Ethereum Classic (ETC) Mining Calculator
Live ETC profitability with Profit per Watt highlighted - power is your biggest fixed cost.
Live ETC network data
Mining reward forecasts
Revenue, power cost, pool fees, and net profit by time frame at your current inputs.
| Time frame | ETC | Revenue | Power cost | Pool fees | Profit |
|---|---|---|---|---|---|
| Hourly | 0.04551271 | $0.34 | $0.25 | $0.00 | $0.09 |
| Daily | 1.09230499 | $8.24 | $5.93 | $0.08 | $2.23 |
| Weekly | 7.64613496 | $57.65 | $41.50 | $0.58 | $15.58 |
| Monthly | 33.24703327 | $250.68 | $180.43 | $2.51 | $67.74 |
| Annually | 398.96439929 | $3,008.19 | $2,165.20 | $30.08 | $812.91 |
Estimates use current difficulty, price, and your inputs. They do not project future difficulty changes, orphan rates, or pool luck.
Miners that deliver this hashrate
The closest listed ETC hardware to the hashrate you entered. Each miner page carries full specs and current vendor pricing.
ETC miner details
Every listed miner ranked by Profit per Watt at $0.1/kWh. Use the pills to view top ranked, all miners, or filter by deployment.
| # | Miner | Voltage | Hashrate | Power | Profit / Watt | Net / day | |
|---|---|---|---|---|---|---|---|
| 1 | Bitmain Antminer E11 9.5Gh/s 2470W Ethereum Classic Miner Bitmain | 200~240V AC | 9500 MH/s | 2,470 W | $0.000901/W | $2.23 | |
| 2 | Jasminer X16-QE 1850Mh/s Jasminer | 110~120V AC | 1850 MH/s | 550 W | $0.000487/W | $0.27 | |
| 3 | Jasminer X16-QE 1750Mh/s Jasminer | 110~120V AC | 1750 MH/s | 550 W | $0.000331/W | $0.18 | |
| 4 | Jasminer X16-Q 3U 1950Mh/s Jasminer | 110~120V AC | 1950 MH/s | 620 W | $0.000299/W | $0.19 | |
| 5 | Jasminer X16-P 5800Mh/s Jasminer | 200~240V AC | 5800 MH/s | 1,900 W | $0.000220/W | $0.42 | |
| 6 | Jasminer X16-QE 1650Mh/s Jasminer | 110~120V AC | 1650 MH/s | 550 W | $0.000175/W | $0.10 | |
| 7 | Jasminer X4-Q 1040MH 370W Jasminer | 110~120V AC | 1040 MH/s | 370 W | $0.000012/W | $0.00 | |
| 8 | Jasminer X4-Q 1040MH 480W Jasminer | 110~120V AC | 1040 MH/s | 480 W | -$0.000540/W | -$0.26 | |
| 9 | Antminer E9 PRO 3.68Gh/s Bitmain | 200~240V AC | 3680 MH/s | 2,200 W | -$0.000964/W | -$2.12 |
No miners match this filter.
Ethereum Classic mining calculator FAQ
Direct answers to the questions miners ask most - figures update with live network data.
How much can I earn mining Ethereum Classic?
Ethereum Classic earnings depend on three inputs: your hashrate, your power draw, and your electricity rate. Enter them above and the calculator applies the live ETC price and network difficulty to return daily revenue, power cost, and net profit. As a reference point, the Bitmain Antminer E11 9.5Gh/s 2470W Ethereum Classic Miner (9500 MH/s, 2,470 W) currently nets about $2.23 per day at $0.100/kWh.
Is Ethereum Classic mining profitable?
It depends on your electricity rate and hardware efficiency far more than on the ETC price alone. Power is the dominant recurring cost, which is why CoinWarz leads with Profit per Watt - net daily profit divided by watts drawn - instead of raw hashrate. At $0.100/kWh, the best-ranked ETC miner on CoinWarz (Bitmain Antminer E11 9.5Gh/s 2470W Ethereum Classic Miner) nets about $2.23 per day, so efficient hardware on competitive power is currently in the black. Older machines at the same rate may not be.
How many ETC can I mine per day?
ETC mined per day = block reward × blocks per day × (your hashrate ÷ network hashrate). Network hashrate is estimated from on-chain difficulty and block times. Ethereum Classic averages 6,646 blocks per day with a 2.56 ETC reward. The default hardware on this page mines about 1.09230499 ETC per day at current difficulty.
What is the best Ethereum Classic miner?
By Profit per Watt, the Bitmain Antminer E11 9.5Gh/s 2470W Ethereum Classic Miner currently leads the ETC rankings at 9500 MH/s and 2,470 W, earning about $0.000901 per watt per day. Rankings recalculate with live difficulty and price, so the leader changes as conditions move.
How is Ethereum Classic mining profitability calculated?
Revenue = coins mined per day × the live ETC price, less the pool fee. Costs = (watts ÷ 1,000) × 24 × your USD/kWh rate. Net profit is revenue minus costs, and Profit per Watt divides that net figure by your power draw so machines of different sizes compare directly. The current ETC network estimate is about 148 TH/s.