Omada Pro 48-Port 2.5G Stackable L3 Managed Switch with 6 25G Slots

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.

Omada OUI-Based VLAN Configuration Guide

OUI-Based VLAN allows Omada switches to automatically recognize IP Phones based on the OUI portion of their MAC address and place them into the appropriate Voice VLAN. This is especially useful in environments where IP Phones do not support automatic voice VLAN advertisement methods such as LLDP-MED.

How to Configure PIMv6 and MLD on Omada Campus Switches

Omada Campus switches support IPv6 PIM-DM and PIM-SM. Where IPv6 PIM-DM suits the network with smaller size and concentrated group members. IPv6 PIM-SM suits the network with larger size and dispersed group members.

How to configure MP-BGP on Omada Campus Switches

Currently, MP‑BGP on Omada Campus Switches supports the IPv6 unicast address family. This article demonstrates the configuration of MP-BGP on Omada Campus switches in standalone mode.

How to Use an Omada Controller to Manage Omada Devices Across Different Subnets Over the Internet

In enterprise networks, devices are often deployed across different subnets, making it common for Omada devices and the Omada Controller to reside in separate network segments. Supporting device adoption and management across subnets enables centralized control without changing existing network designs. This article introduces different methods for adopting devices across subnets using Omada products.

How to configure L2VPN VPWS/VPLS on Omada Campus Switches

This FAQ introduces the VPWS/VPLS feature and explains how to configure it using the switch CLI.

How to Configure Spanning Tree on Omada Controller

Spanning Tree Protocol (STP) is a Layer 2 Protocol that prevents loops in the network

How do to configure Policy-Based Routing (PBR) on the TP-Link SG6428X

The document explains how Policy-Based Routing (PBR) is configured on the TP-Link SG6428X L3 switch to control traffic based on policies like source IP instead of just destination. It describes a setup where the switch acts as the central gateway and routes traffic from different VLANs through separate ISPs—VLAN250 via ER8411 and VLAN251 via ER605.

How to implement an external DHCP server with DHCP Relay in the Omada Ecosystem with Omada Switches

In some network environments within the Omada Ecosystem, a third-party (external) DHCP server may be required instead of using the gateway’s built-in DHCP service. This guide explains how to configure Omada Switches to ensure that client devices can correctly reach and obtain IP addresses from the designated DHCP server after connecting to the network via DHCP Relay.

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