Piconet
Bluetooth® Toolbox capabilities enable you to perform multinode communication in a Bluetooth piconet.
Use the features and reference examples to:
Create a Bluetooth basic rate/enhanced data rate (BR/EDR) piconet and evaluate the performance of the Bluetooth scheduler by implementing multiple applications with different quality-of-service (QoS) requirements.
Create a Bluetooth low energy (LE) piconet and evaluate the throughput and latency performance of the interframe space (IFS) types in an asynchronous connection-oriented logical (ACL) connection.
Simulate a Bluetooth LE piconet in 6 GHz in the presence of channel access mechanisms such as listen before talk (LBT), spectrum sensing based deferral (SSBD), and detect and avoid (DAA).
Simulate periodic advertisements in a Bluetooth LE piconet and evaluate the packet delivery ratio (PDR) performance in comparison to legacy advertisements.
Generate and decode protocol data units (PDUs).
Export Bluetooth LE LL packets to packet capture (PCAP) and packet capture next generation (PCAPNG) files for network analysis.
Capture received Bluetooth waveforms as in-phase and quadrature (IQ) samples.
Functions
Objects
Topics
Node and Statistics
- Composition of Bluetooth BR/EDR Node
Learn about the composition of a Bluetooth BR/EDR node. - Composition of Bluetooth LE Node
Learn about the composition of a Bluetooth LE Node. - Bluetooth Packet Structure
Explore the Bluetooth BR/EDR and Bluetooth LE packet structures. - Bluetooth LE Node Statistics
Explore the statistics of a Bluetooth LE node. - Bluetooth BR/EDR Node Statistics
Explore the statistics of a Bluetooth BR node. - Create and Add Custom Mobility Model to Bluetooth LE Nodes
Learn how to create and add custom mobility model to Bluetooth LE nodes and visualize their movement. (Since R2026a) - Simulate Mobility of Peripheral Node in Bluetooth Network
Learn how to simulate mobility of Peripheral nodes in Bluetooth network. (Since R2026a) - Create and Add Custom Traffic in Bluetooth Network Simulation
Learn how to create and integrate a custom traffic model into Bluetooth nodes. (Since R2026a)
Network Configuration and Simulation
- Wireless Network Simulator (Wireless Network Toolbox)
Learn how the wireless network simulator object works. - Create, Configure, and Simulate Bluetooth LE Network with Custom Channel
Use Bluetooth LE node creation and wireless network simulation capabilities to create, configure, and simulate a Bluetooth piconet. - Create, Configure, and Simulate Bluetooth BR/EDR Piconet
Use Bluetooth node creation and wireless network simulation capabilities to create, configure, and simulate a Bluetooth BR piconet. - Simulate Multiple Bluetooth BR/EDR Piconets with ACL Traffic
Use Bluetooth node creation and wireless network simulation capabilities to create, configure, and simulate multiple Bluetooth BR piconets with ACL traffic.
PDU Generation and Decoding
- Generate and Decode Bluetooth Protocol Data Units
Generate and decode Bluetooth protocol data units (PDUs).
Featured Examples
Explore Bluetooth LE and WLAN Coexistence in 6 GHz with LBT
Explore how to configure and simulate noncollaborative coexistence of Bluetooth LE and WLAN in 6 GHz with LBT.
Noncollaborative Bluetooth LE Coexistence with WLAN Signal Interference
Simulate noncollaborative Bluetooth LE coexistence with WLAN signal interference.
Evaluate Performance of ACL Interframe Space in Bluetooth LE Piconet
Simulate and evaluate the throughput and latency performance of IFS types in an ACL connection as specified in Bluetooth Core Specification v6.0.
Simulate Periodic Advertisements in Bluetooth LE Network
Create, configure, and simulate periodic advertisements in a Bluetooth LE network.
Bluetooth LE Channel Selection Algorithms
Select a Bluetooth LE channel index using the channel selection algorithms specified in the Bluetooth Core Specification.
Bluetooth BR/EDR Data and Voice Communication with WLAN Signal Interference
Simulate data and voice communication in a Bluetooth BR piconet with WLAN interference and supporting the adaptive frequency hopping.
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 home environment.
Modeling of Bluetooth LE Devices with Heart Rate Profile
Model and simulate Bluetooth LE devices with Heart Rate Profile by using the GATT client-server scenario.
Bluetooth LE Link Layer Packet Generation and Decoding
Generate and decode Bluetooth LE link layer packets.
Bluetooth LE L2CAP Frame Generation and Decoding
Generate and decode Bluetooth LE L2CAP frames.
