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Excited to Share My Latest Tutorial: Integrating BLE with RL78 and DA1453x Framework! If you’re working on projects involving Bluetooth Low Energy (BLE) and microcontrollers, this guide will help you easily integrate Renesas RL78 (widely used in automotive and industrial applications) with the DA1453x BLE Framework. Whether you are developing IoT devices, wearables, or automotive solutions, this tutorial has you covered! 🔗 Check out the full tutorial here: https://lnkd.in/d8gNrY5y https://lnkd.in/d2q9PQfK 📌 What’s Inside? • How to connect RL78 MCU with DA1453x for BLE communication. • Step-by-step instructions for hardware setup and configuration. • Detailed code walkthrough to help you accelerate your BLE integration. Feel free to reach out if you have any questions or need more details! #BLE #IoT #Microcontrollers #RL78 #Renesas #Automotive

“The #Matter protocol addresses the need for vendor-independent device compatibility, easy setup, and operation. This allows the Talaria TWO Matter 1.2 solution to enable device #interoperability across a variety of ecosystems, including Apple, Google, Amazon Alexa, Samsung Electronics, etc., providing a wider selection of home automation devices for #smarthome users.” InnoPhase IoT https://bit.ly/3xT94AG #csaiot #standardsmatter #iotsolutions #iotsecurity #globaltech #buildwithmatter

How many connected devices do you have in your home? 🤔 I just did a quick count in my house, and I was blown away by the number! From smart speakers and TVs to cameras and Alexa devices, I’ve got about 20 devices that keep my home more connected than ever. 🔌📱 How many connected devices do YOU have in your home? Drop your number in the comments and let’s see who’s winning the "smart home" challenge! 🏡💡 Also, curious to know: What's your favorite smart device?👇 #SmartHome #IoT #ConnectedLiving #TechInEverydayLife

Non-contact radar sensor for controlling light switches also include the following: 1. Bluetooth or Wi-Fi enabled smart switches These can be controlled via a mobile app on your smartphone or other compatible devices. You can turn the lights on or off remotely from anywhere as long as you have an internet connection. For example, when you're about to arrive home, you can turn on the lights in advance using your phone to make the house more welcoming. 2. Motion sensor switches These detect movement in the area and automatically turn the lights on when motion is detected and turn them off after a period of no movement. They are commonly used in areas like staircases and storage rooms where hands-free operation is convenient and energy savings can be achieved. 3. Voice-activated switches Integrated with virtual assistants like Amazon Alexa or Google Assistant, these switches respond to voice commands to turn lights on or off. For instance, simply saying "Turn on the lights" can activate the lights without any physical contact. #iot #iotsolution #radarsensor #radardetector #smarthome #smartlighting #lightingdesign #lightingideas #lightingtech

💡 Bluetooth 6: The Next Evolution in Wireless Connectivity Bluetooth 6 is on the horizon, bringing faster speeds, greater bandwidth, and ultra-low power consumption, all while improving its existing 2.4 GHz ISM band performance. This upgrade will make it even more powerful for IoT, healthcare, and smart city applications, with key enhancements like higher data rates and improved interference handling. 1️⃣ Key Features Bluetooth 6: ✅ Data Rate: Up to 10+ Mbps ✅ Bandwidth: Enhanced for more simultaneous connections ✅ Frequency: 2.4 GHz with improved frequency hopping ✅ Latency: Reduced for real-time, critical applications ✅ Power Efficiency: Ultra-low, ideal for IoT devices 2️⃣ Ecosystem for Bluetooth 6 Chip Development: The development of Bluetooth 6 chips is backed by a global ecosystem of leading semiconductor companies such as #Qualcomm, #Broadcom, #NordicSemiconductor, #NXP, and #TexasInstruments. These industry leaders are working to deliver Bluetooth 6 solutions with integrated AI and machine learning capabilities, enhancing connectivity performance for IoT devices in industrial, automotive, and healthcare sectors. ⌛ The Bluetooth Special Interest Group (#SIG), in collaboration with semiconductor giants, is leading the development of Bluetooth 6. The new specification is expected to be released in late 2024 to early 2025. #Bluetooth6 #IoT #Connectivity #Semiconductor #WirelessTech #SmartCities #BluetoothSIG #HealthcareTech #ARVR #LowPowerTech #ChipDevelopment

IoT Innovation is set to transform smart connectivity and unlock unprecedented possibilities!

Absolutely great case study presentation by Chirantha De Zoysa from Dialog Axiata PLC and Derek Wan from SDMC Technology at the Google APAC TV Summit 2024 on the topic of Dialog's #Converged #Smarthome Practice, which brought to light aspects of the vision of Dialog Smart Home product and how SDMC supported to bring that vision to life. Learn more, please click here：https://lnkd.in/g6kpaDcq #APACSummit #APACTVSummit #Google #GoogleHome #Matter #AI #IoT #SmartHome #DialogAxiata #SDMC

Advanced NAND Flash Memory Aimed at Use in Power-Restricted Hardware Intended for incorporation into wearables, low-power IoT nodes and smart home hardware, the Winbond W25N01KW is a 1Gbit capacity QspiNAND flash memory. It is manufactured using the company’s 46nm single level cell (SLC) process. Running off a 1.8V battery supply, it draws only 1µA when in deep power-down mode. Data rates of up to 52MBytes/s can be attained for both continuous read and sequential read operations. 10 years data retention is supported. Taking up minimal board space, WSON8 (8mm x 6mm) and... READ MORE https://lnkd.in/exTPi3S5 Tracy Annandale Thomas Wu Yulia Lee Joanne Chen Adrian Cosoroaba Jerry Tsai

How ultimate tracking can lead to ultimate chaos and why diversification is key. Due to a bug in #Apple's #Airtag firmware, not only could the company's devices be located, but also the positions of #satellite base stations. #Starlink for instance quickly randomised all Basic Service Set Identifiers (BSSIDs) for their WiFi equipment to solve this issue. It is well known that cheap Airtags often benefit others more than the owner.* That's why professional alternatives are so important. With our #IoT products, we offer exactly that: energy-efficient tracking without the headache. For example, with our #Sigfox partner Heliot Europe. Reach out via PM or else to work with us. *https://lnkd.in/e-Q23cbq

Are We on the Brink of a Smart Home IoT Patent Pool? Exciting news! Access Advance and Tech+IP are exploring the launch of a new patent pool for smart home devices and services. Over the next 6-12 months, they'll engage with standard essential patent holders and smart home product manufacturers to gauge interest. Their goal is a balanced, market-driven solution for the global IoT landscape. Creating this pool presents unique challenges due to the diversity of patents and standards involved, such as Wi-Fi, Bluetooth, Matter, NFC, Thread, Zigbee, and Zwave. Unlike the concentrated mobile phone market, over 100 companies hold patents in this area. This complexity, combined with the need for robust security features originally developed for enterprise applications, makes forming a cohesive licensing program difficult. With the smart home market projected to grow from 5.3 billion device shipments and $411.5 billion in revenue today to 9.1 billion shipments and $832.3 billion by 2030 (ABI Research), this initiative aims to bring much-needed transparency, balance, and efficiency. Stakeholders are encouraged to reach out and be part of this promising discussion. #SmartHome #IoT #PatentPool #TechInnovation #FutureOfTech