Radios (Bands): Dual-band (2.4 GHz and 5 GHz simultaneous)
Uplink Port Speed: 1x Gigabit Ethernet (PoE+)
Max Clients: 200+
PoE Requirement: 802.3at PoE+ (60W)
Curation Review
✔ Pros:Enterprise-grade Wi-Fi 6 performance delivering 3.5 Gbps aggregate throughput; Excellent coverage with 4x4 MIMO spatial streams on both bands; Seamless integration with UniFi management ecosystem for centralized control; PoE+ powered for simplified deployment without additional power infrastructure; High device capacity supporting 200+ simultaneous connections ideal for dense corporate/campus deployments; Dual-band simultaneous operation with intelligent band steering for optimized client distribution
✘ Cons:Requires 802.3at PoE+ (60W)—incompatible with standard PoE; Premium pricing (~$300–400) versus consumer Wi-Fi 6 access points; Single Gigabit uplink lacks multi-gig Ethernet support for high-density scenarios; Mandatory UniFi Controller required for advanced features and unified management; Larger physical footprint and weight compared to compact AP designs; Enterprise-focused specs may be overkill for small offices or SMBs with limited ROI
Est. Price:
$300 - $400
Compare Against
Cisco Catalyst 9176I (CW9176I)
★ 4.3 Value Score
Technical Specifications
Switching Capacity: 51.2 Tbps
Forwarding Rate: 38.4 Tbps
Chassis Slots: 16-slot modular
Port Options: Varies by line card configuration (up to 576 10GE/25GE ports or mixed)
Layer Support: L2/L3
PoE Support: Supported via optional PoE line cards
✔ Pros:Modular architecture allows flexible configuration for enterprise campuses; Extremely high switching capacity (51.2 Tbps) supports massive scale deployments; Full redundancy with dual supervisors and hot-swappable components; Integrated security and SD-Access ready; Supports latest 25GE/40GE/100GE line cards for future-proof design
✘ Cons:Very high capital expense ($85K–$125K+) makes it suitable only for large enterprises; Steep learning curve for network administrators unfamiliar with modular platforms; Requires significant power infrastructure (8400W maximum); Configuration complexity increases operational overhead; Price-to-performance ratio may be excessive for mid-market networks