Types of magnetic storage devices: Examples

Last Updated on September 23, 2022 by Shahzad Arsi

We all know that hard drives are very extensive in their usage. This is because they store so much data and they are almost identical to one another. However, there is a vast number of different types of magnetic storage devices. Each has its own unique features and characteristics.

You will find this article full of information about different categories of magnetic storage devices including floppy disks, tape & reels, CDs-R, and Blu-Ray Discs along with other advancements in the field!

What is a Storage Device?

A storage device is a means of storing data, which can be files or other similar items. The most common types of storage devices are hard drives, flash memory, and solid-state drives (SSDs).

1. Hard Drives

A hard drive is a physical device that stores data on rotating platters inside the casing of the drive. It can also read/write data to/from its own internal memory as well as memory cards and external drives.

2. Flash Memory

Flash memory is a type of non-volatile memory that can be erased and rewritten over and over again without being damaged by power loss or corruption. It is accessed through a controller chip embedded in the device’s circuit board or built into an SSD’s NAND flash die itself.

3. SSDs

An SSD (solid-state drive) is a portable storage device that uses solid-state electronics instead of mechanical parts to store data on its digital circuits. Because it has no moving parts, an SSD can be more reliable than mechanical hard drives.

However, they are more expensive than traditional hard drives because they do not need any moving parts or rotating platters to keep track of where their information is stored!

Types of magnetic storage devices
Types of magnetic storage devices

What are Magnetic Storage Devices?

Magnetic storage devices are a type of computer hardware that uses magnetic tape to store data. These tapes can be read by magnetic heads, which are located on read/write cartridges. The head moves across the tape at high speed and then reverses direction. The tape is recorded in blocks of data called “records”. Each record has a header that contains information about its size and contents.

One common use of magnetic storage devices is for backing up data from disk drives to tape cartridges. Data stored on magnetic tapes can be backed up to disk using a backup program on a computer running Windows XP or later operating systems.

Types of Magnetic Storage Devices

There are several types of magnetic storage devices. Some of them are mentioned below!

1. Hard Drive

A hard drive is a device that stores data in the form of magnetic platters. The platters are made of a hard material, such as glass or ceramic, which is coated with a magnetic material that allows them to retain their data.

Hard drives are typically used in computers, but they can also be found in other devices like digital cameras and video recorders.

2. Floppy Disk

Floppy disks are small pieces of plastic that have been coated with a magnetic material on both sides. The disks come in either 5½″ or 3½″ sizes and are used to store data on computers or other electronic devices.

You can also find floppy disks used for storing music files or applications created by computer programmers.

3. Magnetic Tape

Magnetic tape is similar to floppy disks except it has no moving parts and it uses a different type of storage device than floppy disks do: instead of using metal sliders for reading and writing data, it has only one piece of metal with two sides coated with magnetic material on each side (one side’s coating being stronger than the other’s).

This makes it possible for you to use an audio head (a micrometer screw) to read the tape back into its original format!

4. Magnetic Drum

The magnetic drum has been around since the early 1900s. It’s basically a small cylinder with a magnetic surface on its surface that can be rolled around by a motor or motorized arm to store information in it.

The data is stored as a pattern of rings on the surface of the disk, which is then read by an optical sensor at high speed. These are typically used for archiving data, but they can also be used to store data when space is limited.

5. ZIP Diskette

The ZIP diskette is similar to a floppy disk, but it has been compressed into a smaller size so it can fit more on the same amount of space. It stores more data per unit area than the floppy disk, making it more efficient at storing files.

The ZIP is also faster than its predecessor because there are no moving parts involved in reading or writing data on these disks—it just uses magnetic fields instead of physical ones like floppy disks do (although there are still some moving parts).

Its main advantage over floppies is its ability to store multiple files simultaneously without having to split them up into separate partitions!

6. SuperDisks

SuperDisk drives are another type of magnetic storage device that uses rotating head technology. This means that you can access your data by simply turning the drive over and reading from either side of the diskette.

SuperDisk drives also feature a self-diagnostic feature that lets you know when your drive is ready for use again after being repaired or replaced.


MRAM stands for “magneto-resistive random access memory”. MRAM is a type of memory that uses the resistance change caused by changes in the magnetization of specific materials in a device to store information.

The resistance change can be measured directly using a Hall-effect sensor and results in an analog signal that can be read like any other digital signal by means of an amplifier/integrator circuit.

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The Bottom Line

Magnetic storage devices have made a remarkable transition from the first floppy disk invented by IBM to the 8 GB flash drive. These devices have standardized the exchange of information between different computer systems and also gained global recognition for their enhanced speed and efficiency.

Floppy disks and other magnetic media are used to store computer programs, personal data and images. They are reliable data carriers that can be easily inserted into any system with the required connectors!

Hey guys, Shahzad Arsi man behind Circular Guru. I am a digital marketer with hands-on experience in Blogging, Seo, and Facebook marketing. Here you will get all the necessary information about Asu's laptop motherboard with easy fixes and how-to guide.