Next-Generation Bluetooth Technologies and Applications

A Comprehensive Coverage of Core Specification 5.4 and LE Audio
What you'll learn:
Understand the technical details of the Bluetooth Core Specification 5.4 (January 2023)
Study new use cases such as location and positioning services, audio sharing, and streaming
Review the operation of multi-stream subrated connections
Understand Bluetooth security mechanisms
Study key packet formats and mechanisms of Bluetooth physical and medium access layers
Learn the fundamentals of audio coding standards (LC3, SBC, AAC, EVS)
Gain practical tips in Bluetooth application development using Android Audio, Radio Interface Layer (RIL), and Qualcomm MSM Interface (QMI)
Requirements:
A basic background on wireless communications
Description:
Bluetooth is a cable replacement technology for short-range data exchange and has become indispensable for smartphone chipsets, hands-free calls, in-vehicle infotainment, fitness bands, hearing aids, and wireless ear buds. Bluetooth devices communicate with each other in a limited area to form a small network. The Bluetooth consumer market is driven by over 1 billion wireless audio accessories that are sold annually. The ubiquity and quality of Bluetooth voice communications and audio streaming will be further enhanced with LE audio and the use of advanced codecs such as LC3. Using over 320 informative slides, this course describes the foundational principles of Bluetooth, including the latest technologies and applications. More specifically, it discusses the technical details of the Core Specification 5.4 (January 2023) and new use cases such as location and positioning services, audio sharing, and multi-stream audio streaming. Bluetooth LE audio and real-time isochronous stream support are covered, including subrated connections, audio interaction, and flow control in telephony and audio applications. The course also presents key Bluetooth physical and medium access layer mechanisms, as well as detailed packet formats that illustrate the functions of each mechanism. Practical tips on Bluetooth audio codecs, Android Bluetooth, the Radio Interface Layer (RIL) and the Qualcomm MSM Interface (QMI) are also provided.The instructor has published 15 wireless books and over 70 scientific research papers. He has conducted Bluetooth courses for Qualcomm and Motorola, and has served as an expert witness on Wi-Fi.
Who this course is for:
Anyone who wish to learn about Bluetooth
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