How fast is Bluetooth 5? Real throughput depends on PHY selection, DLE, ATT MTU, and connection intervals. This guide explains each factor with actual nRF52 measurements.
Choosing a Bluetooth LE chipset? Compare 17 popular SoCs from Nordic, Texas Instruments, Silicon Labs, NXP, and more — with detailed specs, features, and pricing to help you decide.
NCC Group demonstrated a Bluetooth LE relay attack that bypasses encryption and latency checks to unlock a Tesla Model 3 without the owner's phone nearby.
A practical guide to choosing between native (Swift, Kotlin) and cross-platform (Flutter, React Native) development for Bluetooth LE mobile apps, covering DFU, security, and regulatory considerations.
The InPlay NanoBeacon IN100 lets you create Bluetooth beacons in minutes without writing a single line of code. See how this programming-free platform works.
Learn about the Nordic nRF5340 LE Audio development kit, including broadcast and connected isochronous streams, the LC3 codec, and practical Bluetooth LE Audio applications.
Learn how to integrate Nordic Buttonless DFU into your own nRF52 application, generate signing keys, build a secure bootloader, create DFU packages, and perform over-the-air firmware updates via nRF Connect.
How much data can you actually send in a Bluetooth Low Energy advertising packet? In this post, we break down the advertising packet format, legacy vs. extended advertising PDUs, and the maximum payload sizes for each type.
A detailed comparison of Bluetooth Classic (BR/EDR) and Bluetooth Low Energy covering power consumption, range, data rate, topology, developer tools, and cost.
For the purpose of this tutorial (separated into two parts), our goal is to create an iOS app that can manage multiple BLE peripherals. Our example will be
Part 2 of BLE advertisements: broadcasting and connectable device behavior, discoverable modes, advertising parameters and intervals, with practical examples.