ZU MINING
Live Proof-of-Work Mining Profitability Telemetry ? Compare 26 Mineable Coins, 103 Hardware Profiles, Verified Pools & Software on ZU Mining. Live Proof-of-Work Mining Profitability Telemetry ? Compare 26 Mineable Coins, 103 Hardware Profiles, Verified Pools & Software on ZU Mining. Live Proof-of-Work Mining Profitability Telemetry ? Compare 26 Mineable Coins, 103 Hardware Profiles, Verified Pools & Software on ZU Mining.
Live Proof-of-Work Mining Profitability Telemetry ? Compare 26 Mineable Coins, 103 Hardware Profiles, Verified Pools & Software on ZU Mining. Live Proof-of-Work Mining Profitability Telemetry ? Compare 26 Mineable Coins, 103 Hardware Profiles, Verified Pools & Software on ZU Mining. Live Proof-of-Work Mining Profitability Telemetry ? Compare 26 Mineable Coins, 103 Hardware Profiles, Verified Pools & Software on ZU Mining.
ZU Mining
Mining Blog
Home / Live Crypto Mining Profitability Scanner
Live Data 92 PoW Coins • 49 GPUs • 24 ASICs • 8 CPUs

Live Crypto Mining Profitability Scanner

Scan live Proof-of-Work cryptocurrency mining profitability across 26 coins and 75 GPU, ASIC, and CPU hardware models with real-time network difficulty, electricity cost modeling, and smart hardware recommendations.

Showing All 92 Proof-of-Work Coins | Click any coin card to open its calculator

Mining Setup

Configure coin, hardware, hashrate & electricity rate
Network Information Difficulty, Hashrate & Hardware
Compatible Hardware GPU Miners
Network Difficulty — Target Difficulty
Network Hashrate — Global PoW Nethash
Last Data Update Live Verified Telemetry
Hardware Type & Model
NVIDIA GeForce RTX 3080 (10GB) GPU
✓ Compatible
Hashrate: 86.5 MH/s Power: 240 W
➕ Build a Mixed Multi-GPU Rig (Combine Multiple GPU Models)

Combine multiple graphics cards to calculate total rig hashrate and power consumption automatically.

Bitmain Antminer S21 Pro ASIC Miner
✓ Compatible
Hashrate: 234 TH/s Power: 3,510 W
AMD Ryzen 9 7950X (16-Core) CPU
✓ Compatible
Hashrate: 22.5 KH/s Power: 170 W
Enter your custom hashrate, device quantity, and power consumption below.
Mineable Coins for This Hardware Compatible Proof-of-Work coins ranked by daily profit
0 Coins
Hashrate, Power & Electricity
Units
Watts
$/kWh
Essential Additional Costs
%
$/day
Hardware Investment & ROI
USD / Device
Estimated Investment Recovery Estimated Payback at Current Conditions
Not Available
Total Hardware Investment Cost Not Entered Enter hardware price above
Daily Net Operating Profit $0.00 / day Revenue minus recurring expenses
365-Day Net Return (Incl. Cost) Not Available 1-yr operating profit minus hardware cost
ROI is an estimate based on current mining conditions. Actual results may vary.

Profitability Results

Estimated net profit, power expenses & network difficulty analytics
GPU • Benchmark Estimate

NVIDIA GeForce RTX 3080 10GB

24-Hour Net Profit
$0.00
Rev: $0.00 | Elec: -$0.00
7-Day Net Profit
$0.00
Rev: $0.00 | Elec: -$0.00
30-Day Net Profit
$0.00
Rev: $0.00 | Elec: -$0.00
365-Day Estimated Net Profit
$0.00 Est. • Current Conditions
Rev: $0.00 | Elec: -$0.00
Combined Hashrate
— Active effective rig hashrate
Total Power Consumption
— Continuous wall power & kWh/day
Daily Electricity Expense
— 24-hour power deduction
Advanced Analytics
Estimated Coin Production
— Net 24-hour mined coin output
Break-Even Electricity Rate
— Max profitable power tariff
Block Reward & Network Statistics Conflux (CFX) Updated recently
Verified Live
Block Reward — Current coin reward per block
Average Block Time — Observed network block interval
Estimated Blocks Per Day — 86,400 ÷ average block time (sec)
Latest Block Height — Latest verified blockchain height
Network Difficulty History Bitcoin (BTC) Updated recently
—
0.00%
Period Low —
Period Average —
Period High —

GPU Mining Optimization & Recommended Settings

NVIDIA GeForce RTX 3080 10GB · Octopus Algorithm

Source-Verified
Results vary by GPU model, cooling, software, and hardware condition. Settings are informational and are not automatically applied.

Compatible Mining Pools for Conflux (CFX)

Compare pool fees, payout methods, and estimated mining profitability. Official links & disclosed referrals.

View All Pools

Compatible Mining Software

Filtered strictly for your selected algorithm and hardware category (GPU, ASIC, or CPU).

Toggle Software List ▾

Where to Buy This Mining Hardware

Compare verified sellers and check current hardware prices.

Open Smart Rig Builder
Click Check Price & Buy on any verified seller below to view current pricing. Enter your purchase cost in Hardware Purchase Cost (USD) above to calculate ROI.
Exchanges

Verified Crypto Exchanges Supporting Conflux (CFX)

Where to deposit and trade mined coins on verified CEX and DEX markets. Official links & disclosed referrals.

View All Exchanges
INTELLIGENT DECISION ENGINE

Smart Mining Recommendations (Synced with Your Settings)

Table Timeframe:
Rank Cryptocurrency Algorithm & Block Spec Live Price (USD) Network Hashrate & Diff Liquidity & 24h Vol Evaluated Mining Setup Est. Coins & Gross Rev Power Cost Net Profit Action
GPU Model VRAM Best Coin / Algorithm Hashrate Power Efficiency Revenue Net Profit Check Price Action
Miner Model Algorithm Best Coin Hashrate Power Efficiency Revenue Net Profit Check Price Action

Top Hardware Net Profitability Comparison

Compares net mining profit (after electricity & pool fees) across top ASIC and GPU hardware models.

Electricity Rate Sensitivity Curve (Selected Setup)

Shows how daily net profit or loss changes across utility tariffs from $0.03/kWh to $0.22/kWh.

GPU Energy Efficiency & Break-Even Electricity Ceiling

Maximum electricity tariff ($/kWh) each GPU can tolerate before mining turns unprofitable.

Mining Rig Electricity Cost & Circuit Amperage Calculator

Calculate exact daily, monthly, and annual kWh usage, power bills, and 120V/240V circuit load.

W
Units
$/kWh
%

Frequently Asked Questions

How is live cryptocurrency mining profitability calculated?
Daily gross coin production is calculated by dividing your hardware hashrate (in H/s or Sol/s) by the live network hashrate, multiplying by daily blocks (86,400 seconds divided by live block time), and multiplying by the current block reward. Gross USD revenue equals daily coins multiplied by the live spot price. Net mining profit is then determined by subtracting pool fees, daily electricity cost ((Watts × 24 / 1,000) × $/kWh), and any daily operational or hosting expenses.
Why does a GPU like the NVIDIA RTX 3080 10GB have different hashrates and power usage on different coins?
Every Proof-of-Work mining algorithm stresses different parts of a graphics card. Memory-intensive algorithms such as Etchash (Ethereum Classic) and Autolykos (Ergo) depend primarily on VRAM bandwidth and run at lower core power (around 200W–220W on an RTX 3080 10GB), whereas core-heavy algorithms such as KawPow (Ravencoin) and FiroPow utilize both the GPU core and memory controller intensively, drawing around 240W–245W at a completely different hash scale (48.5 MH/s vs. 220 MH/s). Hashrates across different algorithms can never be compared directly without normalizing to net daily revenue.
What is the difference between live network data and hardware benchmark data in this scanner?
Cryptocurrency prices, 24-hour trading volumes, network mining difficulty, network hashrate, block rewards, and block times are live blockchain and exchange metrics refreshed automatically from external network feeds and node APIs. Hardware hashrates and power consumption figures are verified laboratory, community, and manufacturer benchmark profiles. Because silicon lottery, ambient temperature, and overclocking vary by rig, you can override any benchmark with your exact measured hashrate and wall wattage.
How does Scrypt merged mining (Litecoin + Dogecoin) affect ASIC profitability?
Dogecoin (DOGE) utilizes Auxiliary Proof-of-Work (AuxPoW), allowing Scrypt ASIC miners—such as the Bitmain Antminer L9, ElphaPex DG1+, and Antminer L7—to submit their Scrypt hashes simultaneously to both the Litecoin and Dogecoin networks without consuming a single extra watt of electricity. Our scanner lets you view standalone coin yields as well as combined LTC + DOGE merged-mining net profitability.
Why can low-difficulty or low-volume coins show high theoretical revenue but carry higher risk?
Network difficulty alone never determines profitability. A micro-cap Proof-of-Work coin may temporarily show high theoretical revenue if its difficulty drops, but if its 24-hour exchange trading volume is low (for example, under $100,000/day), selling mined coins can cause severe price slippage. Our scanner ranks opportunities strictly by verified net profit and displays a Liquidity & Data Confidence indicator so you can filter out illiquid coins.
What is the break-even electricity rate ($/kWh) and hardware payback period?
Your break-even electricity rate is the maximum kWh price at which your net mining revenue exactly covers your electricity consumption (Net Daily Revenue ÷ Daily kWh). If your utility tariff exceeds this rate, running the miner produces a daily net loss. The hardware break-even period divides your hardware purchase cost by positive daily net profit to estimate how many days or months it would take to recover the initial equipment investment at current network conditions.
Mining Terminology & Reference Guide

⚡ Hashrate (KH/s, MH/s, GH/s, TH/s)

Measures cryptographic operations per second on a specific algorithm.

🛡 Network Difficulty & NetHash

Adjusts automatically as total network hashrate changes to maintain target block times.

🏆 Block Reward & Block Time

New coins issued per block and the average seconds between blocks.

🔌 Power Draw (Watts to kWh)

Daily energy equals Watts × 24 ÷ 1,000 multiplied by your $/kWh tariff.

Data Sources & Methodology

Profitability Methodology: Estimated daily coin production is calculated from your hardware's share of live network hashrate (Miner Hashrate ÷ Network Hashrate × Daily Blocks × Block Reward), adjusted for pool fees, electricity costs (Watts × 24 ÷ 1,000 × $/kWh), and optional operating expenses.

Third-Party Data Attribution & Provenance: Market prices, 24-hour trading volumes, blockchain difficulty, network hashrate, block rewards, and reference hardware benchmark profiles are aggregated from public market feeds, blockchain network nodes, community mining telemetry, and official hardware manufacturer specifications. Third-party market and blockchain telemetry data remain the property of their respective providers and are not claimed as independently generated by ZU Mining.

How the Live Crypto Mining Profitability Scanner Works

The Live Crypto Mining Profitability Scanner evaluates real-time Proof-of-Work (PoW) economics across 26 actively mined cryptocurrencies and 42 sourced GPU, ASIC, and CPU hardware profiles. Unlike static calculators that rely on hardcoded coin prices or universal hashrate assumptions, this scanner separates live market telemetry, live blockchain difficulty/hashrate telemetry, and algorithm-specific hardware benchmarks into distinct verification layers.

Mathematical Methodology & Core Formulas

Every profitability calculation on this page uses transparent, auditable Proof-of-Work formulas normalized to base hashes per second (H/s or Sol/s):

  1. Expected Daily Gross Coin Yield:

    Gross Coins (24h) = (Miner Hashrate [H/s] ÷ Network Hashrate [H/s]) × (86,400 ÷ Block Time [s]) × Block Reward

    Because live network hashrate is derived from current network difficulty (Network Hashrate × Block Time = Difficulty × Algorithm Constant), this equation is mathematically equivalent to the canonical difficulty formula while remaining uniform across SHA-256, Scrypt, kHeavyHash, Etchash, KawPow, Autolykos, Octopus, Equihash, and RandomX.

  2. Net Coin Yield & Gross/Net Revenue:

    Net Coins (24h) = Gross Coins (24h) × (1 − Pool Fee % ÷ 100)

    Net Mining Revenue (24h) = Net Coins (24h) × Live Coin Spot Price (USD)

  3. Daily Energy Consumption & Electricity Expense:

    Daily Energy (kWh) = (Hardware Power Draw [Watts] × Quantity × 24 Hours) ÷ 1,000

    Daily Electricity Cost (USD) = Daily Energy (kWh) × Electricity Rate ($/kWh)

  4. Net Mining Profit & Hardware Break-Even Recovery:

    Net Profit (24h) = Net Mining Revenue (24h) − Daily Electricity Cost (USD) − Daily Operational Cost (USD)

    Hardware Payback Period (Days) = Hardware Purchase Cost (USD) ÷ Net Profit (24h) (when Net Profit > $0/day)

Worked Verification Example: ASIC vs. GPU Mining Economics

To illustrate why electricity tariff and algorithm compatibility dominate Proof-of-Work profitability, compare a dedicated Scrypt ASIC against a 10 GB graphics card at a residential electricity rate of $0.10/kWh and a 1.0% pool fee:

Parameter Scrypt ASIC Example (Antminer L9) GPU Example (NVIDIA RTX 3080 10GB)
Target Algorithm & Coin Scrypt (DOGE + LTC AuxPoW Merged) KawPow (Ravencoin — RVN)
Algorithm Hashrate 16.0 GH/s (16,000,000,000 H/s) 48.5 MH/s (48,500,000 H/s)
Wall Power Draw 3,360 W (80.64 kWh/day) 240 W (5.76 kWh/day)
Daily Electricity Cost (@ $0.10/kWh) $8.06 / day ($241.92 / 30 days) $0.58 / day ($17.28 / 30 days)
Energy Efficiency 210.0 J/GH 4.95 J/MH

Understanding Algorithm Compatibility, DAG Size, and Liquidity

  • Algorithm Lock: An ASIC miner is hardwired to a single cryptographic hash function. A SHA-256 Bitcoin ASIC cannot mine Scrypt (Litecoin/Dogecoin) or kHeavyHash (Kaspa). Conversely, GPUs and CPUs are programmable and can switch between memory-hard and core-intensive algorithms, but achieve a completely different hashrate and wattage on each algorithm.
  • VRAM & DAG Requirements for GPUs: DAG-based algorithms such as Etchash (ETC), KawPow (RVN), FiroPow (FIRO), Octopus (CFX), and Ethash (ETHW) load a Directed Acyclic Graph into GPU memory. Our scanner checks each GPU's physical VRAM capacity against the coin's live DAG size plus operating-system overhead.
  • Exchange Liquidity & Slippage Protection: High theoretical yield on an illiquid coin does not guarantee realized profit. Always review the 24-hour exchange volume and confidence badge before directing hashpower to smaller networks.

Ready to configure your mining setup? Explore our Mining Hardware & Smart Compatible Rig Builder to verify component compatibility and power headroom, compare verified pool fees in our Mining Pools Directory, or download official miner releases from our Mining Software & Firmware Guide.

Explore ZU Mining Platform

Access all mining tools, directories, and expert resources in one place.

Mineable Coins Directory

Algorithms, network difficulty, rewards & markets

Mining Hardware & Smart Rig Builder

ASIC & GPU specs, efficiency & custom rig planner

Verified Mining Pools Directory

Compare pool fees, payout schemes & server latency

Mining Software & Firmware

Optimized miners, custom firmware & overclocking tools

Cryptocurrency Mining Guides

Comprehensive tutorials, setup guides & expert analysis