Black Box Secure KVM Switch - FlexPort HDMI/DisplayPort

Engineered for environments where data protection, rapid console access, and dependable operation are non-negotiable, the Black Box Secure KVM Switch - FlexPort HDMI/DisplayPort consolidates multiple computers behind a single keyboard, video monitor, and mouse. It supports mixed video interfaces (HDMI and DisplayPort) and provides secure, isolated host switching that helps prevent data leakage across systems. Whether deployed in defense installations, secure control rooms, enterprise server rooms, healthcare facilities, or financial data centers, this switch delivers reliable performance, flexible configuration, and simple management.

• Flexible video and peripheral support: Seamlessly route HDMI and DisplayPort video from multiple host computers to a single console. The FlexPort design enables dynamic selection of sources while maintaining crisp video quality and synchronized audio where supported, all while preserving continuous control over connected keyboards, mice, and USB peripherals. This flexibility is ideal for mixed-display environments and facilities that rely on diverse hardware ecosystems.
• Enhanced security for sensitive environments: Built to uphold strict data governance, this KVM switch enforces hardware-level isolation between hosts to minimize cross-system data paths. By centralizing control with a trusted console, operators reduce the risk of accidental or intentional data leakage in defense networks, government facilities, banks, and other high-security operations. The design emphasizes tamper resistance, restricted access controls, and clear separation of input/output channels to protect critical information.
• Effortless, fast switching: Rapidly transition control between host systems with intuitive hot-key sequences and a responsive front-panel switch. Operators experience minimal downtime during critical operations thanks to near-instantaneous host switching, which helps maintain workflow continuity in control rooms, data centers, and mission-critical labs. The system supports reliable EDID management to preserve display compatibility during each switch, ensuring the right resolution and alignment without manual recalibration.
• Rugged reliability for mission-critical use: The KVM switch is housed in a robust chassis designed to withstand demanding environments. Its sturdy construction, EMI shielding, and quality components contribute to long-term reliability in data centers, medical facilities, industrial operations, and field deployments. The secure enclosure helps ensure consistent performance under varying temperatures and electrical conditions, supporting uptime essential for critical operations.
• Easy integration and management: Designed for straightforward deployment, this Secure KVM switch works with existing infrastructure through plug-and-play setup, clear console routing, and simple security policy alignment. Whether you are modernizing a secure control room or standardizing across multiple facilities, the FlexPort unit integrates smoothly with established IT and security workflows, enabling centralized monitoring, quick scalability, and hassle-free maintenance.

Technical Details of Black Box Secure KVM Switch - FlexPort HDMI/DisplayPort

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

How to install Black Box Secure KVM Switch - FlexPort HDMI/DisplayPort

• Choose a secure, accessible mounting location for the KVM switch, such as a rack or on a clean workspace that adheres to your data-handling policies. Ensure proper ventilation and cable management to prevent heat buildup and tripping hazards.
• Power down all host computers and the console devices before wiring. Connect each host computer to the KVM switch using the appropriate HDMI or DisplayPort video cables and USB I/O cables for keyboard, mouse, and any supported peripherals.
• Connect the console monitor, keyboard, and mouse to the KVM switch’s appropriate ports. If you are using multiple displays, route the primary display through the switch and verify compatibility with the EDID settings for each host to maintain correct resolutions.
• Power on the KVM switch first, then power up each connected host. Use the front-panel controls or hot-key sequences to verify that each host is correctly recognized and that switching between hosts functions as intended.
• Review and configure security-related options, including access controls, port visibility, and any organization-specific policy settings. Test routine switching in a controlled scenario to confirm reliability, performance, and adherence to security requirements before deploying in production.

Frequently asked questions

• What is a secure KVM switch? A secure KVM switch is a hardware device that allows you to control multiple computers from a single keyboard, video monitor, and mouse while enforcing data isolation between hosts to protect sensitive information. It helps prevent cross-system data leakage and supports controlled access in high-security environments.
• Does the FlexPort model support both HDMI and DisplayPort? Yes, the FlexPort HDMI/DisplayPort version is designed to accept and route video from both HDMI and DisplayPort sources to a single console while maintaining secure, isolated channels for each host.
• How many computers can be connected to this switch? The number of supported hosts varies by model and configuration. The Secure KVM Switch is designed for multi-host deployments in secure environments; please refer to the product’s specifications for exact port counts and supported configurations.
• Is installation difficult or time-consuming? No. The device is built for straightforward installation with plug-and-play compatibility, user-friendly switching options, and clear documentation to guide setup and policy configuration.
• Is this device appropriate for defense, government, and enterprise security? It is intended for use in high-security settings where data isolation and controlled access are essential. Deployment should align with your organization’s security policies, regulatory requirements, and accreditation standards.