UniFi Pro XG 48 Switch — 48-Port Layer 3 Etherlighting

The Ubiquiti USW-Pro-XG-48 represents the pinnacle of UniFi switching technology, delivering professional-grade performance with an exceptional port configuration designed for high-bandwidth environments. This 48-port Layer 3 switch combines enterprise-level capabilities with UniFi’s signature ease of management, making it ideal for demanding applications like video production studios, data centers, small ISPs, and businesses running bandwidth-intensive workloads. The innovative Etherlighting™ technology transforms network management by illuminating ports to visually indicate port location, speed/link status, and native VLAN assignments—a game-changing feature for troubleshooting and deployment in complex rack environments.

• 32x 10 GbE ports provide massive throughput for high-performance workstations, servers, and storage arrays
• 16x 2.5 GbE ports perfectly support WiFi 6/6E access points and modern devices requiring multi-gigabit speeds
• 4x 25G SFP28 uplink ports ensure your backbone connectivity won’t bottleneck your network infrastructure
• Layer 3 routing capabilities enable advanced inter-VLAN routing and network segmentation without requiring a separate router
• DC power backup ready provides critical redundancy for mission-critical deployments
• Etherlighting™ port illumination simplifies installation, troubleshooting, and network documentation

Managed through the intuitive UniFi Network Controller, this switch integrates seamlessly with your existing UniFi ecosystem, providing centralized visibility and control across your entire network infrastructure. The substantial port density eliminates the need for multiple switches in medium to large deployments, reducing complexity and potential failure points while maximizing rack efficiency. With its combination of multi-gigabit copper ports and high-speed fiber uplinks, the USW-Pro-XG-48 future-proofs your network investment, ensuring you’re prepared for increasingly bandwidth-demanding applications and the continued evolution of network-attached devices requiring speeds beyond traditional gigabit connectivity.