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.
With the rise of smart devices and the Internet of Things (IoT), Bluetooth technology has become an integral part of our daily lives.
Silicon Labs' Bluetooth Connection Analyzer lets multiple friend devices monitor RSSI on active Bluetooth LE connections, enabling connection handover and trilateration-based positioning.
A complete guide to Bluetooth long-range mode (Coded PHY), covering how it works, S2 vs S8 configurations, packet format, implementation steps, and real-world smartphone support.
Discover how PAwR (Periodic Advertising with Responses) brings bidirectional communication to Bluetooth LE advertising, enabling large-scale deployments with over 10,000 nodes. Includes a PAwR + Coded PHY demo.
Learn how to implement an iBeacon device step-by-step using the Silicon Labs BG22 Explorer Kit. Covers Bluetooth beacon basics, the iBeacon standard, advertising data format, and complete source code.
A practical guide to selecting the right Bluetooth LE module for your embedded project, covering key criteria like features, power consumption, antenna types, and popular modules from 9 leading vendors.
Learn how to design a Bluetooth LE GATT server in 4 steps. Covers attributes, services, characteristics, UUIDs, and a weather station example using Silicon Labs' GATT Configurator.
Set up the Silicon Labs EFR32BG22 development environment, run a Bluetooth LE Thermometer example, and explore the GATT Configurator, Energy Profiler, and Network Analyzer tools.
