Open Source Industrial IoT Gateway Based on .NET6

Open Source Industrial IoT Gateway Based on .NET6

What is an Industrial IoT Gateway An Industrial IoT Gateway (IIoT Gateway) is a hardware device or software program that serves as a bridge between local devices (such as PLCs, barcode scanners, robots, CNC machines, non-standard upper computers, etc.) and cloud systems (such as IoT platforms, SCADA systems, MES systems, etc.). All data flowing between … Read more

Introduction to WiFi Development with Arduino for ESP8266

Introduction to WiFi Development with Arduino for ESP8266

To help first-year students quickly master WiFi development technology, student Guo Tianxiang from the Information Communication department wrote two WiFi learning examples based on ESP8266 during afternoon tea. 1. WiFi Home Lighting Control System Build a server using the built-in processor of the WiFi module, support access via common mobile browsers, and control the indoor … Read more

Differences and Similarities Between RTOS and Linux

Differences and Similarities Between RTOS and Linux

关注+星标公众号,不错过精彩内容 作者 | strongerHuang 公众号 | strongerHuang Many embedded developers have such doubts: What is the difference between RTOS and Linux? RTOS: Real-Time Operating System, refers to an operating system that can accept and process external events or data at a fast enough speed when they occur, and the results of the processing can control … Read more

Understanding the Advantages of ARMv8-M Architecture Compared to ARMv7-M

Understanding the Advantages of ARMv8-M Architecture Compared to ARMv7-M

Follow and star the public account to not miss exciting content. Source: Arm Editor: strongerHuang All processors we use have a set architecture, for example, STM32F0 is based on the Cortex-M0 core, which belongs to the ARMv6-M architecture. Technology is evolving rapidly, so what are the differences and advantages of the latest ARMv8-M architecture compared … Read more

Control Arduino with Windows Remote Arduino: A Comprehensive Guide

Control Arduino with Windows Remote Arduino: A Comprehensive Guide

1. Overview Many friends have already started playing with Arduino, and they usually use the official Arduino IDE to write programs to control Arduino hardware. To make control more convenient, Microsoft launched Windows Remote Arduino in the Windows IoT program. In simple terms, Windows Remote Arduino is an open-source Windows runtime component that allows us … Read more

Evolution of a Practical Embedded System Architecture

Evolution of a Practical Embedded System Architecture

▼Click the image below to search for【Internet of Things】 to access a variety of practical IoT projects we have prepared for you. In the 1990s, the rapid development of the Internet greatly advanced communication testing equipment. During that time, hardware capable of performing certain measurements was the core of competition, while software’s purpose was merely … Read more

The Future of IoT in China: Insights and Trends

The Future of IoT in China: Insights and Trends

We are Kr8: The Kr8 innovation consulting team under 36Kr Media is a professional innovation team dedicated to linking large enterprises with innovative technologies and business models, bringing future scenarios into real commercial society. Backed by first-hand information from 36Kr in primary markets in Asia (China, Singapore, Japan), Kr8 has served over 30 Fortune 500 … Read more

OTA Online Upgrade for Arduino

OTA Online Upgrade for Arduino

1. Introduction to OTA OTA stands for Over-the-Air, which refers to the technology for remote management of SIM card data and applications through mobile communication (GSM or CDMA) over the air interface. The air interface can utilize WAP, GPRS, CDMA1X, and SMS technologies. The application of OTA technology allows mobile communications to not only provide … Read more

MIPI A-PHY: The Cornerstone of Automotive Systems and IoT

MIPI A-PHY: The Cornerstone of Automotive Systems and IoT

MIPI Alliance recently announced that it has completed the long-term development of the MIPI A-PHY v1.0 physical layer communication protocol. This is a serialiser-deserialiser (SerDes) physical layer specification primarily used for automotive applications. The specification is currently under member review and is expected to be officially adopted within the next 90 days. In fact, prior … Read more