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The capacity scaling of a Wi-Fi network with fixed transmit power isinvestigated. The 802.11 MAC appears to impose a hard limit on the areacapacity by enforcing single transmissions in overlapped cell coverage areas.However due to the difficulty reading the packet header when transmissionseither overlap or are faded, stations in different cells may losesynchronization with each other. A large frequency planned network with fullpropagation impairments of fast and slow fading is simulated in NS-3 with anupgraded receiver model supporting packet capture. Downlink Wi-Fi performanceis compared to an equivalent LTE network on the same cell centers. Results showthat Wi-Fi downlink throughput grows with densification limited by decreasingSINR and partially operational virtual carrier sense. LTE area capacity growsfaster as it is only constrained by SINR.

Wi-Fi Scaling and Performance in Dense Frequency Planned Networks