Documents

How to Set Up an OpenVPN Connection with Omada Gateways on Client Devices with Different Operating Systems

Omada Gateway can act as an OpenVPN server that enables clients to access the intranet or the internet securely. We will guide you through configuring OpenVPN connections from Android, iOS, Windows, Linux, and macOS devices to an Omada Gateway.

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.

What should I pay attention to when building a network with EAP-Bridge and Flex Bridge 5?

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.

Introduction About CLI on Omada AP (For Controller V6.1 and Above)

How to Configure Port Mirroring on Omada Switches

Port mirroring copies network traffic from one or more source ports to a destination (monitor) port, allowing network administrators to analyze traffic for security, performance monitoring, and troubleshooting without disrupting the live network.

How to Configure Port Isolation on Omada Switches

Port Isolation lets you block traffic between specific ports so you can protect your network and control how devices communicate. In standalone mode, you can set flexible isolation rules; however, in controller mode, the feature is simplified for compatibility—when you enable it on a port, that port becomes isolated and cannot communicate with any other isolated port.

How to configure Port Security on Omada Switches

Port Security allows you to set a limit on the number of MAC addresses that can be learned on a switch port, preventing MAC table exhaustion caused by malicious flooding attacks and ensuring stable network performance. When the number of learned MAC addresses exceeds the configured threshold, the switch can block unauthorized addresses, restrict abnormal traffic, or send alerts to administrators for timely response.

Comment concevoir et déployer votre réseau avec Omada Design Hub

Omada Design Hub offre une plateforme pratique et visuelle qui vous permet de planifier facilement votre réseau et de sélectionner les produits réseau les plus adaptés à déployer. Des outils d'IA sont également disponibles pour faciliter votre processus de planification.

What is Management Port on Omada Campus Switch and How to Use It

The configuration of management port could only be conducted through CLI, you could either access via SSH/Telnet or the console port. By default, the management interface will obtain IP address through DHCP, which means if you do not connect the management port to a valid DHCP server, it won’t get a valid IP address for you to access. You could also configure a static IP address for the management interface.

How to configure RRM

Omada 5G WAN Configuration Guide

What is DHCP Snooping and DAI and How to Configure Them on Omada Switches When Adopted on Omada Controller

DHCP Snooping and Dynamic ARP Inspection (DAI) are essential Layer 2 security features designed to enhance network protection. Both features are parts of IP-MAC-Port Binding (IMPB) on Omada switches. For DHCP Snooping, the feature dynamically builds and maintains an IP-MAC-Port binding table by snooping legitimate DHCP transactions. This table records valid associations between a client's IP address, MAC address, connected port, VLAN, and lease duration.

Comment installer Omada SDN Controller v6+ sur le système Linux

Guide d’installation – Comment installer Omada SDN Controller v6+ sur le système Linux

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

How to View the Topology of Complex Switch Configurations in Omada Controller

What is SDM Template on Omada Switches when Adopted on Omada Network

In modern managed switches, the hardware forwarding decisions rely on specialized high-speed memory known as Ternary Content Addressable Memory (TCAM). This is why switches can forward traffic rapidly with high throughput. TCAM stores critical forwarding and policy tables—including MAC address tables, IP routing tables, Access Control Entries (ACEs) for ACLs and QoS policies, multicast entries, and other features—in a fixed-capacity resource that is shared among multiple functions.

What is VRF and How to Configure VRF on Omada Campus Switches When Adopted by Omada Controller

Omada Pro L3 Switch BGP Configuration Guide

How to configure FEC for managed Omada Switches

FEC (Forward Error Correction) is a technology used to enhance the reliability of data transmission by adding redundant information to the data being sent. This allows the receiver to detect and correct errors that may have occurred during transmission. FEC is commonly used in environments requiring high reliability, particularly in long-distance fiber optic transmissions or networks with high bit error rates. It helps ensure a stable network and high data transmission quality.