![]() Uncontrolled network traffic jeopardizes airtime, resulting in decreased speed, increased latency, and potential connectivity problems.īesides assigning VLANs to WLANs, configure Port Isolation at the switch layer to limit unnecessary traffic and conserve precious airtime available to stations in the HD WLAN. Ubiquiti identifies three major areas that impact the performance of every HD WLAN deployment: The “FedEx Forum” Site mimics a real-world HD deployment that supports more than 7,000 simultaneous Wi-Fi users today: Throughout the HD WLAN Design Guide, we’ll reference the “FedEx Forum” Site, inside the UniFi Demo Simulator. Therefore, WLAN administrators tasked with designing a successful HD network can do so using Ubiquiti’s UniFi platform, provided they carefully consider and account for all of the unique design variables surrounding the enterprise project. As mobile networking trends toward scenarios where users carry multiple client devices, HD WLANs become increasingly more commonplace. Click here to proceed to this section.īy definition, High-Density (HD) wireless scenarios refer to WLANs whose coverage area contains a relatively high concentration of APs and connected client devices. For users who are already comfortable with their understanding of the basics, we have added a brief list of configuration recommendations/advanced tips for high-density UniFi deployments. This article will provide a detailed explanation of the concepts/principles behind high-density Wi-Fi deployments. Configuration of the UniFi Network Application.For information on what UniFi Access Points (UAPs) to select for a high density deployment, please see the UniFi - Access Point Comparison Charts article. The article is divided in Planning, Design, Deployment, and Config. This is a complete guide for designing the best deployment for a high-density environment. ![]()
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