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Crypto Mining Profit Terminal | Analytics & GPU Earnings

Hashrate Fleet Mining Terminal is a performance-focused crypto mining dashboard for single-rig operators, multi-rig farms, and mining analysts who need live coin pricing and a practical way to translate hashrate, power draw, fleet count, and operating costs into real profitability metrics. The terminal combines live CoinGecko market data with a multi-rig planner, hashrate-to-revenue modeling, pool fee and stale-share adjustments, uptime correction, hardware ROI tracking, and export-ready reports. It is designed for faster coin selection, better fleet planning, and cleaner reporting when mining conditions or market prices shift.

HASHRATE FLEET MINING TERMINAL

A tighter terminal dashboard for hashrate modeling, multi-rig planning, profitability stress testing, and exports.

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MARKET TABLE

Click any sortable column header to reorder the table. Click a row to select the coin.

SELECTED MARKET

The selected coin drives the live market context for the mining calculator.

FLEET PROFIT MODEL INPUTS

Set the revenue source and operating assumptions used by the full fleet calculation.

Manual mode uses a direct gross revenue estimate. Coins Mined/day multiplies your daily output by the live selected coin price. Hashrate mode converts total fleet hashrate into daily coins mined by using your chosen yield-per-unit value.

FLEET PLANNER

Build a fleet with multiple rig rows. Total hashrate, power, and hardware cost are aggregated automatically.

Rig Label Qty Hashrate Unit Power (W) Hardware ($) Action

PROFIT MODEL

SCENARIO STRESS TEST

Coin price is tested at -15%, current price, and +15% while all other inputs remain unchanged.

HOW TO USE THE TERMINAL

Quick Start Guide

  • Select a coin from the market table and use the sortable headers to compare price, rank, and market cap.
  • Add one or more rig rows in the Fleet Planner using presets or blank custom rows.
  • Enter quantity, hashrate, unit, power draw, and hardware cost for every fleet row.
  • Choose a revenue mode: manual gross revenue, coins mined per day, or fleet hashrate multiplied by yield and price.
  • Set electricity cost, pool fee, stale shares, uptime, other operating cost, and optional extra CapEx.
  • Review the fleet profit model, compare stress-test scenarios, and export the result as CSV or JSON.

Field Reference

  • Fleet Planner: the table where every row represents a rig type or machine profile in your farm.
  • Qty: the number of identical units represented by that row.
  • Hashrate: the performance rate of one unit before multiplying by quantity.
  • Yield / Unit / Day: the estimated number of coins mined per selected hashrate unit each day.
  • Electricity ($/kWh): utility cost applied to the daily energy usage formula.
  • Pool Fee (%): the share taken by the mining pool from gross rewards.
  • Stale / Reject (%): lost output caused by rejected, stale, or invalid shares.
  • Uptime (%): the percentage of the day your machine is actually mining.
  • Other Cost ($/day): cooling, maintenance, rent, or any extra daily operating cost.
  • Extra CapEx ($): additional non-rig capital cost such as shelving, PSUs, networking, or cooling gear.

Result Metrics Explained

  • Fleet Hashrate: the normalized total hashrate from every fleet row combined.
  • Fleet Power: the total watt draw across all units and all rig rows.
  • Fleet Hardware: summed hardware cost from the fleet planner plus any extra CapEx.
  • Base Gross / Day: daily mining revenue before uptime, pool fee, and stale adjustments.
  • Effective Gross / Day: revenue after uptime correction, fee drag, and stale loss.
  • Net Profit: remaining profit after electricity and extra daily operating costs are deducted.

Interpretation Notes

  • Hashrate mode is best when you know the yield of your selected algorithm per unit of hashrate.
  • Coins-per-day mode is best when your miner or pool already reports exact daily output volume.
  • Manual mode is best when you want to override all mining assumptions with a known gross daily value.
  • Multi-rig planning makes ROI more realistic because it includes fleet scale, aggregated power draw, and combined hardware cost.
  • The export buttons package the current dashboard state so the same setup can be reviewed outside the browser.