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How to Build a Mesh Network via Omada EAP in Controller Mode using Omada APP

In outdoor scenarios where wired networks are difficult to deploy, you can use the mesh function of EAP to extend the coverage of the wireless network. Currently, the mesh function is only supported on APs managed by a controller. This article mainly introduces how to use the APP to operate the controller and complete mesh networking. Depending on the type of controller you are using, the following requirements apply: 

How to configure MAC Filtering & MAC Filter in Controller mode using Omada APP

MAC Filtering is a network access control feature that restricts network access by allowing or blocking specific MAC addresses and manages network access behaviors. Currently, MAC Filtering in site settings takes effect on the gateway, while MAC Filter in SSID settings takes effect on the AP or wireless gateway. 

How to Configure Hotspot 2.0 Wi-Fi on Omada Controller

This article introduces Hotspot 2.0 Wi-Fi and provides a step-by-step guide on how to configure Hotspot 2.0 on Omada Controller.

How to configure Management VLAN for Omada Devices (Omada Controller 5.15 or above)

The management VLAN is a VLAN created to separate the management network from the data network. By default, the management VLAN is the LAN network in a network centrally managed by Omada SDN Controller. You can change the management VLAN to improve network security. With a separated management VLAN, it is much harder for unauthorized users to modify the configurations or monitor the network.

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EAP100-Bridge KIT_V1.30_Datasheet

ES210X-M2(UN)_V1_Datasheet

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Interference Detection on Omada Controller

Discover how to use TP-Link Omada’s Interference Detection tool to scan your Wi-Fi network, detect interference sources and analyze channel utilization. This article explains the Interference Detection feature in the Omada Controller, including its purpose, access methods, configuration process and exporting the results.

How to Fix Black Screens, Lag, Distortion, or Pixelation on IPTVs

This article provides a detailed overview of common causes and troubleshooting methods for IPTV issues such as black screens, lag, image distortion, and pixelation. Based on the practical configuration of TP-Link Omada devices, it offers a systematic, multi-layered diagnostic approach and recommended settings to help you restore video playback quality.

How to Troubleshoot Slow Channel Switching, Missing Channels, and More in IPTV

This guide introduces common causes and step-by-step troubleshooting for issues such as slow channel switching, missing channels, and multi-device viewing failures in IPTV. It outlines diagnostic methods by device type (e.g., terminal, AP, access/aggregation/core switches, gateway) and provides recommended configuration values and validation approaches.

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ER7406(UN)_V1.26_1.2.3 Build 20250929

ER7406(UN)_V1.20_1.2.3 Build 20250929