New Storage Device Potentially Store Data for 1,000 Years (1)

The self capacitance of a bit line changes depending on the existence and number of metal nanodots. Therefore, data are written (metal nanodots are formed) after coding the data so that the existence of a metal nanodot ("0" and "1") is equalized.

New Storage Device Potentially Store Data for 1,000 Years (1)

A Japanese research group developed a technology to realize a storage device that can store data for more than 1,000 years and has a recording density equivalent to that of an HDD.

Fri 24 Feb 17 from Tech-On

New Storage Device Potentially Store Data for 1,000 Years (2)

The self capacitance of a bit line changes depending on the existence and number of metal nanodots. Therefore, data are written (metal nanodots are formed) after coding the data so that the ...

Thu 23 Feb 17 from Tech-On

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