Bluetooth and MATLAB: A Winning Combination

Overview

Today’s engineers are wrestling with analyzing and verifying Bluetooth^® systems at both the chip and system levels. This webinar explores examples in MATLAB^® and reference designs to help you simulate and analyze the Bluetooth Low Energy (LE) and Bluetooth Classic PHY layer. You will learn how to perform waveform generation and visualization, signal recovery and analysis in the presence of RF impairments, and end-to-end simulation. Also, you will learn to perform Bluetooth/WLAN coexistence analyses with a variety of fidelity levels. Finally, you will learn about multiple localization techniques specified in the Bluetooth standard.

Highlights

With the examples presented in the webinar, you can:

• Perform end-to-end link simulation for all Bluetooth waveform types, in the presence of RF imperfections.
• Analyze Bluetooth/WLAN coexistence and interference.
• Perform positioning operations with angle-of-departure (AoD) and angle-of-arrival (AoA) estimation.
• Perform ranging with channel sounding, defined in Bluetooth 6. Use both round-trip time (RTT) and phase-based ranging (PBR) techniques.
• Model, simulate, and analyze Bluetooth LE and Bluetooth mesh networks.
• Perform transmitter and receiver verification tests according to the Bluetooth specifications.
• Model, simulate, and analyze the Bluetooth Classic protocol stack.
• Model Bluetooth LE channel selection algorithms, Bluetooth Classic frequency-hopping algorithms, and Bluetooth LE device connection procedures.
• Model the effectiveness of LE Audio in the absence and presence of WLAN interference.