2GH/s
3400W
Realtime Data
Last Update: 06:24
Current Server Time: 06:26
IceRiver AE3 (2GH) Profitability
Calculate the value of your AE3 (2GH) with our easy to use ASIC miner calculator!
Information
The IceRiver AE3 brings next-generation mining to ALEO with 2GH/s of pure zkSNARK processing power. Consuming just 3400W, it achieves an impressive efficiency of 1.7J/MH, setting new standards in power-to-performance ratios. Crafted for professional operations, its stable build and optimized airflow design allow continuous performance under demanding conditions.
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⛏️ Income ⛏️ |
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| DAY | MONTH | YEAR |
| $15.80 | $474.00 | $5,767.00 |
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⚡ Electricity Costs ⚡ |
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| DAY | MONTH | YEAR |
| $6.53 | $195.84 | $2,382.72 |
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💰 Profit 💰 |
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| DAY | MONTH | YEAR |
| $9.27 | $278.16 | $3,384.28 |
Information
The IceRiver AE3 (2GH) is currently mining $9.27 profit a day. The calculations is based on $15.80 income per day from which we deducted $6.53 electricity costs. This means the AE3 (2GH) is able to generate up to $474.00 income per month. After you would deduct the electricity price of $195.84 you will have an estimated profit of $278.16 per month.
Hint: With our Hosting Plans you will only pay around 0.08 USD per kWh.
If the BTC price reaches $138294 you would earn estimated $17.17 per day.
More Information
Ideal for large-scale mining or high-efficiency hosting, the AE3’s intelligent architecture ensures long-term durability and profitability. With a simple Ethernet setup and robust design, it’s ready for nonstop ALEO production. Built by IceRiver, the AE3 stands as a symbol of innovation, reliability, and competitive advantage in modern zkSNARK mining.
Algorithm Information: zkSNARK
zkSNARK (Zero-Knowledge Succinct Non-Interactive Argument of Knowledge) is an advanced cryptographic proof system that allows data verification without exposing underlying information. This makes it essential for privacy-focused blockchain applications like Aleo, ensuring secure, confidential transactions. The algorithm relies on complex elliptic curve computations, demanding high-performance mining setups optimized for cryptographic workloads. Miners employ GPU and ASIC acceleration to enhance proof generation efficiency, reducing the time needed to compute and verify transactions. FPGA-based implementations also improve energy efficiency, enabling scalable zkSNARK mining. As adoption grows, further optimizations focus on parallelizing proof generation while minimizing memory bottlenecks.
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