What Is The Best Embedded System to Use In Consumer Electronics?

System: In modern consumer electronics, one of the most valuable tools for efficiency and productivity is embedded systems that quantify and translate real-time data into usable information. Embedded systems are rising in popularity, and now they can be routinely found in consumer electronics such as heating systems, cars, cellphones, and fitness trackers.



In most scenarios, the electronic device’s success is contingent upon the type and programming of the embedded device it uses. Not all embedded devices operate on the same playing field, and if your device isn’t running on Linux with SUSE, it could be facing severe security, processing, and efficiency difficulties.

How does an embedded system Work?

By definition, an embedded system is a small, singular computer inside a network of systems that compromise an electronic device or machine. Their role is to receive data, process it, and then forward the information to a processor that derives critical insights.

For example, some computer mouses utilize a camera that takes pictures of the surface the mouse is moving over. Once the images forward to the embedded device, it reads them and passes the data on to the computer, determining where the cursor ends up on the screen.

Not all embedded systems are created equally, and those that run on platforms other than Linux are far more likely to have issues over their lifetimes. When purchasing a new electronic device, opt for Linux systems over competing models.

How does Linux provide the best embedded systems in consumer electronics?

Number of supported applications

Due to the open-source support of applications by Linux, there are far more applications available on Linux systems, which allows you to customize your devices. Other systems disallow open-sourcing to control what you can run and purchase. Because of this, these non-Linux counterparts mainly grant permissions to applications that they own and those able to turn a profit.


Linux can manage and run large numbers of processes simultaneously without crashing and needing to turn off to update itself, meaning our electronic device can use multiple embedded systems simultaneously. Additionally, Linux systems can run and feed off of the information the other expedites.


One of the most significant determining factors in business transactions is cost. When a product is cheaper and outperforms competitors’ products, opting for the more affordable option is a no-brainer for those business executives looking to cut costs.

Fortunately, embedded systems offered by Linux boast unbeatable prices. Because Linux is an open-source operating system that allows for source-codes to be submitted and used by all users at lower prices competitors can’t contend with, there’s no reason to make the switch.


Paying less for an operating system doesn’t mean that you are sacrificing security. For instance, Linux utilizes a multi-user system that acts as an impenetrable defense against cyber-attacks and threats. That said, Linux systems allow businesses to improve their bottom line and bolsters your device’s security.

Linux devices rank supreme

With these advantages in mind, it’s clear that Linux comes out on top in terms of the best software for embedded systems. For those business executives not already in the know, don’t settle for second best. Upgrade your embedded system.

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