Stacking Support: Yes, up to 10 units (50Gbps stacking bandwidth)
Max Power Consumption: 1380W (typical 1000W)
Dimensions: 442 u00d7 356 u00d7 44 mm
Operating Temperature: 0u201340u00b0C
Curation Review
✔ Pros:Excellent PoE capacity (960W) for dense PoE device deployments; 2.5GbE ports future-proof but not oversized; 10GbE SFP+ uplinks enable scalable data center or campus core connectivity; Layer 3 routing for micro-segmentation; stackable for redundancy and higher throughput aggregation; UNMS/UniFi management integration with cloud or on-prem controllers; fanless passive cooling option available
✘ Cons:Expensive entry point ($1200+) compared to L2-only switches; 2.5GbE ports may be overkill for many deployments (would justify 1GbE + 10GbE); high PoE power budget drives electricity costs; limited L3 feature set vs. carrier-grade routers; firmware bugs/delays historically slower than competition; requires UniFi ecosystem buy-in for optimal management; redundant power supply not standard
Stacking Support: Yes, daisy-chain or ring topology
Switching Fabric: 400 Gbps non-blocking
MAC Address Table: 32K entries
VLAN Support: 4094 VLANs
Power Consumption: ~150W typical (550W with full PoE load)
Form Factor: 1U Rack-mount
Curation Review
✔ Pros:Enterprise-grade Layer 3 switching with high PoE budget (390W) supports 24 high-power devices; 10G SFP+ uplink provides excellent aggregation and backbone capacity; Native UniFi management integration simplifies network operations and visibility; Non-blocking 400 Gbps fabric handles simultaneous traffic across all ports without bottlenecks; Compact 1U form factor ideal for data center and enterprise rack deployments
✘ Cons:Premium pricing ($3.2K–$4.1K) compared to smaller managed switches limits adoption in cost-conscious deployments; Requires high-wattage PoE power supplies (external PSU models) adding complexity and expense; Learning curve for administrators unfamiliar with UniFi management ecosystem; Limited to 2.5G per port (no 5G/10G on access ports) may feel dated as enterprise networks expand; Higher power draw and heat generation requires adequate cooling and power budgeting in data centers