Ubiquiti USW-Pro-24-PoE | 24× GbE with 16 PoE+ & 8 PoE++, 2× 10G SFP+, 400W PoE, L3, 1.3″ Touchscreen, Near-Silent Cooling

Ubiquiti USW-Pro-24-PoE – High-Power PoE with 10G Uplinks
The USW-Pro-24-PoE combines robust power delivery with fast switching. It provides 24 Gigabit RJ45 ports, including 16 PoE+ and 8 PoE++. Therefore, you can run access points, cameras, phones, and even high-draw devices from one rack unit.

Performance for Growing Networks
This model delivers 88 Gbps switching capacity and 44 Gbps non-blocking throughput. As a result, traffic stays smooth across busy segments. Moreover, the 2× 10G SFP+ uplinks add headroom for core or aggregation links.

Power Where You Need It
With a 400W total PoE budget, the switch supports mixed device loads. Additionally, auto-sensing 802.3af/at/bt ensures correct power per port. Consequently, installers reduce injectors, save outlets, and cut clutter.

Layer 3 Features for Simple Segmentation
Built-in L3 functions include inter-VLAN routing, DHCP services, and static routes. Furthermore, administrators can refine policies with ACLs and VLANs. This makes branch designs cleaner and more secure without extra routers.

Easy to Deploy and Manage
The USW-Pro-24-PoE adopts in UniFi Network for centralized control. You can push firmware, set profiles, and monitor ports from one dashboard. Additionally, the 1.3″ color touchscreen shows live stats and alerts at the rack.

Quiet, Reliable Hardware
Near-silent cooling keeps offices and classrooms comfortable. The steel 1U chassis fits standard racks and includes tidy cable paths. Therefore, it suits front-of-house cabinets and technical rooms alike.

Designed for Scale and Wholesale Value
MSPs and IT teams standardize on this model to speed rollouts. As a result, sites share one playbook for PoE power, VLANs, and 10G uplinks. Looking for more options? Explore our 🔗 Network Switches category.

Why Buyers Choose USW-Pro-24-PoE
It blends high-power PoE, strong throughput, and simple L3 tools. Moreover, USP-RPS DC input provides optional power redundancy. Consequently, fleets run with fewer surprises and lower support effort.