Stacking Support: Yes, stackable via stacking ports
Max Power Consumption: 400W
Dimensions: 17.3 x 8.9 x 1.7 inches
Management: UniFi Controller / Web UI
Curation Review
✔ Pros:240W PoE budget for high device density; Dual 10G SFP+ uplink ports for high-bandwidth core connectivity; Layer 3 routing capabilities for VLAN and inter-subnet management; Centralized UniFi controller integration with intuitive dashboard; Stackable design for scalable network growth; Fanless or near-silent operation; Enterprise-grade build quality in compact form factor
✘ Cons:Requires UniFi Controller for advanced management features (standalone mode is limited); Higher initial cost compared to unmanaged switches; Limited to 10G uplinks rather than 40G or higher bandwidth options; Learning curve for users unfamiliar with UniFi ecosystem; No console port for legacy terminal-based management; PoE budget may be insufficient for very high-density deployments with power-hungry APs
Est. Price:
$899 - $1,399
Compare Against
Aruba (HPE) Aruba 8320
★ 3.3 Value Score
Technical Specifications
Switching Capacity: 51.2 Tbps (fully populated)
Forwarding Rate: 76.8 Bpps (billion packets/sec)
Ports: Up to 288 ports (modular: 4/6/10/25/40/100 Gbps line cards)
Port Breakdown: Configurable mix - typically 48x 40G + 6x 100G, or 32x 100G options
PoE Budget: Up to 10 kW per line card (if PoE modules installed)
Stacking Support: Fabric mode (up to 4 chassis for 204.8 Tbps aggregate)
Backplane: 51.2 Tbps
Power Consumption: 6-10 kW typical (configuration dependent)
Form Factor: 9-slot modular chassis
Redundancy: N+1 power supplies, N+1 fan trays, dual-supervisor option
Curation Review
✔ Pros:Industry-leading switching capacity with fabric clustering; Highly modular design enables future port upgrades; Excellent for data center and large campus deployments; Strong routing/switching capabilities; Mature, proven platform with excellent support
✘ Cons:Very high capital expenditure; Complex configuration and management overhead; Overkill for small-to-medium networks; Power consumption requires dedicated infrastructure; Steep learning curve for non-enterprise teams