- The first -generation system is slow from tape but its purpose is to scale faster by 2030
- The roadmap of the irrigation includes physics so it looks like a science -fi with helium ion beam
- The speculation is occupied by long -term capacity that is not yet beyond lab settings
Munich -based startups are developing a coerbit that claims it can disrupt the magnetic tape in archive data storage.
Using fhetocond lasers for ceramic layered data inside glass pills, the company has imagined racks with more than 100 stomach bytes (100,000tb) data with the end of the decade.
Yet, despite these bold goals, practical obstacles mean that such ability may take decades before seeing the use of the real world.
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The journey of 100pb racks slowly begins with the first generation system
CMO and co -founder Martin Kanzay presented a vision in the recent A3 Tech Live event, noting that the system is based on the “glass tablet on the ceramic recording laser laser enching” of the ceramic recording layer.
These tablets are placed in the cartridges and are closed by robotic weapons inside the tape library style cabinet, which is a familiar setup with unconventional turns.
The pilot system, which is expected to 2026, is aimed at 90 seconds to provide 1 pitcher per byte in the first byte and only 100 Mbps in the permanent bandout.
During several refresh cycles, Serbite claims that performance will increase, and by 2029 or 2030, it expects that “100 Plus PB Archive Storage Rack with 2 Gb PS Bandout and Sub-10-Secondly with the first byte.”
The company’s long -term estimates are even more expensive, and it believes that the Fortosconding laser technology may be developed in the “a particle beam matrix tech” that is capable of lowering bit size from 300NM to 3nm.
With the writing of helium -ion beams by 2045, Serbite imagined up to 100,000pb system in the same rack.
However, such claims stand in the physics of speculation and, as the report states, “at this time, it should be exempted as a wonderful but understandable technology for this time.”
Microsoft’s projects, such as rivals such as silica, holograms, and DNA storage, include the longevity of the media, faster access times, and low cost per terabyte.
“The tape lasts for more than 100 years over 7 to 15 years of tape,” said Kanzay, designed to handle long -term storage with low environmental impacts.
He also stated that this technology “can send data to 1 GBPS vs. 1-2 GBPS, and” costs $ 1 per TB compared to 2 TB of tape. “
So far, the company has received a grant of about $ 10 million and more than $ 4 million in seed capital.
Now it is looking for a round VC funding, which is the backbone of Western digital, pure storage, and I, including Qi Tail.
Whether the irrigated conventional archive storage methods become a viable alternative to or eliminated because another ideological progress depends not only on density, but also on the effectiveness of long -term reliability and cost.
Even if it does not become a practical alternative to a major HDD by 2045, Serbite’s work can still affect the future of long -term data storage, not on IT IT projects.
Through a block sand file
