4 Ground-Breaking Innovations That Aided the Spread of Linux

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At the moment, operating systems that are based on Linux are seeing widespread use on desktop computers as well as servers. On the other hand, if we didn’t have these technology, it certainly wouldn’t be the same as it is now.

Linux is an excellent computer operating system, but it didn’t get to where it is now all by itself. Users were able to more easily learn about and discuss the new system with one another as a result of certain technological advancements.

In this section, we will cover a few of these technologies and the influence they have had on the expansion of Linux.

1. BitTorrent


Around the same time, BitTorrent emerged as a prominent method for obtaining substantial files. Linux distributions rapidly became a popular lawful use of the P2P protocol, despite the fact that a significant number of these files were illegal copies of media.

Leeching, also known as downloading without also submitting content, is discouraged by BitTorrent because the protocol favors sharing and penalizes “leeching,” which is downloading without also contributing content. The download speed is increased even for connections that are already quite fast.

When you have the torrent file for BitTorrent, it is able to do an effective check on the Linux ISO file to ensure that it maintains its integrity. This is another advantage of using BitTorrent. This ensures that a bogus ISO file has not been replaced by another party in any way, shape, or form. Not only is BitTorrent quick, but you can also be certain that you are downloading the correct content every time.

2. Broadband Internet

Even though Linux has always been available for free, obtaining and installing a distribution was far more challenging in the days when internet access was limited to dial-up connections rather than the faster broadband connections available today.

Depending on the extent to which you desired to install the operating system, downloading a Linux distribution through dial-up may take a significant amount of time. Downloading an X11 environment, networking utilities, and programming tools might make for a lengthy day, or perhaps a long night, as it would need inserting floppy disks into the system and downloading over the phone line.

This was one of the reasons why several Linux distributions, such as Slackware, gave users the ability to select which components of the operating system they wished to install. You would just install the software that you need, which would save you some time as well as some money in the event that internet connection was paid for on an hourly basis.

Having access to a broadband internet connection makes things a lot simpler for potential customers by enabling them to download whole Linux distributions in a short amount of time. The fact that many distributions continue to provide users the ability to pick and choose which applications they install is due to the popularity of such flexibility among technical users.

3. USB Sticks

USB Sticks

The use of USB drives has not only made it easier to transport files that are too large to fit on a floppy disk, but they have also made it simpler to create Linux drives that are bootable.

The fact that USB devices could be written to more readily than optical media was a significant factor in their rise to prominence. There were things like CD-RWs and recordable DVDs, but they were more costly, less widespread, and their compatibility with different drives wasn’t assured.

The price of USB drives dropped as their storage capacities rose over time. They made it possible for live Linux distributions to save data on the media in the same way that a regular Linux installation would. The use of USB drives made it possible to create genuinely portable Linux systems, eliminating the need to carry a laptop. Simply inserting the disk into a computer and starting it up would be sufficient.

4. CD Burners

CD Burners

Another major technology that had a lot of mainstream use but was especially helpful for Linux users was the CD burner.

By the middle of the 1990s, the size of Linux distributions had grown to the point where they were no longer manageable on floppy disks, which at the time were the most common format for rewritable media.

The distribution of Linux operating systems on traditional manufactured CD-ROMs gave rise to a small business in its own right. One such example is Yggdrasil Linux/GNU/X, which was also one of the earliest live distributions and gave users the ability to start the operating system directly off the CD. The ever-increasing file sizes of proprietary operating systems like Windows and macOS were another factor that contributed to the shift away from floppy disks and toward CDs.

At the tail end of the 1990s, as CD burners became more reasonably priced, the installation of Linux distributions became a natural application. In conjunction with the expansion of broadband internet, potential consumers were able to rapidly download a Linux distribution, burn the ISO image to a CD, test it out, and even install it on their hard drives.

When they were done, they could give the CD to their friends and get them interested in Linux in turn; all for the price of the media itself, this was a great way to save money.

Because of these technologies, Linux is what it is today.

Linux would not have the foundation that it has today if not for the development of technologies that are used for storage and networking. Using today’s networking technology, Linux can be downloaded and installed by virtually anybody; however, this is only the beginning of the fun. After installing Linux, you will have access to a plethora of potent commands that will allow you to supercharge your networking capabilities.

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