![]() The list of reasons behind the rapid growth of embedded Linux is virtually endless. ![]() ![]() How does embedded software work Embedded software is used to control the limited, set functions of hardware devices and doesn’t generally need input it is not typically worked with directly by users. Linux implements a rich stack of networking protocols, it is highly scalable, open-source with extensive community support, and you can deploy it with no royalties. Examples of embedded software include those found in dedicated GPS devices, factory robots, some calculators and even modern smartwatches. Instead of being restricted to a specialist programming language in an industrial setting and compared to native microcontrollers programming, with Linux also comes extensive support for languages. Linux runs on many hardware platforms because developers ported the kernel to several CPU architectures. Linux is the premier choice by developers of embedded applications for several reasons: from being open-source to scalability, developer support, and tooling, myriad arguments justify why Linux is a great candidate for embedded systems. Despite Linus never shipping a version of Linux for embedded applications, developers often need a configuration to support their custom hardware, as the kernel build configuration found in a device usually varies from the one in a server or workstation.
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