Vertiv Cybex SC820DPH-400 Secure Desktop KVM Switch with 2 Ports and 4K Support

VERTIV Cybex SC820DPH-400 KVM SwitchboxVertiv Cybex SC800 Secure KVM | Single Head | 2 Port Universal DisplayPort | NIAP version 4.0 Certified (SC820DPH-400)

The Vertiv Cybex SC820DPH-400 is a high-security desktop KVM switch designed for organizations requiring robust data protection and reliable performance. This model supports two connected systems via DisplayPort and HDMI, allowing seamless switching between multiple computers while maintaining strict security protocols. Its NIAP Common Criteria Protection Profile certification ensures compliance with industry-leading security standards, making it ideal for sensitive environments. The SC820DPH-400 features unidirectional data flow to prevent data leaks and active intrusion detection with tamper-evident labels to alert users of potential threats. With the ability to display crisp visuals at resolutions up to 3840 x 2160 at 60 Hz on a single monitor, it delivers excellent image clarity alongside security. The device's comprehensive feature set includes customizable indicators for situational awareness, instant mouse and keyboard switching with emulation to eliminate lag, and peripheral isolation to reduce clutter. Its rack-mountable form factor and universal power supply enable easy integration into existing infrastructure, providing a streamlined, secure workspace for government agencies, financial institutions, and other security-conscious sectors.

Features:

• NIAP 4.0 Certified: Secure 2-port KVM with always-on anti-tampering and compliance with the latest security standards

• Enhanced Situational Awareness: Customizable indicators display active channels for easy monitoring

• Versatile Video Support: Compatible with DisplayPort, HDMI, and DVI-I, supporting resolutions up to 3840 x 2160 for high-definition visuals

• Zero Delay Switching: Provides instant mouse and keyboard transitions with emulation for lag-free operation

• Peripheral Isolation: Combines keyboard, mouse, and display connections into a single, clutter-reducing setup