Documents

How to Configure Gateway Rules for Content Filtering on Fusion Gateway

Omada Fusion Gateway content filtering supports multiple filtering methods, including category-based filtering, domain allow/block lists, and Ad blocker. The built-in Ad Blocker uses DNS-level domain filtering to block advertising and tracking domains, helping reduce intrusive ads and enhance the overall browsing experience. Filtering rules can be applied to specific networks, IP groups, or individual client devices.

How to transfer the Cloud Owner permission on the Omada Controller

How to Use Gateway QoS Function with an Omada Fusion Gateway

Gateway QoS (Quality of Service) refers to a set of mechanisms implemented on a network gateway (such as a router or firewall) to manage, prioritize, and control traffic flows across the network. Its primary objective is to ensure predictable performance for critical applications while optimizing overall bandwidth utilization.

How to Set Alarm on Industrial Switches

How to Configure Load Balancing for Wireless Client in Omada Controller

Uneven wireless client distribution can lead to poor user experience and inefficient use of network resources. In some cases, certain APs may become overloaded while others remain idle. To address this issue, the Omada Controller v6.2 provides load balancing, along with dynamic optimization and service-aware mechanisms. These features help distribute clients more evenly across APs, improve user experience consistency, maximize network capacity, and reduce operation and maintenance costs.

How to Configure Upgrade, Reboot and WLAN Schedules for Omada EAPs

Learn how to configure Upgrade, Reboot and Wi-Fi Schedules for Omada EAPs in both Controller and Standalone modes. Automate system upgrade or restart and define Wi-Fi uptime to enhance network security and minimize power consumption. This article will show you how to set up automated upgrades, reboot cycles and Wi-Fi Radio "On/Off" schedules for your Omada EAPs.

How to configure SNMP on Omada Controller

Simple Network Management Protocol (SNMP) is a widely used network management protocol that runs on Transmission Control Protocol and Internet Protocol networks. You use SNMP to manage network devices from a central location and clearly see how each device operates. In addition, SNMP helps you detect problems early and respond quickly, which helps you keep the network stable and reliable. The following section describes how to configure SNMP functions in controller mode.

Getting started with an Omada Fusion Gateway

This article will guide you through getting started with your Omada Fusion Gateway.

How to Configure Load Balancing on Omada Gateways

How to Use Remote Access on Omada Controller

How to configure remote management on Omada Gateway

Remote Management lets you manage the router remotely when you are not on the router's local network. It provides convenience for network management.

How to Configure Basic Counting Mode for People Counting on Omada Central

This article provides instructions on how to configure Basic Counting Mode for the People Counting feature on Omada Central. Basic Counting Mode counts walk-ins and walk-outs only, without analyzing pass-by traffic. It is suitable for small and medium-sized retail scenarios where the camera coverage is limited to the store entrance and does not extend to external areas.

Controller v6.2 VPN Overview

How to manage Flex Bridge 5 on Omada Controller

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 to configure the Session Limit and Bandwidth Control to control traffic on Omada Gateways

Omada gateways support Session Limit and Bandwidth Control to address this; the former prevents connection table exhaustion by constraining the maximum concurrent sessions per user, while the latter avoids bandwidth monopolization by limiting upstream and downstream rates. Together, they resolve issues such as uneven network resource allocation, degraded critical services, and unstable device performance, ensuring fairness, stability, and high-quality network service in multi-user environments. 

How to Use the Recovery Mode to Recover the Firmware for Omada Campus Switches

During a firmware upgrade, there are three essential parts: uboot, kernel and usrlmg, the phenomenon are different if the different parts are damaged. In this article, we will briefly introduce the possible errors user may encounter during boot up and the procedure of recovering damaged firmware if unable to boot normally on Omada Campus switches, please check each section follow the corresponding guide to recover according to the error you are seeing on the device.

How to Use the Speed Test Feature on the Omada Controller v6.2 and above

Starting from v6.2, Omada Network System introduces the Speed Test feature, offering both manual and scheduled modes to help us monitor network quality easily.

How to config LLDP on Omada Gateway via Omada Controller

LLDP (Link Layer Discovery Protocol) is a standardized Layer 2 protocol that enables network devices to automatically discover and share information about their directly connected neighbors. By exchanging details such as device identity, port information, system capabilities, and management addresses, LLDP helps network administrators map network topologies, troubleshoot connectivity issues, and facilitate automated configurations.