Tripp Lite B156-002 Displayport 2-port Multi-display Splitter

Product Description

The TRIPP LITE B156-002 is a 2-port DisplayPort multi-display splitter designed to distribute a single DisplayPort video signal to two separate displays simultaneously. This unit falls in the AV signal processing accessory category and is intended for use in professional audiovisual, workstation, and presentation environments. Electricians and low-voltage AV technicians install this type of device when a single source output needs to feed multiple monitors or displays from one connection point. The B156-002 provides a straightforward hardware solution for multi-display setups without the need for additional software configuration.

This splitter is suited for commercial and residential AV installations where a desktop workstation, media player, or presentation system must drive two DisplayPort-compatible screens from a single source. Typical applications include conference room display setups, digital signage installations, and multi-monitor workstation configurations. AV integrators and low-voltage technicians are the primary installers for this type of device.

Key Features

• 2-port output allows one DisplayPort source to feed two displays simultaneously
• Designed as an AV signal processing accessory for professional and commercial AV environments
• Single-unit quantity per package suits individual installation needs
• Compact form factor appropriate for rack, desk, or wall-mount AV installations

Compatibility

Designed as an OEM-style signal distribution accessory for use with DisplayPort-equipped sources and displays in commercial or residential AV signal processing applications.

Installation Notes

Installation is typically performed by a licensed low-voltage AV technician or qualified electrician. Power down the source device before connecting or disconnecting DisplayPort cables to prevent signal or hardware damage. Ensure all display devices connected to the output ports support the same resolution and refresh rate to avoid signal conflicts. Follow applicable low-voltage wiring codes and the manufacturer guidelines for the source equipment during integration.