Year: 2026

Unmanaged switches allow Ethernet devices to communicate with

one another across networks. The Rockwell Automation Stratix 2000

Unmanaged Switches are a cost effective alternative to managed

switches, which in comparison provide additional diagnostic information

and services, including segmentation (VLANs) and prioritization (Qos).

Expanding our existing line of unmanaged switches enables more

devices to be reached in a wider range of applications. Through a variety

of new combinations of added Gigabit Copper, Fast Ethernet and Fiber

SFP ports, the Stratix 2000 industrial-grade unmanaged switches give

you increased distance, transmission wavelength and speed within your

network, along with a simple, configured product equipped for easier set

up and installation.

Experience switches that provide network connectivity, without all

the complexity. Select the combination of ports that meets your

application requirements.

Selection Overview

With eight additional unmanaged switches to expand the portfolio, there are many options to meet your

application needs.

A cost effective industrial switch to communicate across networks

Features and Benefits

With eight new products added to

the Stratix 2000™ portfolio, this line of

unmanaged switches now offers:

• Additional combinations of fast

Ethernet, gigabit copper, and Small

Form Factor Pluggable (SFP) ports

for increased transmission

wavelength, distance and speed

across the network

• Expanded Operating Temperatures

of -20 to 70 °C (-4 to 158 °F) and

added gigabit copper ports to meet

a wider variety of applications

• Compact design provides a low cost

solution for your operating needs

• Simple “Plug and Play” configuration

to easily install and use the device

Expanding the Stratix 2000

unmanaged switch portfolio

helps increase performance

without adding complexity.

Features and Benefits

Our Stratix® 2000 unmanaged switches offer:

• Various combinations of copper and fiber solutions from 5 to 18 ports using SFP for increased network

flexibility

• 100 MB and 1 Gb port speeds to meet network performance requirements

• Extended temperature range from -40 °C to 75 °C in select versions to meet a wide variety of

applications

• Compact design for maximized cabinet space

• “Plug-and-Play” operation for easier installation and integration

• Broadcast storm protection against unwanted network traffic

• Rugged metal housing and IP30 rating for industrial applications

• Dual power inputs to help maximize uptime in harsh environments

Selection Overview

In the table below, you will find the Series B versions of our Stratix unmanaged switches. Select the

combination of ports that meet your application requirements, without all of the complexity.

Rockwell Automation unmanaged switches offer a compact,

solution for small applications requiring reliable network connectivity.

With the Allen-Bradley® Stratix 2000 line of unmanaged switches, you get

copper and fiber (SFP) ports with 100 MB or 1 Gb speeds for increased

network flexibility and performance. With protection against unwanted

network traffic, you also get increased reliability when you need it.

The Stratix 2000 unmanaged switches offer an industrial-grade enclosure

with an IP-30 rating and extended temperature range for enhanced

environmental protection. In addition to these benefits, you get

“Plug-and-Play” operation for quick and easy integration.

Features and Benefits

Our Stratix® 2000 unmanaged switches offer:

• Various combinations of copper and fiber solutions from 5 to 18 ports using SFP for increased network

flexibility

• 100 MB and 1 Gb port speeds to meet network performance requirements

• Extended temperature range from -40 °C to 75 °C in select versions to meet a wide variety of

applications

• Compact design for maximized cabinet space

• “Plug-and-Play” operation for easier installation and integration

• Broadcast storm protection against unwanted network traffic

• Rugged metal housing and IP30 rating for industrial applications

• Dual power inputs to help maximize uptime in harsh environments