Use Git to manage kernel versions and track changes over time, allowing you to revert to a previous stable version if necessary. Conclusion Building a custom Linux kernel for embedded systems is a ...

Embedded systems often are more limited than your average computer when it comes to system resources, so it is important to keep your kernel's footprint small. That, in turn, makes the kernel ...

In the Internet of Things, 80% of all devices will be deeply embedded and will require 32-bit processors for communication. The use of a kernel provides the required software ...

There are strong technical and business reasons to consider using Linux for your next embedded application project such as diverse hardware support, performance, scalability, high reliability, and ...

In the search for easier ways to develop complex real-time software, many designers turn to FreeRTOS—a scalable, easy-to-use real-time kernel designed for small, low-power embedded systems ...

It's not based on Android, the California-based technology company's mobile operating system used in billions of smartphones around the world, nor does it build upon the Linux kernel.