Why Wi-Fi 6 Is Still the IoT Connectivity Standard
Even as Wi-Fi 7 emerges, Wi-Fi 6 still leads IoT connectivity because of its power efficiency, reliability, and scalability for industrial and smart home applications.
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Even as Wi-Fi 7 emerges, Wi-Fi 6 still leads IoT connectivity because of its power efficiency, reliability, and scalability for industrial and smart home applications.
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Discover the technical backbone quietly transforming homes into intelligent environments through seamless, always-on ambient computing systems.
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Taiyo Yuden EYSHSNZWZ Bluetooth® Low Energy Modules
Learn MoreSecure Bluetooth 6.0 modules enable smart, connected workspaces in industrial, commercial, and medical environments. See how pre-certified wireless connectivity solutions deliver advanced security.
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Wi-Fi 6 and Bluetooth Low Energy 5.3 enable fast cloud sync and low-power control in smart home, industrial, and wearable devices—ideal for engineers designing efficient, dual-radio IoT solutions.
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Compact, secure, and power-efficient, the u-blox MAYA-W4 modules deliver tri-radio connectivity for smarter, more reliable IoT designs.
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Smarter golf starts with precision and connectivity. Discover how GNSS and Bluetooth® technology are reshaping training and performance on the green.
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Explore the NXP RW612’s Tri-Radio technology, which boosts IoT and smart home connectivity with Wi-Fi 6, Bluetooth Low Energy, and 802.15.4.
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Microchip Technology RN4020 Bluetooth Low Energy Modules
Learn MoreFlexible and scalable wireless technologies offer promise in revolutionizing industrial automation. Discover the path to deployment.
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The Channel Sounding technology added to Bluetooth 6.0 opens a huge range of possible distance ranging and locationing applications.
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Laird Connectivity 60 Series Wi-Fi® & BLUETOOTH® Modules
Learn MoreIoT-based systems at airports enable luggage tracking and smart handling systems to ensure bags are routed to the correct place.
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Learn how to configure the NXP FXLS8974CF accelerometer and NMH1000 magnetic switch for tampering or theft detection.
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Explore how advances in wireless machine-to-machine networks create the spreading web of communications links that bring together the physical things in our world into networks that change lives.
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Silicon Labs EFR32BG13 Blue Gecko Bluetooth® Low Energy SOCs
Learn MoreFrom seamless consumer navigation to optimized business operations, explore the potential of Bluetooth Low Energy technology and strategic beacon placement.
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In this week's New Tech Tuesday, we'll look at development kits from Nordic Semiconductor and Mikroe that test BLE audio applications.
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The new Bluetooth LE Audio format enhances the performance of traditional Bluetooth audio and introduces a new, more efficient codec along with a variety of new features, making it a game-changer.
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In this week’s New Tech Tuesdays, we’ll check out RF and wireless modules from Murata, Panasonic, and Laird Connectivity that provide secure connections.
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(Source: TierneyMJ/Shutterstock.com) The Industrial Internet of Things (IIoT) connects sensors, devices, and systems to the internet. Additionally, it puts those technologies to use directly on...
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Modern wearable devices allow the wearer to monitor a wide range of vital parameters; depending on the particular objective of the device, some values are more important than others. The main...
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Cypress Semiconductor CYW20721 BLUETOOTH® 5.0 SoC
Learn MoreAn upgrade to the Bluetooth Core Specification, Bluetooth 5.1, adds direction finding capabilities. The enhancement promises much for applications su
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Bluetooth mesh networking promises to accelerate home automation design and deployment. This blog explores the basics of Bluetooth mesh and describes
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