Multinode Communication

Multinode communication in Bluetooth mesh, piconet and LE Audio networks

Bluetooth^® Toolbox provides capabilities to configure, simulate, and visualize multinode communication in a Bluetooth mesh, piconet, and low energy (LE) Audio networks.

Use the multinode communication capabilities of the toolbox to:

Simulate mesh packet communication through managed flooding and compute energy consumption of mesh nodes.
Generate and decode protocol data units (PDUs) and evaluate the scheduler performance in a Bluetooth piconet.
Configure and simulate multinode communication in a Bluetooth LE Auracast™ broadcast audio network and analyze the packet delivery performance in the presence of channel impairments and WLAN interference.
Configure and simulate periodic advertisements in a Bluetooth LE network.
Write the generated and recovered Bluetooth LE link layer (LL) packets to packet capture (PCAP) and packet capture next generation (PCAPNG) files for network analysis.

To use the network simulation functionality with Bluetooth Toolbox, install the Communications Toolbox Wireless Network Simulation Library add-on.

Highlighted Topics

Featured Examples

New

Bluetooth LE Auracast Broadcast Audio Simulation Using LC3 Encoded Audio

Simulate Bluetooth LE Auracast broadcast audio by using LC3 encoded audio data in an audio sharing network scenario.

Since R2024b
Open Live Script

Multistream Audio Simulation in a Bluetooth LE Piconet

Create, configure, and simulate multistream audio in a Bluetooth LE piconet.

Open Live Script

Simulate Periodic Advertisements in Bluetooth LE Network

Create, configure, and simulate periodic advertisements in a Bluetooth LE network.

Since R2024a
Open Live Script

Energy Profiling of Bluetooth Mesh Nodes in Wireless Sensor Networks

Perform energy profiling of Bluetooth LE mesh End nodes, Low Power nodes, Friend nodes, and Relay nodes in transmission, listen, sleep, and idle state.

Open Live Script

Evaluate the Performance of Scheduler in a Bluetooth BR/EDR Piconet

Evaluate the performance of the Bluetooth scheduler by implementing multiple applications with different QoS requirements in a use-case scenario of home environment.

Open Live Script