KanexPro 4K UHD 64x64 Modular Matrix Switcher

The KanexPro HDMMX6464-4K is a robust, scalable 64 input by 64 output modular matrix switcher designed for demanding AV environments. Engineered for professional installations—from corporate boardrooms and command centers to expansive digital signage networks and education facilities—this chassis delivers flexible routing with pristine 4K UHD video quality. Its modular architecture features 16 input slots and 16 output slots, and each input or output card supports up to 16 device connections. This enables integrators to tailor a highly capable routing matrix that grows with your needs, while maintaining precise video timing, low latency, and reliable performance. The HDMMX6464-4K is designed with simplicity in mind: it supports multiple control methods, including front panel operation, IR, RS232, and TCP/IP, making it adaptable to a wide range of control ecosystems and automation platforms. Whether you’re building a multi-room AV distribution system, a large-scale conference environment, or a modern video wall deployment, KanexPro’s modular approach provides the flexibility to expand and reconfigure without replacing the core switcher.

• Scalable, modular architecture: The chassis is built for growth, offering 16 input slots and 16 output slots. Each modular card can handle up to 16 device connections, enabling extensive routing networks while preserving signal integrity, install convenience, and streamlined maintenance. This design is ideal for projects that begin with a lean footprint and evolve into a comprehensive, multi-room AV distribution system over time.
• 4K UHD video routing: Designed to handle modern high-resolution content, the HDMMX6464-4K delivers 4K UHD compatibility with crisp detail, accurate color, and smooth motion. This makes it suitable for conference venues, digital signage campaigns, and video wall configurations where image quality is paramount and latency must be minimized to maintain viewer engagement.
• Flexible control options: Control is available through multiple pathways—front panel interaction for quick on-site changes, infrared (IR) control for remote operation, RS232 for legacy equipment integration, and TCP/IP for networked control and automation. This versatility ensures the matrix can be integrated into existing control systems, software dashboards, or custom automation workflows with ease.
• Expanded device connectivity: With up to 16 connections per card and a modular card ecosystem, this switcher accommodates complex routing schemes across large facilities. Route dozens of sources to dozens of displays, projectors, or processing devices without sacrificing performance, making it a robust backbone for mission-critical AV deployments.
• Install-ready reliability: Built to endure demanding installations, the HDMMX6464-4K emphasizes thermal management, robust build quality, and straightforward field service. Modular cards can be swapped with minimal downtime, and the chassis is designed to keep noise, heat, and power quirks in check to support continuous operation in control rooms or classrooms.

Technical Details of KanexPro 4K UHD 64x64 Modular Matrix Switcher

• Model: HDMMX6464-4K
• Matrix size: 64 x 64 input/output
• Chassis slots: 16 input slots, 16 output slots
• Card capacity: Each input or output card supports up to 16 device connections
• Control interfaces: Front panel, IR, RS232, TCP/IP
• Video performance: 4K UHD capable routing with high bandwidth and low latency
• Expansion: Modular architecture for flexible scalability and reconfiguration

How to install KanexPro 4K UHD 64x64 Modular Matrix Switcher

Setting up the HDMMX6464-4K starts with careful planning, then a methodical hardware install and configuration to ensure reliable operation across your facility. Below is a practical, step-by-step guide to help you deploy this matrix efficiently and with minimal downtime.

• 1) Plan your routing and control topology: Start by mapping all sources (players, cameras, computers) and destinations (displays, encoders, video walls). Decide which cards will handle inputs and which will handle outputs, and determine your preferred control pathways (front panel, IR, RS232, TCP/IP). A well-documented routing map reduces in-rack changes later and supports efficient expansion.
• 2) Prepare the rack and power: Install the 64x64 modular matrix chassis into a 19-inch equipment rack or an appropriate enclosure with adequate clearance for airflow. Verify that the power supply and ventilation meet the unit’s requirements to prevent thermal throttling during high-load routing sessions.
• 3) Install input and output cards: Insert the required 16-input and 16-output cards into the available slots. Ensure each card seats firmly and is recognized by the chassis. Label cards if needed to simplify future maintenance and fault isolation.
• 4) Connect all sources and destinations: Run HDMI (or other supported interface) cables from video sources to input cards and from output cards to displays, projectors, or video processors. Use high-quality cables with appropriate shielding to preserve signal integrity, especially for long runs or 4K content.
• 5) Establish control connections: Attach IR emitters/receivers if you plan to use IR control, and connect RS232 devices as needed. For network control, connect a LAN cable to the TCP/IP interface and configure IP addressing consistent with your network plan.
• 6) Power up and initial testing: Apply power to the matrix and observe the status indicators. Confirm that all input and output cards initialize correctly and that basic routing commands work from the front panel or a planned control system.
• 7) Program routing presets and macros: Create a baseline set of routing presets for common scenarios (e.g., presentation, videoconferencing, and video-wall wall-to-wall configurations). Save macros or scenes for quick, repeatable deployments across rooms or events.
• 8) Integrate with control systems: If you are using third-party controllers or automation software, configure TCP/IP endpoints, RS232 commands, or API calls as required. Test responses to ensure reliable, deterministic routing across the network.
• 9) Implement redundancy and documentation: Where critical, document routing maps and control sequences, and implement a simple backup plan for card replacements. Maintain spare input/output cards to reduce downtime during maintenance windows.
• 10) Optimize cabling and airflow: Route cables cleanly, label connections, and ensure that airflow around the chassis remains unobstructed. Proper cable management minimizes signal interference and makes future upgrades smoother.

Frequently asked questions

• Q: What signals can be routed with the KanexPro HDMMX6464-4K? A: The matrix is designed for comprehensive 4K UHD routing through modular input/output cards, enabling expansive 64x64 paths between sources and displays, while maintaining high image fidelity and synchronized timing.
• Q: How scalable is this matrix? A: The system uses a modular approach with 16 input slots and 16 output slots, and each card supports up to 16 connections. This design supports significant growth as your AV needs expand, without replacing the core switcher.
• Q: How can I control the matrix? A: Control is available via front panel, IR, RS232, and TCP/IP, giving you multiple integration options. This enables straightforward standalone operation or seamless embedding into larger control ecosystems and automation workflows.
• Q: Is this suitable for mission-critical or enterprise installations? A: Yes. The modular chassis and durable design are intended for demanding environments. Cards can be swapped quickly with minimal downtime, and robust signaling helps ensure reliable operation in conference facilities, classrooms, and control rooms.
• Q: What kind of support and warranty come with KanexPro products? A: KanexPro supplies standard manufacturer support and documentation. For warranty specifics, consult your distributor or the official KanexPro support channels to confirm coverage terms and service options.