Cerabyte: Data Storage with Advanced Ceramic Technology
Mike Matchett recently spoke with Martin Kunze, Co-founder of Cerabyte, to discuss long-term data storage solutions. Kunze discusses how Cerabyte uses ceramic materials to address the modern data center's demands for density, performance, sustainabili...
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Mike Matchett recently spoke with Martin Kunze, Co-founder of Cerabyte, to discuss long-term data storage solutions.
Kunze discusses how Cerabyte uses ceramic materials to address the modern data center's demands for density, performance, sustainability, and cost-effectiveness, steering toward the Yottabyte Era.
Cerabyte utilizes femtosecond lasers to inscribe data on ceramic-coated flexible glass, offering a virtually permanent data storage solution immune to data rot and withstanding extreme conditions without degradation.
Key insights include the technology's potential to scale data writing & reading speeds up to 1GB per second and its sustainability benefits, such as full recyclability and the absence of rare earth elements.
Kunze discusses how Cerabyte uses ceramic materials to address the modern data center's demands for density, performance, sustainability, and cost-effectiveness, steering toward the Yottabyte Era.
Cerabyte utilizes femtosecond lasers to inscribe data on ceramic-coated flexible glass, offering a virtually permanent data storage solution immune to data rot and withstanding extreme conditions without degradation.
Key insights include the technology's potential to scale data writing & reading speeds up to 1GB per second and its sustainability benefits, such as full recyclability and the absence of rare earth elements.