The Belkin F1DN104W-3 Secure DisplayPort to HDMI KVM Switch is designed for use in defense and intelligence installations requiring consolidated control between computers running at different security enclaves and provides the stringent safeguards required by today's IA (Information Assurance) computing requirements. The Belkin Secure DisplayPort to HDMI KVMs are compatible with DisplayPort 1.1 and 1.2 protocols and support resolutions of up to UHD 4K (3840 x 2160 @30 Hz), making them the ideal switching platform for use with today's high-performance graphics cards and GPUs.
Certified to the NIAP PP3.0 certification and assurance standard, users can confidently leverage the same set of monitors and PC peripherals to streamline work flows and enhance efficiencies in working across disparate systems and security enclaves without introducing pathways for cybersecurity threats to migrate from one system to the next. The Belkin Secure KVM maintains true air-gap isolation by emulating video EDID and USB communication between inputs and outputs. Further, optical data diodes on all USB connections assure uni-directional data flow of HID filtered information with no signal leakage between channels. Dedicated Common Access Card input ports consolidate the number of CAC readers and allow a single reader to be shared across all 4 systems for user authentication.
Integrated anti-tamper switches protected by an always-on battery backup system immediately render the unit permanently inoperable in the event of a breech attempt. Unique mechanical design accommodates desktop or under-desk mounting with optional bracket along with an optional remote-control.
All Belkin Secure KVMs are designed and assembled in the United States and shipped in tear-away packaging, preserving cyber assurance from factory to installation at the end site. US-based technical support, and a standard 3-year warranty with options for up to 5 years of coverage provide unsurpassed customer support. The Belkin DisplayPort Secure KVM represents the ideal solution against today's cyber threats for mission-critical applications in government, military, financial, healthcare, energy, and any application seeking guaranteed isolation between systems at the operator's desk.