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UniFi USW-16-POE - User Manual

UniFi USW-16-POE
13 pages
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UniFi Switch Rack-Mount Brackets (Qty.
2)
Bracket Screws (Qty. 8)
Mounting Screws (Qty. 4) Cage Nuts (Qty. 4) Power Cord
Package Contents
System Requirements
Linux, MacOSX, or Microsoft Windows 7/8/10
Java Runtime Environment 1.6 (1.8 or newer recommended)
Web Browser: Google Chrome (Other browsers may have limited functionality.)
UniFi Controller software v5.11.x (or newer), available at: ui.com/download/unifi
IMPORTANT: We strongly recommend using UPS backup and power
regulation to prevent equipment damage due to stability issues with local
AC power.
Hardware Overview
USW-16-POE Quick Start Guide
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Summary

Package Contents

System Requirements

Hardware Overview

Touchscreen Display

Describes the touch display states and animations for the UniFi Switch.

RJ45 PoE LED (Ports 1-8)

Details the LEDs for PoE status on RJ45 ports 1 through 8.

RJ45 Speed;Link;Activity LED (Ports 1-16)

Explains the LEDs indicating speed, link, and activity for RJ45 ports 1 to 16.

SFP Speed;Link;Activity LED (Ports 17-18)

Covers the LEDs for speed, link, and activity on SFP ports 17 and 18.

RJ45 Ports (1-8)

Describes the capabilities of RJ45 ports 1-8, including Ethernet and PoE output.

RJ45 Ports (9-16)

Details the specifications of RJ45 ports 9-16 for Ethernet connections.

SFP Ports (17-18)

Explains the functionality of the hot-swappable SFP ports supporting 1 Gbps connections.

Reset Button Functions

Outlines the two functions of the reset button: restart and factory reset.

Power Port Connection

Instructs on connecting the power cord to the device's power port.

Installation Requirements

Hardware Installation

Connecting Power

Connecting Ethernet

Connecting SFP

Software Installation

Adopting the UniFi Switch

Specifications

Safety Notices

Electrical Safety Information

Limited Warranty

Compliance

ISED Canada

Provides the ISED Canada certification number for the device.

Australia and New Zealand

States compliance with Class A of CISPR 32 for Australia and New Zealand.

CE Marking

Confirms the product's compliance with all applicable directives via CE marking.

WEEE Compliance Statement

Statement regarding compliance with the Waste Electrical and Electronic Equipment directive.

Declaration of Conformity

Indicates that a Declaration of Conformity document is available for the product.

Online Resources

Overview

The USW-16-POE is a managed Gigabit Layer 2 switch with sixteen RJ45 Ethernet ports and two SFP ports, designed for network expansion and power over Ethernet (PoE) capabilities. It is suitable for various network environments, from small businesses to larger enterprise deployments, offering robust connectivity and management features.

Function Description

The primary function of the USW-16-POE is to provide high-speed network connectivity and Power over Ethernet (PoE) to compatible devices. It features sixteen 10/100/1000 Mbps RJ45 Ethernet ports, with the first eight ports supporting 802.3af/at PoE output. This allows the switch to power devices such as IP cameras, VoIP phones, and wireless access points directly through the Ethernet cable, simplifying network infrastructure and reducing the need for separate power adapters. The remaining eight RJ45 ports (9-16) provide 10/100/1000 Mbps Ethernet connections without PoE.

In addition to the RJ45 ports, the USW-16-POE includes two hot-swappable 1 Gbps SFP ports (17-18). These SFP ports enable fiber optic connectivity, extending network reach over longer distances or providing high-bandwidth uplinks to other network devices. This flexibility makes the switch suitable for diverse network topologies, including those requiring fiber backbones.

The switch is managed through the UniFi Controller software, a centralized platform that allows for easy configuration, monitoring, and management of all UniFi devices on a network. This software-defined networking (SDN) approach simplifies network administration, enabling users to provision, manage, and troubleshoot their network from a single interface. The UniFi Controller provides a comprehensive overview of network performance, device status, and client connectivity, facilitating efficient network operations.

The USW-16-POE also incorporates a touchscreen display on the front panel, offering real-time status information and basic device interactions. This display provides visual feedback on bootup animation, adoption status, and location animation, enhancing user convenience during deployment and troubleshooting.

Usage Features

The USW-16-POE is designed for ease of use and flexible deployment. Its rack-mountable form factor allows for integration into standard 19-inch server racks, occupying 1U of height. The package includes rack-mount brackets and screws for secure installation. Alternatively, the switch can be placed on a desktop or shelf for smaller deployments.

The touchscreen display on the front panel provides immediate visual feedback on the switch's operational status. During bootup, it shows an "Initializing" animation. A "Steady White" status indicates that the switch is at factory defaults, waiting for adoption by the UniFi Controller. Once successfully adopted and working properly within a network, the display shows "Steady Blue." A "Location Animation" indicates that the "Locate" function has been activated in the UniFi Controller software, helping administrators quickly identify the physical location of the device on a map.

LED indicators for each port provide additional status information. The RJ45 PoE LEDs (Ports 1-8) indicate PoE status: "Off" means no PoE, while "Amber" signifies 802.3af/at PoE. The RJ45 Speed/Link/Activity LEDs (Ports 1-16) show connection speed and activity: "Off" means no link, "Amber" indicates a 10/100 Mbps link with flashing for activity, and "Green" indicates a 1000 Mbps link with flashing for activity. Similarly, the SFP Speed/Link/Activity LEDs (Ports 17-18) provide link and activity status for fiber connections.

Connecting the switch to the network and power is straightforward. The power cord connects to the power port on the rear panel. Ethernet devices are connected to the RJ45 ports, and SFP modules are inserted into the SFP ports for fiber optic connections. When connecting PoE devices, the touchscreen display can be checked to confirm PoE delivery.

The UniFi Controller software simplifies the adoption process. Once the software is installed and running, the switch appears in the "Devices" list on the dashboard. Administrators can then click "Adopt" to integrate the switch into their UniFi network. Upon successful adoption, the System LED on the UniFi Switch turns blue, confirming its integration.

The switch supports various network configurations and applications. Its PoE capabilities are ideal for powering a range of devices without additional power outlets, making it suitable for surveillance systems, IP telephony, and wireless network deployments. The SFP ports offer flexibility for high-speed uplinks or connecting to fiber backbones, extending the network's reach and capacity.

Maintenance Features

The USW-16-POE is designed for reliable operation with minimal maintenance. However, it includes features to facilitate troubleshooting and system recovery.

A "Reset Button" is located on the rear panel, serving two functions. A quick press and release will restart the UniFi Switch, which can be useful for resolving minor operational issues. Pressing and holding the Reset button for more than five seconds will restore the switch to its factory default settings. This is a critical feature for reconfiguring the device or troubleshooting persistent problems, allowing a fresh start if configuration errors occur.

The UniFi Controller software plays a significant role in ongoing maintenance and monitoring. It provides a centralized dashboard to view the status of all connected UniFi devices, including the USW-16-POE. Administrators can monitor network performance, port status, and PoE usage, allowing for proactive identification and resolution of potential issues. The software also facilitates firmware updates, ensuring the switch operates with the latest features and security enhancements.

For physical installation, it is recommended to use shielded Category 5 (or above) cabling for outdoor applications, grounded through the AC ground of the power supply. This helps protect the network from harmful outdoor environments and destructive ESD events. While the cabling can be outdoors, the UniFi Switch itself should be housed inside a protective enclosure to ensure its longevity and performance.

The system requirements for the UniFi Controller software include a Linux, Mac OS X, or Microsoft Windows 7/8/10 operating system, Java Runtime Environment 1.6 (1.8 or newer recommended), and a web browser like Google Chrome for optimal functionality. Regular updates to the UniFi Controller software are available at ui.com/download/unifi, ensuring access to the latest features and bug fixes.

It is strongly recommended to use UPS backup and power regulation to prevent equipment damage due to stability issues with local AC power. This precaution helps protect the switch and connected devices from power fluctuations, ensuring continuous operation and extending the lifespan of the equipment. Adequate ventilation is also crucial for the switch's operation; maintaining at least 20 mm of clearance next to the ventilation holes ensures proper airflow and prevents overheating.

The USW-16-POE is a robust and versatile switch, offering comprehensive connectivity, PoE capabilities, and centralized management through the UniFi Controller, making it an excellent choice for expanding and managing modern networks.

UniFi USW-16-POE Specifications

General IconGeneral
Total Ports16
PoE+ Ports8
Switching Capacity32 Gbps
Max. Power Consumption150W
Rack MountableYes
Enclosure CharacteristicsMetal
PoEYes
PoE+ IEEE 802.3atYes
Management InterfaceEthernet In-Band
CertificationsCE, FCC, IC
Power Method100-240VAC, 50/60 Hz Universal Input
Power SupplyInternal
Supported Voltage Range100 to 240VAC
Interfaces16 x RJ45 Gigabit Ethernet Ports
Operating Humidity10% to 90% Non-condensing

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