Comparing STM32 and Arduino: Which is More Powerful?

Comparing STM32 and Arduino: Which is More Powerful?

Which is more powerful, Arduino or STM32? Many electronics enthusiasts face a dilemma when choosing between Arduino and STM32, unsure of which to use. Arduino has always been popular, but STM32 has more interfaces, stronger performance, and faster speeds?

Features of Arduino and STM32

Arduino:

Comparing STM32 and Arduino: Which is More Powerful?

Arduino leans towards creativity, simplifying hardware operations. Its functions and syntax are very simple and user-friendly.

STM32 Serial Communication: Interrupt vs Polling

1. From Polling to Interrupt
Many students prefer polling over interrupt-driven operations.
Is this related to our nature? Everyone likes to have everything under control and dislikes being interrupted. We often have experiences where we are talking to someone and suddenly receive a phone call, and after the call, we can't remember what we were discussing! This awful experience deeply influences us, leading us to believe that machines might behave similarly; frequent interruptions might mess things up. Fortunately, while machines are generally

Getting Started with ChatGPT in Embedded Systems: Implementing Lighting Programs for 51, STM32, Arduino, Raspberry Pi, and Linux

What is trending recently? I think ChatGPT must be one of them.
How popular can this be? I always thought it was only popular in the internet and technology fields, until recently when our local government’s official account and even the community were posting content related to ChatGPT...
I then realized that the extent of ChatGPT's popularity far exceeded my understanding, so I decided to give it a try.
Without further ado, let me bring you various lighting programs in the embedded field

Testing STM32 Hardware I2C Functionality

Testing STM32 Hardware I2C Functionality

There has been a rumor circulating: The hardware I2C design of STM32 has a bug, and it is better not to use it; using software I2C is more reliable.
For a long time, to avoid unnecessary trouble, I have not used hardware I2C, mainly because software I2C is also quite convenient, and can be used on almost any port.
Recently, I designed a board that happened to use I2C, so I decided to test whether the

Understanding the Principle of Automatic Baud Rate Detection in STM32

Your device connects to the other device. If it can automatically detect the baud rate without knowing the other party's serial port baud rate, wouldn't it be very convenient?

1
Overview

Regarding the issue of automatic detection of UART serial port baud rate, those with project experience or who have studied serial communication should know a little about the methods of automatic detection.
Most people know that the baud rate can be matched one by one through software programming. This method is the most

Getting Started with Embedded Systems: ChatGPT’s Guide to Lighting Programs for 51, STM32, Arduino, Raspberry Pi, and Linux

Follow+Star Public Account Number, don't miss the wonderful content
Getting Started with Embedded Systems: ChatGPT's Guide to Lighting Programs for 51, STM32, Arduino, Raspberry Pi, and Linux
Author | strongerHuang
WeChat Public Account | strongerHuang
What has been the hottest topic in the past two months? I think ChatGPT must be one of them.
How hot can this thing be? I used to think it was only popular in the internet and technology fields, until recently, our local government’s public account and even

Understanding Embedded System Software Architecture

SAST weekly is a technology series launched by the student association of the Department of Electronic Engineering, covering multiple aspects such as popular science in the field of information technology, introduction to cutting-edge research hotspots, and exploration of technological news, helping students to broaden their horizons and gain knowledge. It is updated weekly, welcome to follow, and students who are willing to share knowledge can submit articles to [email protected]

Understanding Embedded System Software Architecture
Understanding Embedded System Software Architecture

Understanding Priority in Embedded Systems

Source: WeChat Official Account [Osprey Talks on Microcontrollers]

Author: Osprey

ID: emOsprey

In embedded software development, we inevitably encounter the concept of priority. Mastering the concept of priority is crucial for designing a good software system.

The main content of this note includes the following aspects:

1. Interrupt priority

2. Task priority in the operating system

3. Handling of equal priority

4. Interrupt nesting

Today, Osprey will discuss some secrets using the familiar STM32F103 platform.

Understanding Priority in Embedded Systems

First, let's start with a variable increment in a

Innovative Projects and Developments in Embedded Systems

Innovative Projects and Developments in Embedded Systems

Author: Xiaoyu, Typesetting: Xiaoyu

WeChat Official Account: Chip Home (ID: chiphome-dy)

01 CPU vs FPGA

It vividly expresses the computational logic of CPU and FPGA. The CPU tends to be multifunctional and usually executes instructions serially. Although it has multiple cores, each core still executes in a serial manner, the design of the CPU is aimed at executing a wide range of tasks, including operating systems, applications, algorithms, etc. On the other hand,
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