Device-prioritizing Ethernet switches, also known as managed Ethernet switches, let you control which devices get priority speed on your network. For example, you can set it so that safety systems get all of the bandwidth they need while they are running, and all other devices on the network share what's left over. Easily set up these switches over the web or via command line interface. No software required.

Ethernet switches connect computers, sensors, and other devices to the same network so they can talk to each other, access the Internet, and provide you with real-time diagnostics. These switches have port mirroring, which duplicates data from one network port to another—this lets you keep an eye on network traffic and troubleshoot performance issues. They are backward compatible, so they'll work in networks below their rated transmission speed. For example, a 100 Mbps switch will work in a 10 Mbps network, but it will only run at 10 Mbps.

M12 connections instead of typical RJ45 keep out contaminants and won’t come loose from vibration. D-coded connectors are used for Ethernet rated up to Category 5 or 100 Mbps. X-coded connectors are used for high-speed Ethernet with data transfer rates up to 1 Gb/s. Switches with a 5-pole power plug have a ground pin.

These switches use the IEEE802.1q standard for VLAN (Virtual Local Area Network). VLAN increases security, reliability, and efficiency by clustering devices on the network into groups and limiting when and how devices can communicate outside of their group.

For technical drawings and 3-D models, click on a part number.

These compact switches work just like regular Ethernet switches but are small enough to fit in shallow cabinets. They connect computers, sensors, and other devices to the same network, so they can talk to each other, access the Internet, and provide you with real-time diagnostics. These switches do not require setup—just plug in a device and it will connect to your network. They are backward compatible, so they'll work in networks below their rated transmission speed. For example, a 100 Mbps switch will work in a 10 Mbps network, but it will only run at 10 Mbps.

For technical drawings and 3-D models, click on a part number.

Mount these Ethernet switches to 35 mm DIN rail to expand your data network by connecting computers, printers, and servers.

Switches with a fiber-optic connection accept multimode fiber-optic cords.

Link industrial equipment with multiple computers to expand your data network. Use these switches with ix industrial connectors and cords.

For technical drawings and 3-D models, click on a part number.

Connect additional ports to your computer. These hubs can run off a computer’s power. USB ports are backward compatible, so they work with cords and connectors that meet the same or a lower USB standard.

Shielded hubs reduce electrical interference from nearby devices to maintain signal strength.

Hubs with a 120 volt AC power adapter can be plugged into an outlet.

Hubs with a security cable connection lock in place with your computer's security cable to protect against theft.

Secure and organize USB connections on DIN rail. These hubs are powered using the included DC terminal block or by connecting to a computer. They protect against data loss and damage from electrostatic discharge (ESD). USB ports are backward compatible, so they work with cords and connectors that meet the same or a lower USB standard.

USB 2.0 hubs transmit data at speeds up to 480 Mbps.

USB 3.2 Gen 1 hubs transmit data at speeds up to 5 Gbps.

USB 3.2 Gen 2 hubs transmit data at speeds up to 10 Gbps.

CE marked hubs meet European safety, health, and environmental standards.

Play audio and 4K video from a single source on multiple displays. These HDMI splitters are handy for classrooms, conference rooms, factory floors, and trade shows. To reach more displays, link multiple splitters together—this is known as a daisy chain.

Send video and audio from a single DisplayPort output to multiple displays. These splitters are often used to show the same image on multiple screens or to stretch a computer desktop across two monitors.