A Startup Claims To Store 100TB In Cartridges Similar To Nintendo

A Startup Claims To Store 100TB In Cartridges Similar To Nintendo

A Startup Claims To Store 100TB In Cartridges Similar To Nintendo. A new material science development, according to Folio Photonics, would enable extremely high-capacity, inexpensive optical disc cartridges.

Details about A Startup Claims To Store 100TB In Cartridges Similar To Nintendo:

The data storage start-up claims to have developed the first enterprise-scale optical storage discs that are economically viable and have dynamic multi-layer write/read capabilities, which has led to a considerable drop in cost per capacity.

Unlike current archival discs, which only feature three optical layers per side, Folio Photonics’ invention enables up to 16 layers to be inserted on each disc surface, significantly increasing capacity.

Folio Photonics will transfer its emphasis from research to product development as a result of the discovery, with the first discs expected to be available in 2024.

Ten-disc cartridges from the company would initially hold 10TB of data (1TB per disc). However, it is claimed that the ability to add more layers will quickly enable discs to develop into “multi-TB capacity.”

Folio Photonics CEO Steven Santamaria told TechRadar, “Our gifted technical team has pioneered a revolutionary method to optical storage that overcomes past limitations and puts unheard-of cost, cybersecurity, and sustainability benefits within reach.”

Folio Photonics is ready to change the course of archive storage thanks to these benefits.

Former Gartner analyst John Monroe echoed these optimistic predictions when he said that the company is “on a path to engendering substantially bigger data density than was deemed practicable some years ago.”

Large firms are anticipated to spend a lot on archive storage as the amount of data produced by internet activity, smart gadgets, IoT sensors, and routine business activities continues to grow quickly. Linear tape-open (LTO) magnetic tape is the best technology available today, offering the lowest cost per capacity.

The tape does have certain drawbacks, though, such as the inability to identify specific files because data can only be read sequentially and the requirement for enterprises to convert to new tape on a semi-regular basis to prevent data loss.

There could be a big impact if a new low-cost type of archival storage is introduced. The new technology from Folio Photonics should make disc cartridges faster than tape and more resistant to radiation, salinity, humidity, and temperature changes. They live for approximately 100 years. They will also make use cases for “write once, read many” (WORM) possible.

Compared to Folio, LTO-9 costs around $8.30 per TB.

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