Luckyaxe B101 (2.0 TH/s)
Luckyaxe B101 (2.0 TH/s)
- ASIC Algorithm: SHA-256 Crypto Miner delivering rock-solid 1.8-2.0 TH/s hashrate.
- Power Efficiency: Ultra-low 40W (±10%) power consumption, includes premium 60W PSU.
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Dual Connectivity: Equipped with RJ45 (100 Mbps) Ethernet and 2.4G/5G Dual-Band WiFi.
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Specification
Specification
Core Performance
- ASIC Chip: Bitmain BM1370 (Features the same silicon architecture as the S21 Pro)
- Typical Hashrate: 1.8 - 2.0 TH/s ±5% (Industrial Solo Mode)
- Energy Efficiency: ~20 J/TH ±10%
- Firmware: LuckyaxeOS (Closed-Source OS optimized for commercial-grade 24/7 stability)
Power & Hardware
- Power Consumption: ~40W ±10% (Varies depending on frequency tuning)
- Input Power: 12V / 5A DC (Premium 60W power adapter included in the box)
- Cooling System: Integrated Active Cooling (Smart PWM Fan + ASIC Heat-pipe Heatsink)
- Connectivity: Dual-Band WiFi (2.4G/5G) & RJ45 Ethernet (100 Mbps)
- Display: 0.96-inch OLED Screen (I2C interface, real-time monitoring)
Dimensions & Weight
- Product Dimensions: 120 mm x 84 mm x 84 mm
- Net Weight: 0.24 kg (Device only)
- Packaging Size: 205 mm x 170 mm x 97 mm
- Gross Weight: 0.671 kg (Full package)
Why Buy From Us
Why Buy From Us
Maximize Your Hashrate Per Dollar.
We offer top-tier solo miners at unbeatable factory-direct prices with 100% transparent specs. Join our independent maker community for reliable hardware, fast global shipping, and a true out-of-the-box mining experience.
Support & FAQ
Support & FAQ
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For full engineering specifications, firmware documentation, and B2B Master Box procurement, please visit the official [Luckyaxe B101 Factory Details Page].

The New Standard of Commercial-Grade Solo Mining
Step into the future of ultra-stable decentralized networks with the Luckyaxe B101. Engineered for users who demand results over tinkering, it perfectly balances high-performance SHA-256 hashrate with a closed-source, plug-and-play architecture.
Why the Luckyaxe B101 Stands Out:
- Unbreakable Connectivity (RJ45 + 5G WiFi): Flawlessly fills the gap left by unstable wireless connections. Featuring a dedicated RJ45 (100 Mbps) network port alongside Dual-Band 2.4G/5G WiFi, ensuring your node never drops offline.
- Built for Stability, Not Tweaking: An excellent choice for home miners looking for a commercial-grade experience. No complex firmware flashing or command-line setups required. Just plug it in, enter your pool details, and let the closed-source OS handle the rest.
- Versatile SHA-256 Capabilities: Powered by highly optimized ASIC hardware, it supports Bitcoin and all SHA-256 based cryptocurrencies. Seamlessly switch between pure SOLO mining and steady PPLNS/PPS pool-based setups.
Powered by Dual-Cooling Architecture & 60W Redundancy
Harness commercial-grade stability on your desktop. Built with an advanced heat-pipe ASIC heatsink and an independent power chip cooler, the B101 delivers a maximum 2.0 TH/s hashrate at a stable 40W. Paired with a premium 60W power supply to prevent unexpected reboots.
Frequently Asked Questions (FAQ)
Q: Does the Luckyaxe B101 support 5GHz WiFi networks?
A: Yes. The device fully supports Dual-Band WiFi (2.4G/5G) and also includes a dedicated RJ45 Ethernet port for maximum stability.
Q: What is the typical noise level, and why does the fan get loud during startup?
A: Typical operating noise is below 40 dB. During startup or under high load, the smart PWM fan automatically increases speed to enhance cooling, causing temporary noise. This is normal behavior.
Q: Can the Luckyaxe B101 run 24/7 for continuous solo mining?
A: Absolutely. It is engineered with a commercial-grade closed-loop OS and active heat-pipe cooling specifically for 24/7 continuous deployment.
Q: Are fluctuations in hashrate and power consumption normal during operation?
A: Yes. Hashrate fluctuations of ±5% and power variations of ±10% (around the 40W baseline) are well within normal operating ranges.
Q: Can I install the miner inside a closed cabinet or enclosed space?
A: No. Enclosed spaces restrict the critical airflow needed for the active cooling system and will cause overheating or protective shutdowns.