Objective: This article will present the Petalinux approach of building custom images for the Ultra96-V2 board. It will utilize hardware design files built on Vivado from the previous article. Recommended Prerequisite articles to read i) Ultra96-V2 Zynq UltraScale+ MPSoC Custom Image Creation (Part 1): Hardware Generation In the previous article, we generated the hardware design …
Objective: This writeup will guide you on how to create a custom minimal image for Raspberry Pi 4 board using the Yocto build tool. More capability and flesh will be added to the image in subsequent writeups. Recommended prerequisite articles to read: Yocto: Environment Set-up and Initial Build In this writeup, we will explore building …
Objective: This article presents the system requirements for Yocto development. A physical computer set-up is presented that the author has found highly productive. An initial Yocto build process is presented step-by-step that results in a QEMU capable image. Recommended prerequisite articles to read: Yocto: Embedded Linux Its public secret that the Yocto development approach is …
Objective: This article presents a brief introduction on some aspects of Embedded Systems and to set the ground for the beginning of Yocto Embedded Linux development. Recommended prerequisite article to read: None Introduction As an Embedded Systems engineer or enthusiast, a common progression would involve a combination of any of the following: Baremetal development for …