FIRST-PETABYTE-USABLE-CAPACITY-SSD-COULD-COME-IN-2023

Petabyte drives are the latest advancement in storage technology that creates vast amounts of space for your digital files. A petabyte drive can typically store up to 2,000,000 gigabytes of data – that’s enough for thousands of movies, photos, and documents! So, how are petabyte drives created? And how big are they compared to other storage units?

The first petabyte drive is currently being developed by the storage giant Seagate. This drive uses the newest SMR (Shingled Magnetic Recording) technology, which moves fast and is able to store more data in less space. The drive can also read and write data faster than existing hard drives, which makes it perfect for large-scale applications, such as video streaming or game development. Seagate expects to have this drive ready by 2021.

How Big Is A Petabyte?

A petabyte is the equivalent of 1 quadrillion bytes, with the prefix ‘peta’ referring to the SI prefix for a million million million. To give you an idea of the scale, a petabyte is believed to be enough space to store around 10 million copies of the film Finding Nemo. That’s a lot of data!

To put the petabyte size into further context, it is much bigger than other commonly used forms of digital storage. For example, a terabyte is around 1000 times smaller than a petabyte. It’s just 10 gigabytes (GB) bigger than an exabyte, which is large enough to hold a billion DVDs worth of data.

A yottabyte (1 septillion bytes of data) is much bigger again and can store roughly a trillion hours of HD video. By comparison, the total amount of digital data storage currently available could just about measure a yottabyte.

What Comes After the Petabyte?

Given the scale and capacity of the petabyte, it’s no wonder many people are asking, what comes after the petabyte?

The answer could lie with quantum computing. Quantum computing uses quantum bits, or qubits, which can hold far more data than a standard bit. A qubit can represent a “1”, “0” or both, which gives it far greater potential than the traditional binary code. In theory, quantum computing could manage data far greater than a petabyte (some estimates suggest up to a decillion bytes of data!).

Unfortunately, quantum computing is still in its infancy. It poses some unique storage and computing challenges, so until these problems are solved, many experts believe that people will continue to work on extending the storage limit of existing technologies.

Frequently Asked Questions

How much data can a petabyte drive store?
A petabyte drive can typically store up to 2,000,000 gigabytes of data.

What is quantum computing?
Quantum computing uses quantum bits, or qubits, which can hold far more data than a standard bit. A qubit can represent a “1”, “0” or both, which gives it far greater potential than the traditional binary code.

In addition to all this information, we also recommend checking out this helpful video to learn even more about petabyte drives and what comes after them:

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How They Will Create The First 1 Petabyte Hard Drive – TodayTechMedia

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