Most Profitable Coins To Mine With ASIC Ipollo V1 Classic

iPollo V1 Classic is an Ethash and Etchash ASIC miner. It is not as powerful as its older sibling, iPollo V1, but it provides almost the same balance between performance and power consumption. This device is quite competitive in the Ethereum Classic mining market. The hashrate of iPollo V1 Classic is 1.55 GH/s, with a power consumption of just 1240W.

ASIC Ipollo V1 Classic Mining Hashrate

1550 Mh/s
1550 Mh/s

ASIC Ipollo V1 Classic Mining Profit

CryptocurrencyCryptocurrencyPriceCurrent DifficultyMining Profit 24h
Ethereum ClassicETC
21.89 $
Current Difficulty
2.28 P
Mining Profit 24h
2.62 $
0.120 ETC
21.89 $-7.78%2.28 P-0.41%2.62 $0.120 ETC

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ASIC Ipollo V1 Classic Payback Period

The ASIC Ipollo V1 Classic payback period depends on its efficiency (hashrate), selling price, and energy consumption. The estimate features Asic recommended retail price - $10710, but you can change it to the price you actually paid for your ASIC. The energy expenses are not taken into account in the calculation. The ASIC hashrate corresponds to the factory set overclocking parameters.

Price for ASIC Ipollo V1 Classic
2.62 $per day

ASIC Ipollo V1 Classic Overclocking for Mining

It is possible to overclock ASIC miners to increase their hash rate and improve mining profitability. However, overclocking can also lead to increased power consumption, higher temperatures, and reduced lifespan of the miner. It is important to note that overclocking ASIC miners can also void the warranty and may lead to irreversible damage to the hardware. Therefore, it is recommended to proceed with caution and only overclock within safe limits.

When overclocking ASIC miners, it is important to use trusted firmware and follow manufacturer guidelines. Some mining hardware manufacturers offer official overclocking tools and instructions, which can help ensure safe and effective overclocking. Before attempting to overclock, it is also important to ensure proper cooling and ventilation for the miner. Increased power consumption and higher temperatures can lead to overheating and potential hardware failure.