Number of ASICs: 624 ASIC chips BM1366
Dimensions: Approximately 399.6 millimeters in size (1 foot 3.744 inches)
Estimated Hashrate for 1 Hashdisk:
- Each ASIC chip 500 GH/s
- Total hashrate = 624 ASICs * 500 GH/s = 312 TH/s
Estimated Hashrate for 5 Hashdisks in Series:
- Total hashrate = 1.56 PH/s
Open Source Design: Hashdisk is completely open source and available to anyone or any company interested in utilizing it to revolutionize the landscape of Bitcoin mining. Just as Bitcoin is open source, so too should be all hardware components that touch Bitcoin. By embracing open source principles, Hashdisk aims to foster collaboration, innovation, and accessibility within the Bitcoin mining community, driving forward progress and democratizing participation in the mining ecosystem.
Pre-conception Phase: The Hashdisk project is currently in the pre-conception phase, laying the groundwork for prototyping and development. During this stage, the project team is conducting research, gathering requirements, and exploring potential design options. The focus is on refining the concept and preparing for the next steps in the development process. Stay tuned for updates as the project progresses towards prototyping and realization.
In the ever-evolving landscape of Bitcoin mining, innovation is key to staying ahead of the curve. That's where hashdisk systems come in. Picture this: a cutting-edge solution that redefines the way we approach mining operations, offering a slew of benefits that elevate efficiency, versatility, and sustainability to new heights.
At the heart of hashdisk systems is the design. Imagine a sleek, cylindrical form factor that maximizes space utilization and enhances airflow around critical components. This isn't just a shape, it's a game-changer. With optimized cooling capabilities and structural integrity, hashdisk systems can be built to thrive in any environment, whether it's deep underground or submerged in water.
The cylindrical shape of hashdisk systems isn't just about aesthetics, it's for integrating with existing central heating and water heating systems. Imagine effortlessly dropping these compact units into your setup, seamlessly harnessing the heat generated from Bitcoin mining to warm homes or facilities air and water. With its streamlined design and versatile deployment options, hashdisk systems offer a plug-and-play solution for enhancing energy efficiency and reducing operating costs in heating applications. It's innovation that doesn't just improve mining operations, it transforms the way we think about sustainable heating solutions.
Now, let's talk sustainability. With hashdisk systems, we're not just mining for Bitcoin, we're harnessing the power of heat. Imagine repurposing that heat to warm homes or facilities air and water. It's a win-win: reducing energy consumption and carbon footprint while keeping costs down.
They're affordable and scalable too. Thanks to manufacturers like JLCPCB, hashdisk PCBs are accessible to miners of all sizes, from hobbyists to industry giants. With competitive pricing and streamlined manufacturing processes, hashdisk systems can revolutionize Bitcoin mining for everyone.
In summary, hashdisk systems aren't just another mining solution, it’s the next chapter in the Bitcoin future. With advanced thermal management, and sustainable features, hashdisk systems are poised to lead the charge in the future of Bitcoin mining.
The rounded design of the hashdisk and its housing offers several advantages that contribute to its efficiency and suitability for various deployment scenarios:
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Optimal Space Utilization: The cylindrical shape of the hashdisk maximizes space utilization within the housing, allowing for more efficient packing of components. This compact design minimizes wasted space and facilitates denser configurations, leading to higher performance in a smaller footprint.
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Enhanced Cooling: The cylindrical form factor promotes efficient airflow around the components, facilitating better cooling. Heat generated during operation can dissipate more effectively, reducing the risk of thermal throttling and prolonging the lifespan of the hardware. This is particularly beneficial in high-density mining setups where heat management is critical.
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Structural Integrity: The rounded shape of the housing provides inherent structural strength, minimizing the risk of deformation or damage under stress. This robust construction ensures the integrity of the hashdisk, even in challenging environments such as underwater or subterranean deployments.
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Versatile Deployment: The cylindrical design lends itself well to various deployment scenarios, including underground or underwater installations. Its streamlined shape offers minimal resistance when submerged or buried, making it suitable for applications where conventional rectangular enclosures may encounter difficulties.
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Ease of Maintenance: The rounded housing simplifies maintenance tasks by eliminating sharp corners and edges that can trap dust or debris. This streamlined design facilitates easier access to internal components, reducing downtime and maintenance costs associated with cleaning and servicing.
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Perfect for Forced Air or Liquid Submersion Cooling: The cylindrical shape and streamlined design of hashdisk systems make them ideal candidates for forced air or liquid submersion cooling methods. Whether it's circulating air efficiently around the components or immersing them in a cooling liquid, hashdisk systems excel at dissipating heat, ensuring optimal performance and reliability even in demanding cooling environments.
Overall, the rounded design of the hashdisk and its housing offers a compelling combination of efficiency, durability, and versatility, making it an ideal choice for a wide range of mining applications.
It's always appreciated to receive support for purchasing PCB boards and prototype parts. If you'd like to contribute to this project and help accelerate the effort, you can do so via Bitcoin: 1P6gz8bggna5s93th9CxNommxcNivN2bPp or GitHub Sponsorship