Propagation Channel Models
WLAN Toolbox™ provides functions that let you model SISO and MIMO transmit-receive links with IEEE® standard defined channel models.
Objects
wlanTGnChannel | Filter signal through 802.11n multipath fading channel |
wlanTGacChannel | Filter signal through 802.11ac multipath fading channel |
wlanTGahChannel | Filter signal through 802.11ah multipath fading channel |
wlanTGaxChannel | Filter signal through 802.11ax multipath fading channel |
wlanTGayChannel | Filter signal through 802.11ay multipath fading channel |
Topics
- WLAN Channel Models
Using WLAN channel models to add channel impairments to WLAN transmissions.
- Delay Profile and Fluorescent Lighting Effects
Demonstrate the impact of changing TGac delay profile and how fluorescent lighting affects channel response.
Featured Examples
802.11be Packet Error Rate Simulation for an EHT MU Single-User Packet Format
Measure the packet error rate of an IEEE 802.11be™ EHT SU link.
802.11ax Packet Error Rate Simulation for Single-User Format
Measure the packet error rate of an IEEE 802.11ax™ HE SU link.
802.11ad Packet Error Rate Single Carrier PHY Simulation with TGay Channel
Measure the packet error rate of an IEEE 802.11ad™ single-carrier link by using and end-to-end simulation with a TGay channel.
802.11ac Packet Error Rate Simulation for 8x8 TGac Channel
Measure the packet error rate of an IEEE 802.11ac™ link by using an end-to-end simulation with a TGac channel.
802.11p Packet Error Rate Simulation for a Vehicular Channel
Measure the PER of an IEEE 802.11p™ link by using an end-to-end simulation with a V2V fading channel with AWGN.
802.11ah Packet Error Rate Simulation for 2x2 TGah Channel
Measure the packet error rate of an IEEE 802.11ah™ link by using an end-to-end simulation with a TGah channel.
802.11n Packet Error Rate Simulation for 2x2 TGn Channel
Measure the packet error rate of an IEEE 802.11n™ link by using an end-to-end simulation with a TGn channel.
