Low Energy Audio – Basic One-Way Unicast Audio
This document gives an introduction to Bluetooth LE Audio by explaining the basics of a use case where stereo one-way audio is transmitted from one device to another.
Low Energy Audio – Using UCIs, URIs, and URI Schemes
This document describes how implementers can use the UCIs, URIs, and URI schemes in the Call Control Profile (CCP) and the Telephone Bearer Service (TBS) specifications to develop these product features. Implementers will learn how to visualize and understand the relationships between UCIs, URIs, and URI schemes, and how to integrate them into features.
Generic Health Sensor Design and Implementation Guide
The Generic Health Sensor (GHS) Design and Implementation Guide guides implementers of health sensor devices and mobile application developers of applications collecting health data from such sensor devices. This publication covers various non-trivial aspects of GHS such as where to find all relevant information and how to design and implement a sensor or application in […]
Low Energy Audio – Context Types and Availability
This document explains how Context Type values are used to describe audio use cases and to signal availability for audio use cases.
Performance Characterization of the Low Complexity Communication Codec
This white paper characterizes the Low Complexity Communication Codec (LC3) specification regarding typical codec aspects such as complexity, algorithmic/transmission delay, and subjective audio quality. It provides additional information beyond the technical specification of LC3 which is useful for product designers, codec implementers and profile developers.
Low Energy Audio – Incoming Call Over Media (Multi-Device)
This document uses a Message Sequence Chart (MSC) to explain the Bluetooth® LE Audio use case where a user listening to music from their PC on their earbuds is interrupted by an incoming call from their phone.
How LC3 Checks All the Wireless Audio Boxes
Andrew Estrada with Sony Electronics shares his outlook on the benefits LC3 will bring to the wireless audio market, including longer battery life, better coexistence, and higher quality.
What LC3 Means for the Bluetooth Audio Listening Experience
Peter Liu with Bose Corporation explains how LC3 will help improve the user experience for Bluetooth audio listeners.
How LC3 Quality & Power Compare to Wired Headphones
Hear Rasmus Abildgren of Bose explain how the audio quality and power consumption of a Bluetooth wireless headphone using LC3 will compare to a wired headphone.
Building a Sensor-Driven Lighting Control System Based on Bluetooth® Mesh
A technical examination of which Bluetooth mesh models to use in different types of lighting and sensor devices, and how these devices form adaptive, highly efficient, connected lighting networks.
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