|
By clicking Subscribe, I agree to receive advertising and other marketing messages from Patzon under the terms of the Privacy Policy and User Agreement. |
|
| $1,006.52 |
Black Box Secure NIAP 3.0 KVM Switch - Single-Head, HDMI, CAC, 4K, 4-Port - 4 Computer(s) - 1 Local User(s) - 3840 x 2160 - 11 x USB - 4 x HDMI - TAA Compliant
4 Computer(s) - 1 Local User(s) - 3840 x 2160 - 11 x USB - 4 x HDMI - TAA Compliant
CONNECT AND CONTROL UP TO FOUR DIFFERENT SOURCES WITH A SINGLE MONITOR
The Black Box 4-Port Single Head Secure KVM allows connection of up to four different HDMI sources with a single HDMI 4K monitor and provides peace of mind knowing that each connection is secure. With configurable USB port this device will also allow you to configure and control access to the external CAC reader along with a host of NIAP 3.0 certified security features.
SECURE FEATURES
ABOUT SECURE KVM FROM BLACK BOX
NIAP PP3.0 certified Secure KVM Switches from Black Box offer a secure desktop access solution to safeguard against cyber intrusion for government/military agencies finance healthcare traffic control and educational facilities alike. The Black Box NIAP PP3.0 certified Secure KVM Switches provide ultra-secure switching between up to 16 standard personal/portable computers servers or thin clients running operating systems such as Windows or Linux from an ergonomic and space saving workspace.
BROAD SECURE KVM SWITCH PORTFOLIO FOR EVERY APPLICATION AND EVERY INDUSTRY
The Secure KVM Switch range from Black Box is one of the widest in the industry. Different applications and industries have differing requirements of centralized computer access. This portfolio has a suitable solution for every configuration:
Connecting peripherals such as keyboard mouse and speakers to a PC introduces potential data leakage and hacking risks. There are no filters nor is there data detection and protection features between the PC and peripherals using traditional KVM Switches. Put simply sensitive or classified information is far too important to be left unsecure.