Black Box DKM FX HD Video and Peripheral Matrix Switch, 160-Port

Engineered for enterprise-wide video routing, the Black Box DKM FX HD Video and Peripheral Matrix Switch delivers fast, reliable crosspoint switching for Full-HD video and peripheral signals. This scalable, modular system is designed to handle demanding workloads in control rooms, broadcast facilities, auditoriums, conference centers, and digital signage deployments where routing accuracy and uptime matter. With a flexible architecture where any port can serve as an input or an output, operators gain unconstrained freedom to design routing schemes that match evolving workflows. The chassis accommodates up to 20 modular cards, enabling a total of 160 I/O ports, so you can configure a dense, low-latency matrix that supports multiple simultaneous video paths, peripheral signaling, and device passthrough without proprietary adapters or complex rewiring. DKM FX delivers robust DVI routing and high-quality Full-HD video paths, preserving color fidelity and sharp detail across signal runs of varying length, while integrating neatly with existing AV, data networks, and signage infrastructure for a unified, scalable solution. Built for reliability and ease of management, it offers centralized control options, straightforward diagnostics, and security features suitable for mission-critical operations.

• Flexible port architecture: Any port can be configured as an input or output on demand, enabling dynamic reconfiguration to support changing show flows, room setups, or incident response without removing equipment or rewiring. This flexibility reduces downtime and accelerates temporary routing changes for events, training sessions, or live production environments.
• High-capacity, modular design: Up to 20 modular cards unlocks 160 I/O ports, allowing large-scale routing and segmentation. Operators can allocate cards by signal type or by room, floor, or project, swap or upgrade cards without affecting the rest of the system, and tailor the matrix to evolving requirements.
• Full-HD video with precise routing: Delivers high-quality Full-HD video across each path with faithful color representation, sharp detail, and consistent latency. DVI routing ensures compatibility with modern displays, projectors, capture devices, and presentation systems, while maintaining signal integrity across complex routing paths.
• Enterprise-grade reliability: Built for continuous operation in demanding environments, the system features a sturdy chassis, high-quality components, and robust management tools. Expect long-term stability, predictable performance, and simplified maintenance thanks to centralized diagnostics, status monitoring, and tamper-resistant access controls.
• Centralized control and fast switching: Real-time crosspoint switching supports rapid reconfiguration of video and peripheral paths, enabling seamless transitions during presentations, broadcasts, or command-and-control operations. The intuitive management interface enables quick setup of routing maps, saving presets, and deploying updates across the matrix with minimal disruption.

Technical Details of DKM FX HD Video and Peripheral Matrix Switch

• Ports and I/O: Up to 160 I/O ports distributed across 20 modular card slots (20 modular cards supported).
• Input/Output flexibility: Each port can be configured as input or output, allowing flexible crosspoint routing and rapid reconfiguration.
• Video and format support: Full-HD video routing with DVI signaling for compatibility with contemporary displays and devices, preserving image quality and color fidelity.
• Modular scalability: Expandable architecture that grows with routing needs by adding or upgrading modular cards, enabling future-proof investments.
• Reliability and management: Enterprise-grade design with centralized diagnostics, secure management interfaces, and rugged hardware suitable for mission-critical deployments.

How to install Black Box DKM FX HD Video and Peripheral Matrix Switch

• Plan your routing map: Begin by listing inputs and outputs, mapping crosspoints needed for your typical workflows, and defining zones or rooms to simplify setup and future changes. Document expectations for latency, bandwidth, and signal paths to guide hardware allocation.
• Prepare the chassis and cards: Install up to 20 modular cards into the DKM FX chassis according to manufacturer guidelines. Ensure proper seating, alignment, and thermal clearance. If deploying multiple units, plan power sequencing and interconnects to support smooth handoffs and expansion.
• Rack and space planning: Mount the unit in a standard 19-inch rack in a well-ventilated area. Secure the chassis, provide adequate airflow, and ensure front-accessible controls and indicators for quick status checks during operation.
• Connect inputs, outputs, and peripherals: Attach appropriate cables to inputs and outputs using DVI-compatible interfaces. Include peripheral connections for devices such as presentation systems, encoders, scalers, or capture hardware. Clearly label cables to streamline maintenance and future reconfigurations.
• Power up and configure: Power on the system and access the management interface. Create routing presets, assign port roles, test each path for signal integrity, and verify synchronization across paths. Save configurations and establish backup profiles for quick recovery after changes or maintenance.

Frequently asked questions

• Q: What is the maximum number of I/O ports? A: Up to 160 I/O ports, supported by 20 modular cards.
• Q: Can any port be used as input or output? A: Yes. The DKM FX supports flexible crosspoint routing with configurable port roles, enabling dynamic routing as needs evolve.
• Q: What video formats are supported? A: The system routes Full-HD video with DVI signaling, preserving color accuracy and detail across routing paths.
• Q: Is this suitable for enterprise environments? A: Yes. It is designed for scalable, reliable operation in control rooms, broadcast suites, conference centers, and large AV deployments where uptime and accuracy are essential.
• Q: How do I install and configure? A: Install the chassis in a rack, insert modular cards, connect inputs/outputs, power on, and configure routing via the management interface; perform signal tests, and save your configurations for operators and support staff.