Aleo is a Layer 1 privacy-focused blockchain project that leverages zero-knowledge proof (ZKP) technology to provide a fully private application environment, safeguarding user privacy. Its core technology, ZKP, enables developers to execute smart contracts off-chain, ensuring both transaction privacy and scalability.
In this context, two silent Aleo ASIC miners, ICERIVER AE0 and Goldshell AE BOX, have been released. Below is a comparative evaluation of these miners based on hashrate, power consumption, noise level, and other relevant factors:
Specifications:
| Feature | ICERIVER AE0 | Goldshell AE BOX |
|---|---|---|
| Hashrate | 50 Mh/s | 37 Mh/s |
| Power Consumption | 100W | 360W |
| Power Ratio | 2 J/Mh | 9.73 J/Mh |
| Noise Level | Not explicitly mentioned, but expected to be low | ≤35db |
| Profitability Factor | Higher ROI potential | Reduced Margin Profile |
| Other Features | Likely features excellent heat dissipation design (based on characteristics of other ICERIVER miners) | Compact and lightweight, easy to carry and place; uses Ethernet connection to ensure stable network connectivity and efficient data transmission |
Hash Rate: ICERIVER AE0 offers a hashrate of 50 Mh/s, while Goldshell AE BOX provides 37 Mh/s. ICERIVER AE0 has an advantage, capable of processing more hash computations, potentially leading to higher mining yields.
Power Consumption: ICERIVER AE0 consumes 100W, whereas Goldshell AE BOX consumes 360W. ICERIVER AE0 has a significant advantage, substantially reducing energy consumption and, consequently, mining costs.
Noise Level: Both miners are designed for silent operation. Although ICERIVER AE0's noise level is not explicitly mentioned, it is expected to be low based on the characteristics of other ICERIVER miners. Goldshell AE BOX is explicitly designed for silent operation, being virtually noiseless during operation, providing users with a quiet working environment.
Power Ratio: Power Ratio is a crucial metric for evaluating the relationship between miner performance and power consumption. ICERIVER AE0 has a power ratio of 2 J/Mh, while Goldshell AE BOX has an energy efficiency of approximately 9.73 J/Mh. ICERIVER AE0 has a significant advantage, delivering a higher hashrate with lower power consumption.
Other Features: ICERIVER AE0 is likely to feature an excellent heat dissipation design, inferred from the characteristics of other ICERIVER miners. Effective heat dissipation ensures that the device maintains optimal performance without overheating during intensive operations.
Goldshell AE BOX is compact and lightweight, making it easy to carry and place. It utilizes an Ethernet connection to ensure stable network connectivity and efficient data transmission.
Conclusion: In summary, ICERIVER AE0 excels in hashrate, power consumption, and power ratio, making it a suitable choice for miners seeking higher performance and lower operational costs. Conversely, Goldshell AE BOX stands out for its silent operation and compact design, making it ideal for users prioritizing a quiet environment and portability. When choosing between the two, users should consider their specific needs and budget. If higher hashrate and power ratio are priorities, ICERIVER AE0 may be the better option. If silent operation and portability are more important, Goldshell AE BOX would be more suitable.
