Running FreeRTOS on ZYNQ SoC

Running FreeRTOS on ZYNQ SoC

Running FreeRTOS on ZYNQ SoC This project demonstrates how to get started with FreeRTOS on the Zynq SoC. Introduction The AMD Zynq SoC device combines the programmable logic structure of a typical FPGA with the processing power provided by an ARM processor core, serving as a platform for building various embedded system applications. Dedicated logic … Read more

Implementing Inter-Task Communication in FreeRTOS

Implementing Inter-Task Communication in FreeRTOS

Follow and star our public account, reach wonderful content directly Source: Technology makes dreams greater Author: Li Xiaoyao FreeRTOS is a customizable, preemptive multitasking kernel that is very useful and has no limit on the number of tasks. It has been analyzed many times before, simply put, FreeRTOS real-time systems can create multiple independent tasks … Read more

Understanding the FreeRTOS Task Scheduler

Understanding the FreeRTOS Task Scheduler

Concept of Task Scheduler FreeRTOS provides a priority-based preemptive task scheduler: with the exception of interrupt handler functions, the code that locks the scheduler, and code that disables interrupts, all other parts of the system can be preempted. The system theoretically supports an unlimited number of priorities (0 ~ N), the lower the priority value, … Read more

Introduction to FreeRTOS: Heap and Stack

Introduction to FreeRTOS: Heap and Stack

Introduction This article officially starts learning about the FreeRTOS operating system. I plan to write a series of articles to help everyone quickly get started with FreeRTOS. 1. Introduction to FreeRTOS FreeRTOS is an open-source, real-time, embedded operating system that is widely used in small embedded systems and microcontrollers. The design goal of FreeRTOS is … Read more

Understanding Azure RTOS (ThreadX) for Embedded Applications

Understanding Azure RTOS (ThreadX) for Embedded Applications

Getting straight to the point: Azure RTOS (ThreadX) is a high-performance real-time operating system (RTOS) designed specifically for embedded applications. So, what is a real-time operating system: A real-time operating system is one that serves real-time running objects, with the English name real-time operating system, abbreviated as RTOS. RTOS aimed at MCU or microcontrollers is … Read more

ThreadX: An Advanced and Reliable Real-Time Operating System (RTOS)

ThreadX: An Advanced and Reliable Real-Time Operating System (RTOS)

ThreadX is an advanced real-time operating system (RTOS) designed for deeply embedded applications. It is known for its efficiency, reliability, and scalability, widely used in various fields, from automotive electronics to industrial automation and Internet of Things devices. This article will delve into the core features, architecture, modules, and usage of ThreadX, helping readers gain … Read more

Free Download of VxWorks Technical Materials Part 3

Free Download of VxWorks Technical Materials Part 3

Click “Read the original text” to access more VxWorks resources Free download of VxWorks technical materials, resources sourced from the internet, copyright belongs to the original author! Click “Read the original text” to download all related resources Application related (APP) WatchDog under VxWorks Counting semaphore of VxWorks Task VxWorks device driver Online programming technology based … Read more

Comprehensive Guide to VxWorks Device Driver Development

Comprehensive Guide to VxWorks Device Driver Development

Comprehensive guide to writing device drivers under the VxWorks operating system, it is very detailed, the file is small, but very clear, making it a good reference book for driver developers. Click “Read the original text” to download this e-book, sourced from the internet, for learning purposes only. VxWorks is a commonly used embedded hard … Read more

Introduction to FreeRTOS Real-Time Operating System

Introduction to FreeRTOS Real-Time Operating System

FreeRTOS is a small, portable, open-source real-time operating system kernel, commonly used in embedded systems. Due to its lightweight design, it is very suitable for resource-constrained devices, such as microcontrollers. Here are some key features of FreeRTOS: Real-time Task Scheduling: Provides multiple task scheduling strategies to ensure that real-time tasks can be executed on time. … Read more

Introduction to FreeRTOS Tasks

Introduction to FreeRTOS Tasks

1. Uses of FreeRTOS FreeRTOS is generally used in hardware designs where there are certain limitations on RAM size (cost, resources, performance-to-power ratio, etc.). It is one of the most widely used real-time operating systems today. Choosing FreeRTOS for project applications generally considers the following aspects: Real-time (time constraints): Like most RTOS, at each clock … Read more