Omada Pro 4-Port PoE++ 10GE L2+ Managed Switch with 2 SFP+ Slots

S5500-4XHPP2XF_V1_Datasheet

S5500-4XHPP2XF(UN)_V1_1.0.8 Build 20260509

Support of Omada Pro Devices on Omada Controller V6.2

Starting from Omada Controller V6.2, the Omada Pro devices can be adopted by Omada Controller, also supporting adopting both Omada and Omada Pro devices in the same site.

How to Find the IP Address of My Omada Devices

By default, Omada devices use dynamic IP addresses. Whether connected to the internet or not, devices such as EAPs or switches should automatically obtain an IP address as long as they are connected to a local network or a DHCP server. There are different ways to find the IP address of an Omada device. Whether the device is in standalone mode or controller mode, you can also use the Omada APP or Discover Utility to find it.

How to Configure QoS on Omada Switches in Standalone Mode

On Omada switches, Diffserv QoS is supported, which allows users to configure the mapping rule between priority tags and forwarding queue. There are two kinds of priority tags supported: 802.1p tag and DSCP tag. 802.1p contains eight types of tags, numbered 0 to 7.

How to Configure Management VLAN on Omada Smart and Managed Switches Using the New GUI

This article introduces how to configure management VLAN on Omada smart and managed switches.

How to Configure 802.1Q VLAN on Smart and Managed Switches Using the New GUI

How to Configure IGMP Snooping for IPTV Network on L2 Managed Switches Using the New GUI

Troubleshooting Guide for Failure to Detect OAM Link Fault

Ethernet Operations, Administration, and Maintenance (OAM) is a Layer 2 protocol defined in the IEEE 802.3ah standard used to monitor and troubleshoot Ethernet network problems. With Ethernet OAM, network administrators can manage the network effectively. Currently, Omada L2+/L3 switches support Ethernet Flow Monitoring OAM (EFM OAM).

Omada Campus Switch_CLI Guide