nRF Sniffer for Bluetooth LE: Complete Technical Guide for Developers
Learn how to set up and use the nRF Sniffer for Bluetooth LE with Wireshark to capture and analyze over-the-air packets between devices.
Learn how to set up and use the nRF Sniffer for Bluetooth LE with Wireshark to capture and analyze over-the-air packets between devices.
How to use nRF Cloud powered by Memfault for production-ready device management, OTA updates, crash analytics, and fleet monitoring for Bluetooth LE devices.
The Nordic nRF54LM20A builds on the nRF54L Series with 2MB flash, 512KB RAM, 66 GPIO pins, high-speed USB, and a RISC-V coprocessor — all while maintaining Bluetooth LE Core v6.0 with Channel Sounding, Matter, Thread, and Zigbee support.
Learn the fundamentals of Bluetooth sniffing, from $20 dongles to $50,000 SDR-based analyzers. Understand the critical difference between single-channel sniffers and professional SDR systems that capture the entire spectrum for debugging, security analysis, and multi-device monitoring.
Explore Bluetooth Channel Sounding applications beyond distance measurement, including secure ranging and indoor positioning, with hands-on nRF54L15 examples.
Step-by-step guide to getting started with Renesas DA1453x Bluetooth LE SoC family, covering SDK setup, development tools, and first project configuration.
Guide to automating Bluetooth LE packet capture and analysis using the RFcreations blueSPY sniffer for efficient debugging and testing workflows.
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.
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
Get Started with Bluetooth LE
Download the free Intro to Bluetooth Low Energy eBook — the quickest way to understand the fundamentals.
No spam. Unsubscribe with one click.