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.

Increase the reach of USB devices. Connect the transmitter and receiver with an Ethernet cord (sold separately), minimizing signal loss over long runs. USB ports are backward compatible, so they work with cords and connectors that meet the same or a lower USB standard.

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.

Power up mobile devices and other electronics.

Unlike many chargers in the market, these are high quality and reliable. All have passed strict U.S., Canadian, or European Union safety standards. Some of these chargers even have an LPS output, so if something fails inside the charger, it limits the risk of electrical shock. Most of our wall chargers also meet standards for energy efficiency when they're in-use, as well as when they're plugged in but not charging. Chargers that use switching regulation produce the stated voltage despite fluctuations in your outlet’s power and the power being drawn by your device. It also means they won’t get too hot.

USB-C chargers are quickly becoming the new standard, often seen on new phones and tablets. Some are USB-C Power Delivery 3.0 certified, so they charge your devices on average 3-4 times faster than standard chargers because they send more power over your cable. 18W chargers will power phones and tablets sold after 2016. 27W chargers will power small laptops. Choose chargers with an output greater than 27W to charge large laptops and other high-power devices.

USB-A chargers have the traditional USB connection. 5W chargers are typically used with small electronic devices such as speakers, routers, and cameras. 10.5W chargers are typically used with phones and tablets sold before 2016. 18W chargers will power phones and tablets sold after 2016. To charge large laptops and other high-power devices, use chargers with an output greater than 27W.

Chargers with a lithium-ion battery can power up to two mobile devices on the go.

Chargers cannot be sold to the listed areas due to energy efficiency regulations.

With a flange on the socket end, you can mount these cords in a panel cutout to move data between computers, printers, and mobile devices. Backward compatible, all work with cords and connectors that meet the same or lower USB standard.

Shielded and double-shielded cords have insulation that reduces interference from nearby equipment and devices.

Cords with an external housing thread screw into your panel and don’t require fasteners. Because they mount nearly flush with your panel, they protect the connector from damage and won’t snag on equipment and other cords.

Add a cap to protect the end mounted in a panel when it’s not in use. Hinged caps open and shut quickly at a fixed angle, so they’re more convenient for frequent access than tethered caps. Tethered caps can open in any direction, letting you access adapters from any angle. IP40-rated caps have a locking mechanism for extra security.

Label holders snap onto the end mounted in a panel.

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