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EON wants to move the data superhighway from ocean fiber to space lasers
Endeavor Optical Networks (EON), a startup, aims to revolutionize data transport by using laser-equipped satellites instead of undersea fiber optic cables. Backed by $10.75 million in funding, EON plans to launch 20 satellites offering data speeds of 2.4 terabits per second, ultimately focusing on underserved data routes. With expertise from founding members, EON addresses current bandwidth limitations in space technology.
Key points
- EON proposes using laser technology for data transport instead of relying on complex undersea fiber optic networks.
- The startup aims to deploy a network of 20 satellites capable of offering 2.4 terabits per second to serve data centers.
- Challenges include atmospheric distortion of laser signals, particularly with weather interference.
- Initial focus is on long or underserved routes, such as France to Australia, and Africa to South America.
- EON's technology leverages advancements in optical communication and aims for high optical throughput, initially targeting 800 gigabits per second with plans to improve.
Why it matters
- The growing demand for high-speed data transference aligns with the increasing capacity needs in AI computing and global data centers.
- The concept of satellite-based data communications echoes broader trends explored by other technologies, like Blue Origin's TeraWave initiative.
- The advancement of satellite communication reflects ongoing shifts toward decentralized infrastructure, critical in global data transport networks.
EON's innovative approach to data transfer through satellite lasers represents a significant step toward overcoming current bandwidth limitations and caters to the urgent needs of modern data centers. Their efforts may transform data infrastructure by making high-speed connections more reliable and accessible.