With a hashrate of 230MH/s ±5%, a power consumption of 2000W ±5%, the E-AE1M is built for high-performance ALEO mining—offering both power and efficiency in a compact 3U form.

But more than the hardware itself, what truly matters is how well it fits your specific environment. Here’s how an enterprise operating a data center turned idle rack space into a profitable mining setup—enabled by a fully customized deployment plan built around the E-AE1M.

The Client: 75 Empty Server Racks, 1 Clear Goal

This enterprise owned a 200m² data center with 75 standard 42U server racks, originally used for internal storage and computing. As the business moved to cloud-based infrastructure, these racks became idle—wasting valuable real estate and power resources.

The company was looking for new ways to generate returns from their existing infrastructure. After researching blockchain projects, they discovered the profitability potential of ALEO mining and approached us for a tailor-made deployment plan.

Key Challenges

Through an on-site evaluation, our engineering team identified four major challenges:

• Rack Compatibility: All devices needed to fit standard 42U racks to ensure ease of installation and maintenance.
• Power Load Limit: Each rack had a power ceiling of 4.4kW, requiring careful power allocation.
• Network Gaps: Some racks lacked wired connections, making network access an issue.
• Return on Investment: The client needed a mining setup that was both technically feasible and financially worthwhile.

The Solution: Custom Deployment with E-AE1M

We don’t just ship miners—we design complete mining deployment plans based on your real-world setup.

After evaluating the environment, we proposed and implemented the E-AE1M 3U Miner, customized for rack-level deployment in this client’s data center:

• Compact 3U Design: Each unit fits neatly into standard 42U server racks, allowing up to 14 units per rack for maximum density and space efficiency.
• Energy Efficient: At 2000W per unit, two miners can operate per rack while staying within the 4.4kW limit.
• Built-in Wi-Fi: Solves network limitations in racks without Ethernet access.
• Strong Daily Profit: With current market conditions, each unit earns ~$29.5 per day （based on the data on 4/11/2025), meeting ROI expectations. Real Time checking right here:https://www.asicminervalue.com/

Not Just Hardware—A Mining Plan Built Around You

This wasn’t a plug-and-play setup. It was designed around the client’s physical constraints, energy budget, and financial goals.

But more importantly, it’s a deployment that goes beyond home mining. By activating idle data center resources, this project not only delivers strong returns—it also contributes to the growth of the ALEO network and supports its decentralization.

Every new node, especially one running in a professional environment, strengthens the resilience and reach of the network. That’s what makes custom deployments like this a win-win for both enterprise clients and the broader blockchain ecosystem.

We handled everything from the rack layout plan to power balancing, network coverage, and airflow consideration. This is what we mean by a custom mining deployment: we take care of the design, so you get optimized performance.

Implementation Highlights

• Optimized Power Usage: 2 devices per rack ensured compliance with the 4.4kW limit.
• Wi-Fi Mesh: Maintained stable connections where wired networking wasn’t available.
• Minimal Operational Load: Standardized devices made maintenance easy and low-cost.

Results

Infrastructure Monetization: Idle racks became revenue-generating assets.

Simplified Operations: Wireless connectivity and rack-fit design reduced setup and maintenance complexity.

Custom Performance: Tailored deployment maximized output under strict site limitations.

Conclusion

This case proves that idle server rooms are full of untapped potential. With the right hardware—and more importantly, the right plan—your infrastructure can become a consistent source of blockchain mining income.