Harnessing Ambient Energy for IoT: Silicon Labs' New Energy Harvesting Solution
Explore Silicon Labs' xG22E energy harvesting solution for ambient IoT. Covers solar, RF, and thermal harvesting, ultra-low power design.
Explore Silicon Labs' xG22E energy harvesting solution for ambient IoT. Covers solar, RF, and thermal harvesting, ultra-low power design.
With the rise of smart devices and the Internet of Things (IoT), Bluetooth technology has become an integral part of our daily lives.
How Silicon Labs' Bluetooth Connection Analyzer uses RSSI monitoring across multiple friend devices for accurate positioning and connection handover.
How Bluetooth Coded PHY enables long-range communication over 1 km. Covers S2 and S8 configurations, packet format, and smartphone support.
Learn how Periodic Advertising with Responses (PAwR) enables bidirectional, large-scale Bluetooth LE communication.
Implement an iBeacon step-by-step with the Silicon Labs BG22 Explorer Kit. Covers beacon basics, iBeacon format, and full source code.
A practical guide to selecting the right Bluetooth LE module for your project: features, power, antenna types, certifications, and popular vendors.
Design a Bluetooth LE GATT server in 4 steps. Covers attributes, services, characteristics, UUIDs, and a weather station example with Silicon Labs.
Step-by-step guide to setting up the Silicon Labs EFR32BG22 development environment in Simplicity Studio, running the Thermometer example.
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