Knowledge Base Why Choose Omada Lite L3 Managed Switches Instead of an L2+ Managed Switches?
For SMB network, an L2+ managed switch (SG2/3xxx) is usually sufficient.
However, once your network involves multiple floors, redundant uplinks, larger device counts, more granular network configuration, normally SME network, an L2+ switch begins to show clear limitations at resource and features. In these cases, Omada Lite L3 switches SG5xxx Series become essential.
Key Advantages of Omada Lite L3 Switches
1. Physical Stacking for Unified Management
Manage multiple switches as one device: single IP, consistent configuration, unified firmware, cross-switch LAG & automatic failover.
Best for: Multi-floor buildings and scalable access networks.
2. OSPF Dynamic Routing
Provides automated, intelligent Layer 3 routing: no manual static routes, fast failover for redundant uplinks, better support for multi-building or multi-site topologies.
Best for: Branch-to-HQ networks and redundant uplink design.
3. Local Inter-VLAN Routing
Route traffic directly at the access/distribution layer instead of pushing everything to the core. Lower latency, less congestion, better east-west performance.
Best for: Wi-Fi 6 backhaul, surveillance, virtualization, NAS.
4. Larger Memory & Better Stability
More RAM/Flash support: larger routing/MAC/ARP tables, more ACL/QoS policies, safer firmware upgrades.
Result: More reliable performance for growing networks.
Where Lite L3 Is Required (Typical Scenarios)
1. Multi-Floor Offices / Campus Networks
- Unified management via physical stacking
- Local routing reduces core load
- Redundant uplinks achieve fast recovery
2. Branch ↔ Headquarters Networking
- OSPF automates routing
- Seamless failover
3. High-Density Wi-Fi 6/7
- Handles large AP backhaul
- Better VLAN segmentation across floors
- Stable roaming and failover
4. MSP / Multi-Site Deployments
- Zero-touch rollout with Omada SDN
- Consistent templates
- Less per-device management workload
Omada Lite L3 Managed Switches (SG5xxx)
| Model |
|||||
| Ports |
24* GE, 4* 10G SFP+ |
48* GE, 4* 10G SFP+ |
20* SFP, 4* RJ45/SFP Combo, 4* 10G SFP+ |
||
| PoE |
- |
8* PoE++, 16* PoE+, 500W Budget |
- |
8* PoE++, 40* PoE+, 770W Budget |
- |
| Console |
1* RJ45 + 1* USB Type-C |
||||
| USB |
1* USB 2.0 |
||||
| Processor |
Dual-Core ARM @1.2GHz |
||||
| Flash |
512 MB |
||||
| DRAM |
2 GB |
||||
| RPS |
- |
- |
- |
- |
√ |
| Switching Capacity |
128 Gbps |
176 Gbps |
128 Gbps |
||
| Packet Forwarding Rate |
95.23 Mpps |
130.94 Mpps |
95.23 Mpps |
||
| Packet Buffer |
12 Mbit |
||||
| MAC Address |
16K |
||||
| Stacking |
4 pcs |
||||
| OSPF |
√ |
||||
| RIP |
√ |
||||
| DHCP Server |
√ |
||||
| IP Interface |
√ |
||||
| ARP |
√ |
||||
| ERPS |
√ |
||||
| ACL |
√ |
||||
| STP |
√ (STP/RSTP/MSTP) |
||||
| QoS |
√ |
||||
| 802.1x/AAA |
√ |
||||
| IGMP |
√ (IGMP Snooping, Fast leave, drop unknown, IGMP Querier, Route port) |
||||
| LACP |
√ |
||||
| LLDP/LLDP-MED |
√ |
||||
| Voice VLAN |
√ |
||||
| IMPB |
√ |
||||
| SNMP |
√ |
||||
| SSH |
√ |
||||
| Others |
Port Mirror, Cable Test, DHCP Auto Install, sFlow, DDM, OAM, DLDP, TFTP |
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