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For more details and a project example with ESP32 using LoRa, visit ► 🤍 Enroll in our "Learn ESP32 with Arduino IDE" Course ► 🤍 In this tutorial we'll explore the basic principles of LoRa, and how it can be used with the ESP32 for IoT projects using the Arduino IDE. To get you started, we'll also show you how to create a simple LoRa Sender and LoRa Receiver with the RFM95 transceiver module. Like my page on Facebook: 🤍 Add me on Google+: 🤍 Follow me on twitter: 🤍 Subscribe for more projects like this! 🤍
LoRa is a low-cost, license-free method of sending short data bursts over long distances. It’s perfect for IoT sensors and remote control projects. Today, we’ll see how easy it is to use LoRa in our projects. Article with code: 🤍 More articles and tutorials: 🤍 Join the conversation on the forum: 🤍 Subscribe to the newsletter and stay in touch: 🤍 If you need to send small amounts of data, such as sensor readings, over long distances, then LoRa (Long Range) radio is the technology for you. You can achieve incredible distances using low-cost modules and basic antennas. You can measure these distances in miles or kilometers with the right equipment. Today, we will experiment with two readily available, low-cost LoRa modules: the HopeRF RFM95W and the Adafruit RFM9x. They are essentially the same module, with the Adafruit device having onboard voltage regulation and logic-level conversion, making it compatible with both 5-volt and 3.3-volt microcontrollers. The Adafruit offering is also easier to handle, as the HopeRF module is not breadboard-friendly. We will use these modules with an Arduino Uno, a Raspberry Pi Pico, and an ESP32. We’ll program with both C in the Arduino IDE and MicroPython using the Thonny IDE. Here is the Table of Contents for today's video: 00:00 - Introduction 01:30 - LoRa Primer 07:38 - HopeRF RFM95W & Adafruit RFM9x 11:08 - LoRa Antennas 13:06 - Seeedstudio LoRa-E5 14:35 - Heltec ESP32-LoRa 16:09 - Installing & Using the LoRa Library 18:32 - Adafruit RFM9x Hookup 21:24 - Demo 1 - Simple data transmission 25:43 - Demo 2 - One-way remote control 30:34 - Demo 3 - Callback & Two-way remote control 36:43 - Raspberry Pi Pico MicroPython & Hookup 39:13 - LoRa with MicroPython Code & Demo 45:39 - Data Gathering Project Intro 46:35 - Data Gathering Hookup & Operation 53:11 - Data Gathering Code 1:02:45 - Data Gathering Demos 1:05:07 - Conclusion While this is a long video, it barely scratches the surface of what you can accomplish using LoRa. You’ll be seeing more LoRa-related projects and tutorials here soon, including one on LoRaWAN. Hope you enjoy the video! Bill
In this tutorial, we will learn about Interfacing SX1278 (Ra-02) LORA Module with Arduino. We will see SX1278 LORA & Arduino example and make a transmitter & receiver circuit. We will control the brightness of LED wirelessly using a potentiometer. We will also learn about Sending & Receiving Sensor Data Wirelessly with LoRa Ra-02 SX1278 Module & Arduino. We will use DHT11 Humidity & Temperature Sensor & send the Temperature & Humidity value wirelessly from one Arduino to another using SX1278 Ra-02 LoRa Module. The SX1276/77/78/79 transceivers feature the LoRa® long range modem that provides ultra-long range spread spectrum communication and high interference immunity whilst minimizing current consumption. Source Code for Interfacing SX1278 (Ra-02) LORA Module with Arduino: 🤍 Source Code for Sending Sensor Data Wirelessly with LoRa SX1278 & Arduino: 🤍 .................................................................................................................................................................................................................................... Drop a like if you liked this video. Don't forget to subscribe our channel for more Electronics project and tutorials. Website: 🤍 Facebook: 🤍
In this Arduino project, I have shown how to make the Lora project using Arduino to control relay with real-time feedback using the RYLR896 Lora module. Explained both the transmitter and receiving LoRa circuit and source codes for the Arduino UNO and how to configure the LoRa modules with AT commands. Get a free trial of the world's most trusted PCB design software, Altium Designer with 365 and 25% off your purchase: 🤍 Free search engine for the best quality components from Octopart: 🤍 I have covered the following topic in this Arduino Lora project: 00:33 Quick demo on the Arduino Lora project. 03:43 Explained Transmitter Lora circuit using Arduino Nano. 04:12 Explained Receiving circuit using Lora Arduino UNO 04:43 Explained source codes for Arduino Lora project 09:05 Control high voltage appliance with LoRa Module Required components for the Transmitter Lora circuit: 1. Lora Module REYAX RYLR896 1no 2. Arduino Nano 1no 3. 220R Resistor (1/4w) 1no 4. 4.7k Resistor (1/4w) 1no 5. 10k Resistor (1/4w) 1no 6. 5-mm LED 1no 7. 0.96" OLED Display 8. Push buttons 2no Required components for the Receiver Lora circuit: 1. Lora Module REYAX RYLR896 1no 2. Arduino UNO 1no 3. 5v 1-channel Relay Module (Active LOW) 1no 4. 220R Resistor (1/4w) 1no 5. 4.7k Resistor (1/4w) 1no 6. 10k Resistor (1/4w) 1no 7. 5-mm LED 1no 8. Push Buttons 1no Amazon India Affiliate links: REYAX RYLR896 Lora Module: 🤍 Arduino Nano: 🤍 Arduino UNO: 🤍 4-channel 5V Relay Module: 🤍 OLED Display: 🤍 Amazon United States Affiliate links: REYAX RYLR896 Lora Module: 🤍 Arduino Nano: 🤍 Arduino UNO: 🤍 4-channel 5V Relay Module: 🤍 OLED Display: 🤍 Help my projects on Patreon: 🤍 Feel free to donate any amount: 🤍 Download Code for this Arduino LoRa project 🤍 Important Links: Previous Lora Tutorial video: 🤍 Important points: 1. The Network ID and BAND should be the same for the transmitter and receiving end Lora module. 2. Set the BAND as per the eligible LoRa band in your country. 3. You can use any other microcontroller for this Lora project. 4. All the AT commands for configuring the LoRa module are written in the void setup() function of the source code. 5. The range for the LoRa project will be within 5KM in rural areas. (Range will decrease if the number of obstacles increases in the signal path). 6. After the restart you have to wait till the STATUS LED turns OFF. 7. You can also connect a 30A relay to control a pump using Lora Arduino UNO. 8. If you use any other Lora module, then configure the module in setup() as per the datasheet. 9. Please watch the complete video, otherwise you may face some issues. Please take proper safety precautions while working with high voltages. During this Lora tutorial video, I have explained all the required information to make this LoRa project using Arduino. You can use any other microcontrollers with the LoRa module. Both the microcontroller and LoRa module communicate through the serial terminal at the 3.3V logic level. The range for this LoRa module is up to 5KM, So this project is very useful in rural are where WiFi is not available. The range may decrease in urban areas due to more obstacles in the path. #lora #arduino #arduinoproject - Thanks For Watching... ✅ SUBSCRIBE ✅LIKE ✅SHARE ✅ COMMENTS Find out more such projects: 🤍 Facebook: 🤍 Instagram: 🤍 Telegram: 🤍 - - WARNING: This video is for demonstration and educational purposes only. Each demonstration presents risks and hazards that must be fully understood before attempting. And should be performed only by professionals - Other useful IoT projects: Latest ESP32 projects playlist: 🤍 Latest NodeMCU projects playlist: 🤍 Arduino Home Automation Projects playlist: 🤍
In this video, I will show you the RYLR406 LoRa Transceiver module from Reyax. Discover its impressive long-distance communication capabilities of up to 15 kilometers, surpassing previous versions like RYLR498 and RYLR998. Learn about its key features, easy integration with micro-controllers, and efficient power usage. Follow along as I guide you through the setup, configuration, and range testing of the RYLR406 module. Get ready to explore the possibilities of wireless communication with this versatile LoRa module. I will start by discussing the module's key features, including its wide frequency range, efficient power usage, excellent blocking immunity, and high sensitivity. I also highlight its compatibility with popular micro-controllers like Arduino, making it easy to integrate into your projects. Documentation for RYLR406 LoRa Transceiver Module 🤍 Parts: Affiliate Links 1. RYLR406 LoRa Transceiver module - 🤍 2. USB to TTL converter - 🤍 3. Arduino - 🤍 4. NodeMCU - 🤍 5. Resistor 1K and 2K Useful Video Links ESP32 Home Automation with AI - No Code Required 🤍 Social Media Links GitHub: 🤍 YouTube: 🤍 Download Code 🤍 Disclaimer Disclaimer: All videos are for educational purposes and use them wisely. Any video may have a slight mistake, please take decisions based on your research. This video is not forcing anything on you. #Arduino #LoRa #ArduinoTutorial
If you've ever wanted to get started using LoRa wireless communication in your Arduino projects this video is for you. It covers some popular LoRa module options, a brief introduction to the Arduino code needed to control them, and an explanation of the different ways to configure your LoRa modem to maximize range or data transfer rate along with visualizations of the LoRa packet transmissions. It's time to get wireless... /* Maduino Boards */ 868 Board: 🤍 433 Board: 🤍 /* RadioHead Library */ 🤍 /* Gqrx */ 🤍 /* Breakout Modules */ Adafruit: 🤍 /* Arduino Shields */ 868 Shield: 🤍 433 Shield: 🤍 /* RFM9X Specs */ RFM95 specs: 🤍 #Arduino #LoRa
Price Cut on PCBs, from $71/m² to $58/m² now: 🤍 Previous video: 🤍 Facebook: 🤍 Twitter: 🤍 You can get the wireless communication boards here: (affiliate link) Aliexpress: LoRa Board: 🤍 nRF24: 🤍 Generic RF Module: 🤍 Ebay: LoRa Board: 🤍 nRF24: 🤍 Generic RF Module: 🤍 Useful websites which were mentioned in the video: 🤍 🤍 🤍 🤍 🤍 In this VS episode we will have a closer look at LoRa boards and compare them to the nRF24 and a generic RF board. The comparison will include a range and power test and will also show you how easy it is to use a LoRa board with the Arduino. Thanks to JLCPCB for sponsoring this video Visit 🤍 to get professional PCBs for low prices Music: 2011 Lookalike by Bartlebeats Ecstatic Wave, Jens Kiilstofte 🤍
In this video I have shown how to get started with LoRa Modules using your Arduino Board and I also testes how much range we get if we use this LoRa modules inside city You can support me and also get benefitted on Patreon :- 🤍 Subscribe now to watch some amazing videos coming up soon. 🤍 _ 👨🏻💻 Important Links 👨🏻💻 Code :- 🤍 LoRa Modules 868 Mhz - 🤍 LoRa Modules 433 Mhz :- 🤍 Video from Andreas Spiess - 🤍 Frequency available in different countries - 🤍 _ Now you can get free PCB with every order of techiesms T-shirt or techiesms pocket notebook. You can buy the merchandise from here, 🤍 _ You may Like these videos Alexa & Manual Control Home Automation - 🤍 AC Dimmer using Blynk - 🤍 Enter Blynk Credentials Over the Air in ESP32 or NodeMCU board - 🤍 _ Buy the components from your projects ESP32 board - 🤍 NodeMCU - 🤍 5V Relay - 🤍 BC547 Transistor - 🤍 9V2A Adapter - 🤍 7805 IC - 🤍 PIR Motion sensor - 🤍 DHT11 Temperature & Humidity Sensor - 🤍 Proximity sensor - 🤍 MQ135 Gas Sensor - 🤍 LDR Light Sensor - 🤍 2pin Terminal Connectors - 🤍 1n4007 diode - 🤍 330 ohm resistors - 🤍 Visit my Amazon Storefront for purchasing any components you need for this project or any other project :- 🤍 _ Subscribe Now :- 🤍 Facebook :- 🤍 Twitter :- 🤍 Instagram :- 🤍 Website :- 🤍 WhatsApp number :- +91 82000 79034 You can support me and also get benefitted on Patreon :- 🤍 _ techiesms explore | learn | share #LoRa
Радиомодули от EBYTE E22 на технологии LoRa 433 мгц, обзор и тест дальности связи. Радиомодуль E22-400T30D: 🤍 Другие радиомодули от EBYTE: 🤍 Антенны 433мГц: 🤍 NodeMCU (ESP8266): 🤍 Ардуино нано: 🤍 Соединительные провода: 🤍 В этом видео покажу для чего нужны радиомодули от компании EBYTE, использующие технологию LoRa для передачи информации на большие дистанции. Каждый модуль выполняет функцию приемника и передатчика. Модули предназначены для того, чтобы на относительно малой мощности радиосигнала, передавать небольшие объемы данных на максимально дальние дистанции. Модули можно использовать для: - Систем сигнализации. - Удаленного управление различными устройствами. - Организации систем умного дома - Систем позиционирования (без интернета) - Радиоуправляемых моделей (не везде, есть задержка) - Мониторинга датчиков - Текстовой связи (как пейджер) Это только несколько примеров, на самом деле область применения огромна. Для теста я взял два модуля E22-400T30D. Отличительной особенностью от серии E32 является то, что в эти модули установлен обновленный чип SX1268 от компании Semtech. В отличии от SX1278, новый чип потребляет меньше энергии, может связываться на более дальние дистанции и обладает большим функционалом. Радиомодули можно использовать с различными микроконтроллерами, например, на платформе arduino, ESP12, ESP32, STM и не только. Я выбрал модули с интерфейсом UART, но есть такие же, использующие SPI. С помощью технологии LoRa, можно не просто связать два устройства, но создать целую сеть, где у каждого устройства будет свой адрес. Вступайте в группу ВК: 🤍
How to use REYAX RYLR890/RYLR896 LoRa module with Arduino Reyax LoRa modules: 🤍 If you are shopping for electronic components, test gear or consumables please consider visiting my Amazon shop 🤍 🤍 Please check out 🤍patreon.com/learnelectronics and pledge a dollar if you can. It will go a long way to keeping the channel alive. It costs a bit of money to buy all the items and produce these videos. You help is appriciated. Or....if you'd like to send a one-time donation you can use this link: paypal.me/learnelectronics FAQ: Me: Paul, 49 from USA Education: United States Navy, University of California at San Diego B.S. E.E., University of Pittsburgh M.S. E.E. Experience: United States Navy STS, Bayer Intnl Process Engineer, C.C.A.C AP of EE Current: Retired Health: BAD (Congestive Heart Failure) Hobbies: Electronics, flying, amateur radio, music (classic rock) Low cost, professional PCB's: 🤍pcbway.com
In this video, you will learn how to create a GPS Tracker using a LoRa module with an impressive range of 15 kilometers. The best part is that it doesn't require an internet connection or a GSM network, allowing you to use it anywhere. The project consists of two devices: the Transmitter and the Receiver. The Transmitter, powered by an Arduino Nano, sends GPS coordinates to the Receiver using a Long Range RYLR 4.6 LoRa module. The Receiver, equipped with a NodeMCU and connected to an Android phone, receives the GPS data and displays it in real-time on Google Maps using the Arduino ESP32 GPS Map app. The video provides wiring diagrams and code explanations for both devices. Join us as we guide you through the step-by-step process of building this GPS Tracker, offering precision and reliability for tracking objects within a range of 10 to 15 kilometers. Get ready to enhance your tracking capabilities with this exciting project. Documentation for RYLR406 LoRa Transceiver Module 🤍 Useful Video Links How to use LoRa Module with Arduino - Range Test - RYLR406 15KM 🤍 Parts: Affiliate Links 1. RYLR406 LoRa Transceiver module - 🤍 2. NEO6M GPS Module - 🤍 3. Arduino - 🤍 4. NodeMCU - 🤍 5. Resistor 1K and 2K Social Media Links GitHub: 🤍 YouTube: 🤍 Download Code 🤍 Disclaimer Disclaimer: All videos are for educational purposes and use them wisely. Any video may have a slight mistake, please take decisions based on your research. This video is not forcing anything on you. Warning: In some countries it is required to register GSM module from govt authorities before using it. So, get proper understanding of govt laws related to GSM technologies. #LoRa #Arduino #GpsTracker
Best/max range Helium/LoRa products: 🤍 Looking for helium/LoRa consultancy/expertise? Drop us an e-mail at akarshagarwal98🤍gmail.com LoRa module(SPI) from DFRobot: [915Mhz] 🤍 LoRa module(UART) from Reyax: [868Mhz] 🤍 Wanna help us out? Consider donating any amount: 🤍 CETech🤍FB: 🤍 Channel🤍YouTube: 🤍youtube.com/cetech4u We are now also on Blogspot: 🤍 Contact Us(Email): akarshagarwal98🤍gmail.com rishabhpahwa🤍gmail.com
Learn how to use LoRa Module with Arduino Uno. We’ll use RYLR998 LoRa Module from Reyax Technologies. In this Lora tutorial, we’ll use AT commands to configure radio modules. We’ll communicate two Arduino over wireless LoRa communication protocol. Later, we’ll write arduino code to transmit and receive data. [SUPPORT] ►► Get FREE TRIAL of Altium Designer: 🤍 ►► Now Search Electronic components online: 🤍 [RESOURCES] ►► Lora RYLR998 Details: 🤍 ►► Download Code: 🤍 ►► TECHDesign: 🤍 ►► Cpark Solution : 🤍 ►► Need Help? To Learn Embedded Systems: 🤍 [TIMESTAMPS] 00:48 Introduction 04:08 Configure LoRa with AT Commands 08:26 Testing RYLR998 LoRa Modules 11:50 Connect LoRa Module with Arduino 15:58 Arduino Code to Transmit and Receive 25:49 Testing LoRa and Arduino Communication Umesh Lokhande BINARYUPDATES.COM Web: 🤍 Mail: umesh🤍binaryupdates.com
Today I'll be building a solar powered LoRa signal repeater to extend the range of my LoRa network. This can easily be used as the basis for a LoRa mesh network with a bit of extra code and additional repeaters. Even if you're not into LoRa networks all of the solar power hardware in this video can be used for any off-the-grid electronics projects or IoT nodes! CORRECTION: The large solar panel is *10 watts* and not *5 watts*. /* Voltaic */ 1 Watt Panel: 🤍 10 Watt Panel: 🤍 12,800mAh battery: 🤍 /* Maduino */ LoRa Board: 🤍
Радиомодули EBYTE E22 LoRa, настройка и поключение к ардуино + библиотека с примерами. Радиомодуль E22-400T30D (433МГц): 🤍 Другие радиомодули от EBYTE:🤍 Антенны 433мГц: 🤍 Конвертер USB-UART: 🤍 Arduino nano: 🤍 Arduino Pro mini: 🤍 NodeMCU (ESP8266): 🤍 Библиотека EBYTE22: 🤍 Драйвер CH340 (для конвертера): 🤍 В этом видео я показал как работать с радиомодулями линейки E22 от компании Ebyte. В этих модулях установлен чип SX1268 от компании Semtech. Чип использует технологию LoRa и позволяет передавать данные на большие расстояния при низком потреблении энергии. Для взаимодействия модуль использует UART интерфейс, поэтому его можно подключить к различным микроконтроллерам. В этом видео показано, как использовать модули E22 с ардуино и контроллерами ESP8266 для беспроводной связи. Кроме того я написал библиотеку для работы с радиомодулем. Она содержит несколько примеров, из которых вы узнаете как передавать и получать данные, изменять настройки и переводить модуль в различные режимы работы. Благодаря технологии LoRa можно осуществить беспроводную связь между ардуино и другими микроконтроллерами на очень большом расстоянии. Вступайте в группу ВК: 🤍
In this video, I have shown how to use Lora with Arduino for different IoT projects. Here we will use the Reyax RYLR896 Lora module to design a Lora Arduino circuit that can control a relay module from 10 KM distance. Purchase link for the RYLR896 LoRa Module: Alibaba: 🤍 Amazon: 🤍 eBay: 🤍 TechDesign: 🤍 REYAX Indian Distributor: 🤍 Before getting started with the LoRa module I suggest you to watch the complete video on Lora basic tutorial but you can skip any portion of the Lora tutorial video by clicking on the following timestamp. 00:04 What is LoRa and Lora features 01:19 How to set LoRa Bandwidth, Address with AT commands 04:30 How to connect Lora with Arduino 06:01 Lora Transceiver connection on Breadboard 07:00 How to connect Relay module with Arduino Lora circuit 07:56 simple LoRa Arduino code to turn on and off a light bulb 10:50 License free Band for LoRa module Download the Arduino Code and Datasheet of the Lora Module from 🤍 During the video, we will discuss the different features of the Lora module and how we can send signal with the Lora device without using any WiFi or Bluetooth signal. Here we will use simple AT commands to send the signal from the transmitter circuit to the receiver circuit. This Lora Transceiver circuit is the best option for different IoT applications in rural areas. As the Lora range can be even more than 10Km so we can use this Lora circuit in agricultural land for controlling the water system, monitor moisture temperature, etc. After watching the video you can easily design the Lora Arduino circuit for your upcoming IoT projects or home automation projects. #LoRaModule #RYLR890 #TechStudycell * We need your support 🙏🏻 to make Tech StudyCell sustainable. Help my projects on Patreon: 🤍 Feel free to donate any amount: 🤍 * - Thanks For Watching... ✅ SUBSCRIBE ✅LIKE ✅SHARE ✅ COMMENTS Electronics Projects: 🤍 Facebook: 🤍 Instagram: 🤍 Telegram: 🤍 Twitter: 🤍 - Other useful videos: How to control the light fan with smartphone Bluetooth 🤍 Bluetooth Module Tutorial | RYB080I BLE 🤍 Bluetooth Module HC-05 with Arduino | Connections & Coding tutorial 🤍 How to use 12V Relay module with Arduino to control High Voltage Devices 🤍 How To Test All Electronic Components with Multimeter 🤍
In this video, I will be exploring LoRa communication for the first time and I will be making two devices that I can test and measure the distance at which they will be able to communicate. The LoRa modules that I will use are the RYLR998 from Reyax. These modules operate on the 868/915MHz LoRa range and have a theoretical operation range of a few kilometers. Depending on the conditions, this can sometimes be much more as you can see in the video. REYAX Official Website 🤍 RYLR998 Purchase Links : 🤍 (TECHDesign) 🤍 (Amazon) Instructables article for the project: 🤍 Code used on the devices 🤍 Tools and materials used in the video: NodMCU Development board - 🤍 Breadboard - 🤍 Mini Breadboards - 🤍 USB OTG Adapter - 🤍 Support my work on Patreon so I can continue producing free content and tutorials! 🤍 My recording gear: Canon M50 Mark ii - 🤍 Samsung A71 - 🤍 SJ400 Action camera - 🤍 USB Condenser Microphone - 🤍 Tripod - 🤍 Phone tripod mount - 🤍 LoRa Distance Testing with RYLR998 in open field - Amazing results! #lora #arduino #lorawan #nodemcu #tastethecode Main Site and blog: 🤍 Facebook: 🤍 Instagram: 🤍 Twitter: 🤍 Get exclusive Taste The Code t-shirts and merch at 🤍 Design great PCBs with Altium designer and get great discount! 🤍 Click on the link below to get two months of free premium access to Skillshare and start learning today! 🤍 Get $50 off your order on hosting for all of your website needs and learning projects on Dreamhost! 🤍
Usare una Rete LoRa con Arduino - Video 551 Il modulo usato è un ebyte E32 868T20D senza antenna - 🤍 Antenna venduta a parte: 🤍 Sorgenti, schemi e slide su GitHub: 🤍 Il libro abbinato ai video (fino al 120 circa): "Arduino trucchi e segreti" - 🤍 Il manuale di Arduino (va bene per chi inizia): 🤍 Indice dei video: 🤍 La playlist elettronica: 🤍 La playlist su Arduino: 🤍 La playlist coding sul: 🤍 Puoi scaricare gratuitamente i miei libri: "Il manuale di Arduino - 🤍 "Il cookbook di Arduino": 🤍 Altre informazioni e sul libri mio sito: 🤍 Vuoi chiedere un video su un argomento particolare? 🤍 ATTENZIONE: Per ovvi motivi di tempo non posso correggere o analizzare gli sketch e schemi che postate nei commenti o che inviate via mail. Cerco di rispondere a tutte le domande e le richieste sensate ma sono veramente troppe: abbiate pazienza.
In this video, I will explore the world of LoRa communication and show you how to control a relay using LoRa modules and arduino with a range of up to 15km. The setup consists of a Transmitter and a Receiver, where the relay module is connected to the Receiver, and a button is connected to the Transmitter for relay control. I will show you how to implement the Synchronization process between devices to ensure a consistent relay status, even in the presence of data loss during transmission. I have achieved the synchronization process by periodically updating the relay status between devices, allowing the system to achieve reliable and seamless relay control. This video is perfect for beginners and enthusiasts looking to explore remote relay switching applications using LoRa technology. The video provides a comprehensive guide to assembling the components with a wiring diagram, handling voltage compatibility, and includes coding details for both devices. RYLR406 LoRa Module - 🤍 Parts Receiver: 1. Arduino UNO - 🤍 2. LoRa Module - 🤍 3. Relay Module - 🤍 4. Resistors 1K, 2K Parts Transmitter: 1. Arduino Nano - 🤍 2. LoRa Module - 🤍 3. Resistors 1K, 2K 4. Push Button 5. LED Useful Video Links How to use LoRa Module with Arduino 🤍 LoRa GPS Tracker Project with Google Maps 🤍 Social Media Links GitHub: 🤍 YouTube: 🤍 Download Code 🤍 Disclaimer Disclaimer: All videos are for educational purposes and use them wisely. Any video may have a slight mistake, please take decisions based on your research. This video is not forcing anything on you. #Arduino #LoRa #ArduinoProject
Altium Designer: 🤍 Altium 365: 🤍 Octopart, components search engine: 🤍 Download Circuit Diagram and Code: 🤍 Subscribe to my New YouTube Channel, if you want to watch my videos in Hindi/Urdu 🤍 My Previous videos on LoRa: Arduino Lora SX1278 Getting Started Tutorial: 🤍 Arduino Lora SX1278 Two Way communication: 🤍 Multiple Sensors Monitoring using Arduino and Lora SX1278: 🤍 LoRaWAN Network: 🤍 Arduino LoRa based Home automation Project: 🤍 Arduino LoRa GPS Car Tracker 🤍 Arduino LoRa Swimming Pool Monitor for kids 🤍 Arduino LoRa and Bluetooth based free text messages 🤍 Support me on Patreon and get access to hundreds of projects: 🤍 Project Description: In today’s episode, you will learn how to make a LoRa Network using Arduino boards, SX1278 LoRa transceiver modules, a Servo, an I2C supported SSD1306 Oled display module, and a pair of Potentiometers. I have already uploaded a video on the LoRa network, in which I have practically demonstrated that how a LoRaWAN can be implemented by using multiple LoRa transceiver modules. Guys, you might be thinking that when I have already implemented LoRaWAN, then what is the need to work on this project once again? Well, you will get its answer in a minute. As you know, every person or a company has a specific requirement that for what purpose a LoRa network has to be designed. Similarly, I also had to keep certain personal requirements into consideration when I was designing my LoRaWAN or LoRa network. I wanted, that my designed LoRa network had a Master Node and rest of the LoRa Nodes just act as sensor Nodes. So, keeping in view this necessity before me, I worked out and designed this LoRaWAN network. I used a total of 3 Nodes in this LoRaWAN network. To the master Lora Node an i2c supported Oled display module is connected which I used for displaying the data received from the other two LoRa nodes. To the Lora Node1 a potentiometer is connected which I used as the sensor. You can replace this sensor with any other sensor of your choice. To the Lora Node2, DS18b20 waterproof one-wire digital temperature sensor is connected. The master Lora Node, first, sends a request to the Lora Node1, for this I created a timer using the millis() function. So, for the first 5 seconds, the Master node sends multiple requests to the Lora Node1 and receives data from the Node1, this time duration can be changed in the programming. But it’s good to give it enough time so that the master node can get multiple replies from the end device. Amazon Purchase links: * LoRa SX1278 Module 🤍 Arduino Nano 🤍 Arduino Uno 🤍 SSD1306 128x64 Oled i2c display Module 🤍 Servo 🤍 Other must-have Tools and Components: Arduino Uno, Nano, Mega, Micro "All types of Arduino Boards": 🤍 Top Arduino Sensors: 🤍 Super Starter kit for Beginners 🤍 Top Oscilloscopes 🤍 Variable Supply: 🤍 Digital Multimeter: 🤍 Top Soldering iron kits: "best" 🤍 Top Portable drill machines: 🤍 Jumper Wires: 🤍 3D printers: 🤍 CNC Machines: 🤍 Electronics Accessories: 🤍 Hardware Tools: 🤍 DISCLAIMER: This video and description contain affiliate links, which means that if you click on one of the product links, I will receive a small commission. This helps support the channel and allows me to continue to make videos like this. Thank you for your support! For more Projects and tutorials visit my Websites Electronic Clinic: 🤍 Programming Digest: 🤍 Follow me on Instagram: 🤍 Follow my Facebook Page Electronic Clinic: 🤍 Follow my Facebook Group, Arduino Projects: 🤍 Email: stu_engineering🤍yahoo.com #Arduino #LoRanetwork #multipleLoRaNodes
Altium Designer: 🤍 Altium 365: 🤍 Octopart, components search engine: 🤍 Download circuit diagram and programming: 🤍 Subscribe to my New YouTube Channel, if you want to watch my videos in Hindi/Urdu 🤍 My other videos on Temperature sensors and LoRa: MLX90614 infrared temperature sensor with Arduino: 🤍 MLX90614 infrared temperature sensor with ESP8266: 🤍 MLX90614 with LoRa and Arduino: 🤍 DHT11 Sensor with Google Spreadsheet using ESP8266: 🤍 Raspberry Pi Pico Temperature Sensor: 🤍 Raspberry Pi Pico and Max6675 K type thermocouple: 🤍 Industrial temperature monitoring system using Raspberry Pi Pico: 🤍 Arduino Max6675 Wireless industrial temperature monitoring: 🤍 ESP8266 and DS18B20 Waterproof one-wire digital temperature sensor: 🤍 LoRa based Projects: Lora SX1278 Getting Started Tutorial: 🤍 Arduino Lora SX1278 Two Way communication: 🤍 Multiple Sensors Monitoring using Arduino and Lora SX1278: 🤍 LoRaWAN Network: 🤍 Arduino LoRa based Home automation Project: 🤍 Arduino LoRa GPS Car Tracker 🤍 Arduino LoRa Swimming Pool Monitor for kids 🤍 Arduino LoRa and Bluetooth based free text messages 🤍 Support me on Patreon and get access to hundreds of projects: 🤍 Project Description: In today’s episode, you will learn how to make ESP8266 LoRa Gateway for Arduino and LM75A I2C supported temperature sensor. Since this is an IoT or internet of things based project; so the temperature can be monitored from any part of the world provided if the internet connection is available. For this project, you will need an Arduino board, it depends on you which Arduino board you select, you can use Arduino Uno, Arduino Nano, and Arduino Pro Mini. These are available in different sizes, so if you are planning on reducing the project size and cost then you can go for the Arduino pro mini. But in my case, I will continue with the Arduino Nano and I will use my designed development board. Amazon Purchase links: * SSD1306 Oled display Module 🤍 LM75A I2C supported Temperature Sensor 🤍 5V buzzer 🤍 ESP8266 D1 Mini 🤍 ESP8266 Nodemcu 🤍 LoRa SX1278 Module 🤍 Arduino Nano 🤍 Other must-have Tools and Components: Arduino Uno, Nano, Mega, Micro "All types of Arduino Boards": 🤍 Top Arduino Sensors: 🤍 Super Starter kit for Beginners 🤍 Top Oscilloscopes 🤍 Variable Supply: 🤍 Digital Multimeter: 🤍 Top Soldering iron kits: "best" 🤍 Top Portable drill machines: 🤍 Jumper Wires: 🤍 3D printers: 🤍 CNC Machines: 🤍 Electronics Accessories: 🤍 Hardware Tools: 🤍 DISCLAIMER: This video and description contain affiliate links, which means that if you click on one of the product links, I will receive a small commission. This helps support the channel and allows me to continue to make videos like this. Thank you for your support! For more Projects and tutorials visit my Websites Electronic Clinic: 🤍 Programming Digest: 🤍 Follow me on Instagram: 🤍 Follow my Facebook Page Electronic Clinic: 🤍 Follow my Facebook Group, Arduino Projects: 🤍 Email: stu_engineering🤍yahoo.com About the Electronic Clinic: Electronic Clinic helps the students and other professionals to learn electronics, designing, and programming. Electronic Clinic has tutorials on Arduino, Arduino Nano, Raspberry PI, image processing, gsm based projects, Bluetooth based projects, esp8266 projects, Nodemcu projects, robotics, desktop application designing and programming, PLC, SCADA, RC Planes, Electronics, Power Generation, HMI, and much more. Check my Playlists. #iotproject #esp8266LoRa #altiumdesigner
Now available to purchase: View products - IoT LoRa Gateway HAT for Raspberry Pi (868MHz/915MHz): 🤍 - IoT LoRa Node pHAT for Raspberry Pi (868MHz/915MHz): 🤍 - IoT LoRa Node Shield for Arduino (868MHz/915MHz): 🤍 - IoT micro:bit LoRa Node (868MHz/915MHz): 🤍 Making LoRa cheaper, more accessible and hackable using your favourite single board computers - Raspberry Pi, Arduino and Micro:Bit! LoRa is a revolutionary new method of sending small amounts of data over very long distances using long range radio and low power. It's designed for the Internet of Things (IoT) so it's perfect for communicating with sensors such as weather monitoring, air quality, smart homes etc. There are two key parts to a LoRa network; a Gateway and a Node. LoRa Gateway This is the piece of hardware in a LoRaWAN Network which is setup to primarily receive packets from LoRa Nodes and bridge them to a LoRaWAN Network such as The Things Network. These are usually able to receive from hundreds of nodes at the same time and provide LoRaWAN coverage for both your devices and others within range of it. This is most similar to your Wi-Fi Router in a home network. LoRa Node This is the terminology for either a complete sensor or the transmitter add-on such as our IoT LoRa pHAT or Micro:bit LoRa Node. These transmit small packets of data and are designed to be picked up by a LoRa Gateway. LoRaWAN is when you configure your devices to speak to a central network that acts as a bridge to the internet. Instead of communicating in a peer to peer method between two devices instead you can configure your device to connect to a LoRaWAN Network of which as long as the device is in coverage of a Gateway with the network selected the data can be picked up and forwarded to services such as Amazon AWS, Azure, IFTTT, Cayenne, Node Red and more. We're a big fan of the The Things Network - a LoRaWAN Provider that is increasing coverage constantly throughout the UK, Europe and Worldwide. In fact, they are even a Kickstarter Alumni themselves! The benefit of using a public network is devices that you build in one area of the UK will work in any area of the UK or even the EU as long as you're within Coverage (they would also work worldwide, but you would need to change from 868Mhz to 915 MHz frequency)! Not got coverage? You can setup your own gateway for you and others to use and increase the coverage at the same time. Free & Open Network - Free to use once set up 15km Range Very Low Power - Although very small amounts of data Peer to Peer - Communicating from one Node to Another Non Peer to Peer - Works via local Gateway Completely Independent Devices / Nodes Nodes are Low Power - some can lasts years! The LoRa Gateway HAT can also be used to mine Helium HNT with a Nebra hotspot miner. We developed two spinoff products based on this board in order to do this: - 🤍 - 🤍 Also available from Nebra - 🤍 - 🤍 Follow us on social media: Twitter: 🤍 Facebook: 🤍 Website: 🤍
Download Circuit Diagrams and Codes: 🤍 Subscribe to my New YouTube Channel, if you want to watch my videos in Hindi/Urdu 🤍 Watch part2: Arduino and SX1278 based Two Way Communication: 🤍 Watch Part3: Multiple sensors monitoring using Arduino and SX1278 Lora Modules 🤍 Watch Part4: Multiple Lora Nodes Communication with Master Lora Node/Lora Gateway: 🤍 Support me on Patreon and get access to hundreds of projects: 🤍 Project Description: I have been using these different types of short range and log range wireless transceiver modules for quite a long time. Today for the first time I am going to use these Long range low energy Lora SX1278 Modules with Arduino. This is a getting started tutorial and I will try my level best to keep things as simple as possible. Initially, I will start with the Hello world example. We will send the Hello world message wirelessly to the receiver LoRa module and then I will modify the same code for monitoring an analog sensor. I will be using a potentiometer as the sensor, which of course you can replace with any other sensor as per your requirement. Without any further delay, let’s get started!!! I have got these three Lora SX1278 Modules, LoRa (Long-Range) is digital wireless data communication IoT technology. LoRa transmits over license-free megahertz radio frequency bands: 169 MHz, 433 MHz (Asia), 868 MHz (Europe) and 915 MHz (North America). LoRa enables very-long-range wireless data transmission. The type of the LoRa modules I am using supports 433MHz. Each LoRa module is also provided with an Antenna which we will need to solder over here to increase the wireless communication range. Amazon Purchase links: * LoRa SX1278 Module 🤍 Arduino Nano 🤍 Arduino Uno 🤍 Other must-have Tools and Components: Arduino Uno, Nano, Mega, Micro "All types of Arduino Boards": 🤍 Top Arduino Sensors: 🤍 Super Starter kit for Beginners 🤍 Top Oscilloscopes 🤍 Variable Supply: 🤍 Digital Multimeter: 🤍 Top Soldering iron kits: "best" 🤍 Top Portable drill machines: 🤍 Jumper Wires: 🤍 3D printers: 🤍 CNC Machines: 🤍 Electronics Accessories: 🤍 Hardware Tools: 🤍 DISCLAIMER: This video and description contain affiliate links, which means that if you click on one of the product links, I will receive a small commission. This helps support the channel and allows me to continue to make videos like this. Thank you for your support! For more Projects and tutorials visit my Websites Electronic Clinic: 🤍 Programming Digest: 🤍 Follow me on Instagram: 🤍 Follow my Facebook Page Electronic Clinic: 🤍 Follow my Facebook Group, Arduino Projects: 🤍 Email: stu_engineering🤍yahoo.com #LoraArduino #SX1278 #LoraSX1278SensorMonitoring LORA SX1278 AND ARDUINO ARDUINO AND LORA SX1278 LORA WITH ARDUINO LORA SX1278 WITH ARDUINO TUTORIAL LORA SX1278 TUTORIAL LORA SX1278 HELLO WORLD EXAMPLE LORA SX1278 SENSOR MONITORING LORA SX1278 433MHZ LORA SX1278 AND ARDUINO BASED SENSOR MONITORING GETTING STARTED WITH LORA SX1278 GETTING START WITH ARDUINO AND LORA SX1278 LORA SX1278 LONG RANGE WIRELESS
Lora ve lorawan modüllerinin incelemesi ve arduino ile kullanımı hakkında video ve örnekler için takip etmeyi unutma 🤍ekorob
#lora #gps #eink I built my LoRa-GPS Tracker with PCBs from PCBWay 🤍. I worked on the firmware and ran some tests before doing an outdoor range test. Here, I describe each of the components of building the device. Checkout the PCBWay project page: 🤍 ‣ Some links below are affiliate. I receive a small commission at no extra cost to you. ⏰ TIMESTAMPS 00:00 Intro 00:17 Idea 00:45 Range test - 🤍 02:54 BOM and Cost - 🤍 03:25 Battery and power circuit 🤍 04:21 Charging battery - 🤍 05:53 Measuring battery life - 🤍 06:46 LoRa communication - 🤍 07:17 GPS Module - 🤍 08:34 GPS Format - 🤍 10:28 E-Ink display - 🤍 11:26 Microcontroller - 🤍 11:52 Code configuration - 🤍 13:33 Inspiration LilyGO T-Beam - 🤍 14:18 Applications for LoRa-GPS Trackers? 🛍️ PRODUCTS MENTIONED LilyGO T-Beam 🤍 Opus BT - C3100 rechargeable battery charger 🤍 HopeRF LoRa RFM95 module 🤍 Waveshare 1.54inch E-Ink display black/white 200x200 🤍 🎩 PROJECT FILES Project Oak 🤍 📺 WATCH NEXT Using 121GW Multimeter as Datalogger for battery charging profile 🤍 How to read GPS NMEA Sentences 🤍 Using LoRa for P2P half-duplex long-range communication 🤍 Uploading Arduino bootloader on a new micro-controller 🤍 Why does PCB to blinky LED take so long? 🤍 A case study of LoRa-GPS tracker and how to evaluate similar projects 🤍 🔗 LINKS SHOWN Sketch specification - Arduino CLI: 🤍 Arduino zero bootloader 🤍 waveshare/e-Paper: 🤍 Adafruit_GPS 🤍 Adafruit Mini GPS PA1010D 🤍 Antenna, Compressed Whip, Stub Straight: 🤍 Frequency Plans by Country 🤍 sandeepmistry/arduino-LoRa 🤍 MCP73831/2 Data Sheet: 🤍 Introduction to Battery Chargers: 🤍 18650 battery holder datasheet: 🤍 CRC library for Arduino: 🤍 PA1010D GPS module 🤍 🙏🏻 CREDIT Kayaking video by Mikhail Nilov 🤍 🔌 TOOLS USED 🤍
Long distance wireless 433/868/915 Mhz Lora shield for Arduino Leonardo, UNO, Mega2560, Duemilanove, Due The shield in the video is v1.1 The RFM95 module has a mark RF96 on the chip which means the chip is sx1276. 🤍 Seller: IoT Hardware Store Check out all my other videos about Single channel gateway with The Things Network 🤍 Subscribe to my YouTube channel 🤍 #mobilefish #lorawan #lora #productreviews #productreview #TheThingsNetwork
О том как передавать данные радиомодулями с UART интерфейсом с намеком на безопасность. 🐾 Железки на али: E32-433T20D на 433мгц: 🤍 E32-868T20D на 868мгц: 🤍 Антенны есть: 🤍 HC-12: 🤍 Arduino NANO: 🤍 и leonardo: 🤍 🐾Тема на форуме: 🤍 Обзор E32-868T20D: 🤍 Обзор REYAX RYLR896: 🤍 🐾Желающим оказать материальную поддержку. 🤍
Join PCBGOGO to win their big anniversary discount: 🤍 Up to $150 Coupon; Deadline: Sep 25th, 2020 Parts Used: Husky Lens: 🤍 Reyax RYLR907: 🤍 Firebeetle ESP8266: 🤍 Arduino: 🤍 GitHub: 🤍 Check out Instructables for a detailed read: 🤍 Wanna help us out? Consider donating any amount: 🤍 CETech🤍FB: 🤍 Track: Raiko - Revenger [NCS Release] Music provided by NoCopyrightSounds. Watch: 🤍 Free Download / Stream: 🤍 #AI #LoRa #Reyax
#shorts #lora #arduino #esp32 #remotecontrol #iot #maker #tutorial #農業 Hi, welcome to watch this week's Weekend Project with Stonez56. This week is for Arduino #44 Lora Module, temperature and humidity + remote switch function The main content of this episode is because some friends asked if I could make a function to turn on or turn off the remote switch ~ So it was done done. By the way, the current relay status can be seen on the relay Please visit my blog for more Arduino Tutorials 🤍
In this video, I am showing how to interface the reyax RYLR988 LoRa module with Arduino uno also, I am controlling an LED with another Arduino transmitter #electronics #arduino #LoRa buy the reyax RYLR988 module from here l REYAX TECHDesign Online Store: 🤍 l REYAX Amazon Online Store: 🤍 l Cpark Solution LLP (REYAX Indian Distributor): 🤍 l GSAS Micro System (REYAX Indian Distributor): 🤍 l Sinelec Technologies (India) Pvt Ltd. (REYAX Indian Distributor): 🤍 download code and circuit from here 🤍 For components/ modules 🤍esclabs.in 🄸🄽🅂🅃🄰🄶🅁🄰🄼 🤍 🄵🄰🄲🄴🄱🄾🄾🄺 🤍 🅃🄴🄻🄴🄶🅁🄰🄼 🤍 🅆🄷🄰🅃🅂🄰🄿🄿 🤍
Company REYAX provided me with two Lora modules (RYLR998) to play with and to create a video about them. In this tutorail I will show you how to program those radio modules. How to connect them to Arduino. I will also create the code that will allow to remotely control the state of LED with the pushbutton. Hope you will find this video Useful. You can find more information bout those modules on the Manufacturer's webside: 🤍 You can get them at: TECHDesign: 🤍 Amazon: 🤍 Link to the code: 🤍 or 🤍 If you like this content and you want to support me in creating similar videos go to my Patreon webpage 🤍 Or Paypal 🤍 Music Credits; –––––––––––––––––––––––––––––– Track: Autumn — KV [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 ––––––––––––––––––––––––––––––
In this Lora project, I have shown how to make LoRa ESP8266 Arduino control relay with real-time feedback using the RYLR896 LoRa module. Explained both the transmitter and receiving LoRa circuit and source code and how to configure the LoRa module with AT commands. PCBA from $0 (Free Setup, Free Stencil) 🤍 Download PCB Gerber file for this NodeMCU ESP8266 project 🤍 I have covered the following topic in this Arduino Lora project: 00:30 Demonstrate this ESP8266 Arduino Lora home automation project 02:41 Required components for the LoRa project 03:22 Explained Transmitter Arduino Lora circuit 04:03 Explained Receiving NodeMCU Lora circuit 06:16 Configure LoRa with AT commands 10:13 Explained the source codes for this LoRA project 13:00 Connecting the LoRa module with Arduino and ESP8266 13:59 Control high voltage appliances with LoRa LoRa module Purchase Link: Official website: 🤍 Amazon: 🤍 REYAX Indian Distributor: 🤍 Required component for this Lora project: 1. Lora Modules REYAX RYLR896 2no 2. Arduino Nano 1no 3. ESP8266 NodeMCU 1no 4. 5v 4-channel Relay Module 1no 5. 220-ohm Resistor 1no 6. 4.7k Resistor 2no 7. 10k Resistor 2no 8. 5-mm LED 3no 9. Push button 4no 10. FTDI232 USB to serial interface board 1no Amazon India Affiliate links: NodeMCU : 🤍 4-channel 5V Relay Module : 🤍 Amazon United States Affiliate links: NodeMCU : 🤍 4-channel 5V Relay Module : 🤍 Required Components for the NodeMCU control Relay Module PCB: 1. Relays 5v (SPDT) (4 no) 2. BC547 Transistors (4 no) 3. PC817 Optocuplors (4 no) 4. 510-ohm 0.25-watt Resistor (4 no) (R1 R4) 5. 1k 0.25-watt Resistors (5 no) (R5 R9) 6. LED 5-mm (5 no) 7. 1N4007 Diodes (5 no) (D1 D5) 8. Push Buttons (4 no) 9. Terminal Connectors 10. 5V DC supply - ⚠️ This video took a long time to make if you would like to buy me a coffee to say thanks, link below: ☕ PayPal: 🤍 Patreon: 🤍 - Download Code for this Arduino NodeMCU LoRa project from the following article 🤍 Important Link: Previous Lora Tutorial video: 🤍 Datasheet REYAX RYLR896 Lora Module: 🤍 AT command guide for REYAX Lora module: 🤍 Important points: 1. The Network ID and BAND should be the same for the transmitter and receiving end Lora module. 2. Set the BAND as per the eligible LoRa band in your country. 3. You can use any other microcontroller in receiving circuit. 4. During reset and programming NodeMCU remove the LoRA module. Connect the LoRa module after giving the supply. Please take proper safety precautions while working with high voltages. During this Lora tutorial video, I have explained all the required information to make this LoRa project. You can use any microcontroller with the LoRa module. Both the microcontroller and LoRa module communicate through the serial terminal at the 3.3V logic level. The range for this LoRa module is up to 10KM, So this project is very useful in rural are where WiFi is not available. The range may decrease in urban areas due to more obstacles in the path. #lora #arduino #esp8266 - Thanks For Watching... ✅ SUBSCRIBE ✅LIKE ✅SHARE ✅ COMMENTS Find out more such projects: 🤍 Facebook: 🤍 Instagram: 🤍 Telegram: 🤍 - - WARNING: This video is for demonstration and educational purposes only. Each demonstration presents risks and hazards that must be fully understood before attempting. And should be performed only by professionals Other useful IoT projects: Latest NodeMCU projects playlist: 🤍 Latest ESP32 projects playlist: 🤍 Arduino Home Automation using ESP01 🤍
Support my work 🤍 I'm slowly getting somewhere with my UAV recovery beacon based on LoRa Semtech SX1276, ESP32, ATmega32u4, GPS, and Arduino. Looks like it's working. The version I'm showing you today is a very early development version but has the most important feature: it shows the distance between the beacon and receiver. On a completely different note, I like ESP32 as original Arduino boards replacement more and more. Amazing piece of hardware... LoRa32u4 II LoRa 868/915MHz development board: 🤍 TTGO LORA32 v2 ESP32 898/915MHz development board: 🤍 Beitian BN-220 GPS 🤍 Beitian Matek M9N-5883 🤍 Previous 🤍 If you want to support me: ✅ Patreon 🤍 ✅ Banggood affiliate 🤍 ✅ Paypal 🤍
Altium Designer and Altium 365: 🤍 Download Code & Circuit Diagrams: 🤍 Subscribe to my New YouTube Channel, if you want to watch my videos in Hindi/Urdu 🤍 My previous Lora SX1278 and Arduino Based Projects: Arduino Lora SX1278 Getting Started Tutorial: 🤍 Arduino Lora SX1278 Two Way communication: 🤍 Multiple Sensors Monitoring using Arduino and Lora SX1278: 🤍 LoRaWAN Network: 🤍 Support me on Patreon and get access to hundreds of projects: 🤍 Project Description: In today’s episode, you will learn how to make a completely functional Automation system included with a feedback feature using a pair of Arduino boards, Lora SX1278 transceiver modules, 4-channels relay module, and some electrical loads. I will also share with you the maximum distance and how quickly and accurately it sends the feedback message. I have already made several videos on SX1278 Lora transceiver modules, however, today’s video is of a somewhat different level, because the project which I am going to design today, will prove useful for you. Why am I saying so? You will get its answer during the practical demonstration. As I have just said, I have already made many videos on Lora transceiver modules. In my very first video, I explained the pinout, technical specifications, and how to use Lora SX1278 with Arduino. So, during that project, I sent the “hello world” message wirelessly. You are well aware that for the beginners “hello world” project is an ideal project. This was basically a getting started tutorial. After this, I explained in detail how you can conduct two-way communication over a long distance. For demonstration, I used a push button on one side, whereas on the other side I used a potentiometer as an analog sensor. If you are interested in controlling and monitoring both at the same time, then you must surely watch this video. Anyways, after this, I implemented Lora Network, because, in most of the cases, only two Lora modules are not enough. To cover more locations, I created a LoraWAN network based on 3 nodes. In this network, every node had a specific address. So, if you want to monitor multiple sensors from multiple locations, then this video must be worth watching for you guys. Anyhow, I then designed a Lora Gateway and for this purpose, I used the Lora SX1278 module with ESP8266 Wi-Fi module. This is quite an interesting project because first, you bring the sensor data from a remote location, where no internet facility is available, to the node where the internet is available. And then you send that sensor data to an IoT platform with the help of a gateway. By doing so, you can monitor any sensor from any part of the world, provided you have an internet connection. Apart from this, there are other projects as well, however, the projects which I have just mentioned, are undoubtedly very important projects, because you can.... Amazon Purchase links: * LoRa SX1278 Module 🤍 Arduino Nano 🤍 Arduino Uno 🤍 SSD1306 128x64 Oled i2c display Module 🤍 Other must-have Tools and Components: Arduino Uno, Nano, Mega, Micro "All types of Arduino Boards": 🤍 Top Arduino Sensors: 🤍 Super Starter kit for Beginners 🤍 Top Oscilloscopes 🤍 Variable Supply: 🤍 Digital Multimeter: 🤍 3D printers: 🤍 CNC Machines: 🤍 Electronics Accessories: 🤍 Hardware Tools: 🤍 DISCLAIMER: This video and description contain affiliate links, which means that if you click on one of the product links, I will receive a small commission. This helps support the channel and allows me to continue to make videos like this. Thank you for your support! For more Projects and tutorials visit my Websites Electronic Clinic: 🤍 Programming Digest: 🤍 Follow me on Instagram: 🤍 Follow my Facebook Page Electronic Clinic: 🤍 Follow my Facebook Group, Arduino Projects: 🤍 Email: stu_engineering🤍yahoo.com #Arduino&Lora #LoraFeedbackMessage #LoRaSX1278
Радиомодули на 433мгц с технологией LoRa на трансиверах SX1278. модули из магазина icstation, 🤍 в SMD 🤍 библиотеки: 🤍 🤍 про технологию лора 🤍 поддержать канал материально. 🤍
In this Lora tutorial, I have shown how to make a Lora IoT project using Arduino ESP8266 with Google Assistant and Alexa. Explained both the transmitter and receiver LoRa circuit and source code to control the relays with the Google Home IoT platform. To try out the FREE trial version of Altium, click here - 🤍 Help 🙏🏻 my projects on Patreon: 🤍 Feel free to donate any amount: 🤍 I have covered the following topic in this Lora Arduino IoT project: 02:49 Demonstrated LoRa IoT ESP8266 Arduino project with Sinric Pro 04:05 Explained Transmitter Lora circuit using NodeMCU. 04:18 Explained Receiving Lora circuit with Arduino UNO. 04:50 Setup FREE Sinric Pro account for LoRa ESP8266 project. 05:44 Explained the source codes for this Lora Arduino project. 08:17 Setup Google Home app for this IoT project. 09:08 Setup Amazon Alexa app for the voice control LoRa project. 09:51 Control high voltage appliances with LoRa and voice assistant. Required components for the Transmitter Lora circuit: 1. Lora Module REYAX RYLR998 1no 2. ESP8266 NodeMCU 1no 3. 1k Resistors 2no 4. 4.7k Resistor 1no 5. 10k Resistor 1no 6. 5-mm LED 2no 7. 0.96" OLED Display 8. Push button 5no Required components for the Receiver Arduino Lora circuit: 1. Lora Module REYAX RYLR998 1no 2. Arduino UNO 1no 3. 5v 4-channel Relay Module 1no 4. 2k Resistor 1no 5. 4.7k Resistor 1no 6. 5-mm LED 1no 7. Push Buttons or Switch 4no Amazon India Affiliate links: NodeMCU : 🤍 4-channel 5V Relay Module: 🤍 Amazon United States Affiliate links: Lora Module RYLR998: 🤍 NodeMCU : 🤍 4-channel 5V Relay Module: 🤍 Required Components for the NodeMCU LoRa PCB: 1. REYAX RYLR998 or RYLR896 1no 2. ESP8266 NodeMCU 1no 3. 1k Resistors 2no 4. 4.7k Resistor 1no 5. 10k Resistor 2no 6. 5-mm LED 2no 7. Push button 6no 8. Jumper 2no 9. Terminal connector 2 pin 1no 10. 0.96" OLED Display Important Links: Download Code for this Arduino ESP8266 LoRa IoT project from the following article. 🤍 Download PCB Gerber file for the transmitter LoRa ESP8266 circuit 🤍 Previous Lora Tutorial video: 🤍 Datasheet REYAX RYLR896 Lora Module: 🤍 AT command guide for REYAX Lora module: 🤍 Important points: 1. The Network ID and BAND should be the same for the transmitter and receiving end Lora module. 2. Set the BAND as per the eligible LoRa bands in your country. 3. All the AT commands for configuring the LoRa modules are defined in the void setup() function of the source code. 4. The range for this LoRa project will be up to 5KM in rural areas. (Range will decrease if the number of obstacles increases in the signal path). 5. During the restart of the NodeMCU, the WiFi should be available. 6. As I have used the FREE Sinric account, so you can control only 3 relays with Google Assistant and Amazon Alexa. 7. After restart, please wait until the STATUS LED turns off. 8. I have used EEPROM of Arduino UNO, so it can remember the previous states. 9. Please watch the complete video, otherwise you may face some issues. Please take proper safety precautions while working with high voltages. During this Lora IoT tutorial video, I explained all the required information to make this LoRa ESP8266 project. You can monitor the real-time feedback in the Google Home and Amazon Alexa app. You can use any microcontroller with the LoRa module. Both the microcontroller and LoRa module communicate through the serial terminal at the 3.3V logic level. The range for this LoRa module is up to 5KM, So this project is very useful in rural are where WiFi is not available. The range may decrease in urban areas due to more obstacles in the path. #lora #arduino #esp8266 Thanks For Watching... ✅ SUBSCRIBE ✅LIKE ✅SHARE ✅ COMMENTS Find out more such projects: 🤍 Facebook: 🤍 Instagram: 🤍 Telegram: 🤍 WARNING: This video is for demonstration and educational purposes only. Each demonstration presents risks and hazards that must be fully understood before attempting. And should be performed only by professionals Other useful IoT projects: Latest NodeMCU projects playlist: 🤍 Arduino Home Automation Projects playlist: 🤍
или как гонять структуру с данными через радиомодули которые использую библиотеку RadioHead на примере беспроводного датчика для метеостанции, а для примера используются LORA модули sx1278, по такому принципу будут работать и похожие радиомодули вроде SI4432 или CC1101. код из видео 🤍 ссылки на железки: Wemos® TTGO - 🤍 SX1278 - 🤍 HTU21D+BMP180+BH1750FVI - 🤍 Возможность поблагодарить автора рублем. 🤍
Приобрести модули можно тут: ◆REYAX Official Website 🤍 ◆REYAX RYLR998: TECHDesign - 🤍 Amazon - 🤍 Arduino: 🤍 Кэшбэк возврат до 15% от покупки на Alixpress : 🤍 Помощь каналу: 🤍 Скетч можно найти на сайте: 🤍
Project "AGLoRa" - easy opensource LoRa GPS tracker. 🤍 How to find someone without a mobile signal? AGLoRa is an acronym for "Arduino GPS LoRa". LoRa (from "long range") is a proprietary low-power wide-area network modulation technique. Device can be used for hiking, sailing and other outdoor activities in the locations without GSM.
$2 for 2Layer, 5pcs & $5 for 4Layer, 5pcs: 🤍 Previous video: 🤍 Transmitting an Alarm Signal with LoRa video: 🤍 Facebook: 🤍 Twitter: 🤍 Support me for more videos: 🤍 More project information (schematic, code,......) on Instructables: 🤍 Parts list (affiliate links): 1x Solar Panel: 🤍 1x Solar Charge Controller: 🤍 1x 12V Battery: 🤍 1x Wood chest Silicone Wire 1x LoRa Radio Node: 🤍 1x BME280 Sensor: 🤍 2x Soil Moisture Sensor: 🤍 1x LM7805 Voltage Regulator: 🤍 1x LG02 LoRa Gateway: 🤍 Websites which were shown during the video: 🤍 🤍 🤍 🤍 In this project I will be showing you how I automated a greenhouse. That means I will show you how I built the greenhouse and how I wired up the power and automation electronics. Also I will be showing you how to program an Arduino board that uses LoRa in order to transmit the measured temperature, humidity and soil moisture inside the greenhouse to a LoRa gateway which then uploads it all to the internet. That means you can check on your greenhouse from everywhere in the world. Let's get started! Thanks to JLCPCB for sponsoring this video Visit 🤍 to get professional PCBs for low prices Music: 2011 Lookalike by Bartlebeats
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