World Data Storage: How Much Did 2TB Equal in the Past?

In summary, in 1951, magnetic tape was first used to record computer data on the UNIVAC I, which was the first computer. By 1985, CD-ROMs were being published, and by 1993, the first 50 digital books were floppy disk.
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Hornbein
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I bought a thing the size of a pack of cigarettes that holds 2 terabytes. My question is, in what year was the total electronic data storage of the entire world equal to 2 terabytes?
 
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I don't know how you’d even quantify this to answer your question.

If you limited it to books and legal documents or if you included information on individuals collected by churches and governments.

If you limited it to bibles, korans and other related known religious literature you might get a feeling for the growth curve.
 
  • #3
Hornbein said:
My question is, in what year was the total electronic data storage of the entire world equal to 2 terabytes?
I don't believe that the data is available to make such a determination.

A claim: "Magnetic tape was first used to record computer data in 1951 on the UNIVAC I."
https://en.wikipedia.org/wiki/Magnetic_tape_data_storage#UNIVAC

The first Univac was accepted by the United States Census Bureau on March 31, 1951, and was dedicated on June 14 that year.
https://en.wikipedia.org/wiki/UNIVAC_I

Starting back in 1971, Michael S. Hart launched http://www.gutenberg.org/wiki/Gutenberg:About and digitized the U.S. Declaration of Independence, becoming the first eBook in the world. (To put the date into context, 1971 was the year that the first email message was ever sent– between two mainframe computers!) In 1985, the Voyager Company, a pioneer in CD-ROMs, was founded and published “expanded books” on CD-ROM including Michael Crichton’s Jurassic Park, and in 1993, Digital Book, Inc. offered the first 50 digital books on floppy disk.
https://govbooktalk.gpo.gov/2014/03...m-1930s-readies-to-todays-gpo-ebook-services/

One would have to find the records of data storage by various governments and corporations, most of which is probably unavailable.
 
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  • #6
jedishrfu said:
I found some more anecdotal data regarding yahoo data storage vs the human brain here:

https://www.cnsnevada.com/what-is-the-memory-capacity-of-a-human-brain/
Oops!

Watch out for the numbers on that site. They multiply 125 by 4.7 and get 1. o_O
...125 trillion synapses – 4.7 bits/synapse, and about 1 trillion bytes equaling 1 TB (Terabyte).

For context, they tried to find the capacity of the Human brain in bytes.
For an 8-bit byte I get 73TB.
 
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What is the significance of 2TB in world data storage?

2TB (terabytes) is a unit of measurement for digital storage capacity. It is equivalent to 2 trillion bytes or 2,000 gigabytes. This amount of storage is significant because it represents a large amount of data that can be stored and accessed on various devices.

How much did 2TB equal in the past?

In the past, 2TB of data storage was not commonly available. The first hard drive to reach 2TB of storage was released in 2009. Prior to this, the most common storage capacities were in the megabyte (MB) and gigabyte (GB) range.

How does 2TB compare to other units of measurement for data storage?

2TB is equivalent to 2,000 gigabytes, 2 million megabytes, or 2 billion kilobytes. It is considered a large amount of storage and is often used for storing large files such as videos, photos, and music.

What advancements have been made in world data storage since 2TB was first introduced?

Since 2TB was first introduced, there have been many advancements in world data storage. We have seen the development of solid-state drives (SSDs) that can store even more data in smaller sizes, as well as cloud storage options that allow for virtually unlimited storage capacity.

What is the future of data storage and how will 2TB be viewed in the future?

The future of data storage is constantly evolving and expanding. As technology continues to advance, we can expect to see even larger storage capacities, potentially reaching into the petabyte (PB) and exabyte (EB) range. 2TB may be viewed as a relatively small amount of storage in the future, especially as data becomes more and more integral to our daily lives.

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