A guide to Raspberry Pi 5 power requirements, including USB-C PD, the DA9091 PMIC, power measurement techniques, and Linux power management.
Raspberry Pi 5 Power Requirements and Management Read More »
A guide to the Raspberry Pi 5 hardware. Learn about GPIO, USB 3.0, PCIe, MIPI, and networking for embedded Linux development.
Raspberry Pi 5 Hardware Overview: Peripherals and I/O Read More »
A closer look on the Raspberry Pi 5 hardware. Explore the BCM2712 SoC, Cortex-A76 CPU, VideoCore VII GPU, and LPDDR4X memory.
Raspberry Pi 5 Hardware Overview: SoC and Memory Read More »
An analysis of the key challenges in embedded Linux development, covering resource requirements, real-time performance, system complexity, and GPL licensing.
Challenges and Disadvantages of Linux in Embedded Systems Read More »
Discover the key advantages of using Linux in embedded systems. Open source, customization, hardware support, and networking for the Raspberry Pi 5.
Advantages of Linux in Embedded Systems Read More »
A guide to embedded Linux distributions. Compare Debian, Yocto, Buildroot, OpenWrt, and Android for Raspberry Pi 5 development.
Overview of Common Linux Distributions for Embedded Systems Read More »
A guide to the Linux kernel vs. userspace architecture for embedded systems, using the Raspberry Pi 5 for practical C and Python examples.
Linux Kernel vs. Userspace in an Embedded Context Read More »
A guide to the history of Linux and its use in embedded systems. Learn the fundamentals and compile your first kernel module on a Raspberry Pi 5.
An Introduction to Linux for Embedded Applications Read More »
An in-depth look at real-world embedded systems in consumer, automotive, industrial, and medical fields. Includes a practical Raspberry Pi 5 project.
Real-World Examples of Embedded Systems Read More »
A university-level guide to classifying embedded systems. Explore standalone, real-time, networked, and mobile systems with Raspberry Pi 5 examples.
Types and Classifications of Embedded Systems Read More »
