Learn when and how to use nRF Connect SDK Bare Metal for Bluetooth LE development. Covers architecture, memory optimization, power consumption, SoftDevice integration, and migration from nRF5 SDK.
If you're a wireless engineer, you know that things have changed. These days, Bluetooth Low Energy development is practically bursting with resources.
As IoT continues to demand more compact, power-efficient, and secure wireless solutions, developers are looking beyond generic Bluetooth LE modules.
A BLE sniffer is one of the most crucial tools that every Bluetooth developer should have on hand.
Nordic's nPM2100 PMIC brings 95% boost efficiency, model-based fuel gauging, and sub-200nA idle modes to primary cell-powered Bluetooth LE devices.
In the world of wireless connectivity, Bluetooth Low Energy (BLE) continues to dominate the IoT landscape, powering a vast range of applications, from wear
Wi-Fi has become a cornerstone of modern connectivity, powering everything from laptops and smartphones to smart home devices and industrial IoT systems.
Discover why professional Bluetooth LE sniffers outperform low-cost alternatives for debugging — from full packet capture and spectrum analysis to LE Audio support and RF replay.
The release of Bluetooth 6.0 marks a significant milestone in the evolution of Bluetooth technology, introducing Channel Sounding, a groundbreaking feature
A hands-on look at Nordic Semiconductor's nRF54L15 SoC — comparing features, power consumption, and development experience with the popular nRF52840.
A step-by-step guide to building a scalable Bluetooth LE weather station using PAwR and Nordic's nRF52840, with ultra-low power sensor nodes and smartphone monitoring.
Explore Silicon Labs' xG22E energy harvesting solution for ambient IoT. Covers solar, RF, and thermal harvesting, ultra-low power design, and how it enables battery-free Bluetooth LE devices.
