

Hashrate 60TH/s
Power 3000W
The iPollo B1L delivers 60TH/s at 3000W, making it a powerful solution for SHA-256 mining. Its design focuses on both efficiency and durability, integrating advanced thermal controls to handle prolonged operations. With an optimized power conversion system, it minimizes unnecessary energy loss while maintaining reliable performance. Users can calculate daily, monthly, and yearly profitability with different electricity rates using our crypto miner profit calculator. Remote management capabilities further enhance flexibility, allowing miners to adjust settings for improved performance and stability.
Information
Profit Information
The iPollo B1L is currently mining $-2.32 profit a day. The calculations is based on $3.44 income per day from which we deducted $5.76 electricity costs. This means the B1L is able to generate up to $103.06 income per month. After you would deduct the electricity price of $172.80 you will have an estimated profit of $-69.74 per month.
Hint: With our Hosting Plans you will only pay around 0.08 USD per kWh.
If the BTC price reaches $159725 you would earn estimated $-0.61 per day.
Profit Information
The iPollo B1L is currently mining $-2.32 profit a day. The calculations is based on $3.44 income per day from which we deducted $5.76 electricity costs. This means the B1L is able to generate up to $103.06 income per month. After you would deduct the electricity price of $172.80 you will have an estimated profit of $-69.74 per month.
Hint: With our Hosting Plans you will only pay around 0.08 USD per kWh.
If the BTC price reaches $159725 you would earn estimated $-0.61 per day.
Profit Widget
Use our profit widget on your website to showcase the real-time profitability data of this ASIC miner.
SHA256 Miner Generations
Mineable Coins
COIN | HASHRATE | POWER | EFFICIENCY | INCOME/DAY | PROFIT/DAY |
---|---|---|---|---|---|
Nicehash
SHA-256
|
60TH/s
|
3000W
|
50.00 J/TH
|
3.44
$
0.00003226
![]() |
-2.32
$
-0.00002183
![]() |
Bitcoin
SHA-256
|
60TH/s
|
3000W
|
50.00 J/TH
|
3.47
$
0.00003257
![]() |
-2.29
$
-0.00002147
![]() |
Bitcoin Cash
SHA-256
|
60TH/s
|
3000W
|
50.00 J/TH
|
3.56
$
0.00682767
![]() |
-2.20
$
-0.00421654
![]() |
Fractal Bitcoin
SHA-256
|
60TH/s
|
3000W
|
50.00 J/TH
|
3.41
$
7.37
![]() |
-2.35
$
-5.08789941
![]() |
Currency Converter

Rate is for reference only. Updated just now.
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More Information
The iPollo B1L features a custom ASIC design optimized for SHA-256 algorithm efficiency, integrating advanced thermal management to maintain stable hash rates under extended workloads. Its power supply is engineered for higher conversion efficiency, reducing excess heat generation and ensuring longevity. Unlike many competitors, the B1L incorporates an intelligent power regulation system that dynamically adjusts voltage levels to stabilize performance. Additionally, its firmware supports remote monitoring and tuning, allowing miners to optimize hash rates based on environmental conditions. The device's PCB layout is structured to minimize signal interference, ensuring consistent processing speeds even under fluctuating power conditions.
Algorithm Information: SHA-256
SHA256, part of the SHA-2 (Secure Hash Algorithm 2) family, is one of the most widely used cryptographic hash functions due to its strong security features. Its collision-resistance ensures that finding two different inputs that generate the same hash is computationally infeasible, making it an essential component for maintaining the integrity of data in cryptographic applications, particularly in blockchain technology. In Bitcoin mining, SHA256 serves as the proof-of-work (PoW) mechanism, where miners must solve complex cryptographic puzzles to validate new transactions and add blocks to the blockchain. This process involves miners repeatedly hashing block data with SHA256, modifying inputs until they find a hash that meets the required difficulty level, securing the network against attacks and preventing double-spending. The competitive nature of SHA256-based mining ensures that no single entity can easily control the network, contributing to Bitcoin's decentralized structure. Given its robust security and widespread adoption in the cryptocurrency space, SHA256 plays a crucial role in protecting the integrity of Bitcoin and other blockchain networks that employ it. Although SHA256 requires significant computational power, particularly with the rise of specialized ASIC miners, it remains an essential mechanism for ensuring the security and stability of cryptocurrencies. For miners, the use of SHA256 allows them to contribute to the network’s operation while being incentivized with block rewards. Miners can assess their profitability through our crypto miner profit calculator for SHA256, helping them optimize mining hardware and energy usage for maximum returns. Ultimately, SHA256’s reliability, security, and fundamental role in cryptocurrency mining make it a cornerstone of blockchain technology and a critical factor in digital currency systems.
Frequently Asked Questions



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