Documents

How to Configure Site Template Feature on Omada Controller

The Site Template feature, available in the Controller’s Global View, is designed to simplify the configuration and management of multiple sites. It allows administrators to create reusable templates containing common site settings, such as Internet, LAN, WLAN, ACL, URL Filtering, Portal, and MAC Authentication configurations, and apply them to multiple sites in bulk.

How to Configure Point-to-Multipoint Wireless Connection with Omada Wireless Bridge Devices

How to build a P2MP connection? Here are 5 scenarios you can consider by using Omada bridge devices.

How to Configure Portal Authentication on Omada Controller (v6.2 and Above)

Portal authentication provides authentication service to the clients that only need temporary access to the network, such as the customers in a restaurant or in a supermarket. To access the network, these clients need to enter the authentication login page and use the correct login information to pass the authentication. In addition, you can customize the authentication login page and specify a URL which the authenticated clients will be redirected to.

How to Fix Omada Software Controller Failing to Start After Port Change on Linux (v6.2.0 or Later)

How to Fix Omada Software Controller Failing to Start After Port Change on Linux (v6.2.0 or Later) This article explains the common causes of this issue and provides step-by-step solutions to restore normal Controller operation quickly and safely.

How to Configure Conditional SSID Broadcast Control on Omada Controller

Conditional SSID Broadcast Control is designed to ensure that wireless networks are only visible and accessible when the underlying network connectivity is functioning properly.

What's New in Omada Network 6.3 Compared to 6.2

This article outlines the key changes introduced in Omada Network 6.3 compared to 6.2. It is designed to help you quickly understand new features, enhancements, and structural updates in the latest version.

Omada SD-WAN White Paper

LightLink VPN White Paper

How to Configure Enhanced IoT Connectivity Feature on Omada Controller

The Enhanced IoT Connectivity feature provides a one-click IoT SSID configuration in the Omada Controller, specifically designed for IoT devices. It automatically optimizes wireless settings to ensure that IoT devices can connect to Wi-Fi networks reliably, securely, and effortlessly.

How to Set Up Bridge APs in a Network Without a DHCP Server

Learn how to configure Bridge APs without a DHCP server by assigning static IP settings and establishing a stable wireless bridge network.

How to Choose a SIM Card Plan and Configure LTE WAN on Your Omada Gateway

Using a SIM card as the WAN connection on an Omada gateway provides a flexible and reliable networking solution, especially in scenarios where traditional wired connections are unavailable or unstable. It is widely used in applications such as remote sites, temporary deployments, backup WAN failover, and mobile or outdoor environments.

How to Configure WLAN Using AP Groups in Omada Controller v6.3

To improve the flexibility and scalability of WLAN configuration, the AP Group–based WLAN configuration optimization introduces a more efficient and intuitive way to manage SSIDs and device associations. In the traditional workflow, SSIDs are configured within WLAN Groups and applied to devices through binding relationships. However, this approach can lead to several limitations.

How to Upgrade from Omada Pro Controller to Omada Controller v6.3

Starting with Omada Controller v6.3, the Omada Controller platform no longer distinguishes between Pro and standard versions. This document explains the differences before and after the upgrade, as well as how to upgrade from the Pro version to v6.3.

Omada Pro License Conversion to Standard License Overview

As Omada Controller continues to improve its capabilities, starting with version 6.3, Omada Controller will undergo unified optimization. Under the new versioning strategy, Omada Controller will no longer differentiate between Pro and Standard versions, providing a consistent product experience.

How to Configure and Use the “Replace with Spare” Feature on Omada Controller v6.3 and Above

How to easily replace a device managed by Omada Controller? The Spare feature introduced in Omada Controller v6.3 provides a fast and reliable replacement mechanism. Follow this article to explore.

Copper SFP Module Deployment Guidelines for Omada All-Fiber Switches

Copper SFP modules generally consume more power and generate more heat than optical modules. Due to their higher operating temperature, copper modules should be installed according to the recommended port placement guidelines to ensure adequate thermal dissipation and stable operation. Typically, when setting up all-fiber switches, a bunch of copper SFP modules may be put into use. This article will introduce the recommended copper SFP modules when setting up Omada all-fiber-ports switches.

How to Choose the Right Focal Length Lens for Omada Camera

This article explains the differences between common camera lens sizes and helps you choose the most suitable lens for your specific surveillance scenario.

How to Configure Dynamic DNS (DDNS) on Fusion Gateway Using the Omada App

This FAQ provides guidance on the Dynamic DNS (DDNS) functionality available on Fusion AIO 1.0 Gateways using the Omada App. DDNS enables users to maintain reliable remote access to gateways, servers, NAS devices, VPNs, surveillance systems, and other network services, even when public IP addresses change dynamically.

How to Allow Specific Public IPs to Access an Internal Server on Omada Gateways

When hosting an internal server behind an Omada Gateway, such as a web server, exposing it to the Internet can pose security risks. This guide demonstrates how to allow only specific public IP addresses to access an internal server, while blocking all other public traffic.

How to Configure MAC Flapping on Omada Managed Switches

MAC flapping is a network monitoring feature that detects when the same MAC address is learned on different switch ports within a short period of time. This behavior typically indicates issues such as network loops, misconfigured link aggregation, virtualization migration, or unauthorized device connections.