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Kit Arduino: 🤍 Lessons 1 a 64 de Paul McWorther 🤍 Module SX1278: 🤍
source code and circuit: 🤍
Communicate between many LORA clients to a server sometimes becomes tricky. Because if we just send the data without caring about the delay or sequence. They can be really messy. So how to make sure that all data are sent and organized? Watch this video till the end! How to send sensor data using LoRa : 🤍 Basic LoRa Tutorial : 🤍 Full code : This is a premium project. full code link for this project available for members only. Click the link below to join membership 🤍 Music : "LAKEY INSPIRED - Chill Day" is licensed under a Attribution-ShareAlike 3.0 Unported (CC BY-SA 3.0) Music provided by BreakingCopyright: 🤍
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 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
#spi #lora #eink We will learn about SPI serial communication by trying to connect 2 peripherals to the microcontroller. Both the peripherals support the SPI protocol which has some properties such as frequency, data order, and data mode. We will analyze the 4 pins through the logic analyzer and examine the Arduino firmware to ensure they are not conflicting. ⏰ TIMESTAMPS 0:00 Intro 1:24 SPI Pins - Data in, data out, clock, chip select 4:20 Firmware - pins, enable, frequency, mode 8:35 Multiple SPI peripherals ‣ Some links below are affiliate. I receive a small commission at no extra cost to you. 📻 PRODUCTS MENTIONED RobotDyn SAMD21 M0 Mini 🤍 Adafruit RFM95W LoRa Radio Transceiver Breakout 🤍 WaveShare 1.54in 🤍 Saleae 8-Channel Logic Analyzer 🤍 📺 WATCH NEXT Decoding UART, I2C and a non-standard signal // With Saleae logic analyzer and temperature sensors 🤍 Arduino firmware on ATmega328p or SAMD21 🤍 Using LoRa for P2P half-duplex long-range communication 🤍 Arduino CLI and the art of command line 🤍 Saleae Logic Analyzer Alpha 2 and how software is eating the instrument world 🤍 Displaying on E-Ink screen with various micro-controllers 🤍 🎩 DEMO FILES Lora Duplex code example 🤍 Waveshare 1.54 inch with SAMD21G 🤍 🔗 LINKS SHOWN A Resolution to Redefine SPI Signal Names 🤍 SPI Explained by electric imp dev center 🤍 SAMD21 M0-Mini Dev board 🤍 Adafruit RFM69HCW and RFM9X LoRa Packet Radio Breakouts 🤍 Waveshare 200x200, 1.54inch E-Ink display module 🤍 Arduino native SPI Library 🤍 Firmware arduino-LoRa by sandeepmistry 🤍 Firmware e-paper by waveshare 🤍 Introduction to SPI Interface by Analog devices 🤍 Serial Peripheral Interface (SPI) by SparkFun 🤍 🔌 TOOLS USED 🤍 🎶 MUSIC AND SOUND EFFECTS New Morning by TrackTribe from YouTube Audio Library Sunrise in Paris by Dan Henig from YouTube Audio Library Nebular Focus by Dan Henig from YouTube Audio Library View of the Valley by Trevor Garrod from YouTube Audio Library
#lora #arduino #duplex We will use 2 LoRa modules to create a duplex communication across the long-range. This setup can be used as a GPS tracker or to send simple sensor data real-time between 2 nodes where cellular connectivity is weak or low power is required. ⏰ TIMESTAMPS 0:00 Intro 1:06 LoRa vs LoRaWAN 1:22 Hardware setup 2:49 Setting up 2 nodes 5:29 Loop function to send and receive messages 8:53 Receive message function 11:04 Data exchange between 2 nodes ‣ Some links below are affiliate. I receive a small commission at no extra cost to you. 📻 PRODUCTS MENTIONED Adafruit RFM95W LoRa Radio Transceiver Breakout 🤍 🎩 DEMO FILES 🤍 🤍 🔗 LINKS SHOWN Adafruit RFM95W LoRa Radio Transceiver Breakout - 868 or 915 MHz - RadioFruit 🤍 Adafruit RFM69HCW and RFM9X LoRa Packet Radio Breakouts tutorial 🤍 arduino-LoRa by Sandeep Mistry 🤍 arduino-LoRa example with duplex communication 🤍 Arduino millis() 🤍 Arduino random() 🤍 LoRa Module VS nRF24 VS Generic RF Module || Range & Power Test by Great Scotts 🤍 ESP32 and ESP8266 point-to-point (ESP-Now): Fast and efficient. Comparison with LoRa by Andreas Spiess 🤍 🔌 HARDWARE LAB EQUIPMENT EEVBlog Digital Multimeter 121GW 🤍 Saleae Logic Analyzer 🤍 ATTEN-862D Hot Air Gun workstation 🤍 💻 SOFTWARE USED dotfiles for terminal configuration 🤍 KiCad 🤍 CoolTerm for serial monitor 🤍 PartsBox for inventory management 🤍 GoodNotes for highlighting datasheets 🤍 📹 VIDEO PRODUCTION GEAR iPhone 7S Plus for recording video Microphone Audio Technica ATR2100-USB for voice recording 🤍 IKEA TERTIAL Work lamp stand hacked as a microphone stand 🤍 Tripod SLIK SDV-10iPhone holder Xiletu XJ-8 🤍 🎬 VIDEO EDITING SOFTWARE TOOLS Davinci Resolve for video editing QuickTime for recording screencasts Canva.com for YouTube thumbnail, titles, outro 🤍
NSDI '21 - Simplifying Backscatter Deployment: Full-Duplex LoRa Backscatter Mohamad Katanbaf, Jeeva Wireless and University of Washington; Anthony Weinand and Vamsi Talla, Jeeva Wireless Due to the practical challenges in the deployment of existing half-duplex systems, the promise of ubiquitous backscatter connectivity has eluded us. To address this, we design the first long-range full-duplex LoRa backscatter reader. We leverage existing LoRa chipsets as transceivers and use a microcontroller in combination with inexpensive passive elements including a hybrid coupler, inductors, tunable capacitors, and resistors to achieve 78~dB of self-interference cancellation and build a low-cost, long-range, and small-form-factor Full-Duplex LoRa Backscatter reader. We evaluate our system in various deployments and show that we can successfully communicate with a backscatter tag at distances of up to 300~ft in line of sight, and through obstacles, such as walls and cubicles, in a 4,000~ft^2 office area. We reconfigure our reader to conform to the size and power requirements of a smartphone, and demonstrate communication with a contact-lens-form-factor prototype device. Finally, we attach our reader to a drone and demonstrate backscatter sensing for precision agriculture with an instantaneous coverage of 7,850~ft^2. View the full NSDI '21 program at 🤍
We all know: LoRa works very well for long distances. The traditional boards work on frequencies below 1GHz, and we were able to get connections to of up to 700 km to a balloon and a satellite in orbit 400 km away—cool stuff and highly successful. Last year, Semtech announced a new LoRa chip, which works on the standard 2.4GHz Wi-Fi band. Expectations were high, and when I started to build my “connected light sensor,” I thought, I could use these new boards. Do they fulfill the expectations? I will try to use it for my connected light sensor. I am a proud Patreon of GreatScott!, Electroboom, Electronoobs, EEVblog, and others. Links: E28 modules: 🤍 Stuart's Homepage: 🤍 SX1280 Library: 🤍 or 🤍 The links above usually are affiliate links which support the channel (no additional cost for you). Supporting Material and Blog Page: 🤍 Github: 🤍 My Patreon Page: 🤍 Discord: 🤍 If you want to support the channel, please use the links below to start your shopping. No additional charges for you, but I get a commission (of your purchases the next 24 hours) to buy new stuff for the channel My Amazon.com shop: 🤍 For Banggood 🤍 For AliExpress: 🤍 For Amazon.de: 🤍 For Amazon UK: 🤍 For ebay.com: 🤍 🤍 🤍 🤍 Please do not try to Email me or invite me on LinkedIn. These communication channels are reserved for my primary job As an Amazon Associate, I earn from qualifying purchases
Lora Duplex West- 2111 Avenue C, Bradenton Beach, FL Newly furnished 2 bedroom/ 2 bath vacation rental steps from the beach! Sleeps 4 and includes a BBQ grill, bikes, beach chairs, and beach toys. Also includes WiFi, washer/dryer, phone,dishwasher, microwave, and more! For more info and to reserve online visit: 🤍 or call: (941) 778-6696 or (800) 367-1617
#lorawan #communication #flysky #drone #json #oleddisplay #esp32 #rccar #robotics
Here we take a look at MESHTASTIC, An Open Source hiking, pilot, skiing and secure GPS mesh communicator using LORA Purchase here: 🤍 Or purchase here: 🤍 Batteries: 🤍 🤍 Meshtastic Website 🤍 Join this channel to get access to perks: 🤍 Products used in my videos can be purchased through my Amazon storefront. US ► 🤍 UK ► 🤍 Support This Channel by becoming a Patreon. My Patreon ► 🤍 My Twitter ► 🤍 My Amazon ► 🤍 My PayPal ► 🤍 Merch Store ► 🤍 If you enjoyed this video please help me out by subscribing and help me get to my next Milestone of 50,000 Subscribers! #TechMinds #LORA #HamRadio
I’ve always been fascinated by the fact that we can transmit data for a long distance between two devices. The thing that is fantastic is that it can be done totally free or charge without the use of a mobile subscription. These two devices allow to send and receive small messages using LoRa technology: - ESP32 - RFM95 - Battery - Antenna - PCBWay Take a look at it and if you like it, please subscribe to my channel and look the other vides as well. #pcbway #arduino #arduinoproject #esp32 #rfm95 #lora
Lora Duplex East- 2111 Avenue C, Bradenton Beach, FL Newly furnished 2 bedroom/ 2 bath vacation rental steps from the beach! Sleeps 4 and includes a BBQ grill, bikes, beach chairs, and beach toys. Also includes WiFi, washer/dryer, phone,dishwasher, microwave, and more! For more info and to reserve online visit: 🤍 or call: (941) 778-6696 or (800) 367-1617
#oleddisplay #uart #esp32 #communication #json #lorawan #flysky #rccar #drone #robotics I have spend 4 months of time for Research and development on this project LoRa Duplex Transmitter and receiver communication. spend 2 months time for OLED Menu User Configurations for the controllers in transmitter and receiver. I will keep on uploading videos in series of this project. If you required source code and circuit , mail me if you are a true subscriber I will share the code and circuit. please subscribe to my channel and support me. thank you. The back ground music is downloaded from Ben sounds Music: Bensound.com/royalty-free-music License code: X6GLZVX0ID8B6PVY
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! 🤍
This video will describe how to use Ebyte's E32 series LoRa radio modules in fixed mode to generate point to multi-point and target addressing LoRa networks. Ebyte E32 user manuals: 🤍
#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 🤍
#LaboratoryW #LoraSAT #AES256 #SATCOM Двосторонній Half-duplex голосовий зв'язок на Lora потужністю +10 dBm із захистом AES256 через SATCOM. Голос пройшов шлях в 80 тис км: компресія - шифрування AES256 - кодування - модуляція Lora - 40 тис км вгору - банка з лінійним ретранслятором - 40 тис км вниз - демодуляція Lora - декодування - дешифрування AES256 - декомпресія та відновлення звукових даних у реальному часі - - - - - - - - - - - - Стати спонсором каналу та отримати доступ до ексклюзивних бонусів 🤍
🤍 Features This product is a wireless data transmission terminal based on the RS232, RS485 and RS422 interfaces of the SX1262 module. Using LoRa modulation and demodulation technology, it has the characteristics of strong anti-interference and long-distance communication, and the communication distance can reach 5KM. Support point-to-point, point-to-multiple, relay networking, AES encryption and other communication methods, small size, easy installation, Standard or non-standard user protocol wireless data transmission and device control for industrial control. Using LoRa modulation and demodulation technology, it has anti-interference and long-distance communication characteristics Using the original SX1262 solution, with -148dBm receiving sensitivity and 22dBm transmitting power Support preamble detection, with CRC, automatic subpacket, 960 byte cache function Support LBT transmission, RSSI output, AT command set setting Support AES encrypted communication to ensure the security of data transmission Support multi-level relay networking to increase the wireless communication distance Support host computer configuration and firmware upgrade, and support custom firmware for large quantities Use high-quality components such as TCXO to work stably under harsh conditions Provide a complete supporting manual Specifications Communication Interface Interface type: Terminal block: RS485 × 1, RS422 × 1 DB9 Male: RS232 × 1 SMA-KE female socket: 6dBi omnidirectional antenna × 1 RS485: anti-surge, over-current protection (reserve 120R balance resistor header) RS232: TVS tube protection, surge and anti-static protection RS422: anti-surge, over-current protection (reserve 120R balance resistor header) Wireless parameters Frequency band: Sub-GHz (410~510MHz, 850~930MHz) Signal modulation: LoRa Encryption type: AES Transmitting power: +22dBm Max Receiving sensitivity: -148dBm Serial parameters Baud rate: 1200 ~ 115200bps Parity bit: none, odd parity, even parity Data bits: 8 ~ 9 bits Flow control: no flow control Environmental requirements Operating temperature: 0 ~ 85°C Humidity range: 5% ~ 95% relative humidity Other Power supply: terminal 6 ~ 28V or DC 12V, overcurrent and overvoltage anti-reverse connection protection Case: aluminum alloy frosted Case Dimensions: 77.0 × 24.0 × 64.2mm
🤖 Neste Vídeo mostramos o envio de um número inteiro com um transmissor até um receptor usando o LORA. 💡⚙️Siga o nosso canal para conhecer mais sobre este assunto e diversos outros. Deixe nos comentários quais temas vocês gostariam que fossem abordados nos próximos vídeos. Não esqueça de deixar seu like. 💡⚙️ Nos sigam no Instagram para acompanhar diversos conteúdos e novidades sobre tecnologia. 🤍 profemarcocuadros 🤖 🚀 Nosso Curso de Robótica Para Iniciantes está com as vendas ativas, com uma super promoção de lançamento, mas por tempo limitado: - Parcelamento em até 12x Quer saber todos os detalhes? Clique aqui👇🏻 🤍 🤖 🚀 Confira Nosso Curso de Robótica - Sensores e Atuadores! Onde Vamos Desde Conceitos Básicos Até Aplicações Mais Avançadas: - Parcelamento em até 12x Quer saber todos os detalhes? Clique aqui👇🏻 🤍 NÃO FIQUE QUEBRANDO A CABEÇA E VENHA APRENDER ROBÓTICA DE UM JEITO FÁCIL E DIVERTIDO!!
September 5th, 2019 Lora Loving singing "One Hell Of A Piece" by Selda and Derek The Duplex, NYC Piano: Andy Collopy
#shorts #lora #arduino #esp32 #remotecontrol #iot #maker #tutorial #農業 #lorawan #gateway #RYLR993_Lite #helium 大家好, 歡迎收看本週的Weekend project with Stonez56。 本周要進行的是 Arduino #46 LoRaWAN 收發模組的簡介 (影片介紹) 有興趣也可以到我的部落格逛逛: Please visit my blog for more Arduino Tutorials 🤍
In this tutorial, you will learn how to make a LoRa based two-way wireless communication system with Arduino. This is a complete two-way communication system based on the Arduino and the most powerful and popular 433MHz SX1278 LoRa Transceiver modules * Get 1-2 Layer PCBs only at $5 🤍 Build Time: Only 24 hour Gerber File of this project: 🤍 * Project Description: In this tutorial, you will learn how to make a wireless two way communication system using Arduino and SX1278 LoRa Transceiver modules. Here I am using Arduino & ESP8266 Module but you can use any Arduino on both nodes. The DHT22 Temperature and Humidity sensor and 16×2 I2C LCD Display are connected to the Arduino Node. While to the ESP8266 Node a DS18B20 Temperature Sensor and 0.96 inch I2C OLED Display are connected. The parameters of the DHT22 sensor Temperature and Humidity are sent from the Arduino Node to the ESP8266 Node and are displayed on an OLED Display. The DS18B20 temperature sensor data from ESP8266 Node is sent to Arduino Node and is displayed on a 16×2 LCD Display. * ► LoRa SX1278 based Two Way Wireless Communication System with Arduino ► Project Schematics + Source Code: 🤍 * * #sx1278 #lora #loragateway #lorareceiver #arduino #sx1278lora #esp8266automation #esp8266project * Components Required: 1. NodeMCU ESP8266-12E Board ► 🤍 2. Capacitive Soil Moisture Sensor ► 🤍 3. DHT22 Temperature & Humidity Sensor ► 🤍 4. 0.96" I2C OLED Display ► 🤍 5. DS18B20 waterproof Temperature Sensor ► 🤍 6. PIR Motion Sensor ► 🤍 7. Rain Detector Sensor ► 🤍 8. 5V Single-Channel Relay Module ► 🤍 9. 5V Small Buzzer ► 🤍 10. Few jumpers wires ► 🤍 11. Breadboard ► 🤍 12. LoRa SX1278 Transceiver Module ► 🤍 * *Some Recent Projects* ► LoRa based IoT Smart Agriculture Monitoring & Automatic Irrigation System using ESP8266 & Blynk 2.0 ►🤍 ► IoT Smart Agriculture Monitoring & Automatic Irrigation System using ESP8266 || Blynk IoT Cloud ►🤍 ► Wind Speed Meter Using Anemometer & Arduino ► 🤍 ► IoT Energy Meter using INA219 Sensor ESP8266 & Blynk 2.0 ► 🤍 ► ESP8266 Based Smart Kitchen Automation & Monitoring System ► 🤍 ► RFID based Attendance System using Arduino and SIM800L Module with SMS Notification ► Project Schematics + Source Code: 🤍 ► IoT Based Battery Monitoring System Using ESP8266 & Arduino IoT Cloud ► Project Schematics + Source Code: 🤍 Time Stamps: 00:00 Overview: LoRa SX1278 based Two Way Communication 01:56 Components required 02:20 Arduino SX1278 LoRa Node Circuit Diagram 03:35 SX1278 LoRa based ESP8266 Node Circuit Diagram 05:10 Custom PCB for LoRa two way communication 06:02 Source Code/Program: Wireless Two Way Communication with LoRa & Arduino 06:54 Project Demonstration 07:27 Conclusion * * Follow us on Social Media: ► Facebook: 🤍 ► Twitter: 🤍 ► Website URL: 🤍 Please Subscribe to this Channel and Never Miss any Future Projects ► Channel Link: 🤍 Thank You for Watching -~-~~-~~~-~~-~- Please watch: "Relay Control with Arduino & DWIN HMI Display" 🤍 -~-~~-~~~-~~-~-
Using the temperature and humidity sensor of lora wireless transmission, the transmission distance is long, avoiding the trouble of wiring. Easy to use and simple to install. Product link: 🤍
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: 🤍
📶 Reyax RYLR998 LoRa Module Range Testing 📻 First Part - [Device Overview] Reyax RYLR998 LoRa Module - ▶️ 🤍 ⏰ Timestamps 00:00 Start 00:48 Hardware Setup Review 01:14 Graphical Representation of Testing Plan 02:16 Practical Setup 02:39 Setting up LoRa Transmitter on Building's Terrace 03:42 Setting up LoRa Receiver in Car 04:05 Testing Started 08:04 Range Testing 📷 About Video - 🚩 In last video, We have seen the overview of RYLR998 LoRa Module. Which is manufactured by Reyax Technology. We've seen its specifications, AT commands configuration guide and also seen one small DIY project using these modules. In this video we will test "LoRa Range" of these modules. #make2explore #IoT #LoRa #HomeAutomation #AI #ESP32 #ScienceProjects #Arduino #ESP8266 #RaspberryPi ||=|| 📕 Important Links - 🌐 Reyax Website - 🔗 🤍 🌐 RYLR998 Product page - 🔗 🤍 🔴 RYLR998 Module Purchase Links - 🛒 AMAZON - 🔗 🤍 🛒 TECHDesign - 🔗 🤍 🛒 REYAX Indian Distributors - 🌐 Cpark Solution LLP - 🔗 🤍 🌐 GSAS Micro System - 🔗 🤍 🌐 Sinelec Technologies - 🔗 🤍 ||=|| 📜 Source Code, Circuit Diagrams and Documentation : 🌐 GitHub Repository - 🔗 🤍 ☎️ for any queries contact us on - 📩 info🤍make2explore.com or chat with us on 🚀 Telegram 🤍make2explore - 🔗 🤍 ||=|| 🤍make2explore.com 📕 Who we are *make2explore Systems* is a Tech Startup, working in the fields of Electronics, Embedded Systems, Robotics and STEM Education. We develop DIY Robotics Kits, Embedded Electronics Hobby Kits and STEM Educational Kits for Students and Hobbyists. Check out our blog: ► 🤍 Like us on Facebook: ► 🤍 Follow us on twitter: ► 🤍 Follow us on Instagram: ► 🤍 Follow us on Pinterest: ► 🤍 ||=|| 🗣 Neural Voice Credits - IBM Watson TTS 🎵 Music Credits - Track - Somewhere Music by: INOSSI Listen: 🤍 Watch: 🤍 Track: Razihel - Faster [NCS Release] Music provided by NoCopyrightSounds. Watch: 🤍 Free Download / Stream: 🤍 Track: Birds-NSC[NCS Release] Music provided by NoCopyrightSounds. Watch: 🤍 Free Download / Stream: 🤍 Track - Candyland by Tobu [NCS Release] Music provided by NoCopyrightSounds. Licensed to YouTube by AEI (on behalf of NCS) Music Provided by 🤍 - - -
Prueba de Gateway Dragino LG02 con shield eMging Lora +Arduino uno. Protocolo MQTT corriendo Mosquitto en una orange pi Lite 2 sistema operativo Armbian.
#evaluation #lora #gps While building my own LoRa-GPS tracker, I got my hands on another LoRa-GPS dev board, the LilyGO T-Beam. So I delved into the various components, sensors, and libraries used for this dev board and finally did a range test to do a proper evaluation against my design. In the process, I learned that exploring similar ideas prevents us from falling into the Non-Invented-Here syndrome bias. ⏰ TIMESTAMPS 0:00 Intro 02:49 Comparison matrix 6:03 Components 11:04 Test the device 15:50 Outro ‣ Some links below are affiliate. I receive a small commission at no extra cost to you. 📻 PRODUCTS MENTIONED TTGO T-Beam 🤍 Waveshare 1.54inch E-ink module 200x200 🤍 🎩 DEMO FILES Arduino code for LoRa Duplex communication for a GPS tracker 🤍 IR Blaster subsystem design 🤍 LoRa-GPS tracker subsystem design 🤍 LoRa-GPS tracker similar project comparison matrix 🤍 📺 WATCH NEXT Getting started with a GPS module // With Adafruit PA1010D and Arduino via I2C or Serial 🤍 How to read GPS NMEA Sentences // With PA1010D, UART, Logic Analyzer and Google maps 🤍 Displaying on E-Ink screen with various micro-controllers 🤍 Using LoRa for P2P half-duplex long-range communication 🤍 SPI protocol features and how to integrate multiple sensors // Arduino Zero, LoRa and E-Ink modules 🤍 Common missing steps between the schematic and PCB layout // KiCad, PartsBox with LoRa, E-Ink, GPS 🤍 What I learned from the biographies of scientists and engineers // Tesla, Ford, Curie, Einstein 🤍 🔗 LINKS SHOWN Research paper on Opening the Black Box of 'Not Invented Here' - Attitudes, decision biases and behavioral consequences 🤍 Research paper on Investigating the Not Invented Here (NIH) syndrome: A look at the performance, tenure, and communication patterns of 50 R & D Project Groups 🤍 Adafruit RFM69HCW and RFM9X LoRa Packet Radio Breakouts 🤍 Murata Lora module datasheet 🤍 LoRa Wikipedia 🤍 Arduino Core SAMD 🤍 Buy 18650 battery holder from AliExpress 🤍 Buy 18650 battery holder from Mouser 🤍 HopeRF RFM95W LoRa Module 🤍 Arduino-Lora library by Sandeep Mistry 🤍 Semtech SX1276 🤍 CDTop PA1010D Datasheet 🤍 Adafruit GPS 🤍 Adafruit GPS hardware serial parsing example 🤍 ublox NEO-6 series for GPS modules 🤍 LilyGO-T-Beam firmware example 🤍 ThingPulse ESP8266 OLED SSD1306 library 🤍 Waveshare 1.54in E-Ink display 🤍 🔌 TOOLS USED 🤍
*Want to have some fun programming your own electronics?* 🤍 *About Us:* Website: 🤍 This Arduino lesson was created by Programming Electronics Academy. We are an online education company seeking to help people learn about electronics and programming through the ubiquitous Arduino development board. *We have no affiliation whatsoever with Arduino LLC, other than we think they are cool.*
These are LoRa development boards, which exist mainly because I wanted to experiment with custom wireless protocol designs. I'll put more information on my site 🤍 Currently I have a couple of them deployed at home and they are gathering environmental data and controlling a plant watering system.
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
Before Christmas, I got a package from Lacuna. It contains this small module that should be capable of transmitting sensor data to a LoRa satellite and last for a few months with this battery. After my last experience with FossaSat-1, I am skeptical. Do you want to accompany me on the journey? We all were disappointed when FossaSat-1 did not work. I would have loved to transfer a LoRa message from a 20 dollar sensor node via satellite to my computer before the turn of the decade. FossaSat-1 showed that many problems have to be solved before we can transfer a message via satellite. But let’s have a quick look at who sent me this package. I am a proud Patreon of GreatScott!, Electroboom, Electronoobs, EEVblog, and others Links: Lacuna: 🤍 Satellites pictures taken from: 🤍 Video #302: 🤍 #CommissionsEarned: The links above usually are affiliate links which support the channel (no additional cost for you). Supporting Material and Blog Page: 🤍 Github: 🤍 My Patreon Page: 🤍 My Bitcoin address: 19FSmqbBzb5zsYB1d8Bq4KbxVmezToDNTV If you want to support the channel, please use the links below to start your shopping. No additional charges for you, but I get a commission (of your purchases the next 24 hours) to buy new stuff for the channel For Banggood 🤍 For AliExpress: 🤍 For ebay.com: 🤍 🤍 🤍 🤍 Please do not try to Email me or invite me on LinkedIn. These communication channels are reserved for my primary job
How to Transmit Voice with 433 Mhz Transceiver Module / 433 Mhz Module Hack Get a free trial of Altium Designer : 👉🤍 👉Subscribe to JLCPCB with the link below and get your discount discounts 👉🤍 Click to subscribe 👉 🤍 👈 👉 Schematic 🤍 The soldering station I use 👉 🤍 👉 Coupon: BGfcd779 - You can get the product here. 👉🤍 👉Discount Coupon: ZY10 Manufacturer Company Website ( Kaiweets ) 👉🤍 Thank you Altium Designer for sponsoring our video. #Altium
LoRa Peer-to-peer (P2P) allow direct communication between LoRa end nodes without LoRaWAN gateway. This video explains how to use LoRa P2P with REYAX Technology RYLR998 module with Semtech engine and NUVOTON MCU. This LoRa model is controlled through USB to UART converter and AT commands. REYAX RYLR998: 🤍 LoRa is a wireless modulation technique derived from Chirp Spread Spectrum (CSS) technology. It transmit small chunks of data with low bit rates over long range. LoRa operates on the license free sub-gigahertz bands and requires low power. LoRa was developed by Semtech. LoRa Radio Frequencies: - Europe EU868 (863–870/873MHz) - North America US915 (902–928MHz) - South America AU915/AS923-1 (915–928MHz) - India IN865 (865–867MHz) - Asia AS923 (915–928MHz) LoRaWAN is a Media Access Control (MAC) layer protocol on top of LoRa for managing network communication between end nodes and gateways, developed and maintained by the LoRa Alliance. LoRa Peer-to-peer (P2P) allows direct LoRa communication between end node devices (peer-to-peer). The benefit is the low cost of the infrastructure because LoRaWAN gateways are not needed. AT commands for receiving with REYAX RYLR998: AT AT+RESET AT+ADDRESS=1 AT+NETWORKID=6 AT+BAND=868500000 AT+PARAMETER=7,9,4,12 AT commands for sending with REYAX RYLR998: AT AT+RESET AT+ADDRESS=0 AT+NETWORKID=6 AT+BAND=868500000 AT+PARAMETER=7,9,4,12 AT+SEND=1,5,HELLO 0:00 Intro 1:12 LoRa P2P 3:10 RYLR998 Unboxing 5:36 LoRa P2P with RYLR998 9:48 LoRa P2P Conclusions
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