SX42HU-3 is a secure 2x4 4K30 UHD HDMI mini matrix KVM switch. It enables viewing and controlling four computers with different security classifications simultaneously while securely sharing peripherals - keyboard video mouse audio and USB devices. It also enables assigning a USB port to a specific computer while switching other peripherals such as when a USB smart card reader must remain mapped to a certain computer. SX42HU-3 provides the highest possible isolation between connected computers and is NIAP Common Criteria Protection Profile version 3.0 (PP3.0) certified.

• Highest Security by Design - NIAP Common Criteria Protection Profile version 3.0 (PP3.0) certification for peripheral Sharing Switch (PSS) devices.
• 4K30 UHD Resolution - Supports resolutions up to 3840×2160 @30Hz.
• Independent Peripheral Switching - Supports independently switching video audio keyboard mouse or USB devices between the primary and secondary computers.
• Work Freely Without Compromising Security - Present the display of any connected computer on both mini-matrix displays at the same time or extend the displays to additional 3rd and 4th external displays.
• Prevent Information Leaks - Block peripheral exploits information leaks eavesdropping signal transmission computer malware hardware and firmware tampering.
• Filter USB Peripherals - Allow or block specific USB devices based on VID/PID characteristics.
• Smooth Switching Between Computers (Virtual Display Technology) - Automatically switch all peripheral control from one computer to another by dragging the cursor between each computer's display border.
• Biometric/Smart-Card Reader Support - Connect a smartcard/biometric reader to the secure port to support user authentication across multiple isolated computers.
• Keyboard Lock Indication - Caps Lock Num Lock and Scroll Lock indication on front panel.

APPLICATIONS

• Command and control centers
• High-security organizations
• Government agencies
• Military
• Financial institutions
• Any other organization that handles sensitive and confidential information