Embedded System Development: 5 Methods for Driver Design

Embedded System Development: 5 Methods for Driver Design

Embedded application software will at times access the lowest level firmware and perform some hardware control. The design and implementation of drivers are crucial to ensure that a system meets its real-time requirements. The following 5 tips are considerations that every developer should keep in mind when designing drivers. Let’s follow the editor of “Microcontrollers … Read more

5 Tips for Driver Design in Embedded System Development

5 Tips for Driver Design in Embedded System Development

Editor’s Note: In the development of embedded systems, the design and implementation of drivers are key components that are crucial for meeting the system’s real-time requirements. This article, written by senior embedded software development expert Jacob Beningo, summarizes five tips that developers should master when designing drivers. Every embedded application software will eventually access the … Read more

StratifyOS: A Comprehensive RTOS for ARM Cortex-M Microcontrollers

StratifyOS: A Comprehensive RTOS for ARM Cortex-M Microcontrollers

StratifyOS is not just a simple embedded operating system; it is a comprehensive real-time operating system (RTOS) tailored for ARM Cortex-M microcontrollers, aimed at simplifying the development process and fully leveraging the powerful performance of Cortex-M processors. This article will delve into the core features, advantages, and application scenarios of StratifyOS. Lightweight Yet Powerful Real-Time … Read more

Five Design Approaches for Driver Development in Embedded Systems

Five Design Approaches for Driver Development in Embedded Systems

Every embedded application software will at some point access the lowest level firmware and perform some hardware control. The design and implementation of drivers are crucial to ensure that a system can meet its real-time requirements. Here are 5 tips that every developer should consider when designing drivers. Let’s explore the relevant content together. 1. … Read more

How to Start Taking Action After Setting Goals

How to Start Taking Action After Setting Goals

When we embark on a challenging task, the most difficult part is actually whether you can start taking action. As long as you take action, you have already completed 80% of the task. Then we will go through a process where, after working hard for a long time, we receive no feedback and see no … Read more

Embedded Software Architecture Design: Establishing an Abstraction Layer

Embedded Software Architecture Design: Establishing an Abstraction Layer

Software architecture is a topic of much debate, with various viewpoints. What is software architecture? We can find countless definitions online. For instance, we can define it as follows: software architecture is the fundamental structure of a software system, reflected in its components, the relationships between components, the rules for component design and evolution, and … Read more

Software Architecture: Embedded Software Abstraction Layer

Software Architecture: Embedded Software Abstraction Layer

Follow and star the official account for exciting content Source: Dog Brother Embedded https://zhuanlan.zhihu.com/p/600061712 Software architecture is a topic with various viewpoints and definitions available online. For example, we can define it as: software architecture is the fundamental structure of a software system, reflected in its components, the relationships between components, the rules for component … Read more

Heterogeneous Quad-Core Embedded Processor RV32M1 Series – RI5CY Core Hardware Abstraction Layer Project

Heterogeneous Quad-Core Embedded Processor RV32M1 Series - RI5CY Core Hardware Abstraction Layer Project

Luo Jia Submission: Heterogeneous Quad-Core Embedded Processor RV32M1 Series – RI5CY Core Hardware Abstraction Layer Project: <a href="https://github.com/rv32m1-rust/rv32m1_ri5cy-hal">https://github.com/rv32m1-rust/rv32m1_ri5cy-hal</a> The RV32M1 processor has four cores with different instruction sets, including two different ARM cores and different RISC-V cores, allowing for more adaptable and flexible application frameworks. Each core should be supported by different hardware abstraction layer … Read more