Nordic Semiconductor’s Post

Great video series to get up to speed on the nRF Connect SDK and see how fast you can develop a Bluetooth LE application by leveraging out-of-the-box functionality. Most concepts apply to other wireless technologies and SoCs as well, not just Bluetooth LE and the nRF52840 SoC.

Why us an Industrial IoT Panel? The IOT Control Panel That Puts You In Control. Tired of the limitations of PLC programs? The EXOR IoT control panel sets you free with real-time, precise insights that won’t tax your system. Unlike standard web interfaces, the IoT Control Panel simplifies the process without relying on extra processor power or extensive programming. Advanced multi-touch displays enhance user interaction and simplify complex operations. While reliable performance consistently delivers clear data tailored to the demanding needs of industrial machine building. Discover how you can take control https://lnkd.in/gPyAm3RU

𝐄𝐧𝐞𝐫𝐠𝐲 𝐇𝐚𝐫𝐯𝐞𝐬𝐭𝐢𝐧𝐠 𝐒𝐨𝐥𝐮𝐭𝐢𝐨𝐧𝐬 🔍 WEBINAR on October 22 🔍 🏃♂️ kinetic switches 🍃 self-sufficient (battery-less) sensors 📡 transceivers 📊 gateways ⚙️ actuators Hosted by EnOcean and RUTRONIK Electronics Worldwide #energyharvesting #sensors #transceivers ✍ Register below.

This is the physics of some of the components based on a smart lighting with IOT integration and sound sensor project. The project consists of an IOT board (ESP8266) that provide WiFi connectivity, allowing the smart lighting system to connect to the internet. It has a liquid crystal display (LCD) which display the room light that was illuminated. it has two batteries of 3.3 volts each connected in series which is equivalent to 6.6 volts, the battery source powers the system including micro controller, relay etc. It also consist of a DC to DC bulk converter that converts a source of direct current from one voltage level to another, it supplies the components (ESP8266, relay etc) with 5 volts by stepping down the 6.6 volts of the battery source to a lower voltage value (5 volts). below is some connections based on the project.

Remotely managing HVAC equipment across different sites is made simple with the MELCloud Commercial IoT application. The user-friendly interface can be accessed by multiple users via laptop or tablet, and provides the following benefits: ☁️ View of an entire estate displayed on a single page ☁️ Colour coded status of an entire estate displayed in a summary bar ☁️ Colour coded status of each building displayed in building specific tiles ☁️ Asset / equipment management information available such as reference numbers, locations and software version Discover more: https://ow.ly/s6yv50RybME #MitsubishiElectric #MELCloud #EnergyEfficiency 

#WiFi and #Bluetooth are two key technologies in the IoT landscape. 🌐✨ WiFi ► Is perfect for devices that need a fast and constant connection to the Internet, making it ideal for home automation systems. 🏡 Bluetooth ► Excels in environments without Internet access 🌌 or in remote locations. Often, the best solution is a hybrid system that combines both technologies, using WiFi for high-speed connectivity ⚡️ and BLE for energy efficiency in off-grid scenarios 🌱 The choice ultimately depends on your application’s needs! 🤔💡

🚀 Exploring IoT: Successful Communication Between Two ESP32 Modules! 🛠️ I'm thrilled to share a recent project where I set up seamless communication between two ESP32 microcontrollers. This achievement not only highlights the versatility and power of ESP32 but also opens up exciting possibilities for IoT applications. Here's a quick overview of what I accomplished: 🔗 Stable Connection: Established a reliable Wi-Fi connection between the devices. 📡 Data Exchange: Enabled real-time data transmission and reception. 🔧 Custom Protocol: Implemented a custom communication protocol for efficient data handling. 📈 Performance: Achieved low latency and high reliability in data exchange. This project was a fantastic opportunity to deepen my understanding of wireless communication and network protocols. I’m excited about the potential applications in smart home systems, industrial automation, and beyond. Looking forward to leveraging these skills in future IoT projects! #IoT #ESP32 #EmbeddedSystems #WirelessCommunication #TechInnovation #SmartDevices

NRF modules, such as the NRF24L01 and NRF52 series, are essential components in IoT applications due to their low power consumption and reliable wireless communication capabilities. They are widely used in wireless sensor networks, smart home automation, wearable devices, asset tracking, industrial monitoring, environmental monitoring, and smart agriculture. These modules enable efficient and scalable IoT solutions across various industries, facilitating real-time data collection, remote monitoring, and control.

Product of the Month: The Tyrrell eBMS IoT Niagara 4 controller! This advanced device integrates Tridium Niagara 4, offering onboard IO and robust connectivity options. ➡ Quick Deployment: Power on to Station running within 150 seconds for rapid setup. ➡ Enhanced Connectivity: Includes 2x Ethernet Ports, 2x RS485 Ports, and 24 Points of IO (6xUI / 6x DI / 8x AO / 4x DO) for diverse applications. ➡ Niagara Network Efficiency: Classified as an ‘EDGE’ device for <150 points, offering significant savings in network connections. ➡ Versatile Compatibility: Supports standard drivers like BACnet, KNX, Modbus and integrates with third-party expansion drivers. Equip your building management system with the eBMS IoT Controller for enhanced control and monitoring capabilities. Visit Tyrrell Products to learn more. https://buff.ly/3LrMHpp #TyrrellProducts #Niagara4 #eBMSIoT #productofthemonth