✔ Pros:Enterprise-grade Wi-Fi 6 with strong dual-band coverage; Simple PoE power delivery (802.3at standard); Excellent UniFi integration and centralized management; Cost-effective for mid-market deployments; Reliable firmware and security updates from Ubiquiti
✘ Cons:Limited to 2x2 MIMO (lower stream count than flagship models); 1 Gbps uplink can bottleneck in high-density deployments; Requires UniFi Controller ecosystem (not standalone); Internal antennas limit customization; 5GHz range more limited than external-antenna competitors
Est. Price:
$249 - $349
Compare Against
Aruba (HPE) Aruba 6400 Switch
★ 3.3 Value Score
Technical Specifications
Switching Capacity: 25.6 Tbps
Forwarding Rate: 19.2 Bpps (Billion packets per second)
PoE Budget: Up to 4 kW per line card (optional PoE+ modules)
Layer: L2/L3 (Full switching and routing)
Stacking Support: Yes, up to 10 units via stacking cables
Backplane Throughput: 25.6 Tbps
Maximum MAC Entries: 256K
Latency: Sub-microsecond cut-through switching
Power Consumption: 1.5 kW (base), up to 4 kW fully configured
Curation Review
✔ Pros:Modular architecture supports flexible port configurations for campus and data center deployments; Industry-leading 25.6 Tbps switching capacity with sub-microsecond latency enables high-performance applications; Comprehensive L2/L3 feature set with advanced routing, VLAN support, and QoS for enterprise networks; Stacking capability (up to 10 units) simplifies management and improves redundancy; Optional PoE+ modules provide power delivery for IP phones and wireless APs; High uplink speeds (40/100GbE QSFP28) future-proof for backbone connectivity
✘ Cons:Premium pricing (typically $18K-$55K depending on configuration) makes it expensive for smaller deployments; Modular design increases complexity in configuration and initial setup; Requires separate management interface and external power supplies; Limited entry-level configurations may not justify cost for small branch offices; Power consumption increases significantly with maximum PoE modules installed; Heat dissipation requires proper data center environmental controls