earnings.

Practical Example:

If you own an NVIDIA RTX 3070, you might achieve approximately 60 MH/s at 130 Watts. If your electricity cost is $0.10/kWh and the current network reward is $2.00 per 100 MH/s daily:

  1. Gross Daily Revenue: (60 / 100) * $2.00 = $1.20
  2. Daily Electricity: (130W / 1000) * 24h * $0.10 = $0.312
  3. Daily Net Profit: $1.20 – $0.312 = $0.888 (excluding pool fees)

Always remember that network difficulty and coin price are highly volatile. A setup that is profitable today might not be tomorrow if the coin's market value drops or more miners join the network.

function calculateGpuMining() { var hashrate = parseFloat(document.getElementById('hashRate').value); var power = parseFloat(document.getElementById('powerDraw').value); var kwhCost = parseFloat(document.getElementById('electricityCost').value); var rewardPer100 = parseFloat(document.getElementById('rewardPerMH').value); var poolFeePerc = parseFloat(document.getElementById('poolFee').value); if (isNaN(hashrate) || isNaN(power) || isNaN(kwhCost) || isNaN(rewardPer100) || isNaN(poolFeePerc)) { alert('Please enter valid numeric values in all fields.'); return; } // Calculations var efficiency = (hashrate * 1000) / power; // kH/Watt var dailyRevenueGross = (hashrate / 100) * rewardPer100; var dailyPoolFee = dailyRevenueGross * (poolFeePerc / 100); var dailyRevenueNetOfFees = dailyRevenueGross – dailyPoolFee; var dailyPowerCost = (power / 1000) * 24 * kwhCost; var dailyProfit = dailyRevenueNetOfFees – dailyPowerCost; // Display basic results document.getElementById('efficiencyResult').innerText = efficiency.toFixed(2); document.getElementById('dailyPowerResult').innerText = '$' + dailyPowerCost.toFixed(2); document.getElementById('dailyNetResult').innerText = '$' + dailyProfit.toFixed(2); // Populate Table var tableBody = document.getElementById('profitTableBody'); var timeframes = [ { label: 'Daily', multiplier: 1 }, { label: 'Weekly', multiplier: 7 }, { label: 'Monthly (30d)', multiplier: 30 }, { label: 'Yearly', multiplier: 365 } ]; var tableHtml = "; for (var i = 0; i = 0 ? '#38a169' : '#e53e3e'; tableHtml += '' + '' + tf.label + '' + '$' + tfRev.toFixed(2) + '' + '$' + tfPow.toFixed(2) + '' + '$' + tfProf.toFixed(2) + '' + ''; } tableBody.innerHTML = tableHtml; document.getElementById('resultsArea').style.display = 'block'; // Smooth scroll to results document.getElementById('resultsArea').scrollIntoView({ behavior: 'smooth', block: 'nearest' }); }

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