580Mh/s
942W
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Bitmain Antminer L3++ (580Mh) Profitability
Calculate the value of your Antminer L3++ (580Mh) with our easy to use asic miner calculator!
Information
The Bitmain Antminer L3++ (580Mh), continuing the legacy of its predecessors in Scrypt mining, achieves 580Mh/s at 942W. Its introduction marked a significant step forward in mining efficiency, coupled with a noise level of 76db, illustrating Bitmains commitment to advancing cryptocurrency mining technology.
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⛏️ Income ⛏️ |
||
| DAY | MONTH | YEAR |
| $0.78 | $23.43 | $285.06 |
⚡ Electricity Costs ⚡ |
||
| DAY | MONTH | YEAR |
| $1.81 | $54.26 | $660.15 |
💰 Profit 💰 |
||
| DAY | MONTH | YEAR |
| $-1.03 | $-30.83 | $-375.09 |
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Information
The Bitmain Antminer L3++ (580Mh) is currently mining $-1.03 profit a day. The calculations is based on $0.78 income per day from which we deducted $1.81 elecricity costs. This means the Antminer L3++ (580Mh) is able to generate up to $23.43 income per month. After you would deduct the electricity price of $54.26 you will have an estimated profit of $-30.83 per month.
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If the BTC price reaches $94299 you would earn estimated $-0.64 per day.
More Information
The Bitmain Antminer L3++ utilizes the BM1485 ASIC chip, which enhances its energy efficiency and mining performance for the Scrypt algorithm. A lesser-known aspect of the L3++ is its firmware adjustability, allowing advanced users to optimize hash rates and power consumption further. Additionally, the L3++ features dual-fan cooling, significantly improving heat dissipation and ensuring stable operation under continuous use. The PCB layout of the L3++ is meticulously designed, providing superior electrical performance and reduced electromagnetic interference. For those with technical expertise, modifying the voltage at the chip level can yield further efficiencies. Bitmain's L3++ also includes built-in fail-safe mechanisms to protect against overheating and power spikes, adding to its reliability in large-scale mining operations.
Algorithm Information: Scrypt
Scrypt is a password-based key derivation function that was originally designed to be computationally intensive and memory-hard, making it more resistant to brute-force attacks compared to other algorithms such as SHA-256. The algorithm was first used as the proof-of-work in the cryptocurrency Litecoin and later in several other altcoins. It is also used in some password storage systems to prevent hackers from using massive amounts of computing power to guess passwords by cracking hashes. The algorithm was first used as the proof-of-work in the cryptocurrency Litecoin, and later in several other altcoins. It is also used in some password storage systems to prevent hackers from using massive amounts of computing power to guess passwords by cracking hashes. Scrypt requires a larger amount of memory compared to other algorithms, which makes it more difficult to implement on specialized hardware (ASICs) specifically designed for cryptocurrency mining.