(8) GbE RJ45 ports with 27V passive PoE output

(1) SFP port

110W (27V) total PoE availability*, 15W/port (2-pair) / 30W/port (4-pair)

Port isolation, speed limiting, and DHCP snooping functionality

Standalone management through local web interface** and UISP Application integration

_{*When powered with the included AC/DC adapter.}

_{**Available for switches updated to version 1.6.0 and later.}

_{Can be staged outdoors when enclosed in the UISP Box (sold separately).}
 

Product Description:
Elevate your network infrastructure with the Ubiquiti UISP Switch, an eight-port Gigabit PoE switch meticulously designed for MicroPoP applications. This Layer 2 switch is the cornerstone for building secure, high-performance networks, offering advanced features for efficient data management.

Key Features:

• MicroPoP Efficiency: Tailored for MicroPoP applications, the UISP Switch features (8) GbE RJ45 ports with 27V passive PoE output, providing the necessary power for connected devices.

• Versatile Connectivity: Expand your network possibilities with (1) SFP port, allowing for flexible connections to different devices and network configurations.

• Powerful PoE Support: With a total PoE availability of 110W (27V), delivering 15W/port (2-pair) or 30W/port (4-pair), the switch supports a variety of PoE-enabled devices, ensuring efficient power distribution.

• Advanced Network Management: Take control of your network with features such as port isolation, speed limiting, and DHCP snooping, enhancing security and performance.

• Management Options: Manage the switch either through the local web interface** or seamlessly integrate it with the UISP Application for centralized control.

Applications:

• Ideal for MicroPoP networks requiring a high-performance, PoE-enabled switch.

• Perfect for secure and efficient network deployments with advanced management capabilities.

• Suitable for environments demanding reliable power distribution to connected devices.

Upgrade your network capabilities with the Ubiquiti UISP Switch, providing the foundation for secure and high-performance MicroPoP networks.