Unmanaged Switches

Unmanaged Switches Buying Guide

An unmanaged switch is an Ethernet switch that needs no setup. Connect it to your router, plug in your devices, and it starts working, learning which device sits on each port and setting each connection's speed on its own. Shop unmanaged network switches from Netgear, TRENDnet, TP-Link, Cisco, D-Link, Zyxel, and HPE Instant On, or browse all network switches.

When an Unmanaged Switch Is the Right Fit

Unmanaged switches add ports to an existing network. They suit simple setups where every device can share one network, such as a desk that needs a computer, printer, and phone wired in, a home office, a conference room, or a small office. There is no firmware to update and no login to secure.

The trade-off is control. An unmanaged switch can't put phones, cameras, and guests on separate VLANs, let you set custom traffic priorities, or report each port's traffic beyond its status lights. For that, look at managed switches, including smart managed models that keep setup simple.

How to Choose an Unmanaged Switch

Ports and Speed

Count the wired devices you need to connect, leave room to grow, and keep one port for the link to your router. Gigabit ports cover computers, printers, and phones. 2.5G multi-gig ports suit Wi-Fi access points and NAS drives that move more than a gigabit, and they run up to 100 meters over Cat5e Ethernet cable. Unmanaged 10G switches serve workstations and storage over Cat6A, and some add SFP+ ports for fiber uplinks. Compare more in 10G switches.

PoE

Unmanaged PoE switches power phones, cameras, and access points over the Ethernet cable with no setup. Standards-based (802.3af, 802.3at, or 802.3bt) PoE switches detect PoE devices and power only those, so a laptop on the same switch just gets data. Passive PoE switches keep power on at their PoE ports, so connect only devices built for passive PoE at that voltage. Check the PoE standard each device needs (PoE, PoE+, or PoE++) and make sure the switch's total PoE budget covers every powered device at once. Some models have an extend mode on select ports that drops to 10 Mbps to reach cameras up to 250 meters away. Compare every option in PoE switches.

Size and Mounting

Compact desktop switches fit on a desk or in a media cabinet, and fanless models run silently. Rack-mount switches fit a standard 19-inch rack in a wiring closet. Industrial DIN-rail switches mount inside control cabinets, run on DC power, and are rated for wide operating temperature ranges.

Unmanaged Switch FAQs

What is an unmanaged switch?

An unmanaged switch is a plug-and-play Ethernet switch with no management interface and no IP address. It connects wired devices to each other and to your network as soon as it is plugged in.

What is the difference between managed and unmanaged switches?

A managed switch adds settings you control, such as VLANs, traffic priority, access security, and port monitoring, through a web page, app, or command line. An unmanaged switch has no settings to log in to, which keeps it simple but limits it to basic connectivity. Some models add a button or DIP switch for a fixed option such as extend mode or port isolation.

Do I need a managed or unmanaged PoE switch?

An unmanaged PoE switch is enough when you only need to power and connect devices. Choose a managed PoE switch with per-port PoE control if you want to restart a frozen camera remotely by cycling power to its port, set power priority by port, or put cameras and phones on their own VLANs.

How do I tell if my switch is managed or unmanaged?

Look up the exact model number on the manufacturer's website. A managed or smart switch has a web login, app, or command line, while an unmanaged switch has no login or IP address. Model names can differ by one letter: the Netgear GS308 is unmanaged, and the GS308E is a managed switch.

What are the downsides of an unmanaged switch?

An unmanaged switch can't create VLANs or check who connects, and it gives no traffic data for each port beyond its status lights. Plugging one cable into two ports of the same switch creates a network loop that can slow or stop the network unless the model has loop detection. Some models add automatic traffic prioritization or loop detection, so check the datasheet if those matter.