Managed switch Ubiquiti UniFi Pro XG 24 10G Ethernet 24 poorten

The Ubiquiti UniFi Pro XG 24 is a professional-grade managed switch offering a mix of high-speed Ethernet and SFP28 connectivity for demanding network environments. It provides a total of 24 RJ-45 ports capable of 10G Ethernet speeds, plus additional multi-gigabit and SFP28 uplink options, a MAC address table sized for 128,000 entries and a switching capacity of 460 Gbit/s. The unit is designed for 1U rack mounting and includes AC/DC power options for flexible deployment in data centers and enterprise racks.

Advantages

The switch supports both L2 and L3 features and includes Quality of Service (QoS) capabilities to prioritise traffic. Its large MAC table and high switching capacity accommodate dense deployments and heavy throughput. The 1U rack form factor and stackable design simplify integration into existing rack infrastructure, while included power supplies allow immediate installation.

Suitable for

• Data centre top-of-rack switching
• Enterprise network aggregation and distribution
• High-throughput server and storage connectivity
• Environments requiring managed L2/L3 features and QoS

Key specifications

• Brand: UBIQUITI
• Model: UniFi Pro XG 24 (USW-Pro-XG-24)
• Ports: 24 x 10G RJ-45 Ethernet ports (100/1000/10000)
• Switching capacity: 460 Gbit/s
• MAC address table: 128,000 entries
• Switch type: Managed L2/L3
• Form factor: 1U rack-mountable, stackable
• Power: AC/DC power supply included
• Weight: 7.2 kg
• Colour: Grey

How to use

Mount the UniFi Pro XG 24 into a standard 19-inch rack (1U) and connect power using the included AC/DC supply. Connect network devices to the RJ-45 10G ports or SFP28 uplinks as required. Access the management interface via UniFi controller software or the device’s web/CLI management tools to configure VLANs, L2/L3 routing, QoS policies and other managed features. Monitor port statistics and system status through the controller for operational visibility.

Recommendations

Use the switch in a controlled rack environment with adequate cooling. Plan VLANs and QoS rules before deployment to ensure predictable traffic prioritisation, and keep firmware updated via UniFi controller to maintain security and performance.