Bitaxe Miners Series Detailed: The Ultimate Guide to Bitaxe’s Open-Source Revolution in Bitcoin Mining – D-Central
The journey of Bitcoin mining technology is a testament to the rapid advancements and innovations within the cryptocurrency space. From its humble beginnings, where mining could be done on almost any home computer, the landscape has drastically shifted. The introduction of Application-Specific Integrated Circuits (ASICs) marked a pivotal turn, propelling mining into a realm of heightened efficiency and specialization. These ASICs, designed solely for the purpose of mining, significantly outpaced general-purpose hardware, leading to an arms race for the most powerful and energy-efficient mining rigs. This evolution has not only escalated the mining difficulty but also centralized mining power into the hands of those with access to cutting-edge technology. In response to the growing demand for transparency and accessibility in the mining sector, Bitaxe emerges as a pioneering solution. Distinguished as the world’s first open-source Bitcoin miner, Bitaxe embodies the spirit of innovation and community collaboration. By offering a fully transparent, customizable mining solution, Bitaxe aims to democratize Bitcoin mining, making it accessible to a broader audience. The Bitaxe project encompasses a series of models, including the Bitaxe Max (100 Series), Bitaxe Ultra (200 Series), Bitaxe Hex (300 Series), and Bitaxe Supra (400 Series). Each model is equipped with state-of-the-art ASIC technology, such as the ASIC BM1397, BM1366 and BM1368 chips, tailored to deliver optimal mining performance and efficiency. The lineup also features the Bitaxe Gamma, a high-performance, open-source cryptocurrency mining device that offers enterprise-level capabilities in a plug-and-play format, making it ideal for individual miners seeking efficiency and reliability. Recognizing the transformative potential of Bitaxe, D-Central positions itself as the leading provider of Bitaxe miners. Whether you’re seeking the raw power of the Bitaxe Max, the enhanced capabilities of the Bitaxe Ultra, the scalability of the Bitaxe Hex, or the cutting-edge efficiency of the Bitaxe Supra, D-Central offers a comprehensive selection to meet every miner’s needs. In addition to the standard models, D-Central also provides Minibit versions for those looking for beautiful compact solutions, featuring a small box enclosure that enhances the user experience of unboxing and deploying the miner directly from its packaging, as well as DIY kits for enthusiasts eager to build and customize their own Bitaxe miners. All Bitaxe models are designed for plug-and-play readiness, with an easy set process that emphasizes the simplicity and quickness of setup. As the go-to destination for Open-Source Miners United-powered products, including the entire Bitaxe series, D-Central is committed to supporting the mining community with high-quality, open-source hardware solutions. Embarking on your Bitcoin mining journey with Bitaxe involves several key steps, from selecting the right model to suit your needs, to setting up and configuring your miner. This guide will walk you through these essential phases, ensuring you’re well-equipped to start mining efficiently.Choosing Your Bitaxe Model
When selecting a Bitcoin miner, several factors need to be taken into account to ensure you make a choice that aligns with your mining goals and conditions. The hash rate of a miner is paramount as it directly reflects the device’s performance capability; a higher hash rate equates to increased processing power for solving Bitcoin transactions. Energy efficiency is another crucial aspect, where the ideal model offers an optimal balance between power consumption and mining efficiency, thereby maximizing profitability. Lower electricity costs make Bitaxe miners more affordable and accessible for hobbyists and small-scale miners, without sacrificing performance. The physical size of the miner also plays a significant role, especially if your setup space is limited, making compactness a potential priority. Lastly, budget considerations cannot be overlooked. It’s important to weigh the initial investment cost against the expected mining rewards and operational expenses to select a miner that meets your financial objectives. Additionally, the Bitaxe is capable of mining coins that use the SHA256d hashing algorithm, including BTC, BCH, and BSV.Overview of the Bitaxe Series
The Bitaxe series represents a significant stride in the realm of open-source Bitcoin mining, offering a diverse range of models tailored to meet various mining demands and preferences. From entry-level enthusiasts to seasoned professionals, the Bitaxe lineup is engineered to provide optimal solutions across the spectrum of mining requirements. Each Bitaxe model is designed to deliver stable performance and ease of use with its stock settings, requiring no custom adjustments for reliable operation. Below is a detailed overview of the Bitaxe series, highlighting the unique features and specifications of each model.| Bitaxe Model Series | ASIC Chip | Used On | Expected Hashrate | Ideal For |
|---|---|---|---|---|
| Bitaxe Max (100 Series) | 1 x BM1397 | Antminer 17 Series | 400 GH/s (upto 450GH/s) | Beginners and those with limited space, offer a solid hash rate with moderate energy consumption. |
| Bitaxe Ultra (200 Series) | 1 x BM1366 | Antminer S19 XP and S19k Pro | 500 GH/s (upto 550GH/s) | Serious miners looking to balance efficiency with higher hash rates. |
| Bitaxe Hex (300 Series) | 6 x BM1366 | Antminer S19 XP and S19k Pro | 2.7-3 TH/s (upto 3.3TH/s) | Scalability, allowing for expanded mining operations without compromising on efficiency. |
| Bitaxe Supra (400 Series) | 1 x BM1368 | Antminer S21 | 600 GH/s (upto 700GH/s) | Professional miners seeking the highest hash rates and efficiency. |
Bitaxe Max 1397 (100 Series)
Designed with the beginner in mind, the Bitaxe Max offers a gateway into the world of Bitcoin mining. It’s perfect for those who are just starting or have limited space for their mining setup. The BM1397 chip ensures a solid performance without excessive power consumption. Additionally, the Bitaxe Max runs on just 15W and optimizes energy usage while delivering robust performance.Bitaxe Ultra 1366 (200 Series)
The Bitaxe Ultra steps up the game with the BM1366 chip, offering enhanced performance for those serious about their mining endeavors. It’s the ideal choice for miners aiming to strike a balance between power efficiency and a higher hash rate.Bitaxe Hex 1366 (300 Series)
For miners looking to scale their operations, the Bitaxe Hex provides an unparalleled solution. With six BM1366 chips, it dramatically increases the potential hash rate, making it possible to expand mining operations efficiently.Bitaxe Supra 1368 (400 Series)
At the pinnacle of the Bitaxe series, the Bitaxe Supra embodies the zenith of mining technology with the BM1368 chip. It’s designed for professional miners who demand the highest hash rates and utmost efficiency, offering performance that surpasses expectations. Each model in the Bitaxe series is a testament to the innovation and dedication towards advancing Bitcoin mining technology. Whether you’re taking your first steps into mining or looking to expand your mining empire, the Bitaxe series has something to offer for every miner.Setting Up Your Bitaxe Miner
Embarking on your Bitcoin mining journey with a Bitaxe miner is an exciting step towards potentially rewarding outcomes. However, improper setup, use of incompatible power sources, or incorrect modifications can permanently damage your device. Always follow the setup instructions carefully to avoid irreversible harm and ensure a smooth start. Here’s a guide to help you set up your Bitaxe miner safely and efficiently.Unboxing and Safety Precautions
D-Central offers fast shipping, ensuring that customers receive their Bitaxe miners quickly and can begin the unboxing and setup process without delay.- Careful Unboxing: When your Bitaxe miner arrives, approach the unboxing process with care. These devices are built with precision components that can be sensitive to rough handling. Gently remove the miner from its packaging, avoiding any sudden movements that could cause damage.
- Electrical Safety: Before you plug in and start your miner, ensure you’re setting up in an environment conducive to electronic devices. The area should be clean, dry, and free from any materials that could pose a fire hazard. Moisture is a significant enemy of electronic components, so a dry workspace is essential to prevent short circuits or other electrical issues. Bitaxe miners come fully assembled with advanced cooling options to ensure optimal performance.
Physical Setup
- Optimal Positioning: The location of your Bitaxe miner can significantly impact its performance and lifespan. Choose a well-ventilated area for your setup to facilitate adequate air circulation, which is crucial for cooling. Mining hardware can generate considerable heat, so avoiding cramped spaces where heat accumulation could occur is vital. If possible, a dedicated mining space, such as a basement or a garage, can offer an ideal environment, provided it meets the ventilation and temperature control requirements.
- Power Supply Connection: Your Bitaxe miner requires a stable and reliable power source to operate efficiently. Before connecting the device, verify that your power supply unit (PSU) is compatible and can meet the energy demands of your miner. It’s essential to use a PSU that provides sufficient power with some margin to ensure stability, especially if you’re running multiple devices.
- Cooling Solutions: Effective cooling is paramount in maintaining optimal mining performance and preventing hardware failure due to overheating. The built-in fan is a key component for maintaining optimal operating temperatures and ensuring your device runs smoothly. The stock fan included with Bitaxe miners is designed to provide adequate cooling for most environments, ensuring reliable performance without the need for aftermarket modifications. In addition to the built-in cooling mechanisms of your Bitaxe miner, you may need to implement additional cooling solutions depending on your setup environment. For miners operating in warmer climates or at full capacity, external fans, air conditioning units, or even specialized cooling systems can make a significant difference in temperature management. Regularly monitoring your miner’s temperature will help you gauge if additional cooling measures are necessary.
Installing AxeOS
AxeOS is the dedicated firmware designed to maximize the efficiency and performance of your Bitaxe miner. Performing a firmware upgrade with AxeOS is a quick and straightforward process, allowing users to enhance their miner’s functionality with minimal steps. Installing AxeOS is a straightforward process that enhances your miner’s capabilities, allowing for seamless integration into your mining setup. Follow this step-by-step guide to install AxeOS and configure your network settings for optimal mining performance.Step-by-Step Guide to Installing AxeOS
1. Download AxeOS
- Visit the Official Bitaxe GitHub Repository: Navigate to the Bitaxe ESP-Miner GitHub page to find the latest version of AxeOS. Ensure you select the firmware version that is compatible with your specific Bitaxe model to avoid any compatibility issues.
2. Prepare Your Miner
- Connect Your Bitaxe Miner to Your Computer: Using a USB cable, establish a connection between your Bitaxe miner and your computer. This connection is necessary for transferring the AxeOS firmware to your miner.
3. Install Firmware
- Follow the AxeOS Documentation: The AxeOS GitHub repository includes detailed documentation on how to flash the firmware onto your Bitaxe miner. Carefully read and follow these instructions to ensure a successful installation. The process typically involves using a flashing tool or command-line instructions to overwrite the existing firmware with AxeOS. File compatibility for firmware updates includes esp-miner.bin and www.bin files.
Configuring Network Settings
After successfully installing AxeOS on your Bitaxe miner, the next critical step is to configure the network settings to enable your miner to connect to the internet. This connection is essential for participating in Bitcoin mining operations. Successful Wi-Fi connection setup requires a compatible 2.4 GHz network and exact credential matching.- Access the Miner’s Web Interface: AxeOS features a user-friendly web interface that allows you to configure and monitor your miner. Using a web browser on a computer connected to the same network as your miner, navigate to the miner’s IP address to access the AxeOS dashboard.
- Configure Wi-Fi Settings: Within the AxeOS web interface, locate the network or Wi-Fi settings section. Here, you can enter your Wi-Fi network’s name (SSID) and password. Double check that you have entered the correct SSID and password to prevent connection issues and ensure a successful setup. Ensure the information is accurate to establish a stable network connection.
- Save and Apply Settings: After entering your Wi-Fi details, save the changes and apply the new settings. Your Bitaxe miner should now connect to your Wi-Fi network, enabling it to communicate with the Bitcoin network and participate in mining operations.
Joining a Mining Pool
Navigating the decision between solo and pool mining is a critical juncture for Bitaxe owners delving into the Bitcoin mining landscape. Each path offers unique benefits and considerations, essential for aligning mining ambitions with the resources at your disposal. Solo vs. Pool Mining Solo Mining Venturing into solo mining means operating independently, with your Bitaxe miner’s processing power at the forefront. This method allows you to keep the entirety of the rewards from any blocks you successfully mine. However, solo mining introduces a higher variance and the possibility of prolonged periods without rewards. Given the increasing competition in Bitcoin mining and the substantial processing power required, solo mining is becoming a more challenging option for individual miners. Pool Mining Pool mining is a collective effort where multiple miners combine their processing power to increase their chances of solving a block. When a block is successfully mined, the rewards are shared among pool participants according to their contributed processing power. This approach significantly reduces variance, offering miners more regular and predictable payouts. As a result, pool mining is the preferred option for many miners. Exploring Solo Pool Mining Solo pool mining presents an innovative hybrid model for Bitaxe owners aiming to maximize their rewards. By connecting to a stratum service, miners can access a hosted node that generates block templates, allowing them to retain 100% of the rewards (minus sometimes nominal fees charged by the pool operator). For Bitaxe owners, there are several solo pool mining options to consider:- CKPool (solo.ckpool.org)
- Stratum Address: stratum+tcp://solo.ckpool.org:3333
- Public Pool (web.public-pool.io)
- Stratum Address: stratum+tcp://public-pool.io:21496
- D-Central Solo Pool (solo.d-central.tech)
- Stratum Address: stratum+tcp://solo.d-central.tech:3333
Configuring Your Bitaxe
Once you’ve selected a mining pool, the next step is to configure your Bitaxe miner to connect to it:- Access the Web Interface: Use the AxeOS web interface to manage your Bitaxe miner’s settings. This interface is accessible through a web browser on a device connected to the same network as your miner.
- Enter Mining Pool Details: Navigate to the mining pool configuration section and enter the required details. This typically includes the pool address, your mining pool username, and any other information the pool requires for participation.
- Apply and Save: After entering the mining pool’s details, save your settings and apply them. Your Bitaxe miner will now start mining in collaboration with the pool, contributing its processing power in exchange for a share of the rewards.
Bitaxe Max 1397 (100 Series)
The Bitaxe Max is the foundational model in the Bitaxe series, marking a significant entry into the realm of open-source Bitcoin mining. It is distinguished by its incorporation of the ASIC BM1397 chip, which is known for delivering superior mining performance. Tailored for both beginners and experienced miners, the Bitaxe Max offers an optimal combination of efficiency and power. This makes it an excellent choice for individuals embarking on their mining journey or looking to enhance their existing setup.Technical Specifications
The core of the Bitaxe Max’s exceptional performance lies in the ASIC BM1397 chip, designed specifically for the demands of Bitcoin mining. This chip’s capabilities include:- Hashrate Range: With an expected hash rate of 400 GH/s, the Bitaxe Max provides robust processing power for Bitcoin mining operations, enabling miners to tackle the computational challenges of mining efficiently.
- Energy Efficiency: In the world of mining, energy efficiency is crucial. The BM1397 chip stands out for its ability to maintain a high hash rate while minimizing power consumption, allowing miners to optimize their operations for cost-effectiveness.
- Connectivity Features: Featuring the ESP32-S3-WROOM-1 WiFi microcontroller, the Bitaxe Max ensures smooth and seamless connectivity. This addition facilitates easy network integration and streamlines the management of mining activities.
- Open-Source Nature: The Bitaxe Max thrives on its open-source framework, encouraging community-driven enhancements and developments. This approach fosters innovation and allows miners to customize their setup according to their specific needs.
- Balance of Hash Rate and Energy Efficiency: The Bitaxe Max strikes an impressive balance between hash rate performance and energy efficiency. This equilibrium ensures that miners can pursue their mining endeavours without compromising on cost or environmental impact.
Bitaxe Ultra 1366 (200 Series)
The Bitaxe Ultra stands out as the most popular model within the Bitaxe series, renowned for its advanced capabilities and widespread adoption among the mining community. This model is powered by the ASIC BM1366 chip, which significantly enhances its mining performance, making it a preferred choice for miners aiming for higher efficiency and productivity. The Bitaxe Ultra is designed to meet the demands of serious miners who seek to optimize their operations without compromising on quality or performance.Technical Specifications
At the core of the Bitaxe Ultra’s superior performance is the ASIC BM1366 chip, offering:- ASIC BM1366 Chip Performance: The BM1366 chip is engineered for excellence, providing the Bitaxe Ultra with the power to tackle the complexities of Bitcoin mining with remarkable efficiency.
- Hash Rate Capabilities: With an expected hash rate of 500 GH/s, the Bitaxe Ultra significantly surpasses the capabilities of the 100 series, positioning itself as a powerhouse in the mining landscape.
- Connectivity and Performance Enhancements: Beyond its raw power, the Bitaxe Ultra includes additional features to boost connectivity and overall performance, ensuring miners can maintain optimal operations with ease.
- Enhanced Hash Rate: The Bitaxe Ultra’s elevated hash rate places it at the forefront of competitive Bitcoin mining, enabling miners to achieve greater success in block solving and reward acquisition.
- Open-Source Framework: Embracing an open-source philosophy, the Bitaxe Ultra encourages a culture of transparency and innovation. This approach allows for community-driven improvements, ensuring the hardware remains at the cutting edge of mining technology.
Bitaxe Hex 1366 (300 Series)
The Bitaxe Hex 1366 represents a significant advancement in the Bitaxe series, setting itself apart with a multi-ASIC configuration designed for scalability and high-performance mining operations. This model integrates six BM1366 ASIC chips, sourced from the renowned Antminer S19XP, to offer unparalleled processing power. The Bitaxe Hex 1366 is engineered for miners looking to significantly boost their mining capabilities through a scalable and efficient setup.Technical Specifications
The Bitaxe Hex 1366’s design is a testament to the innovative approach towards maximizing mining efficiency and scalability:- Multi-ASIC Configuration: The integration of six BM1366 ASIC chips enables the Bitaxe Hex 1366 to achieve exceptional hash rates, making it a powerhouse in processing Bitcoin transactions.
- Standalone and Embedded Mining Capabilities: This model is equipped to operate both as a standalone unit and within an embedded system, offering flexibility in deployment according to the miner’s setup and preferences.
- Hash Rate Improvements and Energy Efficiency: With an expected hash rate range of 2.6-3 TH/s, the Bitaxe Hex 1366 not only improves upon the hash rates of its predecessors but also maintains energy efficiency, ensuring that miners can optimize their operations for profitability.
- Versatility in Mining Operations: The Bitaxe Hex 1366’s design supports both solo and pool mining, providing miners with the flexibility to choose their preferred mining strategy. This versatility ensures that miners can adapt to changing network conditions and profitability scenarios.
- Open-Source Design Files: In keeping with the Bitaxe series’ commitment to openness and community collaboration, the Bitaxe Hex 1366 comes with open-source design files. This allows for community-driven enhancements and modifications, fostering an environment of continuous improvement and innovation.
Bitaxe Supra 1368 (400 Series)
The Bitaxe Supra represents the pinnacle of innovation within the Bitaxe series, showcasing the latest advancements in mining technology. This model is powered by the groundbreaking BM1368 ASIC, setting new standards for efficiency in the cryptocurrency mining industry. Designed for miners who demand the utmost in performance and efficiency, the Bitaxe Supra is a testament to the relentless pursuit of excellence in the field of Bitcoin mining.Technical Specifications
The Bitaxe Supra is built around the BM1368 ASIC, a chip that offers unparalleled capabilities:- BM1368 ASIC Capabilities: The BM1368 ASIC is at the forefront of mining technology, offering superior efficiency and processing power. This chip is specifically designed to maximize hash rate while minimizing power consumption, providing an optimal balance for high-performance mining operations.
- Expected Hash Rate and Efficiency: With an expected hash rate of 600 GH/s and the potential to reach averages of 700GH/s, the Bitaxe Supra is among the most powerful micro-miners available. Its efficiency metrics are equally impressive, pushing the boundaries of what’s possible in terms of energy consumption versus output.
- Cutting-Edge Technology: The Bitaxe Supra incorporates the latest in ASIC mining technology, offering unmatched efficiency and processing power. This model is ideal for miners looking to stay ahead in the competitive landscape of Bitcoin mining.
- Open-Source Ethos: True to the spirit of the Bitaxe series, the Supra model embraces an open-source framework. This approach encourages continuous improvement and customization, allowing miners to tweak and optimize their setups for maximum efficiency and profitability.
Bitaxe Gamma 601 (600 Series)
The Bitaxe Gamma 601 represents a significant leap forward in single-chip open-source mining performance. Powered by the BM1370 ASIC chip — the same generation used in Bitmain’s most efficient industrial miners — the Gamma delivers substantially higher hashrate than the Supra while maintaining the compact, silent form factor that makes Bitaxe miners ideal for home and desk use.Technical Specifications
- BM1370 ASIC Performance: The BM1370 chip represents the cutting edge of ASIC efficiency, delivering approximately 1.2 TH/s from a single chip — roughly double the hashrate of the Supra’s BM1368 chip.
- Expected Hashrate: ~1.2 TH/s (up to ~1.4 TH/s with optimized cooling and settings), making it the most powerful single-chip Bitaxe variant.
- Energy Efficiency: Approximately 18 J/TH — significantly better than the Supra and competitive with multi-chip configurations in terms of efficiency per hash.
- Power Consumption: 15-25W, powered via USB-C — no special power supply needed.
- Noise Level: ~35 dB, suitable for desktop or living room placement.
- Open-Source Design: Fully open-source hardware and firmware, continuing the Bitaxe tradition of transparency and community-driven development.
Bitaxe GT 801 (800 Series)
The Bitaxe GT 801 is the newest addition to the Bitaxe lineup, pushing the boundaries of what is possible with a compact, open-source solo miner. Built on the BM1370 chip platform with an optimized board design, the GT delivers next-generation performance for miners who demand the absolute best from their open-source hardware.Technical Specifications
- BM1370 ASIC (Optimized): The GT 801 uses an optimized implementation of the BM1370 chip with improved power delivery and thermal management, extracting maximum performance from the silicon.
- Expected Hashrate: ~1.5+ TH/s — the highest single-chip hashrate in the Bitaxe family.
- Power Consumption: ~20-30W, still manageable via USB-C power delivery.
- Design Improvements: Enhanced PCB layout for better power regulation, improved heatsink contact, and refined fan management for quieter operation under load.
- Fully Open-Source: Like all Bitaxe models, the GT 801 design files are publicly available on GitHub for the community to review, modify, and build upon.
Complete Bitaxe Model Comparison
The following table provides a head-to-head comparison of every Bitaxe variant available in 2026. Use this to select the right model for your mining goals, budget, and setup environment.
Last updated: February 2026
| Model | Series | ASIC Chip(s) | Hashrate | Power | Efficiency | Noise | Best For |
|---|---|---|---|---|---|---|---|
| Bitaxe Max | 100 | 1x BM1397 | ~400 GH/s | ~15W | ~38 J/TH | ~30 dB | Beginners, education |
| Bitaxe Ultra | 200 | 1x BM1366 | ~500 GH/s | ~15W | ~30 J/TH | ~30 dB | Popular all-rounder |
| Bitaxe Hex | 300 | 6x BM1366 | ~3-3.6 TH/s | ~90W | ~25 J/TH | ~45 dB | Max open-source hashrate |
| Bitaxe Supra | 400 | 1x BM1368 | ~600-700 GH/s | ~15W | ~22 J/TH | ~30 dB | Best value single-chip |
| Bitaxe Gamma | 600 | 1x BM1370 | ~1.2 TH/s | ~15-25W | ~18 J/TH | ~35 dB | Best single-chip performance |
| Bitaxe GT | 800 | 1x BM1370 (opt.) | ~1.5+ TH/s | ~20-30W | ~17 J/TH | ~35 dB | Newest, highest performance |
For detailed setup guides for specific models, see: Bitaxe Supra Setup | Bitaxe Hex Setup | Bitaxe Gamma Setup
For a broader look at how Bitaxe fits into home mining, see our How to Mine Bitcoin at Home guide and Solo Mining Guide.
AxeOS: The Heart of BitAxe Miners
AxeOS serves as the foundational firmware powering the entire Bitaxe series, embodying the essence of what makes these miners both powerful and user-friendly. Developed with the ethos of open-source collaboration and innovation, AxeOS is designed to maximize the performance, efficiency, and reliability of Bitaxe miners. This firmware not only facilitates seamless mining operations but also offers a range of features, a user-friendly interface, and extensive customization options to meet the diverse needs of the mining community. AxeOS allows users to log work and share rates in real-time; however, logging detailed operational data or power consumption metrics may require external tools for comprehensive monitoring.Features, User Interface, and Customization Options
AxeOS is renowned for its robust set of features that enhance the mining experience. These include real-time monitoring of hash rates, temperature control, and power consumption metrics, allowing miners to keep a pulse on their operations. The user interface of AxeOS is intuitively designed, ensuring that both novice and experienced miners can navigate through settings and adjustments with ease. Moreover, AxeOS provides a plethora of customization options, enabling users to tailor their mining operations to their specific requirements. From adjusting the miner’s performance parameters to setting up network configurations, AxeOS empowers miners to optimize their setups for peak efficiency.Advanced Configuration Options
For power users looking to push their Bitaxe miners to the limits, AxeOS offers advanced configuration options. These settings allow for fine-tuning of the miner’s operations, including precise control over hash rate, power usage, and cooling efficiency. Experimenting with these configurations can uncover the optimal balance that maximizes hash rate while minimizing energy consumption.Tips for Optimizing Hashrate and Efficiency
- Monitor Temperature and Cooling: Keeping your miner cool is crucial for maintaining high efficiency. Ensure adequate cooling to prevent thermal throttling.
- Adjust Power Settings: Experiment with the power settings to find a sweet spot where your miner achieves a high hash rate without excessive power consumption.
- Stay Updated: Regularly update your AxeOS firmware to benefit from the latest performance enhancements and features. Overclocking the Bitaxe miners can void the warranty and risk overheating without proper cooling.
Contributing to the Bitaxe and AxeOS Projects
The Bitaxe and AxeOS projects thrive on community involvement and open-source collaboration. Contributing to these projects not only helps improve the tools and firmware for everyone but also fosters a vibrant and supportive mining community. If you’ve developed improvements, customizations, or optimizations for your Bitaxe miner or AxeOS, sharing these with the community can be incredibly rewarding. Whether it’s through submitting pull requests to the GitHub repository, participating in forums, or creating tutorials, your contributions can significantly impact the development and enhancement of the Bitaxe ecosystem. By engaging with the Bitaxe and AxeOS projects, you become part of a forward-thinking community dedicated to advancing the state of Bitcoin mining technology. Together, we can drive innovation, share knowledge, and contribute to the ongoing success of open-source mining solutions. D-Central’s unwavering commitment to the Open Source Miners United movement underscores its dedication to fostering innovation, transparency, and collaboration within the cryptocurrency mining community. By offering a comprehensive range of Bitaxe products, including exclusive Minibit versions and DIY kits, D-Central caters to a diverse spectrum of mining needs, from those just embarking on their mining journey to seasoned veterans seeking to optimize their operations. The Bitaxe series stands as a testament to the potential of open-source solutions in revolutionizing Bitcoin mining. By combining cutting-edge technology with the principles of open-source development, the Bitaxe miners offer unparalleled efficiency, customization, and performance. This approach not only enhances the mining experience for individual users but also contributes to the decentralization and security of the Bitcoin network as a whole. The importance of community-driven innovation in the cryptocurrency space cannot be overstated. It is through the collective efforts of developers, miners, and enthusiasts that the ecosystem continues to evolve and thrive. D-Central’s support for these initiatives through its product offerings and expertise is a vital part of this ongoing process. We encourage you to explore D-Central’s offerings and discover the perfect Bitaxe miner to meet your needs. Whether you’re looking for a powerful mining solution like the Bitaxe Supra, the scalability of the Bitaxe Hex, or the compact efficiency of a Minibit version, D-Central provides the tools, knowledge, and support to help you succeed in your mining endeavors. Join us in driving the future of open-source Bitcoin mining and contributing to the growth and sustainability of the Bitcoin ecosystem.Frequently Asked Questions
What is Bitaxe and why does it matter for Bitcoin mining?
Bitaxe is the world’s first open-source Bitcoin miner series. It matters because it democratizes mining — anyone can inspect the hardware design, modify it, and build their own. This transparency aligns with Bitcoin’s own open-source ethos and contributes to network decentralization by putting mining power in the hands of individuals rather than corporations.
What are all the Bitaxe models available in 2026?
The current Bitaxe lineup includes: Bitaxe Max (100 Series, BM1397), Bitaxe Ultra (200 Series, BM1366), Bitaxe Hex (300 Series, 6x BM1366), Bitaxe Supra (400 Series, BM1368), Bitaxe Gamma (600 Series, BM1370), and Bitaxe GT (800 Series, optimized BM1370). See the comparison table above for full specs. D-Central stocks all variants plus Minibit compact versions and DIY kits.
Which Bitaxe model should I buy for solo mining?
For the best value, the Bitaxe Supra 401 offers excellent hashrate (~600-700 GH/s) at a competitive price. For maximum single-chip hashrate, the Bitaxe Gamma 601 (~1.2 TH/s) or GT 801 (~1.5+ TH/s) are the top choices. The Bitaxe Hex (~3-3.6 TH/s) provides the highest total hashrate among open-source miners. All models are designed for solo mining.
How do I set up a Bitaxe miner?
Setup is straightforward: connect via USB-C power, join the Bitaxe’s Wi-Fi access point, configure your home Wi-Fi credentials and mining pool settings through the AxeOS web interface, and it starts mining. The entire process takes under 10 minutes. For step-by-step instructions, see our setup guides: Supra setup, Hex setup, Gamma setup.
What is AxeOS?
AxeOS is the open-source firmware that powers all Bitaxe miners. It provides a web-based interface for configuring mining pools, monitoring hashrate and temperature, adjusting performance settings, and updating firmware. AxeOS is available on GitHub and receives regular community-driven updates.
Can a Bitaxe really find a Bitcoin block?
Yes. Multiple Bitaxe solo miners have found full Bitcoin blocks, earning their owners the entire 3.125 BTC block reward. The odds are low for any individual miner — it is essentially lottery mining — but the more hashrate you run and the longer you run it, the higher your cumulative probability. Pools like public-pool.io and D-Central’s solo pool are purpose-built for Bitaxe solo mining.
Where can I buy Bitaxe miners in Canada?
D-Central Technologies is the leading Canadian source for Bitaxe miners. As a pioneer manufacturer in the Bitaxe ecosystem — creator of the original Mesh Stand, custom heatsinks, and accessories — D-Central stocks every model, Minibit variants, and DIY kits. Shipping from Laval, Quebec means no customs delays for Canadian buyers.
What is the difference between the Bitaxe Gamma and Bitaxe GT?
Both use the BM1370 ASIC chip, but the GT 801 features an optimized PCB layout with improved power delivery and thermal management, extracting approximately 25% more hashrate (~1.5+ TH/s vs ~1.2 TH/s) from the same chip generation. The GT represents the newest engineering iteration of the Bitaxe platform.
Can I contribute to the Bitaxe project?
Absolutely. The Bitaxe hardware design files and AxeOS firmware are fully open-source on GitHub. You can contribute by submitting pull requests, reporting bugs, creating tutorials, sharing optimized configurations, or building custom accessories. D-Central actively supports the Open Source Miners United community.
Bitaxe GT 801 — The Dual-Chip Breakthrough
The Bitaxe GT (Gamma Turbo) represents a significant evolution in the Bitaxe lineup. By placing two BM1370 chips on a single board, the GT delivers approximately 2.2 TH/s while maintaining a compact form factor not much larger than a single-chip Bitaxe. Bitaxe GT Key Specifications:- ASIC Chips: 2x BM1370 (from Antminer S21 Pro)
- Hashrate: ~2.2 TH/s (stock), higher with overclocking
- Power: ~33W at stock settings
- Efficiency: ~15 J/TH
- Power Supply: 12V DC (not 5V like single-chip models)
- Connectivity: WiFi via ESP32-S3, AxeOS firmware
- Solo Mining Odds: ~364 years average time to block at ~800 EH/s network
Bitaxe Touch — Enhanced User Experience
The Bitaxe Touch introduces an integrated touchscreen display to the Bitaxe platform, replacing the small OLED screen found on other models. This allows miners to:- View real-time hashrate, temperature, and best difficulty directly on the device
- Configure WiFi settings and pool information via touchscreen
- Monitor mining status at a glance without opening a browser or connecting to AxeOS
Updated Hashrate Benchmarks (2026)
The following benchmarks reflect real-world performance measured at D-Central’s testing facility, including both stock and overclocked settings:| Model | Stock Hashrate | Overclocked Hashrate* | Stock Power | OC Power |
|---|---|---|---|---|
| Bitaxe Ultra (BM1366) | ~490 GH/s | ~575 GH/s | ~11W | ~15W |
| Bitaxe Supra (BM1368) | ~640 GH/s | ~750 GH/s | ~12W | ~17W |
| Bitaxe Gamma (BM1370) | ~1.05 TH/s | ~1.3 TH/s | ~16W | ~22W |
| Bitaxe GT (2x BM1370) | ~2.1 TH/s | ~2.5 TH/s | ~33W | ~42W |
| Bitaxe Ultra Hex (6x BM1366) | ~3 TH/s | ~3.5 TH/s | ~66W | ~85W |
| Bitaxe Supra Hex (6x BM1368) | ~4.2 TH/s | ~4.8 TH/s | ~90W | ~110W |
| Bitaxe Gamma Hex (6x BM1370) | ~6 TH/s | ~7 TH/s | ~90W | ~120W |
Which Bitaxe Should You Buy?
With so many models available, choosing the right Bitaxe can be overwhelming. Here is a quick decision guide:- Budget-conscious / First Bitaxe: Bitaxe Ultra or Supra — lowest cost, great for learning
- Maximum efficiency: Bitaxe Gamma — best J/TH ratio at 15 J/TH
- Step-up without going all-in: Bitaxe GT — 2x hashrate of a single chip, still compact
- Maximum solo mining odds: Bitaxe Gamma Hex — 6+ TH/s, the most powerful open-source miner
- Best user experience: Bitaxe Touch — integrated touchscreen for hands-on management
Related Guides
- Bitaxe Hub — Complete resource center
- Bitaxe Buying Guide
- Overclocking Manual
- AxeOS Guide
- Solo Mining Guide
- Bitaxe vs NerdAxe Comparison
- Bitaxe Block Wins
Related Reading
What is Bitaxe and why does it matter for Bitcoin mining?
Bitaxe is the world’s first open-source Bitcoin miner series. It matters because it democratizes mining — anyone can inspect the hardware design, modify it, and build their own. This transparency aligns with Bitcoin’s own open-source ethos and contributes to network decentralization by putting mining power in the hands of individuals rather than corporations.
What are all the Bitaxe models available in 2026?
The current Bitaxe lineup includes: Bitaxe Max (100 Series, BM1397), Bitaxe Ultra (200 Series, BM1366), Bitaxe Hex (300 Series, 6x BM1366), Bitaxe Supra (400 Series, BM1368), Bitaxe Gamma (600 Series, BM1370), and Bitaxe GT (800 Series, optimized BM1370). See the comparison table above for full specs. D-Central stocks all variants plus Minibit compact versions and DIY kits.
Which Bitaxe model should I buy for solo mining?
For the best value, the Bitaxe Supra 401 offers excellent hashrate (~600-700 GH/s) at a competitive price. For maximum single-chip hashrate, the Bitaxe Gamma 601 (~1.2 TH/s) or GT 801 (~1.5+ TH/s) are the top choices. The Bitaxe Hex (~3-3.6 TH/s) provides the highest total hashrate among open-source miners. All models are designed for solo mining.
How do I set up a Bitaxe miner?
Setup is straightforward: connect via USB-C power, join the Bitaxe’s Wi-Fi access point, configure your home Wi-Fi credentials and mining pool settings through the AxeOS web interface, and it starts mining. The entire process takes under 10 minutes. For step-by-step instructions, see our setup guides: Supra setup, Hex setup, Gamma setup.
What is AxeOS?
AxeOS is the open-source firmware that powers all Bitaxe miners. It provides a web-based interface for configuring mining pools, monitoring hashrate and temperature, adjusting performance settings, and updating firmware. AxeOS is available on GitHub and receives regular community-driven updates.
Can a Bitaxe really find a Bitcoin block?
Yes. Multiple Bitaxe solo miners have found full Bitcoin blocks, earning their owners the entire 3.125 BTC block reward. The odds are low for any individual miner — it is essentially lottery mining — but the more hashrate you run and the longer you run it, the higher your cumulative probability. Pools like public-pool.io and D-Central’s solo pool are purpose-built for Bitaxe solo mining.
Where can I buy Bitaxe miners in Canada?
D-Central Technologies is the leading Canadian source for Bitaxe miners. As a pioneer manufacturer in the Bitaxe ecosystem — creator of the original Mesh Stand, custom heatsinks, and accessories — D-Central stocks every model, Minibit variants, and DIY kits. Shipping from Laval, Quebec means no customs delays for Canadian buyers.
What is the difference between the Bitaxe Gamma and Bitaxe GT?
Both use the BM1370 ASIC chip, but the GT 801 features an optimized PCB layout with improved power delivery and thermal management, extracting approximately 25% more hashrate (~1.5+ TH/s vs ~1.2 TH/s) from the same chip generation. The GT represents the newest engineering iteration of the Bitaxe platform.
Can I contribute to the Bitaxe project?
Absolutely. The Bitaxe hardware design files and AxeOS firmware are fully open-source on GitHub. You can contribute by submitting pull requests, reporting bugs, creating tutorials, sharing optimized configurations, or building custom accessories. D-Central actively supports the Open Source Miners United community.
