Omada Switch Series Guide: Identification, Classification, and Selection
Contents
Identify Your Omada Switch by Model Number
How to Choose the Right Omada Switch
Legacy Omada Switch Classification (Previous Naming Rules)
Introduction
Omada switches are available in multiple series designed for different network sizes, deployment scenarios, and performance requirements. From enterprise campus networks to SMB access layers and cloud-managed edge deployments, each switch family serves a specific role within the network architecture.
This article explains how to identify the series and type of an Omada switch based on its model number, understand the latest classification framework, and select the most suitable switch family for different deployment requirements.
Identify Your Omada Switch by Model Number
The easiest way to identify an Omada switch is through its model number.
Use the table below to match your switch model with the corresponding switch series.
Latest Omada Switch Classification
|
Switch Series |
Typical Model Pattern |
Example Models |
Positioning / Description |
Control Method |
|
Campus |
S6500 / S7500 Series |
S6500-48MPP6Y, S6500-24GP4XF, S7500-24Y4C |
Enterprise campus and ISP deployments. Supports advanced Layer 3 features, physical stacking, M-LAG, redundant power, and up to 100G uplinks. |
Omada Cloud-Based Controller Omada Software Controller Omada Hardware Controller Omada APP Standalone Web GUI SNMP (Except Agile and Industrial) NETCONF (Campus Switches Only)
|
|
Aggregation |
SX66xxYF, SX30xxF, SG3428XF |
SX6632YF, SX3016F, SX3008F, SG3428XF |
Aggregates traffic from access switches. Primarily all-fiber designs with 10G/25G uplinks and advanced L2/L3 capabilities. |
|
|
Access Max |
SX3xxx, SX2xxx |
SX3832MPP, SX3832, SX3206HPP |
High-performance access layer with 10G access ports and high-power PoE++, ideal for Wi-Fi 7 APs and bandwidth-intensive applications. |
|
|
Access Pro |
SGxxxxX-M2 Series |
SG3428XPP-M2, SG3428X-M2, SG3218XP-M2, SG3210XHP-M2 |
2.5G access switching with 10G SFP+ uplinks, optimized for Wi-Fi 6 and entry-level Wi-Fi 7 deployments. |
|
|
Access Plus |
SG6xxxX, SG5xxxX, SG3xxxX |
SG6654XHP, SG6428XHP, SG5452XMPP, SG3428XMP |
Enhanced access layer with Gigabit downlinks, 10G uplinks, high PoE capacity, and optional stacking capabilities. |
|
|
Access |
SG2xxx / SG3xxx (non-X models) |
SG3452P, SG3428MP, SG3428, SG2428P |
Standard managed access switches for SMB networks with Gigabit connectivity and optional PoE. |
|
|
Agile |
ES Series |
ES228GMP, ES220GP, ES210GMP, ES205G |
Entry-level cloud-managed switches with simplified features such as VLAN, QoS, Loop Prevention, and surveillance-oriented functions. |
|
|
Industrial |
IES Series |
IES210GPP, IES206GPP, IES208G, IES206G |
Rugged industrial switches featuring IP40 metal housing, -40°C to 75°C operating temperature, redundant DC power inputs, and DIN-rail/wall mounting for harsh environments. |
Omada Switch Series Overview
The latest Omada switch portfolio is organized into the following categories:
- Campus: Core, aggregation, and access L3 stackable switches for enterprise campus and ISP deployments.
- Aggregation: High-performance aggregation switches that connect multiple access switches at middle-sized network.
- Access Max: 10G access switches designed for Wi-Fi 7 and high-bandwidth applications.
- Access Pro: Multi-Gigabit access switches optimized for Wi-Fi 6 and entry-level Wi-Fi 7 deployments.
- Access Plus: Enhanced Gigabit access switches with high PoE capacity and 10G uplinks.
- Access: Standard managed switches for SMB deployments.
- Agile: Entry-level cloud-managed switches with simplified management and surveillance-oriented features.
- Industrial: Industrial-grade switches designed for harsh environments with enhanced reliability and protection.
How to Choose the Right Omada Switch
Selecting the right switch depends on network size, performance requirements, management preferences, and future expansion plans.
Selection Guidelines
|
Selection Factor |
Questions to Consider |
Recommendation |
|
Deployment Scenario |
Where will the switch be deployed? Small office, enterprise campus, surveillance network, hotel, school, or ISP environment? |
Choose the switch series based on the network scale and business requirements. Campus Series is suitable for large enterprise networks, while Access & Aggregation Series is ideal for SMB deployments. |
|
Number of Ports |
How many wired devices need to be connected now and in the future? |
Select an appropriate port count such as 5, 8, 10, 16, 24, 28, or 48, while allowing room for future expansion. |
|
Network Speed |
What bandwidth is required for connected devices? |
Choose Gigabit, 2.5G Multi-Gigabit, or 10G Multi-Gigabit |
|
PoE Requirement |
Do connected devices require power through Ethernet cables? |
Select PoE+, PoE++, or non-PoE models based on the power requirements of APs, IP cameras, VoIP phones, and other powered devices. |
|
PoE Budget |
What is the total power consumption of connected PoE devices? |
Ensure the switch PoE budget is higher than the total power demand of all connected devices. |
|
Uplink Requirement |
Will the switch connect to other switches, servers, or core network devices? |
Choose models with 1G SFP, 10G SFP+, 25G SFP28, or 100G QSFP uplinks according to backbone bandwidth needs. |
|
Fiber Connectivity |
Is long-distance transmission required? |
Select switches with SFP/SFP+/SFP28 ports if fiber connections are needed between floors or buildings. |
|
Management Requirement |
Is centralized management required? |
Choose Omada-managed switches if cloud management, remote monitoring, or controller-based deployment is needed. |
|
Layer 2 / Layer 3 Features |
Are routing, VLANs, ACLs, QoS, or advanced network segmentation required? |
Select Access, Aggregation, or Campus Series models with the corresponding feature set. |
|
Scalability |
Will the network continue to grow? |
Consider switches that support stacking, high-speed uplinks, and additional port capacity for future expansion. |
|
Installation Environment |
Where will the switch be installed? |
Consider desktop, rackmount, fanless, industrial, or outdoor deployment requirements when selecting a model. |
|
Budget |
What is the available project budget? |
Balance performance, port density, PoE capability, and future growth requirements to achieve the best value. |
Quick Selection Recommendations
For typical deployment scenarios:
|
Scenario |
Recommended Series |
|
Large Enterprise Campus |
Campus |
|
ISP Networks |
Campus / Aggregation |
|
High-Density Wi-Fi 7 |
Access Max |
|
Wi-Fi 6 / Entry Wi-Fi 7 |
Access Pro |
|
General SMB Networks |
Access Plus / Access |
|
Surveillance Networks |
Agile |
|
Industrial Automation / Harsh Environments |
Industrial |
Legacy Omada Switch Classification (Previous Naming Rules)
Before the current classification framework was introduced, Omada switches were categorized according to switch capability levels.
In contrast, the current framework primarily classifies switches based on equipment specifications and deployment scenarios, providing a clearer way to distinguish between different product series.
Current vs Legacy Classification
|
Current Classification |
Typical Models |
Legacy Category |
|
Campus |
S6500 / S7500 |
L3 |
|
Aggregation |
SX66xxYF |
L3 |
|
SX30xxF |
L2+ |
|
|
Access Max |
SX3xxx / SX2xxx |
L2+ |
|
Access Pro |
SGxxxxX-M2 |
L2+ |
|
Access Plus |
SG6xxxX |
L3 |
|
SG5xxxX |
L3 Lite |
|
|
SG3xxxX |
L2+ |
|
|
Access |
SG3xxx |
L2+ |
|
SG2xxx |
Smart |
|
|
Agile |
ES2xxx |
Easy Managed |
|
Industrial |
IES2xxx |
Easy Managed |
Legacy Omada Switch Naming Format
|
Switch Level |
Naming Format |
Example |
Control Method |
|
L3 |
Sx6xxx |
SG6428XHP |
Omada Cloud-Based Controller Omada Software Controller Omada Hardware Controller Omada APP Standalone Web GUI |
|
L3 Lite |
Sx5xxx |
SG5428X |
|
|
L2+ |
Sx3xxx |
SG3428MP |
|
|
Smart |
Sx2xxx |
SG2428P |
|
|
Easy Managed |
ES2xxx |
ES205G |
|
|
Easy Smart |
DS1xxxxE |
DS1024GE |
Easy Smart Configuration Utility Web GUI |
Conclusion
Omada switches can be quickly identified by their model numbers and are classified into several series, including Campus, Aggregation, Access Max, Access Pro, Access Plus, Access, Agile and Industrial. Understanding these classifications helps simplify product selection, network planning, and feature comparison.
If the switch model belongs to an earlier product generation, the legacy naming rules can also be used to map the device to its corresponding category and management capabilities.
For detailed specifications, feature support, and configuration guides, please visit Support Home page and download the documentation for the corresponding product model.