4U Digital Frame 34-Port Unified IOs Modular Matrix

The MTX3-34-M is a 4U digital frame designed as an intelligent, high-performance 34×34 modular matrix. It switches and distributes multi-format audio-visual signals within a chassis that can be configured through modular input and output cards. The platform is identified as an 8K flexible matrix, with listed bandwidth of 50Gbps and a listed refresh rate of 60Hz. A CTRL central control card is included, providing secured LAN connectivity for remote management and control.

Ideal Use Cases

This model fits AV systems that require centralized signal routing while preserving flexibility in how inputs and outputs are assembled. Its 34×34 matrix architecture supports installations with numerous sources and destinations, while the multi-format design addresses systems that are not limited to one fixed signal type. Seventeen card slots allow the frame to be populated with modular matrix cards according to the required input and output arrangement. It is also suited to system plans that require remote matrix management through a secured LAN connection.

Why Choose This Model

The primary reason to select the MTX3-34-M is its combination of matrix capacity and configurable card-based construction. Instead of defining the entire interface arrangement through a fixed connector layout, the chassis provides slots for input and output matrix cards. Those cards can use either dual-port or quad-port configurations. This gives system designers a clear 34×34 routing platform while allowing the installed card population to reflect the intended signal-routing design. The included CTRL central control card also makes centralized management part of the chassis configuration.

Installation and Integration

The chassis supplies 17 slots for flexible insertion of modular matrix cards. During system design, the required slots can be assigned to input or output cards carrying multi-format signals. Available card configurations are described as having either dual or quad ports, enabling the card population to be planned around the required connection arrangement. The exact connector types and supported formats depend on the selected cards and are not specified in the supplied chassis data. For control integration, the included CTRL card provides secured LAN connectivity for remote management and control. Input and output card requirements should therefore be established as part of the installation plan.

Performance Highlights

The MTX3-34-M is identified as an 8K flexible modular matrix. Its listed bandwidth is 50Gbps, and its listed refresh rate is 60Hz. These figures accompany a 34×34 switching architecture intended for the distribution of multi-format audio-visual signals. The matrix format enables connected sources to be switched and distributed across the configured destinations, subject to the input and output cards installed in the chassis. No additional HDR, HDCP, audio-processing, or interface-version specifications are provided in the source data.

What Makes It Different

The distinguishing feature is the relationship between its 34×34 matrix scale and its 17-slot modular chassis. The ability to insert dual-port or quad-port cards for either input or output signals provides a configurable foundation for building the required routing system. That modular structure separates the chassis and control platform from the final connector population. Secured LAN connectivity through the CTRL central control card further supports management without requiring direct access to the front of the installed frame.

Final Assessment

The MTX3-34-M brings together a 4U frame, 34×34 matrix architecture, 8K identification, 50Gbps listed bandwidth, 60Hz listed refresh rate, and flexible dual-port or quad-port card options. It is a focused choice for an installation requiring multi-format AV signal switching and distribution with remotely accessible control. The supplied information identifies the CTRL central control card as included but does not identify any included input or output cards. The required modular card mix should therefore be defined according to the intended sources, destinations, and signal formats.