Compare all major Bitcoin mining hardware side-by-side with detailed specifications, profitability analysis, and ROI calculations
| Miner Model | Hashrate (TH/s) | Power (W) | Efficiency (J/TH) | Price ($) | Daily Revenue ($) | Daily Profit ($) | ROI (months) | Score |
|---|
Most critical factor affecting profitability. Lower electricity rates significantly improve ROI.
Higher hashrate with lower power consumption provides better long-term profitability.
Lower upfront costs reduce risk and improve ROI timeline, especially for smaller operations.
More reliable miners reduce downtime and maintenance costs over time.
Excellent balance of performance, efficiency, and reliability. Best choice for most mining operations.
High performance at competitive price point. Great for miners seeking maximum hashrate per dollar.
Lowest power consumption per TH/s. Ideal for high electricity cost areas.
Advanced hydro-cooling technology. Best for large-scale operations with cooling infrastructure.
Profitability depends on your electricity costs and Bitcoin price. Generally, newer models like Antminer S22 Pro offer the best efficiency, but Whatsminer M63S++ provides excellent value for money.
Consider factors like efficiency, reliability, price, and support. Bitmain (Antminer) leads in efficiency, MicroBT (Whatsminer) offers great value, while newer manufacturers like Auradine focus on innovation.
Efficiency is generally more important for long-term profitability, especially with rising electricity costs. However, higher hashrate can be beneficial if you have very low electricity rates.
New miners offer better efficiency and warranty but higher upfront costs. Used miners can provide better ROI if they're in good condition and electricity costs are low.