Ubiquiti USW-LITE-16-POE UniFi Lite 16 PoE Managed Network Switch

Description

Overview

The Ubiquiti USW-LITE-16-POE is a Ubiquiti switch designed for network deployments that need a compact switching platform with PoE capability. This model is a practical option for buyers looking to expand wired connectivity within a business, office, or managed network environment.

For organizations comparing network hardware options, the USW-LITE-16-POE can be a sensible choice when you need straightforward deployment fit, centralized network expansion, and a proven platform from Ubiquiti. It is well suited for connecting devices such as access points, phones, and other Ethernet endpoints while helping simplify cabling in the right environment. Review compatibility before ordering.

Key Features

• Ubiquiti USW-LITE-16-POE switch platform
• Designed for wired network expansion
• PoE capability for compatible network devices
• Suitable for office, branch, and managed network use cases
• Compact option for practical deployment planning

Use Cases

• Adding Ethernet connectivity in office networks
• Supporting compatible PoE devices such as access points and IP phones
• Expanding switching capacity in small business environments
• Planning replacement or incremental network growth
• Standardizing Ubiquiti-based network deployments

Technical Specifications

• Brand: Ubiquiti
• Model: USW-LITE-16-POE
• Product type: Switch
• SKU: USW-LITE-16-POE

FAQs

What is the Ubiquiti USW-LITE-16-POE used for?
The USW-LITE-16-POE is used to add wired network connectivity and support compatible PoE-powered devices in business and office environments.

Is the USW-LITE-16-POE a good fit for business networks?
It can be a practical fit for small office, branch, and managed network deployments where buyers need Ubiquiti switching with PoE capability and a straightforward deployment profile.

What should I confirm before buying this switch?
Confirm port, power, mounting, and management requirements, along with compatibility with your existing network design and connected devices.