Kramer MTX3-34-M 34-Port Digital Frame, Unified IOs Modular Matrix, 4U

Deliver centralized, reliable AV routing for control rooms, large meeting facilities and security operations with the Kramer MTX3-34-M 34-Port Digital Frame. This Kramer Electronics modular matrix is engineered as a 4U professional HDMI matrix frame to provide flexible 34x34 switching and distribution across multi‑format signals—helping integrators consolidate equipment, simplify cabling and scale systems cost-effectively. The chassis features a CTRL central control card with secured LAN connectivity for remote management and monitoring, and offers seventeen card slots to mix any combination of quad or dual input/output cards. Built-in I-EDIDPro intelligent EDID processing and high-resolution HDMI switching ensure consistent display behavior and pristine audio‑visual quality across security, surveillance and corporate monitoring applications. The MTX3-34-M reduces operational complexity, supports secure networked control, and enables independent signal switching for mission-critical environments. Ideal for command centers, multi-room AV installations and surveillance hubs—specify the MTX3-34-M to streamline distribution and centralize control. Contact your Kramer dealer to configure a scalable matrix solution for your next security or AV project.

• Simplify AV routing with a fully modular 34x34 matrix that adapts to changing room layouts and scales as your deployment grows
• Mix any input or output formats with 17 card slots for flexible quad/dual I/O cards, eliminating the need for separate extenders or converters
• Secure remote management via the CTRL central control card and secured LAN connectivity for reliable monitoring and centralized control
• Preserve image and audio integrity with HDMI switching and Kramer I-EDIDPro for plug-and-play interoperability and consistent display behavior
• Enterprise-grade distribution for security, surveillance and monitoring operations—robust signal routing that minimizes downtime and supports 24/7 monitoring environments