Description
Specifications
| Model: | Antminer S21e XP Hyd 3U(860Th) |
| Manufacturer: | Bitmain |
| Released on: | Dec-24 |
| Algorithm: | SHA-256 |
| Hashrate(±10%): | 860TH/S |
| Power consumption(0±10%): | 11180W |
| Efficiency: | 13 J/Th |
| Weight: | 18 |
| Size: | 900x486x132(mm) |
| Fan(s): | – |
| Cooling mode: | Hydro |
| Noise level: | 50 |
| Interface: | Ethernet |
| Voltage: | 380 – 415V |
| Temperature: |
ZEC ASIC MINER
The Antminer S21e XP Hydro 3U utilizes an advanced hydro cooling system as its primary method of heat dissipation. While the liquid coolant handles the core heat transfer, the entire system, including its radiator, is designed for optimal performance in a controlled environment with stable ambient temperatures.
The Antminer S21e XP Hydro 3U delivers 860Th/s at an exceptional efficiency of 1.37 J/Th. Its defining feature is an integrated hydro cooling system, which ensures stable operation and enables consistent high-performance output for Bitcoin mining.
FAQ
The Antminer S21e XP Hyd 3U is designed specifically for mining Bitcoin and other SHA-256 algorithm-based cryptocurrencies. It delivers a high hash rate of 860 TH/s, making it suitable for large-scale or industrial mining operations.
Daily earnings depend on Bitcoin price, mining difficulty, and electricity cost. At current market averages, its gross income may range from approximately $8 to $15+ per day. To calculate net profit, subtract electricity costs. Because it consumes 11,180W, regions with lower industrial electricity rates will see better profitability.
This model uses hydro (water) cooling instead of air cooling. The water-cooled system helps maintain stable operating temperatures, reduces noise, and improves efficiency in large mining environments. A compatible hydro-cooling system is required for proper installation.
No. Compared to air-cooled miners, the Antminer S21e XP Hyd operates at around 50 dB, which is significantly quieter. This makes it more suitable for professional facilities where noise reduction is essential.
The miner requires a stable 380–415V power input and consumes approximately 11,180W. Because of its high power draw, it must be installed in an environment with industrial-grade electrical infrastructure.
This model is intended for mining farms or data centers equipped with hydro-cooling loops, high-capacity electrical systems, and proper water circulation management. It is not suitable for typical home environments due to its power and cooling requirements.
