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Explore ESP32 Automatic Ethernet & WiFi Switching | W5500 + WiFi | No Reboot | No Code Re-upload Required with 10,360 views, 260 likes, and 2 comments. Experience the impact of this video content that has captured audience attention.

### 🔗 *Sponsored by Altium Student Lab* Join *Altium Student Lab* and get *free access* to professional PCB design tools, certification, and learning resources! 👉 (https://www.altium.com/in/yt/technolabcreation) ________________________________________________________________________________________ In this tutorial, you will learn how to build an *automatic Ethernet and WiFi failover system using ESP32 and the W5500 Ethernet module* . Ethernet is configured as the primary network connection. When the Ethernet cable is disconnected or the connection becomes unavailable, the ESP32 automatically switches to WiFi. Once Ethernet is restored, the system automatically switches back to Ethernet because it has the highest priority. The complete switching process happens automatically— *without restarting the ESP32 and without uploading the code again* . This project is useful for Industrial IoT gateways, smart factories, home automation systems, remote monitoring applications, cloud-connected devices, and other ESP32 projects that require reliable internet connectivity. ## 📥 Download Code & Circuit Diagram 🔗 *Source Code:* [ttps://github.com/technolabelectronics/ESP32-Automatic-Ethernet-WiFi-Switching-No-Reboot-No-Code-Re-upload-Required-W5500-WiFi] 🔗 *Circuit Diagram:* [ttps://github.com/technolabelectronics/ESP32-Automatic-Ethernet-WiFi-Switching-No-Reboot-No-Code-Re-upload-Required-W5500-WiFi] ## ✨ Project Features ✅ Automatic Ethernet-to-WiFi switching ✅ Automatic WiFi-to-Ethernet recovery ✅ Ethernet gets the highest priority ✅ No ESP32 reboot required ✅ No code re-upload required ✅ Continuous network monitoring ✅ Automatic connection recovery ✅ W5500 Ethernet module support ✅ Suitable for Industrial IoT applications ✅ Reliable backup internet connectivity ## 🛠 Components Used * ESP32 Development Board * W5500 Ethernet Module * Ethernet Cable * WiFi Router or Mobile Hotspot * USB Cable * Breadboard or Prototype PCB * Jumper Wires * Status LED and resistor ## 💻 Software Used * Arduino IDE * ESP32 Board Package * WiFi Library * Ethernet Library * SPI Library ## 📚 What You Will Learn * How to connect W5500 Ethernet with ESP32 * How to use Ethernet and WiFi in the same project * How to detect Ethernet cable disconnection * How to create automatic network failover logic * How to give Ethernet priority over WiFi * How to switch networks without restarting ESP32 * How to automatically restore the primary connection * How to design a reliable ESP32 IoT gateway ⏱️ Video Chapters 00:00 Introduction 01:31 Features 01:31 Altium Student Lab 03:51 Code Explanation 22:29 Connection 22:35 No Reboot & No Code Re-upload Demo 22:26 Outro ## 🌍 Applications * Industrial IoT Gateway * Smart Factory Monitoring * Remote Sensor Monitoring * Energy Monitoring System * Home Automation Gateway * Cloud Data Logger * Agriculture Monitoring * Water Management System * Machine Monitoring * Network-Redundant ESP32 Projects ## 👍 Support the Channel If you found this tutorial useful, please like the video, share it with other makers and engineers, and subscribe for more content related to ESP32, IoT, PCB design, embedded systems, robotics, and industrial automation. ## 📧 Contact *Technolab Electronics* 📩 [[email protected]] 📩 [[email protected]] 📱 WhatsApp: +91-8543053029 🌐 Website: technolabelectronics.com ## 🔖 Hashtags #ESP32 #W5500 #Ethernet #WiFi #NetworkFailover #ESP32Projects #IoTGateway #IndustrialIoT #EmbeddedSystems #ArduinoIDE #IoTProjects #IndustrialAutomation #TechnolabElectronics

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