Option 1

Option 2
BK-B (160GH/s) comes out ahead on more buyer-facing signals here. A4+ LTCMaster (620MH/s) can still be the better fit when budget, availability, or a specific mining setup matters more.
Profit estimates use currently available product data and a hosted electricity rate of $0.060/kWh.
Side-by-side mining, operating, and commercial specs.
| Feature | BK-B (160GH/s) | A4+ LTCMaster (620MH/s) | Advantage |
|---|---|---|---|
| Brand | Baikal | Innosilicon | Contextual |
| Model | BK | A4+ | Contextual |
| Hashrate | 160 GH/s Best | 620 MH/s | BK-B (160GH/s) |
| Power Consumption | 410W Best | 750W | BK-B (160GH/s) |
| Efficiency | 2.56 J/GH | 1.21 J/MH Best | A4+ LTCMaster (620MH/s) |
| Daily energy use | 9.8 kWh Best | 18.0 kWh | BK-B (160GH/s) |
| Net Daily Profit (Est.) | $0.70 Best | -$0.85 | BK-B (160GH/s) |
| Monthly Profit (Est.) | $20.99 Best | -$25.50 | BK-B (160GH/s) |
| Price | N/A | N/A | Contextual |
| Estimated ROI | N/A | N/A | Contextual |
| Cooling | AIR | AIR | Contextual |
| Dimensions | 125 x 312 x 130 mm | 125 x 350 x 155 mm | Contextual |
| Weight | 3800 g Best | 3830 g | BK-B (160GH/s) |
BK-B (160GH/s) has the hashrate edge for raw output potential.
A4+ LTCMaster (620MH/s) is stronger when comparing joules per hash unit.
Check live stock, delivery schedule, and hosting capacity on the product page before placing an order.
BK-B (160GH/s) has a higher hashrate of 160 GH/s compared to A4+ LTCMaster (620MH/s)'s 620 MH/s.
A4+ LTCMaster (620MH/s) is more energy efficient at 1.21 J/MH.
Estimated ROI is not available because one of the miners is missing current pricing or profit data.
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