Image: Adamant Namiki Precision Jewelery

The future of high-density data storage may come in the form of smallish wafers. Adamant Namiki Precision Jewelery, a company based in Japan, has shared a press release confirming its success in developing technology for mass producing diamond wafers that measure only 2-inches but are capable of storing an enormous amount of data. Their storage capacity is purportedly equivalent to a billion Blu-ray discs, or, even more shockingly, “the total amount of mobile data distributed worldwide in one day.”

Succeeded in mass production of ultra-high-purity diamond wafer with a diameter of 2 inches (Adamant Namiki)

Adamant Namiki Precision Jewelery Co., Ltd. (Adachi-ku, Tokyo, President Ryako Namiki) has developed a mass production technology for ultra-high purity diamond wafers with a diameter of 2 inches. Quantum memory used in quantum computers and ultra-high-sensitivity magnetic sensors use ultra-high-purity diamonds with a nitrogen concentration of 3 ppb or less (ppb = 1 billion percent), and development is accelerating. Until then, usable diamond crystals were only about 4 mm square. This time, we have developed a diamond wafer with ultra-high purity and a diameter of 2 inches (about 55 mm). It is expected that it will lead to the realization of quantum computers in the future. This product is scheduled to be commercialized in 2023.

In 2021, Adamant Namiki Precision Jewelery Co., Ltd. developed a high-quality diamond wafer (trade name: KENZAN Diamond) with a diameter of 2 inches using a unique step flow growth method in collaboration with Saga University. We issued a press release on September 9th. In this diamond crystal growth technology, nitrogen gas had to be used to obtain a high growth rate, so nitrogen impurities with a concentration of several ppm were mixed into the diamond crystal and could not be used in a quantum computer.

On the other hand, commercially available ultra-high-purity diamonds with a nitrogen concentration of 3 ppb or less have dimensions of only 4 mm square, and even if they could be used for research, they could not be used practically.

Therefore, Adamant Namiki Precision Jewelery Co., Ltd. has developed a mass production technology for ultra-high-purity diamond wafers with a diameter of 2 inches by suppressing the mixing of nitrogen as much as possible through crystal growth. Quantum memory using diamonds can record ultra-high density data, and one diamond wafer with a diameter of 2 inches can store data equivalent to 1 billion Blue-Ray discs. This is equivalent to the total amount of mobile data distributed worldwide in one day, and fits on one diamond wafer.

In the future, we will establish peripheral technologies and commercialize them in 2023.

Having debuted 15 years ago, Blu-ray discs are now available in various capacities, including 25 GB (single-layer), 50 GB (dual-layer), and the even larger BDXL formats, which feature three to four layers enabling storage of up to 100 GB (rewritable) or 128 GB (write-once) of data. Other futuristic storage concepts that have been reported recently include CD-sized glass discs that boast a capacity of 500 TB.

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3 comments

  1. Is this talking Zattabyte levels of storage?

    Is it going to take a year to format? What are read/write speeds - guess till have 5-10+ years of development ahead of it - or will it go the way of bubble memory?

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