Specify the number of HV1 packets.

numPackets = 10;

Create a Bluetooth BR/EDR waveform configuration object. Specify the packet type as HV1.

cfg = bluetoothWaveformConfig;
cfg.PacketType = 'HV1';

Create a random input bit vector containing concatenated payloads.

numBits = getPayloadLength(cfg)*8*numPackets; % Byte to bit conversion
dataBits = randi([0 1],numBits,1);

Set the symbol rate.

symbolRate = 1e6; % In MHz

Generate the Bluetooth waveform.

waveform = bluetoothWaveformGenerator(dataBits,cfg);

Create a dsp.SpectrumAnalyzer System object to display the frequency spectrum of the generated Bluetooth BR/EDR waveform. Set the sample rate of the frequency spectrum.

scope = dsp.SpectrumAnalyzer;
scope.SampleRate = cfg.SamplesPerSymbol*symbolRate;

Plot the Bluetooth BR/EDR waveform.

scope(waveform);

Create a Bluetooth BR/EDR waveform configuration object.

cfg = bluetoothWaveformConfig;

To generate enhanced data rate packet 2-EV3, specify the packet type as EV3 and the transmission mode as EDRM2.

cfg.PacketType = 'EV3';
cfg.Mode = 'EDR2M';

Create a random input bit vector to generate the payload for a single packet.

numBits = getPayloadLength(cfg)*8; % Byte to bit conversion
dataBits = randi([0 1],numBits,1);

Generate the Bluetooth BR/EDR waveform.

txWaveform = bluetoothWaveformGenerator(dataBits,cfg);