The Evertz 3000MVP is a professional, high-density multiviewer system engineered for mission-critical monitoring in broadcast master control, satellite teleports, and large-scale production facilities. It is designed to aggregate and display numerous independent video, audio, and data sources onto a single or multiple high-resolution output displays, providing operators with a comprehensive, real-time overview of the broadcast chain. The system excels in flexibility, accepting a wide array of input signal types—including SDI, HDMI, IP (ST 2110/2022-6), and fiber—and supports mixed resolutions and frame rates within the same layout. Its processing power allows for the creation of complex, customizable layouts with individual source windows that can display vital metadata, audio meters, closed captions, and alarms, transforming a wall of monitors into an intelligent, integrated monitoring workstation.

A defining feature of the 3000MVP platform is its modular, scalable architecture. It can be deployed as a dedicated hardware appliance or within a virtualized environment, scaling from a few inputs to hundreds based on card and chassis configurations. The system is controlled via an intuitive web-based interface or third-party control systems, allowing engineers to design, save, and recall multiviewer layouts tailored to specific operators or events. Advanced functionalities include confidence monitoring of outputs, frame-accurate still store for logos and bugs, and powerful alarm management that can trigger visual indicators, logging, or GPI events based on signal presence, audio levels, or embedded data errors.

Built for 24/7 reliability, the hardware version features robust, redundant power supplies and cooling in a rack-mountable chassis. The system's deep integration with Evertz's software-defined video networking (SDVN) platform allows it to function as both a monitoring endpoint and a control point within a larger IP-based infrastructure. The Evertz 3000MVP is more than a simple display aggregator; it is a central nervous system for visual monitoring, providing the clarity, flexibility, and reliability needed to ensure the integrity of live broadcast operations where any fault must be identified and addressed instantly.