Communication Protocols

Hardware and Software Layer Protocols for Embedded Device Communication

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Hardware and Software Layer Protocols for Embedded Device Communication

Click below【Learn Embedded Together】 to follow, learn together, and grow together Introduction to Communication Protocols As we all know, a communication protocol is a specification for data transmission. It can be divided into hardware layer communication protocols and software layer communication protocols from both hardware and software perspectives. To better understand the communication protocols at … Read more

Animated Explanation of Common Embedded Communication Protocols

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Animated Explanation of Common Embedded Communication Protocols

Reprinted from CSDN: https://blog.csdn.net/an520_/article/details/125479812 UART, SPI, I2C, and other serial communications are very common communication methods in embedded development. The underlying communication principles of these protocols are not difficult, but many beginners struggle to learn them. Today, I will share some common underlying data transmission principles. 1. UART Serial Port UART: Universal Asynchronous Receiver/Transmitter. The … Read more

Key Considerations for Embedded Communication Protocols

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Key Considerations for Embedded Communication Protocols

Follow+Star Public Account, don’t miss out on exciting content Source | Internet Embedded development often requires communication in various scenarios, making communication protocols essential. The three representative communication protocols are as follows: As can be seen from the table above, embedded devices generally have limited memory and computing performance, so fixed binary is the preferred … Read more

Understanding Embedded Communication Protocols

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Understanding Embedded Communication Protocols

Today, I will share some common underlying data transmission principles of communication; UART, SPI, and I2C are very common communication methods in embedded development, and the fundamental communication principles of these methods are not difficult to understand. 1. UART Serial Communication UART: Universal Asynchronous Receiver/Transmitter. The UART serial port is the most common type of … Read more

Common Communication Protocols in Embedded Systems and IoT

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Common Communication Protocols in Embedded Systems and IoT

▼Click the card below to follow our official account for more exciting content▼ Welcome to follow the official account “Mastering Microcontrollers and Embedded Systems”, reply with keywords to get more free videos and materials Reply with 【Add Group】, 【Microcontroller】, 【STM32】, 【Hardware Knowledge】, 【Hardware Design】, 【Classic Circuits】, 【Thesis】, 【Graduation Project】, 【3D Packaging Library】, 【PCB】, 【Capacitor】, 【TVS】, … Read more

Embedded Hardware Communication Interface Protocol – IIC (Part 1) Basics

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Embedded Hardware Communication Interface Protocol - IIC (Part 1) Basics

This section continues to discuss another serial communication interface in embedded hardware communication protocols – IIC. Compared to UART serial protocol and SPI serial peripheral interface protocol, IIC has its unique features. Introduction IIC (Inter-Integrated Circuit), integrated circuit bus. IIC stands for Inter-Integrated Circuit (integrated circuit bus), this type of bus was designed by Philips … Read more

Serialization of Embedded Communication Protocols

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Serialization of Embedded Communication Protocols

Communication protocols can be understood as the rules and agreements established for information exchange between two nodes to work together, such as defining byte order, field types, and the compression or encryption algorithms used. Common protocols include TCP, UDP, HTTP, SIP, etc. Protocols have both procedural specifications and encoding specifications. The procedures include call flows … Read more

Common Communication Protocols for Embedded Systems and IoT

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Common Communication Protocols for Embedded Systems and IoT

This article introduces some common communication protocols for embedded systems and IoT, which have different performance, communication rates, coverage, power consumption, and memory usage, with each protocol having its own advantages and disadvantages. Some of these communication protocols are suitable for small household appliances, while others can be used for large smart city projects. IoT … Read more

Empowering Embedded System Communication Protocols with C++

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Empowering Embedded System Communication Protocols with C++

The “Marriage” of Embedded Systems and Communication Protocols In today’s wave of digitalization, embedded systems are like a magical “behind-the-scenes hero,” quietly penetrating every aspect of our lives. When you drive a car, the embedded system in the engine control system accurately adjusts fuel injection and ignition timing, ensuring efficient and stable power output; the … Read more