Ubiquiti Networks USW-ENTERPISEXG-24 Wireless Switch
Frequently Asked Questions
What are the port specifications for the Ubiquiti Networks USW-ENTERPISEXG-24?
The USW-ENTERPISEXG-24 features 24 10GBE RJ45 ports and 2 25G SFP28 ports, providing high-speed connectivity for enterprise environments. This configuration delivers 238.10 Mpps forwarding rate with 320 Gbps switching capacity, making it suitable for demanding data center and aggregation applications.
Is the Ubiquiti USW-ENTERPISEXG-24 rack-mountable?
Yes, the USW-ENTERPISEXG-24 is rack-mountable with included mount brackets and operates as a 1U high switch. You can place it on a desktop or attach the mounting brackets to install it in a standard rack configuration.
What is the total non-blocking throughput of the USW-ENTERPISEXG-24?
The USW-ENTERPISEXG-24 delivers 160 Gbps total non-blocking throughput with a switching capacity of 320 Gbps. This ensures wire-speed performance across all ports without congestion or packet loss during peak traffic.
What power options does the USW-ENTERPISEXG-24 support?
The USW-ENTERPISEXG-24 supports both AC and DC power input methods, with an internal 56W AC/DC power supply. DC input is available with redundant or stand-alone configuration options using a 2.5 mm DC Power Inline Connector, supporting 25 to 16V input range.
What are the operating environmental specifications for the USW-ENTERPISEXG-24?
The USW-ENTERPISEXG-24 operates reliably in temperatures from -5 to 40°C (23 to 104°F) with operating humidity of 5 to 95% non-condensing. It meets ETSI300-019-1.4 standard for shock and vibration resistance and includes ±24 kV ESD/EMP protection.
What Layer 3 switching and VLAN capabilities does the USW-ENTERPISEXG-24 provide?
As a Layer 3 switch, the USW-ENTERPISEXG-24 supports IEEE 802.1Q Virtual LANs with port-based VLANs, IEEE 802.1p Ethernet Priority with user provisioning, and IEEE 802.1X port-based authentication with guest VLAN support. It also includes comprehensive link aggregation, spanning tree compatibility, and LLDP discovery protocols for enterprise network management.