Black Box Secure KVM Switch NIAP3 4-Port Single-Monitor DVI-I PS2 USB Audio
Mfg # SS4P-SH-DVI-U
CDW # 5272152
Quick tech specs
- Tested and certified to NIAP Protection Profile version 3.0
- Equipped with anti-tampering protection such as tamper evident hologram seals,chassis intrusion,fixed firmware and automatic keyboard data clearing
- Secure EDID learning and emulation
- Supports balanced speaker outputs and switching
- DVI video up to 2560x1600 at 60Hz (Dual-Link),VGA (via adapter),USB HID,PS2,and stereo audio
- Absolute secure and isolation between data paths
- Non-reprogrammable ROM
Know your gear
Secure KVM switches protect against cyber intrusion and meet the strict requirements of the latest NIAP Protection Profile for Peripheral Sharing Devices version 3.0. The Black Box Secure KVM Desktop Switches allow a single operator to control up to eight DVI computers from a single workplace using one set of keyboard and mouse and one DVI (or VGA using adapter) monitors. They provide peace of mind knowing that each connection is secure. Options include 2-4- or 8-port switches.
The Secure KVM Desktop Switches protect your sensitive data using the latest technology. The switches have isolated channels to ensure that data is not leaked between secure ports and the outside world. To prevent eavesdropping attempts through vulnerable devices the switches support uni-directional data flow from computer to peripheral. Mechanical electrical and optical isolation stop hacking and data leaks in environments where security is critical. Plus secure EDID learning prevents unwanted and unsecure data from being transmitted through DDC lines. The Secure KVM Desktop Switches use protected firmware to keep intruders from re-programming or reading the firmware. Keyboard/internal cache wiping and chassis intrusion protection provide even more security. The Secure KVM Desktop Switches also use anti-tamper switches and tamper-evident seals to shield your confidential data.
Why Secure KVM
Connecting peripherals such as monitor keyboard mouse and speakers to a PC introduces potential data leakage and hacking risks. Secure KVM Switches are designed for use in any application where sensitive data must be protected including defense government agencies and intelligence. Secure KVM Switches from Black Box are NIAP PP 3.0 certified and equipped with the highest security features that meet today’s Information Assurance safe control standards. The switches contain unique hardware configurations that prevent data leakage between PCs and connected peripherals eliminating potential cyber threats.
The Secure KVM Desktop Switches protect your sensitive data using the latest technology. The switches have isolated channels to ensure that data is not leaked between secure ports and the outside world. To prevent eavesdropping attempts through vulnerable devices the switches support uni-directional data flow from computer to peripheral. Mechanical electrical and optical isolation stop hacking and data leaks in environments where security is critical. Plus secure EDID learning prevents unwanted and unsecure data from being transmitted through DDC lines. The Secure KVM Desktop Switches use protected firmware to keep intruders from re-programming or reading the firmware. Keyboard/internal cache wiping and chassis intrusion protection provide even more security. The Secure KVM Desktop Switches also use anti-tamper switches and tamper-evident seals to shield your confidential data.
Why Secure KVM
Connecting peripherals such as monitor keyboard mouse and speakers to a PC introduces potential data leakage and hacking risks. Secure KVM Switches are designed for use in any application where sensitive data must be protected including defense government agencies and intelligence. Secure KVM Switches from Black Box are NIAP PP 3.0 certified and equipped with the highest security features that meet today’s Information Assurance safe control standards. The switches contain unique hardware configurations that prevent data leakage between PCs and connected peripherals eliminating potential cyber threats.