This is an AI summary, which is an experiment of ours, AI can make mistakes and people should always refer to the official brand write-ups for certainty.

The Ubiquiti UniFi USW-LITE-8-POE is a compact, fully managed Layer 2 switch designed to provide high-performance connectivity for modern home and office networks. Engineered for efficiency and silent operation, this 8-port Gigabit switch is an ideal solution for those looking to expand their network footprint without the noise of traditional rack-mounted hardware.

High-Speed Connectivity and Power
Featuring eight Gigabit RJ45 Ethernet ports, the USW-Lite-8-PoE ensures robust data transmission across your local network. Four of these ports are equipped with auto-sensing 802.3at PoE+ technology, capable of delivering power and data to UniFi Access Points and other PoE-compatible devices. With a total PoE budget of 52W, it provides ample power for a range of peripherals while maintaining a sleek, fanless design that allows for discreet placement in any environment.
Advanced Management and Deployment
As part of the UniFi ecosystem, this switch is managed through the UniFi Network Controller or the mobile app, allowing administrators to configure, monitor, and optimise network performance from a single, intuitive interface. Its flexible design supports both desktop and wall-mounting, making it easy to integrate into existing spaces.
Key Features:
Eight Gigabit RJ45 Ports: Includes four 802.3af/at PoE+ ports for versatile device support.
Silent Operation: Fanless thermal cooling design ensures quiet performance in noise-sensitive areas.
Compact Form Factor: Small footprint allows for easy installation on desks or walls.
Full Layer 2 Switching: Supports essential switching protocols for efficient traffic management.
Seamless Integration: Fully compatible with the UniFi Network application for centralised control.
The Ubiquiti USW-LITE-8-POE combines professional-grade networking features with a user-friendly design, ensuring your connected devices operate at peak performance with minimal configuration effort.