Eaton B002-DP2AC4-N4 Tripp Lite 4 Port Dual Head DisplayPort Secure KVM Switch

Eaton B002-DP2AC4-N4 – 4-Port Dual-Head DisplayPort Secure KVM Switch

Overview

The Eaton B002-DP2AC4-N4 is a high-security KVM (keyboard-video-mouse) switch designed for classified, government, defense, healthcare and finance environments where strict data separation is mandatory. It supports 4 discrete computer ports, each isolated to prevent data leakage between connected systems — this is certified to the NIAP Common Criteria Protection Profile version 4.0 for Peripheral Sharing Switches.It features dual-head DisplayPort video output so you can run two displays simultaneous for each port (ideal for high-resolution or productivity setups). It supports UHD resolution up to 3840 × 2160 (4K) at 30 Hz. For authentication and user access, the unit includes a CAC (Common Access Card) port that supports biometric or smart-card readers, and it strictly filters USB devices so only keyboard/mouse are allowed — eliminating risk of data-leak via flash drives or other peripherals. 
In real-world deployment you’d place this switch in secure IT rooms or control centres controlling up to four isolated systems from one console (keyboard, mouse, dual monitors). The tamper-detect design, anti-reprogramming firmware and full card-reader support make it suitable for environments with elevated security policy requirements.

Key Features

• NIAP PP4.0 certified (peripheral sharing) ensures each of the four computer channels is electronically isolated from the others and prevents data cross-flow.

• Dual-head DisplayPort support (two monitors per port) with 4K@30Hz resolution capability—ideal for modern workstation displays.

• CAC smart-card / biometric reader port plus filtered USB device access ensures only authorized peripherals connect and helps meet regulated-environment authentication.

• Anti-tamper hardware lock and firmware protection prevent physical or logical tampering of the KVM logic and prevent reprogramming of the switch’s firmware.

Technical Specifications