ARM-based Linux Laptop

This year we’ve seen a constant interest towards the project developed by Linux concerning their new ARM based laptop for business purposes.

The ARM architecture processor represents an advanced reduced instruction set computing or RISC machine, which is commonly found in potable devices.

The main characteristics of an ARM processor are:

  • Excellent load and store architecture
  • Orthogonal instruction set
  • Single-cycle execution
  • Boosted power-saving capabilities and design
  • Scalability for high performance
  • Hardware virtualization support

Back in 2017, Microsoft released the Windows 10 on ARM to permit users to use their OS on the Arm processor-powered laptops, mostly for those that were powered by Snapdragon chips.

Still, their competitors never failed to challenge their endeavours, which is why earlier this year a new ARM project caught attention on the globe.

Red Hat revealed that it collaborates with Fedora team to allow Fedora Linux to such devices.

What will come for Linux on ARM?

The Fedora 30 Beta was recently offered to the public, so it is safe to assume that it will take a little longer to have available a complete version of an ARM based Linux laptop for business purposes.
The Fedora 30 Beta offers a wide array of interesting features, such as:

  • Fedora uses the Deepin DE and Pantheon desktops, focusing mostly on the GNOME environment. In addition, the visual appeal has been updated, while the colour base is now saturated, creating a rather modern look
  • Due to the Dandified yum, the software package for Fedora Linux compresses all DNF repository metadata with the sole purpose of boosting efficiency
  • Besides, usual updates we’ve seen with previous beta releases can be observed, such as a seamless desktop experience, or popular packages with Python, Perl, Shell, or GNU C Library.

Why the ARM based Linux Laptop is believed to become the best?

There are several advantages that might come from using Linux on an ARM laptop.

First of all, the architecture with a tendency of being modular.

Also, standard peripheral interfaces, like SATA, will most likely be excluded from the new Linux Laptop, with the sole purpose of bettering performance.

The key distinction of Linux’s ARM based laptop and competitor’s products will be its capability to use Linux OS without any hassle, and it is a fact that people tend to buy based on operating systems first of all.

Anyway, the scalability of performance predicted by the ARM based Linux laptop for business makes users wonder what additional features might appear in this project.

Overall, ARM based devices promise to perform better in terms of viability, performance, and user experience. And if we take into account that this will be a Linux laptop, it is safe to assume the results will be one of a kind.