3.6Gh/s
3100W
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iPollo V1 iPollo V I Profitability
Calculate the value of your V1 iPollo V I with our easy to use asic miner calculator!
Information
iPollo V1 excels in EtHash mining with a solid 3.6Gh/s at 3100W, combining robust performance with a noise level of 70db, ideal for large-scale mining operations.
Search for the V1 iPollo V I on millionminer (click here).
⛏️ Income ⛏️ |
||
| DAY | MONTH | YEAR |
| $4.34 | $130.06 | $1,582.41 |
⚡ Electricity Costs ⚡ |
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| DAY | MONTH | YEAR |
| $5.95 | $178.56 | $2,172.48 |
💰 Profit 💰 |
||
| DAY | MONTH | YEAR |
| $-1.62 | $-48.50 | $-590.07 |
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Information
The iPollo V1 iPollo V I is currently mining $-1.62 profit a day. The calculations is based on $4.34 income per day from which we deducted $5.95 elecricity costs. This means the V1 iPollo V I is able to generate up to $130.06 income per month. After you would deduct the electricity price of $178.56 you will have an estimated profit of $-48.50 per month.
Hint: With our Hosting Plans you will only pay around 0.08 USD per kWh.
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If the BTC price reaches $94397 you would earn estimated $0.55 per day.
More Information
The iPollo V1 utilizes advanced ASIC chip technology to achieve its impressive hash rate of 3.6Gh/s. It features a custom cooling system designed to maintain optimal performance under rigorous mining conditions, integrating both active and passive cooling elements. The unit employs a dual-fan setup with automatic speed adjustment in response to temperature variations. Additionally, the iPollo V1's firmware supports remote monitoring and configuration, enabling seamless integration into existing mining infrastructures. Its power efficiency stands at approximately 0.861 J/Mh, making it one of the more energy-conscious options in its performance class. Furthermore, firmware updates are frequently released to enhance performance and security.
Algorithm Information: etchash
Ethash, serving as a proof-of-work algorithm, is crucial in preserving the stability and credibility of many blockchains like ETC. Decentralized mining that can be carried out using standard computer hardware, as enabled by Ethash, ensures that the network is not controlled by a few huge mining entities. One of Ethash's defining design features is its memory-intensive nature, making it challenging for attackers to perform a 51% attack, where they attempt to manipulate transactions by dominating the majority of the network's computing power. Ethash's need for a substantial amount of memory to carry out mining operations makes it challenging for attackers to acquire the resources necessary to launch such an attack.