How to setup a POE network by using Omada POE products

This article describes how to design and configure a Power over Ethernet (PoE) network within the Omada ecosystem. PoE technology allows a single Ethernet cable to provide both data connection and electric power to devices such as Access Points (EAPs), IP Cameras (IPCs), VoIP Phones, Audio/Video Gear, and IoT Devices, simplifying installation and reducing cabling costs.

How Do Perpetual PoE and Fast PoE on Omada PoE Switches Keep Mission‑Critical Devices Online

How to build a Wireless Network between the home and farm using Omada devices

Why Can I Configure Fewer VLANs Than Expected on My Agile Switch

When using Omada Agile Switch (ES Series) together with Omada Controller, you may notice that the available number of VLANs is not the expected 32, but 31 instead. This document explains the reason for this phenomenon and the specific scenarios in which it may occur.

How does the behavior of the client health differ under different controller

Client Health is a new monitoring feature introduced in Omada Controller 6.1 that evaluates and tracks the connection quality and experience of all wireless client devices on your network. By enabling this feature, the system continuously collects and calculates wireless client-level health data, helping network administrators quickly identify wireless client connectivity issues and optimize network performance.

How to login to the web management page of the Omada Device (Standalone mode)

This article presents the concept of login into the web management page of Omada Series products in standalone mode. It details two deployment methods. One where there is DHCP server in the same network if applicable to the product, while the other if there is no DHCP server in the same network.

How to use the Omada AI Sales assistant on Omada Design Hub

This article introduces how to use the Omada AI Sales assistant on the Omada Design Hub.

How to use Omada Design Hub to identify DXF files

In architectural design, AutoCAD software is frequently used. The DXF files exported by this software completely define the geometric content and logical structure of CAD drawings, specifically including geometric primitive data and the organizational structure that manages these primitives. Currently, Omada Design Hub supports the import of DXF files.

How to use Omada Design Hub to draw cable

The Cable function in Omada Design Hub enables you to visualize and plan cable layouts within a building or across multiple floors. Proper cabling design is essential for ensuring a stable, efficient, and scalable network—affecting performance, reliability, PoE delivery, and future expansion. Clear cable paths also help teams coordinate on-site deployment and avoid installation issues.

How to Monitor and Manage Clients in Controller Mode using the Omada App

The Omada App allows you to easily view and manage all clients connected to your Omada network. Through features such as the client list display, status filtering, condition sorting, search, and status description, you can quickly see client details such as connection type, signal strength, and data usage. You can also organize clients by network type or condition, locate specific users or devices, and monitor their real-time connection status.

How to Monitor and Manage devices in Controller Mode using the Omada App

The Omada App allows you to easily monitor and manage all devices connected to your Omada Controller . Through features such as the device list display, category filtering, condition sorting, search, and status description, you can quickly view device information, organize equipment by type or condition, locate specific devices, and understand their real-time status. These tools make it simple to maintain visibility and control over your entire Omada network anytime, anywhere.

How to spray paint the decorative shell

For some new Wi-Fi 7 models in the Omada product line, such as the EAP775-Wall 1.0, a decorative shell is included in the package. The decorative shell primarily enhances the surface temperature experience and, while covering the device’s security lock hole, also allows users to customize the product’s appearance.

Brief introduction about VLAN topology in Omada Network v6

This FAQ introduces some tips and highlights about VLAN topology in Omada Network v6.

How to provide project quotations on Omada Design Hub

This article provides guidance for how to provide professional and flexible project quotation on Omada Design Hub.

What’s new in Omada Network V6 Topology Display

What changes are there in Omada Controller v6 compared to v5?

The objective of this document is to provide with a comprehensive, section-by-section mapping between Omada Controller version 5.x and the re-architected 6.0 user interface.

How to Configure Portal Authentication on Omada Controller using Omada App

This guide provides instructions for configuring portal authentication on Omada Controller using Omada App.

How to Preconfigure WAN Settings on Omada Controller using Omada APP

This guide provides instructions for preconfiguring WAN settings on Omada Controller using Omada APP.

How to use Bridge AP Alignment via Omada APP

Since the antennas of the EAP Bridge model are directional and operate in pairs, they need to be networked through a mesh; moreover, in the installation scenarios, the two Bridges may be quite far apart. If they are not correctly aligned, it may result in poor connection signals, and it is also difficult for users to align them visually. Therefore, we provide an alignment function to guide users in aligning the two Bridges using RSSI, thereby establishing a better connection.

How to use Bridge AP speed test on Omada Controller via Omada APP

Speed tests are widely used to check home broadband, corporate networks, or mobile data connections. They help users verify whether their network provider delivers the promised bandwidth and diagnose connectivity issues. We have added speed test feature for our bridge AP products via Omada APP. You will learn how to use this feature in this guide.