How the Linux System is Transformed into a Real-Time Kernel

How the Linux System is Transformed into a Real-Time Kernel

1. Basic Concepts and Background of Linux RT Patches 1.1 Concept of Real-Time and Positioning of Linux RT In modern embedded systems and industrial control fields, real-time performance has become a key indicator of operating system performance. Real-time performance refers to the guaranteed execution time of a specific task, ensuring that the task’s deadline (maximum … Read more

How to Ensure Real-Time Performance in Embedded Systems Using Linux

How to Ensure Real-Time Performance in Embedded Systems Using Linux

Introduction Environment of this Article Real-Time Kernel Main Features What the Patch Does Installing and Using the Real-Time Patch Verifying the Real-Time Kernel Performance without Real-Time Kernel Patch (Idle) Performance without Real-Time Kernel Patch (Full Load) Performance with Real-Time Kernel Patch (Idle) Performance with Real-Time Kernel Patch (Full Load) Application Scenarios of Real-Time Kernel Conclusion … Read more

Embedded RTOS — What is a Real-Time Operating System

Embedded RTOS — What is a Real-Time Operating System

Based onDr. Miro Samek‘s Modern Embedded Systems Programming Course Content of Section 22, this article summarizes the key points — the concept of Real-Time Operating Systems (RTOS). Here, RTOS specifically refers to the real-time kernel (Real-Time Kernel) part of RTOS, which is responsible for multitasking scheduling. It does not include components such as hardware abstraction … Read more

Ensuring Real-Time Performance in Embedded Systems Using Linux

Ensuring Real-Time Performance in Embedded Systems Using Linux

Click the above “Linux Notes”, select “Pin/Star the Official Account” Welfare and valuable content delivered promptly Introduction Environment of this article Real-Time Kernel Main Features What the patches do Installing and using the real-time patch Verifying the real-time kernel Performance without real-time kernel patch under no load Performance without real-time kernel patch under full load … Read more

EtherCAT High-Speed Real-Time Motion Control Card XPCIE1032H C# Development: Driver Installation and Connection Setup

EtherCAT High-Speed Real-Time Motion Control Card XPCIE1032H C# Development: Driver Installation and Connection Setup

Click on the above“Zhèng Yùn Dòng Xiǎo Zhù Shǒu”, to stay updated with new developments! XPCIE1032H Function Introduction XPCIE1032H is a PCI Express-based EtherCAT bus motion control card that supports 6-64 axes of motion control, multiple high-speed digital inputs and outputs, allowing for easy multi-axis synchronous control and high-speed data transmission. XPCIE1032H integrates powerful motion … Read more