UBNT Pro XG Aggregation switch

Ubiquiti USW-Pro-XG-Aggregation - Powerful 25G Switch.

The Ubiquiti USW-Pro-XG-Aggregation Switch is a powerful device designed to support demanding high-bandwidth networks .With 32 SFP28 25G port and support for Etherlighting™, it is ideal for integration into enterprise and data center infrastructure. The managed Layer 3 switch offers a wide range of features that support advanced network configuration and bandwidth optimization.

Managed Layer 3 Switch

The Ubiquiti USW-Pro-XG-Aggregation is a managed switch that supports advanced Layer 3 features such as inter-VLAN routing, static routing and DHCP server With these features, network configuration becomes more flexible and precise, enabling effective traffic management in large and complex environments. The ability to customize settings via the Ubiquiti app makes configuration quick and easy.

High Performance and Throughput

The switch offers a throughput of 1.6 Tbps and a total non-blocking throughput of 800 Gbps, ensuring smooth data transfers even under heavy load. With 25G throughput on each port and SFP28 support, it is designed for large data transfers that require high performance. Forwarding rate of 1.2 Bpps guarantees fast packet transfers without delay.

Etherlighting™ and SFP28 - Advanced Features

The Ubiquiti USW-Pro-XG-Aggregation supports Etherlighting™ for fast data transfer and low latency when combined with SFP28-compatible devices. Etherlighting™ technology significantly improves network performance, enabling optimal traffic management, especially in large data center environments. In addition, with SFP28 support, users can take advantage of the device's full power at 25G through put.

Robust Construction and High Reliability

Ubiquiti's USW-Pro-XG-Aggregation switch is designed to be rack-mounted (1U) for easy integration into server rooms and spaces with limited space. Built-in ESD/EMP protection (±12kV for air, ±8kV for contact) ensures that the unit is protected from surges. A 200W power supply and the ability to connect an emergency power supply ensure reliable operation around the clock.