Avalon Bitcoin Miner Machine: Key Features, Material Grades, and Practical Uses in Industry

Types of Avalon Bitcoin Miner Machines

Avalon Bitcoin miner machines, developed by Canaan Creative, are among the most recognized ASIC (Application-Specific Integrated Circuit) miners in the cryptocurrency world. Designed specifically for mining Bitcoin using the SHA-256 hashing algorithm, these miners offer significantly higher efficiency and performance compared to general-purpose computers or FPGA-based systems.

Each new generation of Avalon miners introduces advancements in hash rate, energy efficiency, thermal management, and software integration. Understanding the differences between models helps miners choose the right equipment based on their budget, power availability, and operational goals. Below is a detailed breakdown of Avalon miner types by generation and usage category.

By Generation: Evolution of Performance and Efficiency

First-Generation Avalon Miners

The pioneers of ASIC Bitcoin mining, these early models introduced dedicated hardware mining to the mainstream crypto community.

Advantages

• Revolutionized Bitcoin mining with dedicated ASIC technology
• Proved the feasibility of high-efficiency mining hardware
• Laid foundation for future innovations in the industry

Limitations

• Low hash rate by today’s standards (typically under 1 TH/s)
• High power consumption relative to output
• Obsolete for profitable mining in current network conditions

Best for: Historical interest, educational purposes, or hobbyist setups

Avalon Generation 6 (A6 Series)

A major leap forward in efficiency and reliability, the A6 series brought improved performance-per-watt metrics and better firmware control.

Advantages

• Hash rates up to 3.5 TH/s with improved energy efficiency
• Stable performance under continuous operation
• Integrated web-based interface for remote monitoring
• Better heat dissipation design than earlier models

Limitations

• Now largely outdated due to newer generations
• Higher noise levels compared to modern silent designs
• Limited support and firmware updates

Best for: Small-scale mining operations or as backup units in low-cost electricity regions

Avalon 7th Generation (A7 Series)

Representing a significant technological advancement, the A7 series delivered higher hash rates while reducing power consumption per terahash.

Advantages

• Hash rates ranging from 5.5 to 12 TH/s depending on model
• Improved power efficiency (~80–100 W/T)
• Advanced cooling systems for sustained performance
• Enhanced firmware with real-time diagnostics and alerts

Limitations

• Higher initial investment cost
• Requires stable power supply and ventilation
• Outperformed by later models like A10 and A12 series

Best for: Mid-tier mining farms and serious home miners seeking reliable performance

Avalon 10+ Series (A10/A11/A12+)

The latest generation of Avalon miners featuring cutting-edge chip architecture and optimized thermal design.

Advantages

• Hash rates exceeding 90 TH/s (e.g., Avalon A1246: 90 TH/s)
• Industry-leading power efficiency (~30–40 W/T)
• Robust build quality and long-term durability
• Support for remote management via mobile and desktop apps

Limitations

• Premium pricing compared to older models
• High heat output requires proper cooling infrastructure
• Best suited for industrial environments rather than residential use

Best for: Large-scale mining farms, commercial operations, and investors focused on ROI

By Usage Type: Matching Miners to Your Needs

Portable Miners

Compact and energy-efficient models designed for mobility and ease of setup, ideal for beginners or those experimenting with mining.

Advantages

• Easy to set up and relocate
• Lower power draw suitable for home circuits
• Quiet operation compared to industrial units
• Great for learning about mining without large investment

Limitations

• Lower profitability due to reduced hash rate
• Not cost-effective at scale
• Limited upgrade path

Best for: Newcomers, students, and hobbyists exploring Bitcoin mining

Home Miners

Mid-range Avalon models adapted for residential use, balancing performance with noise and heat output.

Advantages

• Can operate on standard household power (with proper circuiting)
• Moderate hash rates (e.g., 6–10 TH/s) with reasonable electricity costs
• Supports solo mining or small pool participation
• Can be integrated into home energy systems (e.g., solar-powered setups)

Limitations

• Generates noticeable heat and noise
• Electricity costs can outweigh profits if rates are high
• Requires ventilation and dust management

Best for: Enthusiasts mining from home with access to low-cost electricity

Club Miners (Pool-Compatible Models)

These miners are optimized for use in mining pools, where multiple users combine computational power to increase block reward frequency.

Advantages

• Stable income through shared rewards
• Lower variance in earnings
• Access to advanced pool management tools
• Supports collaborative mining communities

Limitations

• Pool fees reduce net profitability (typically 1–3%)
• Less control over block validation process
• Dependent on pool uptime and reputation

Best for: Users without large-scale hardware who want consistent returns

Model Type	Hash Rate Range	Power Efficiency	Best Use Case	Lifespan (Est.)
1st Gen Avalon	0.5 – 1 TH/s	~250 W/T	Educational / Historical	5+ years (mostly retired)
Avalon A6 Series	2.5 – 3.5 TH/s	~130 W/T	Small-scale mining	4–6 years
Avalon A7 Series	5.5 – 12 TH/s	~80–100 W/T	Mid-tier mining	5–7 years
Avalon A10–A12+	30 – 90+ TH/s	~30–40 W/T	Commercial mining farms	6–8 years
Portable/Home Models	1 – 10 TH/s	~80–150 W/T	Residential use	4–6 years

Expert Tip: When purchasing an Avalon miner, always verify firmware authenticity and ensure compatibility with your local voltage (110V vs 220V). Regular firmware updates from Canaan Creative can improve stability, efficiency, and security—especially important for pool mining operations.

Features and Functions of Avalon Bitcoin Miner Machine

The Avalon Bitcoin miner is one of the pioneering ASIC (Application-Specific Integrated Circuit) mining devices developed by Canaan Creative, a leader in blockchain hardware technology. Designed for high-efficiency cryptocurrency mining, the Avalon series offers advanced features that cater to both individual miners and large-scale mining operations. Below is a comprehensive breakdown of its key features, functions, and operational components.

Core Features of the Avalon Bitcoin Miner

Mining Pools Integration

Bitcoin mining has evolved from a solo activity into a collaborative effort through mining pools. Avalon miners are fully compatible with major mining pools such as Slush Pool, F2Pool, and Antpool. By joining a mining pool, users combine their computational power (hash rate) with other miners to increase the probability of successfully mining a block.

Rewards are distributed proportionally based on each miner’s contributed hash rate. While pool operators charge a small fee (typically 1–3%), the consistent payout structure makes pooled mining far more reliable than solo mining, especially given the current network difficulty exceeding 80 trillion.

ASIC-Based Architecture

Avalon miners utilize Application-Specific Integrated Circuits (ASICs), which are microchips engineered exclusively for Bitcoin mining using the SHA-256 hashing algorithm. Unlike older methods involving CPUs, GPUs, or FPGAs, ASICs deliver vastly superior performance in terms of speed and energy efficiency.

For example, modern Avalon models like the Avalon A1246 achieve hash rates up to 90 TH/s while maintaining competitive power efficiency (~30 J/TH). This specialization ensures maximum return on investment but limits the device to Bitcoin and compatible SHA-256 coins only—no altcoin flexibility.

Power Supply Unit (PSU) Requirements

The Avalon miner requires a dedicated and stable power supply unit (PSU) to function safely and efficiently. Most models operate on either 120V or 220V input, depending on regional electrical standards, and typically consume between 2,000W to 3,500W under full load.

Using an incompatible or low-quality PSU can lead to hardware damage, unstable operation, or reduced lifespan. Canaan recommends using 80 PLUS Gold or Platinum-rated PSUs with sufficient wattage headroom (e.g., 15–20% above the miner’s rated consumption) to ensure reliability and thermal stability.

Mining Software & Firmware

Avalon miners run on lightweight Linux-based firmware that enables seamless connectivity to the Bitcoin network. The built-in mining software handles communication with mining pools, hash generation, transaction validation, and real-time monitoring.

Users can access the miner via a web-based interface or command-line tools to configure pool settings, adjust fan speeds, monitor system health, and update firmware. The software provides detailed metrics including current hash rate, accepted/rejected shares, temperature readings, and energy consumption (kW/h).

User Interface & Management

Despite the technical nature of mining, Avalon provides an intuitive user interface (UI) accessible through a local IP address in a web browser. This interface—often referred to as the "web console"—allows users to monitor and manage the mining process in real time.

Key data displayed includes real-time hash rate (TH/s), core temperature, fan speed, power draw, uptime, and connection status to the mining pool. Advanced users can fine-tune settings such as frequency scaling, voltage control, and network configuration to optimize performance and reduce heat output.

Thermal & Noise Management

High-performance mining generates significant heat, so Avalon miners are equipped with multiple high-speed fans and aluminum heat sinks for effective thermal dissipation. Operating temperatures typically range between 50°C and 80°C under normal conditions.

To prolong hardware life, the miner automatically adjusts fan speed based on internal temperature. However, due to continuous fan operation, noise levels can reach 75–80 dB(A), making proper ventilation and acoustic insulation essential in residential setups.

Feature	Description	Benefits
ASIC Chip Technology	Custom-built SHA-256 processors optimized for Bitcoin mining	High hash rate, low power consumption, long-term reliability
Web-Based Interface	Accessible via browser for monitoring and configuration	User-friendly setup, real-time performance tracking, remote management
Power Efficiency	As low as 28–32 J/TH in newer models (e.g., Avalon A12 series)	Lower electricity costs, higher profitability in competitive markets
Mining Pool Support	Compatible with major pools like Slush Pool, F2Pool, and Braiins Pool	Steady income stream, reduced variance in rewards
Linux-Based Firmware	Stable, secure, and regularly updated operating environment	Enhanced security, support for automation scripts, SSH access

Best Practices for Optimal Performance

Proper Ventilation: Install the Avalon miner in a well-ventilated area with ambient temperatures below 35°C. Overheating reduces efficiency and shortens hardware lifespan.

Firmware Updates: Regularly update the miner’s firmware to benefit from performance improvements, bug fixes, and enhanced security.

Stable Power Source: Use a high-efficiency, industrial-grade PSU with surge protection to prevent unexpected shutdowns or hardware failure.

Network Stability: Ensure a reliable Ethernet connection (Wi-Fi not recommended) to maintain consistent communication with the mining pool.

Monitoring & Alerts: Set up email or SMS notifications for downtime, high temperatures, or rejected shares to respond quickly to issues.

Important: Always purchase Avalon miners from authorized distributors to avoid counterfeit units. Unauthorized clones often lack proper cooling, use substandard components, and may not deliver promised hash rates. Additionally, never operate the miner without its PSU or outside the specified voltage range, as this can permanently damage the ASIC chips and void the warranty.

Real-World Applications of Avalon Bitcoin Miner Machines

As Avalon bitcoin miner machines achieve higher computational efficiencies and reduced energy consumption, their versatility has led to widespread adoption across diverse industries. These advanced ASIC miners are no longer limited to dedicated crypto farms—they're being integrated into existing infrastructure to optimize energy use, generate additional revenue, and even provide secondary benefits like heat recovery. Below are key scenarios demonstrating how businesses and individuals are leveraging Avalon miners for maximum return on investment.

Cryptocurrency Mining Centers

Dedicated mining centers are specialized facilities engineered to host large-scale deployments of Avalon bitcoin miners. These centers prioritize optimal thermal management, uninterrupted power supply, and network stability to ensure maximum uptime and hash rate efficiency.

• Equipped with industrial-grade cooling systems and redundant power sources to maintain ideal operating temperatures
• Designed with modular layouts for easy scalability and maintenance access
• Often located in regions with low electricity costs to improve profitability margins

Revenue Potential: Large-scale operations can generate consistent income through block rewards and transaction fees, especially when leveraging bulk hardware discounts and low-cost energy.

Retail and Convenience Stores

Forward-thinking business owners are installing Avalon miners directly within retail environments—not just for mining, but as a customer engagement tool that showcases technological innovation.

• Miners serve as conversation starters, drawing curiosity from tech-savvy customers
• Some stores display real-time mining statistics on digital screens to educate visitors
• Acts as a subtle advertisement for cryptocurrency adoption and digital finance literacy

Marketing Advantage: Positions the brand as innovative and future-focused, potentially increasing foot traffic and social media visibility.

Data Centers

Existing data centers are repurposing spare capacity and infrastructure to integrate Avalon miners alongside traditional server racks, creating hybrid operations that monetize idle resources.

• Leverages established power distribution, cooling, and security systems
• Enables dual revenue streams: cloud hosting services + cryptocurrency mining
• Utilizes off-peak computing capacity for mining when server demand is low

Efficiency Gain: Reduces overall data center PUE (Power Usage Effectiveness) by converting waste heat into productive output.

Energy Production Facilities

In areas with surplus energy generation—such as solar farms, wind turbines, or natural gas plants—Avalon miners are deployed to consume excess electricity that would otherwise go to waste.

• Provides an immediate use case for off-grid or curtailed energy
• Improves ROI on renewable installations by adding a digital commodity output
• Supports grid stabilization by acting as a flexible load during peak production

Sustainability Benefit: Transforms stranded or flared energy into valuable Bitcoin, reducing carbon emissions associated with wasted fuel.

Industrial Plants

Manufacturing and industrial facilities are integrating Avalon miners into their operations to align with energy-intensive processes, effectively turning part of their operational cost into a revenue generator.

• Miners operate during high-production shifts when energy is already being consumed at scale
• Some plants route waste heat from miners to pre-heat water or workspaces
• Demonstrates corporate innovation and commitment to resource optimization

Cost Offset: Mining revenue helps offset electricity expenses, improving overall plant profitability.

Residential Homes

Homeowners in colder climates are using Avalon miners as both cryptocurrency generators and supplemental heating sources, effectively doubling the utility of energy consumption.

• Heat generated during mining is redirected to warm living spaces during winter months
• Reduces reliance on conventional heating systems, lowering utility bills
• Ideal for regions with low electricity rates or off-peak pricing plans

Energy Efficiency: Up to 90% of electrical input is converted to heat, making these miners highly effective space heaters with the added benefit of earning Bitcoin.

Strategic Insight: The most successful implementations of Avalon bitcoin miners go beyond simple mining—they integrate into existing energy ecosystems to create synergistic value. Whether it's reducing waste heat, monetizing excess power, or enhancing brand image, the key is aligning mining operations with broader operational goals.

Application Scenario	Primary Benefit	Energy Efficiency	ROI Timeline
Cryptocurrency Mining Centers	High hash rate scalability	★★★★☆	12–18 months
Retail & Convenience Stores	Customer engagement + minor income	★★★☆☆	18–24+ months
Data Centers	Dual revenue streams	★★★★★	10–16 months
Energy Production Facilities	Waste energy utilization	★★★★★	8–14 months
Industrial Plants	Operational cost offset	★★★★☆	14–20 months
Residential Homes	Heating + passive income	★★★★☆	16–24 months (seasonal)

Key Considerations for Deployment

• Noise Management: Avalon miners produce operational noise; placement should consider acoustics, especially in retail or residential settings
• Thermal Output: Plan ventilation or heat redirection strategies to prevent overheating and maximize secondary benefits
• Maintenance Access: Ensure miners are installed in locations allowing for routine cleaning and component replacement
• Network Connectivity: Stable internet connection is essential for consistent block submission and mining pool communication
• Security: Protect hardware from theft or tampering, particularly in public-facing environments

How to Choose the Right Avalon Bitcoin Miner Machine

Selecting the ideal Avalon Bitcoin miner is a strategic decision that directly impacts mining profitability, operational efficiency, and long-term return on investment. Whether you're a wholesale buyer supplying mining farms or an individual investor scaling up operations, understanding the key performance metrics and technical specifications is essential. This comprehensive guide breaks down the most critical factors to evaluate when choosing an Avalon miner, helping you make an informed, future-proof decision.

Important Note: Always verify the authenticity of Avalon miners through official distributors. Counterfeit or refurbished units may appear cost-effective but often underperform, consume more power, and fail prematurely, undermining your mining operation's profitability.

Key Factors to Consider When Choosing an Avalon Miner

• Mining Power and Efficiency (Hash Rate & Performance)

  The hash rate is the primary measure of a Bitcoin miner’s computational power, expressed in terahashes per second (TH/s). A higher hash rate increases the probability of solving blocks and earning Bitcoin rewards. Avalon offers a range of models tailored to different performance tiers:

  • Avalon A1166C: 66 TH/s – Ideal for entry-level or budget-conscious miners seeking reliable performance.
  • Avalon A1246: 90 TH/s – Balanced option for mid-tier operations with improved efficiency over older models.
  • Antex A1166 Pro: 110 TH/s – High-performance model suited for large-scale mining farms prioritizing maximum output.

  When comparing models, prioritize not just raw hash rate but also efficiency (hash rate per watt). A machine with slightly lower TH/s but superior efficiency can be more profitable over time, especially in regions with high electricity costs.

• Power Consumption and Energy Efficiency

  Bitcoin mining is inherently energy-intensive, making power consumption one of the most significant operational expenses. The Avalon series is engineered for high Energy per Hash (EPo) efficiency, meaning it delivers more computational power per watt consumed.

  Look for miners with a low watts per terahash (W/TH) ratio. For example:

  • A lower W/TH value indicates better efficiency.
  • Efficient models reduce electricity costs and heat output, lowering cooling requirements.
  • Over time, even a small improvement in efficiency can result in substantial savings and higher net profits.

  Always calculate your expected electricity cost per day based on local rates and the miner’s power draw to estimate real-world profitability.

• Configured ASIC Chips and Processing Architecture

  The heart of any Bitcoin miner lies in its Application-Specific Integrated Circuit (ASIC) chips. Avalon miners use custom-designed, vertically integrated ASIC chips optimized for SHA-256 hashing—the algorithm used by Bitcoin.

  Key advantages of Avalon’s ASIC technology include:

  • High Stability: Chips are rigorously tested for consistent performance under continuous operation.
  • Optimized Speed: Designed to maximize hash output while minimizing latency.
  • Durability: Built to withstand high thermal loads and extended uptime, contributing to a longer service life (typically 3–5 years with proper maintenance).
  • Firmware Integration: Chips are tightly integrated with Avalon’s firmware for seamless updates and performance tuning.

  Investing in a miner with proven ASIC architecture ensures reliability and reduces the risk of early failure.

• Cooling Efficiency and Thermal Management

  Effective cooling is crucial for maintaining peak performance and extending hardware lifespan. Overheating can cause throttling (reduced hash rate), instability, or permanent damage.

  Avalon miners feature advanced thermal design, including:

  • Dual High-Speed Fans: Provide consistent airflow across critical components.
  • Optimized Airflow Channels: Engineered to direct cool air precisely where needed.
  • Temperature Sensors: Monitor internal conditions and adjust fan speed dynamically.

  Proper ventilation in your mining environment—such as using open racks, adequate spacing between units, and ambient temperature control—complements the miner’s built-in cooling system. This synergy ensures stable operation even during prolonged mining cycles.

• Plug-and-Play Convenience and User Experience

  Time is money in mining. Avalon miners are designed for quick deployment with true plug-and-play functionality, making them ideal for both beginners and large-scale operators.

  Key features include:

  • Pre-Configured Firmware: Ready to connect to your mining pool immediately after setup.
  • Intuitive Web Interface: Accessible via IP address for monitoring hash rate, temperature, power usage, and network status.
  • Easy Maintenance: Modular design allows for quick replacement of fans or power supplies without downtime.
  • Remote Management: Supports integration with mining management software for fleet monitoring.

  This level of convenience reduces setup time, minimizes technical barriers, and enhances overall operational efficiency—critical factors for wholesale buyers managing multiple units.

Model	Hash Rate	Power Consumption	Efficiency (W/TH)	Ideal Use Case
Avalon A1166C	66 TH/s	~3200W	~48.5 W/TH	Entry-level farms, cost-effective scaling
Avalon A1246	90 TH/s	~3400W	~37.8 W/TH	Mid-tier operations, balance of power & efficiency
Antex A1166 Pro	110 TH/s	~3800W	~34.5 W/TH	Large-scale mining, maximum output

Expert Tip: Before purchasing in bulk, test one unit under your actual operating conditions—ambient temperature, power quality, and network stability. Monitor its real-world performance, heat output, and noise level to ensure it meets your expectations before scaling up.

Additional Recommendations for Buyers

• Check the warranty and after-sales support offered by the supplier—Avalon typically provides 180-day coverage.
• Ensure compatibility with your preferred mining pool and wallet setup.
• Factor in shipping, import duties, and customs clearance when buying wholesale.
• Consider future-proofing by choosing models with firmware upgrade paths.
• Join Avalon’s official community forums for firmware updates, troubleshooting, and best practices.

Choosing the right Avalon Bitcoin miner involves more than just comparing specs—it requires a holistic view of efficiency, reliability, and total cost of ownership. By carefully evaluating hash rate, power consumption, chip quality, cooling performance, and ease of use, you can select a machine that maximizes profitability and supports sustainable growth in the competitive world of cryptocurrency mining.

Frequently Asked Questions About the Avalon Bitcoin Miner (ACN 2321)

Q1: What is the ideal operating temperature for the AVALON ACN 2321 miner?

For optimal performance and longevity, the AVALON ACN 2321 should operate within a temperature range of 0°C to 35°C (32°F to 95°F). This range ensures stable hash rates and minimizes thermal stress on internal components.

However, the miner is designed to tolerate more extreme conditions:

• Extended Operating Range: The device can function in environments as cold as -20°C (-4°F) and as hot as 45°C (113°F), though prolonged exposure to these extremes is not recommended.
• Cold Weather Impact: Extremely low temperatures may cause condensation during startup or affect the flexibility of certain plastic and rubber components, potentially leading to brittleness over time.
• Heat Risks: High ambient temperatures can lead to thermal throttling, reduced efficiency, increased fan speed (and noise), and in severe cases, system shutdowns or hardware degradation.

Proper ventilation, dust management, and climate-controlled mining environments are strongly advised to maintain performance and extend the lifespan of the unit. Refer to the official AVALON ACN 2321 User Manual for detailed thermal specifications and environmental guidelines.

Q2: Is the AVALON miner easy to set up for beginners?

Yes, the AVALON ACN 2321 is designed with user-friendliness in mind and is considered relatively easy to set up, even for those new to cryptocurrency mining. Key features that simplify setup include:

• Pre-Installed Firmware: The miner comes with factory-loaded software, eliminating the need for initial OS or mining software installation.
• Plug-and-Play Design: Simply connect the miner to a compatible power supply, plug it into your network via Ethernet, and power it on.
• Web-Based Interface: Once powered, the miner obtains an IP address via DHCP, which can be accessed through a standard web browser for configuration.
• Customizable Mining Pools: Users can easily configure or change mining pools directly through the intuitive web dashboard without requiring command-line expertise.

While no technical background is strictly required, basic networking knowledge (such as accessing a router’s admin panel to find the miner’s IP) can be helpful during initial setup.

Q3: Does the AVALON miner come with a warranty?

Yes, many models of the AVALON miner, including the ACN 2321, typically include a 1-year limited warranty from the date of purchase. This warranty covers defects in materials and workmanship under normal use.

However, the following conditions will void or are excluded from warranty coverage:

• Physical Damage: Cracks, burns, or impact-related damage not caused by manufacturing flaws.
• Improper Use: Operation outside specified voltage, temperature, or humidity ranges.
• Unauthorized Repairs: Opening the unit or attempting repairs by non-certified personnel.
• Water or Dust Ingress: Damage due to poor environmental protection or lack of maintenance.
• Power Surges: Failures caused by unstable power sources without proper surge protection.

To ensure warranty validity, retain your proof of purchase and register the device if required by the manufacturer or distributor.

Q4: How can users upgrade the miner’s software or firmware?

Firmware upgrades for the AVALON ACN 2321 are essential for performance improvements, bug fixes, and security updates. The recommended method involves using SSH (Secure Shell) access:

• Step 1: Enable SSH access through the web interface (if not already active).
• Step 2: Connect to the miner via SSH using a terminal application (e.g., PuTTY on Windows or Terminal on macOS/Linux).
• Step 3: Log in with the correct credentials (default username/password are usually provided in the manual).
• Step 4: Check the current firmware version and download the latest update from the official Canaan website or support portal.
• Step 5: Follow the technical support team’s instructions to upload and flash the new firmware safely.

Note: Always back up current settings before upgrading, and ensure uninterrupted power during the update process to avoid bricking the device. For users uncomfortable with SSH, contacting AVALON technical support is recommended for guided assistance.

Q5: Can multiple AVALON miners be linked together to increase mining power?

Yes, you can connect two or more AVALON ACN 2321 miners to increase your total hash rate and mining efficiency. This is a common practice in both home and industrial mining setups.

Here’s how to effectively scale your mining operation:

• Network Connection: Each miner connects to the same local network via Ethernet, allowing centralized management.
• Individual IP Addresses: Every miner is assigned a unique IP address, enabling independent monitoring and troubleshooting.
• Centralized Management: Use the built-in web interface to configure each miner with the same mining pool and wallet address, or use third-party mining management tools for larger farms.
• Shared Dashboard: While each miner has its own interface, you can use mining pool dashboards or farm management software (like Awesome Miner or VoiMiner) to view all devices collectively.

Scaling your setup enhances mining output proportionally to the number of units, provided adequate power supply, cooling, and network stability are maintained. This makes the AVALON ACN 2321 a scalable solution for growing mining operations.