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Efficient. Scalable. Sustainable.

Bitcoin is decentralized, and so are we. We use various strategies and business models, including outsourcing to third-party hosting providers or hosting our own operations, to maintain a diversified portfolio of Bitcoin mining sites in multiple states and countries. At Marathon, we are building one of the largest, most energy efficient, and most technologically advanced Bitcoin mining companies in the world.  

At Marathon, we follow an asset light approach, minimizing the need to deploy capital into fixed structures. In return, we invest in revenue-generating assets.

This allows for flexibility across operations, enabling us to quickly respond to changing market environments while growing green and staying lean.

Our Fleet Across the World

Map
map

A Clear Path to 23 EH/s

AS OF 09.01.23
2023
line-graph
Average Hash Rate
13.2 EH/s
Operational / Energized Hash Rate
19.1 EH/s
Installed Hash Rate
23.1 EH/s

Power

Grid
Wind
Nuclear

Cooling

Air
Immersion
Total Operational Miners
156,600
Fleet Efficiency
25.2 J/TH
Total Megawatts
510 MW
Total Sites
8
% of Bitcoin Network
4.1 %
McCamey, TX
Powered Type
Wind
Wind
Thunder
Grid
Cooling Method
Air
Operational Miners
68,240
Average Hashrate
4.0EH/s
Operational Hashrate
7.8EH/s
Installed Hashrate
7.8EH/s
Ellendale, ND In Development
Powered Type
Thunder
Grid
Cooling Method
Air
Operational Miners
56,000
Average Hashrate
6.6 EH/s
Operational Hashrate
7.6 EH/s
Installed Hashrate
7.6EH/s
Jamestown, ND In Development
Powered Type
Thunder
Grid
Cooling Method
Air
Water
Immersion
Operational Miners
10,600
Average Hashrate
1.3 EH/s
Operational Hashrate
1.4 EH/s
Installed Hashrate
1.4 EH/s
Garden City, TXIn Development
Powered Type
Wind
Wind
Thunder
Grid
Cooling Method
Air
Water
Immersion
Operational Miners
0
Average Hashrate
0.0EH/s
Operational Hashrate
0.0EH/s
Installed Hashrate
4.1EH/s
Abu Dhabi, UAE*In Development

*Data only represents Marathon’s share of the joint venture and not the total scope of operations.

Powered Type
Thunder
Grid
Cooling Method
Water
Immersion
Operational Miners
1,690
Average Hashrate
0.1EH/s
Operational Hashrate
0.2 EH/s
Installed Hashrate
0.2EH/s
Granbury, TXIn Development
Powered Type
Wind
Wind
Thunder
Grid
Cooling Method
Air
Operational Miners
17,200
Average Hashrate
1.1 EH/s
Operational Hashrate
1.9 EH/s
Installed Hashrate
1.9 EH/s
Others*
Powered Type
Charger
Nuclear
Thunder
Grid
Cooling Method
Air
Water
Immersion
Operational Miners
4,000
Average Hashrate
0.3EH/s
Operational Hashrate
0.4EH/s
Installed Hashrate
0.4EH/s
Hash Rate
McCamey, TX
Powered Type
Wind
Grid
Cooling Method
Air
Operational Miners
68,240
Average
4.0 EH/s
Operational
7.8 EH/s
Installed
7.8 EH/s
Hash Rate
Ellendale, NDIn Development
Powered Type
Grid
Cooling Method
Air
Operational Miners
56,000
Average
6.6 EH/s
Operational
7.6 EH/s
Installed
7.6 EH/s
Hash Rate
Jamestown, ND In Development
Powered Type
Grid
Cooling Method
Air
Immersion
Operational Miners
10,600
Average
1.3 EH/s
Operational
1.4 EH/s
Installed
1.4 EH/s
Garden City, TXIn Development
Hash Rate
Powered Type
Wind
Grid
Cooling Method
Air
Immersion
Operational Miners
0
Average
0.0 EH/s
Operational
0.0 EH/s
Installed
4.1 EH/s
Abu Dhabi, UAE*In Development

*Data only represents Marathon’s share of the joint venture
and not the total scope of operations.

Hash Rate
Powered Type
Grid
Cooling Method
Immersion
Operational Miners
1,690
Average
0.1 EH/s
Operational
0.2 EH/s
Installed
0.2 EH/s
Granbury, TX
Hash Rate
Powered Type
Wind
Grid
Cooling Method
Air
Operational Miners
17,200
Average
1.1 EH/s
Operational
1.9 EH/s
Installed
1.9 EH/s
Others
Hash Rate
Powered Type
Nuclear
Grid
Cooling Method
Air
Immersion
Operational Miners
4,000
Average
0.3 EH/s
Operational
0.4 EH/s
Installed
0.4 EH/s

Diversified Portfolio Approach to Bitcoin Mining

Each Bitcoin mining deployment comes with its own set of constraints, and each requires a curated approach. We adapt accordingly. Over time, we have used different strategies and structures to build a portfolio of Bitcoin mining operations that is designed to diversify risk across our organization.

Third-Party Hosting

Historically, Marathon has outsourced most its hosting requirements to third parties who are responsible for operating and maintaining our Bitcoin miners. This strategy allows us to move quickly to scale our operations and gives us the flexibility to focus on investing in the newest Bitcoin mining technologies, including hardware and immersion cooling infrastructure.  

Self Hosting

Marathon’s original facilities were self-funded and self-hosted. Today, we are leveraging our expertise in building and operating our own sites to grow our hash rate in new geographies and with like-minded organizations looking to enhance the resilience of the Bitcoin network. By jointly working alongside regional experts to design new facilities from the ground up, we can maintain greater influence over projects that require a more hands on approach.

Joint Ventures

Joint ventures allow Marathon to establish synergistic relationships with other entities who are looking to enter or expand their footprint in the Bitcoin mining industry. By joint venturing, we can maintain greater influence over projects as we leverage our unique Bitcoin mining expertise, which include developing new technologies (pool software, firmware, etc.), designing and scaling mining operations, and leveraging our network of industry experts, to help like-minded organizations enhance the resilience of the Bitcoin network.

Data Deep Dives

Proceed with caution!

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