Not Financial Advice. Not a Get-Rich-Quick Scheme.
You should be fully prepared that you may never mine a block – and still be happy owning the device.
LuckyHash
Your Bitcoin Lottery Machine
The German-engineered device that gives you a real shot at mining ₹2.5 Crore in Bitcoin—from your bedroom
BUY NOWPlug in. Mine Bitcoin. Chase the ₹2.5 Crore jackpot. 24/7. Forever.
EasyMine Bitaxe Gamma
Join The BTC Mining Society.
Decentralize Bitcoin.
The compact German-engineered miner that proves you don't need a GPU farm to participate in Bitcoin mining
Start Micro Mining Now – Save ₹8,000Help Secure Bitcoin's Network While Earning Block Rewards
✓ 30-Day Money-Back Guarantee ✓ Free India Shipping
✓ 30-Day Money-Back Guarantee
✓ Lifetime Warranty
✓ Free India Shipping
Just 20W power
runs 24/7 for ₹90/month and costs less than GPU rigs burning ₹5,000+/month
Setup in 5 minutes
no technical skills needed + no expensive cooling systems required
<25 dB noise
quiet enough for your home unlike GPU farms that sound like jet engines
How It Works
A Bitcoin Lottery Ticket That Never Expires
Your LuckyHash Gamma spends every second guessing the next Bitcoin block. If your guess wins, the full block reward goes straight to your wallet.
A quiet hum. A tiny screen flickering with hashrate. Every morning, the same thought: “Maybe today.”
How It Works
Why Micro Mining Beats Massive Rigs
Bitaxe Gamma proves that mining shouldn't be reserved for people with lakhs to spend. True decentralization means everyone participates—not just those who can afford warehouse setups.
Buy Now
A quiet hum. A tiny screen flickering with hashrate. Every morning, the same thought: “Maybe today.”
Under The Hood
German Engineering, Real Numbers
Built for long-term easy mining – not for quick hype. Designed to sit on your desk and run for years.
Why MicroMining Makes More Sense?
Traditional GPU Rig
Big Mining Rigs
Initial cost
₹2,00,000+
Monthly electricity
₹5,000–₹10,000
Cooling & maintenance
Very high
Noise & heat
Unbearable at home
vs
Best Choice
Bitaxe Gamma
Initial cost
₹20,000
Monthly electricity
₹90
Maintenance
Zero
Noise
Silent (< 25 dB)
Why MicroMining Makes More Sense?
Big mining rigs cost 100x more to buy and run A 2L+ GPU mining setup:
- Initial cost: ₹2,00,000+
- Monthly electricity: ₹5,000–₹10,000
- Cooling & maintenance: Expensive
- Noise & heat: Unbearable at home
EasyMine Gamma:
- Initial cost: ₹20,000 (one-time)
- Monthly electricity: ₹90
- Maintenance: Zero
- Noise: Silent (< 25 dB)
The math is simple: You're spending 1% of the capital and ongoing costs for access to the exact sameblock reward (3.125 BTC = ₹2.5+ Crore).
Start Micro Mining Now – Save ₹8,000People Like You
Why Our Customers Love It
(Even Before They Win)
★★★★★
"Sometimes buying things like this with no wild expectations is what makes life fun. I'm learning about Bitcoin, supporting the network, and who knows—maybe I'll get lucky one day."
– Arjun, Pune
★★★★★
“I got it for my brother who won’t stop talking about crypto. Best gift I’ve given – he checks it every morning like a ritual.”
– Neha, Mumbai
★★★★★
“Every time I walk past my desk, I check the hashrate and smile. I know the odds are tiny, but I feel like I’m part of Bitcoin now – not just watching charts.”
– Karthik, Bangalore
100% Risk-Managed Purchase
We can’t guarantee a Bitcoin block. We can guarantee a well-built device, real support, and a fun, educational experience.
Frequently Asked Questions
Everything you need to know about home mining.
The Bitaxe is a fully open-source ASIC Bitcoin miner designed for flexibility and accessibility. By making powerful mining technology available to a broader audience, the Bitaxe democratizes Bitcoin mining.
During normal operation, a Bitaxe uses approximately 15–25 watts, less than a typical household lightbulb. This makes it ideal for home or office mining setups.
What factors influence the exact power consumption?
- Clock Frequency: Higher frequency increases the hashrate, but also raises power usage. To save energy, users can easily lower (underclock) the frequency.
- Core Voltage: Increasing core voltage leads to higher power consumption. Moderate undervolting reduces both power usage and device temperature.
- Cooling: Good airflow prevents thermal throttling, maintaining high efficiency. Keeping fans clean and ensuring clear air intake/exhaust pathways offers double benefits.
Practical Usage Profiles:
- Eco Mode (slightly underclocked/undervolted): ~15 W
- Factory Settings: ~20 W
- Performance Mode (higher frequency): up to 25 W
Even in Performance mode, the Bitaxe remains so energy-efficient that it can operate from a standard household outlet without significantly affecting your electricity bill.
Several factors determine how warm your Bitaxe runs during operation. Understanding these can help you optimally balance cooling, performance, and noise levels:
- Clock Frequency: A higher frequency increases hashrate but also generates more heat. Only set the frequency as high as your cooling system can reliably manage.
- Core Voltage: Increasing the voltage leads to higher energy consumption and, consequently, higher heat output. Use overvolting sparingly. Slight undervolting saves energy and reduces temperature.
- Heatsink: Size, material, and fin design determine how effectively heat is drawn away from the chip. Use a high-quality, properly installed heatsink. Optimized upgrade heatsinks are available in our shop.
- Thermal Paste: Thermal paste acts as the critical interface between the chip and heatsink. Apply a thin, even layer without gaps. Regular replacement can significantly enhance cooling performance.
- Fans and Airflow: The more airflow passing through or over the heatsink, the quicker heat is dissipated. Keep fans free of dust and ensure unobstructed intake and exhaust paths.
Following these guidelines ensures your Bitaxe runs safely, efficiently, and quietly.
Short Answer:
- ASIC Chip: Safe up to 70°C, automatic protection mode triggers at 75°C, real danger only above 90°C.
- Voltage Regulator (Vreg): Rated for continuous operation up to 120°C. Temperatures below 100°C are uncritical.
Detailed Explanation:
There's a common misconception within the community claiming the Bitaxe should always stay below 60°C. This simply isn't true. The ASIC chips used are designed for significantly higher junction temperatures than 60°C. Their optimal operating range is between 50–70°C. Thermal throttling (automatic protective shutdown) only begins at around 75°C, providing ample safety margin.
When critical temperatures are reached, the Bitaxe automatically reduces frequency or stops hashing entirely, long before any hardware damage could occur.
Practical Tip: Reducing fan speed lowers noise. As long as your ASIC temperature remains below 75°C, you're safely within the recommended range.
Bitaxe is one of the top open-source Bitcoin miners due to its customizable hardware and software, ease of use, and robust community support. Other notable open-source miners include Nerdaxe and Qaxe.
Yes, the Bitaxe is an effective ASIC miner, particularly valued for its customization options and low power consumption. It supports both solo and pool mining, and its open-source nature allows for continuous improvements by the community.
The hashrate of a Bitaxe miner varies by model. The Bitaxe Supra offers a hashrate of up to 733 GH/s and the Bitaxe Gamma up to 1,330 GH/s, depending on the specific configuration and cooling solutions used.
Solo mining with devices like the Bitaxe is generally not focused on profitability in today's competitive Bitcoin mining landscape. Success depends on electricity costs, Bitcoin prices, and hardware efficiency.
Devices like Bitaxe are well-suited for educational purposes, hobbyist mining, and supporting network decentralization rather than generating substantial profit. Many users find value in learning how Bitcoin mining works firsthand and contributing to the distributed security of the network.
The BM1368, used in the Bitaxe Supra, is the chip based on the Bitmain Antminer S21 and achieves hashrates of up to 733 GH/s with exceptional energy efficiency.
The BM1370, used in the Bitaxe Gamma, is the chip from the Antminer S21 Pro. It is currently (as of November 2024) the best and most efficient ASIC on the market.
Solo mining is a method where an individual miner independently attempts to solve a Bitcoin block and receive the entire block reward (currently 3.125 BTC). Unlike pool mining, where rewards are shared among participants, solo miners receive the full reward if they successfully validate a block.
Due to the competitive nature of Bitcoin mining, solo mining with smaller devices involves high variance, meaning success is statistically unlikely but not impossible. For miners using hardware like the Bitaxe, the primary benefits include:
- Education: Hands-on learning about how Bitcoin's proof-of-work mechanism functions
- Decentralization: Contributing to network security without relying on large mining pools
- Independence: Complete control over your mining operation with no pool fees
- Community: Joining a global movement of home miners supporting the Bitcoin network
This approach is best suited for enthusiasts who value the experience and philosophy of independent mining over guaranteed returns.
The Bitaxe Gamma (BM1370) is an open-source Bitcoin ASIC miner designed for serious enthusiasts. It features the powerful BM1370 ASIC chip and achieves up to 1,330 GH/s with exceptional energy efficiency (15 J/TH). Its open-source structure offers unparalleled flexibility and customizability, supporting decentralization in Bitcoin mining.
All Bitaxe models offer the following cooling options:
- Basic Cooling: Ensures stable operation under normal conditions.
- Noctua Cooling: Premium fans for quieter operation and improved thermal regulation.
- Ice Cooler Tower: Advanced cooling system for maximum heat dissipation during high-performance mining (sold separately).
- Noctua Cooler Tower: Combines the Ice Tower Cooler with a Noctua fan for optimal cooling during continuous high-performance mining (sold separately).
- Argon THRML Cooler: The ultimate cooling system for overclocking, allowing the Bitaxe to exceed 600 MHz and achieve maximum hashrate (sold separately).
- Unbox and Inspect: Ensure all components are present and undamaged.
- Place in Standing Case: Insert your Bitaxe device into the included standing case.
- Connect Power Supply: Plug the Bitaxe device into the included 5V power supply. Do not use a non-approved power supply to avoid damaging the device.
- Initial Power-Up: Power on your Bitaxe device. It will attempt to connect to a default network, which it will not find.
- Connect to Bitaxe WiFi: Use a WiFi-capable device to search for the new WiFi Access
Point named
Bitaxe_XXXX. Connect to the Bitaxe SSID. - Access AxeOS Portal: You should be automatically redirected to the AxeOS web portal. If
not, open your browser and visit
http://192.168.4.1. - Configure WiFi: Click on 'Settings' and enter your local WiFi SSID and password. Note: Bitaxe devices only work with 2.4GHz WiFi.
- Update Mining Pool: Update the pool URL, port, and user to your preferred mining pool (recommended: ckpool, publicpool, D-Central's Solo Pool).
- Save and Restart: Click Save, then Restart to apply changes.
- Start Mining: If everything is configured correctly, your Bitaxe device will start mining.
Yes, the Bitaxe is ideal for solo mining. Its open-source design promotes decentralization, allowing miners to operate independently and contribute to the Bitcoin network's security and resilience. The advanced connectivity options make it easy to join and manage your preferred mining pool.
- User-Friendly Interface: Accessible even for beginners.
- Enhanced Durability: Built with high-quality materials for long-term reliability.
- Real-Time Monitoring: Advanced diagnostics and analytics tools for performance monitoring.
- Versatile Configuration: Supports various mining configurations to optimize performance.
The Bitaxe embraces the open-source ethos, with all design files available for modification and improvement by the community. This encourages collaborative development and continuous innovation in Bitcoin mining technologies.
The Bitaxe Gamma (BM1370) is equipped with the BM1370 ASIC chip, known for its exceptional energy efficiency of 15 J/TH. This makes it not only cost-effective to operate but also environmentally friendly, supporting sustainable mining practices.
As with any advanced mining hardware, the initial setup may require technical adjustments. Specifically, with the latest Bitaxe Gamma (BM1370), there may be issues with the ASIC chip's temperature due to the chip's extreme performance capabilities.
If the device overheats during operation, there are two options:
- Throttle through settings: Reduce the ASIC chip's frequency and, if necessary, the chip's voltage by one level.
- Upgrade cooling: Retrofit the device with improved cooling solutions.
The Bitaxe Gamma's single ASIC chip design means it does not achieve as high a hashrate as larger, multi-chip miners like the S21 Pro.
However, many users find significant value beyond direct profitability:
- Gathering small amounts of satoshis through mining pools
- Gaining hands-on experience with Bitcoin mining hardware
- Supporting decentralized open-source mining efforts
- Learning about Bitcoin without requiring significant financial investment
Own the Dream. Join the Network. Let It Run.
This isn't just about potential block rewards. It's about being part of something bigger—a global movement of people who believe in decentralized, permissionless money.
First 500 units only · No restocks guaranteed at this price · Device only – you keep any mined BTC
