Eaton Tripp Lite B005-DPUA4 Tripp Lite B005 4K60Hz KVM Switch

The Eaton Tripp Lite B005-DPUA4 is a 4-port DisplayPort/USB KVM switch engineered to streamline IT infrastructure by centralizing control of up to four computers from a single console. This device is ideal for professionals in graphic design, video editing, or IT administration managing multiple workstations, servers, or media centers in environments ranging from corporate offices to home studios. It effectively reduces desktop clutter and operational complexity by allowing users to share one DisplayPort or HDMI monitor, a USB keyboard, a USB mouse, and audio peripherals across multiple systems. This KVM switch delivers exceptional visual fidelity, supporting Ultra HD 4K x 2K resolutions up to 4096 x 2160 at 60 Hz, complete with High Dynamic Range (HDR) for vibrant colors and enhanced contrast. Its DisplayPort 1.4 and HDCP 2.2 compliance ensure compatibility with modern displays and secure streaming content, including 4:4:4 chroma subsampling for critical color accuracy. The inclusion of dual-mode DisplayPort (DP++) functionality allows for seamless integration with an HDMI display, offering flexible console setup options. Designed for practical deployment, the B005-DPUA4 features a compact, heavy-duty metal housing that can be conveniently mounted to a wall or under a desk using the included brackets. Switching between connected computers is intuitive and versatile, facilitated by front-panel push buttons, hotkey commands, mouse movement, or an included IR remote control. Additionally, two integrated USB 3.0 hub ports enable the sharing of high-speed peripherals, such as printers, hard drives, and webcams, eliminating the need for separate devices for each computer.

• * Controls four DisplayPort 1.4 computers from one console.
• * Supports 4K (4096 x 2160) @ 60 Hz UHD video resolution.
• * Integrated dual USB 3.0 hub for peripheral sharing.
• * Flexible switching via buttons, hotkeys, mouse, or IR remote.
• * DisplayPort++ (DP++) enables HDMI display connectivity.