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Welcome to this three-part mini-series on embedded Linux development on Ubuntu. Throughout this series, we will discuss the key challenges of traditional software distribution mechanisms for embedded Linux devices. We will understand why legacy development and update approaches do not suit the Internet-of-Things (IoT) world and assess how ...
Today, robotics developers have something to look forward to with the release of AMD Kria™ KR260 Robotics Starter Kit. Robotics is a challenging endeavour. By reducing the barriers to entry on embedding design, AMD aims to accelerate robotics innovations in every industry. The latest addition to the Kria portfolio of adaptive system-on-mo ...
Welcome back to the monthly State of IoT. In case you missed it, here is a roundup from last March’s news. Vehicle connectivity, smart homes, new SoCs and a real-time Ubuntu kernel captured the headlines this April. Let’s jump straight into it! Real-time Ubuntu 22.04 LTS Beta Among the most noteworthy news in the IoT ...
Hannover Messe, one of the world’s largest trade fairs, dedicated to the industrial sectors (drive engineering, automation, robotics, R&D and industrial IT), will be held in Hannover, Germany from May 30th to June 2nd 2022. Come join us at Hall 5, Booth B51/1, where we will discuss all things IoT and embedded and introduce you ...
Welcome to the concluding chapter of this journey assessing Yocto and Ubuntu Core for your embedded Linux project. Among the go-to solutions in the industry and benefiting from wide popularity, Yocto enables developers to build a custom embedded Linux distribution from scratch. With extensive control over every stage of compiling and bui ...
Welcome to the third chapter of this four-part series on Yocto vs Ubuntu Core. We have already gone a long way on the journey to choosing the right OS for your embedded Linux project. Part I covered the main characteristics of Yocto, and Part II assessed the advantages brought about by Ubuntu Core. If you ...
Welcome to Part II of this mini blog series on Yocto vs Ubuntu Core for your embedded Linux project. In Part I, we set the stage for the remainder of the series and gave an overview of the pros and cons of using Yocto, alongside the advantages of its recipes, layers, and BSPs. Users, developers, and ...
Welcome to this mini blog series on Yocto vs Ubuntu Core for your embedded Linux project. Throughout this series, we will diligently assess the key considerations when choosing the OS of an embedded Linux system. We will also analyse the pros and cons of the most widely-adopted Linux-based distributions for embedded devices. Finally, we ...
An embedded device is a hardware and software system that performs a dedicated function within a larger computer system. It is typically resource-constrained and comprises a processing engine. The software of an embedded Linux system runs on top of the Linux kernel, the fundamental core of the OS with complete control over everything occ ...
It’s Wednesday, and you have less than 2 days to make the quarter. Busy month with no time to catch up with the latest info? No problem! Get up to speed with this curated list of bite-sized chunks of IoT news. In case you missed it, here is the State of IoT from last February! ...
We now deliver Ubuntu Frame, a display server for embedded devices that makes it easy for developers to deploy their graphics applications on Linux. Ubuntu Frame simplifies the development of embedded displays such as digital signage solutions, kiosks, IoT devices, robots, and more. In this blog, we will discuss the migration from mir-kio ...
