802.11n/ac (Wi-Fi 4 and Wi-Fi 5)

Transmit 802.11n/ac (HT and VHT) signals

Model HT- and VHT-related signal transmission functionality.

Apps

Create, impair, visualize, and export WLAN waveforms

`wlanMACFrame`	Generate WLAN MAC frame (MPDU or A-MPDU)
`wlanMACFrameConfig`	Configure WLAN MAC frame
`wlanMACManagementConfig`	Configure WLAN MAC management frame
`addIE`	Update MAC management frame with IE
`wlanMSDULengths`	Calculate MSDU lengths
`wlanAPEPLength`	Calculate APEP length in octets
`wlanPSDULength`	Calculate PSDU length in octets

`wlanHTConfig`	Configure HT transmission
`wlanVHTConfig`	Configure VHT transmission
`transmitTime`	Packet transmission time (Since R2022b)

`wlanVHTSTF`	Generate VHT-STF waveform
`wlanVHTLTF`	Generate VHT-LTF waveform
`wlanVHTSIGA`	Generate VHT-SIG-A waveform
`wlanVHTSIGB`	Generate VHT-SIG-B waveform
`wlanHTSTF`	Generate HT-STF waveform
`wlanHTLTF`	Generate HT-LTF waveform
`wlanHTSIG`	Generate HT-SIG waveform
`wlanLSTF`	Generate L-STF waveform
`wlanLLTF`	Generate L-LTF waveform
`wlanLSIG`	Generate L-SIG waveform
`wlanVHTData`	Generate VHT-Data field
`wlanHTData`	Generate HT-Data field waveform

`wlanWaveformGenerator`	Generate WLAN waveform
`wlanSampleRate`	Nominal sample rate

`wlanScramble`	Scramble and descramble binary input sequence
`wlanBCCInterleave`	Interleave BCC-encoded input
`wlanConstellationMap`	Constellation mapping
`wlanStreamParse`	Stream-parse encoded streams
`wlanSegmentParseBits`	Segment-parse data bits
`wlanSegmentDeparseSymbols`	Segment-deparse data subcarriers
`wlanBCCEncode`	BCC-encode data

802.11 Standards Supported by WLAN Toolbox for PHY Modeling
Describes the IEEE^® 802.11™ standards supported by WLAN Toolbox™ for physical layer modeling.
VHT PPDU Structure
Describes the VHT PPDUs you can model by using WLAN Toolbox.
HT PPDU Structure
Describes the HT PPDUs you can model by using WLAN Toolbox.
Packet Size and Duration Dependencies
Describes packet size and duration determination in 802.11.
Scrambler Initialization
Convert initial scrambling sequence bits to a scrambler initial state.

Generate an IEEE 802.11 transmission containing MAC frames and perform PER receiver tests.

Improve the performance of an IEEE 802.11ac™ link by beamforming the transmission.

Create a basic WLAN link model.

Generate IEEE 802.11 MAC frames.