.@thingpulse ePulse Feather C6 is a new #esp32-C6# development board optimized for #lowpower# consumption in deep sleep, with LiPo #Battery# support, and following the #adafruit# Feather form factor. https://t.co/guDB9cFJL0

LoRaWAN + Satellite = IoT anywhere! Connect multiple devices to a satellite gateway for low-cost, low-power remote monitoring. Smart, scalable, & ideal for remote locations. Watch the clip, then head to https://t.co/yUVDI5zxav for the full presentation. #LoRaWAN# #SatelliteIoT# https://t.co/PvLft05gBc

Not all IoT networks are built the same. Some promise low power consumption but struggle with coverage, while others deliver strong connectivity but drain battery life faster than expected. The challenge? These trade-offs are often only discovered after deployment, when it’s too late to change. With 2G and 3G shutdowns accelerating and 5G still evolving, the connectivity choices you make today will determine whether your deployment can scale smoothly or face unexpected hurdles. To help you make the best decision, Onomondo has put together two essential resources: Cellular network technology guide https://t.co/ClomVzXMLP Get a clear, no-nonsense breakdown of cellular IoT networks, from 2G to 6G. Compare IoT-specific technologies such as LTE-M, NB-IoT, and LTE Cat 1 bis, and understand how they fit your deployment. Live webinar: Large-scale IoT – NB-IoT & LTE-M field insights https://t.co/nzwIqcbdNu Join Onomondo & Nordic Semiconductor for an expert discussion using field-tested data on network behavior, power consumption, and cost-saving strategies for large-scale IoT deployments. Date: March 27, 2025 Time: 2PM CET / 8AM EST

Run time: 21 minutes In this IoT Central on-demand webinar, learn how low power wide area (LPWA) networks provide excellent solutions for IoT applications thanks to their ability to deliver ultra-low power consumption while providing the capacity that devices need to deliver innovative functionality. Combining IoT platforms with LPWA modules in the Sub-GHz stack has the potential to deliver highly efficient versatile performance. This topic is explored in detail in this joint webinar presented by Sony and Quectel. Watch this webinar to learn about: • How Sony’s ALT1350 Third Generation Cellular+ IoT Platform integrates with Quectel modules for multi-protocol LTE, NB-IoT and Sub-GHz networks. • Use cases including low power gateways that gather data from nearby devices and communicate to the cloud and dual connectivity, where a second communication protocol can be used as a fallback. • The benefits of selecting a multi-protocol platform are discussed in the webinar, along with information on Quectel modules plus key LPWA application scenarios. Watch this webinar now to obtain the knowledge you need to advance your IoT technology. Speakers: Tomaž Petaros, Product Manager at Quectel Ohad Peled, Product Marketing Manager at Sony Watch: https://t.co/LkByeb8aL5

We’re at Hardware Pioneers in London, April 23-24! Visit Stand D3 to discover our Satellite IoT modules with 100% global coverage. Developer-friendly, low-power solutions for remote applications. Let’s take your IoT projects to new heights! #IoT# #Satellite# #TechInnovation# #HPM25# https://t.co/swK4Qy8Pj0

New @RAKwireless #RAK3172# RUIV3 @nanoFramework #LoRaWAN# client library soak test done. My @Sparkfun Thing Plus #ESP32# based device on the @thethingsntwrk has sent & received messages for 2 weeks. Enabling low power wide area connectivity for tiny #Iot# devices powered by #dotnet# https://t.co/CWdoc7UOxi

Wi-Fi 7, along with Wi-Fi 6/6E and Wi-Fi HaLow, is enhancing speed, coverage, and latency, making it a strong alternative to cellular networks. These technologies are crucial for IoT, smart homes, and applications like AR/VR. Wi-Fi 7 improves reliability with multi-link operation and reduced latency, while Wi-Fi 6/6E offer better efficiency and power management. Enhanced WPA3 security makes these technologies ideal for enterprise use. Wi-Fi HaLow supports long-range, low-power applications like agriculture. With growing demand, Wi-Fi 6/6E/7 is expected to capture 43% of the market by 2025. Read Quectel’s new white paper to learn more about the growing versatility of Wi-Fi, and how Quectel’s vast portfolio of Wi-Fi antennas and modules can support applications from wearables and smart home appliances to critical infrastructure in factories, hospitals and stadiums. Download this white paper today! https://t.co/QUnyOZrxQ8