Howdy, developers and engineers! Last year, the Bluetooth Special Interest Group (SIG) released two developer study guides, Deploying BlueZ v5.50 on Raspberry Pi, Part 1 – Deploying and Deploying BlueZ v5.50 on Raspberry Pi 3, Part 2 — Provisioning, that explained how to deploy BlueZ on Raspberry Pi boards and make them work as a Bluetooth® Mesh provisioner.
Recently, we released a new version, v1.4, that includes the following features:
- We combined the two developer study guides mentioned above, deploying and provisioning, into one developer study guide. All the updates we added can now be found in this single guide
- Besides meshctl, a newly added tool, mesh-cfglicnet, allows you to create mesh networks operating over the advertising provisioning bearer and PB-ADV. This is a big step forward for Linux platforms running Bluetooth® technology
- To support the advertising bearer, we updated the section of Rebuilding the Kernel for BlueZ
- We also recorded a step-by-step video to guide you through using the updated developer study guide
Download the new version 1.4 of the developer study guide, and watch the step-by-step video on using the developer study guide.
FEATURED STUDY GUIDE
How to Deploy BlueZ on a Raspberry Pi Board as a Bluetooth Mesh Provisioner
Bluetooth Developer Journey
As a leading player in the semiconductor industry committed to the development of cutting-edge…
Generic Health Sensor Design and Implementation Guide
The Generic Health Sensor (GHS) Design and Implementation Guide guides implementers of health sensor…
Doom running on Silicon Labs & Sparkfun Microcontrollers: A Quick Look
Doom has recently reached its 30th anniversary, yet it remains a masterpiece and a…
Auracast™ Simple Transmitter Best Practices Guide
This paper provides a set of clear, concise, and useful recommendations for product makers interested in building Auracast™ transmitter products.
5.7 km of Bluetooth® Range
40 km from Irvine, California gets you to beautiful Newport Beach Pier, and 5.7…
A New Bluetooth Standard Improves Personal Health Device Interoperability for Better Remote Patient Monitoring新Bluetooth規格、パーソナルヘルスデバイスの相互運用性を高め、遠隔患者モニタリングの品質向上に貢献
The Bluetooth Special Interest Group (SIG) recently published a set of specifications that standardizes…
Synthesize and Transmit Audio Using LE Audio
The application is assembled as a sound-generating device, the synthesizer, and a receiving headphone.…
Unveiling the Truth: Debunking Bluetooth’s Biggest Myth
Bluetooth Low Energy was designed to considerably reduce power consumption and cost while maintaining…
Bluetooth® Mesh Feature Enhancements Summary
This paper summarizes the recent Bluetooth® Mesh feature enhancements and provides references to other…
The Latest in HADM with Bluetooth LE
HADM, or high accuracy distance measurement using Bluetooth does exactly what it says –…
Mr. Beacon Podcast: Snapdragon Sound with Mike Canevaro
This episode of the Mr. Beacon Podcast explores the revolutionary world of Bluetooth audio.…
How Bluetooth Mesh and DALI Form a Digital Highway for Lighting Control and Data CollectionBluetooth MeshとDALIが形成する 照明制御とデータ収集の高速データ通信網
Bluetooth® technology and DALI® already have a long history of working together. But as…
Top 10 Auracast™ Resources
It’s been almost a year since the Bluetooth Special Interest Group (SIG) released Auracast™…
Features and Benefits of Bluetooth Mesh 1.1 for Wireless Mesh Networking
Commercial and industrial applications like lighting require large-scale, low-power device networks where thousands of…
The Bluetooth® Low Energy Primer
Are you new to Bluetooth Low Energy? Learn about its constituent parts, features, and how it works.
Bluetooth® Technology for Linux Developers
Learn how to use the interprocess communication system D-Bus and the BlueZ APIs to create Bluetooth applications for Linux computers.
Designing and Developing Bluetooth® Internet Gateways
Learn about Bluetooth® internet gateways, how to make them secure and scalable, and design and implement your own...
