The ATEM 2 M/E Advanced Panel is a professional-grade hardware control surface engineered for the precise and efficient operation of sophisticated live video production switchers. This expansive panel provides tactile, dedicated controls that mirror the software interface of its companion switcher, offering broadcast engineers and technical directors immediate physical access to every critical function. Its layout is logically organized into distinct sections for video mixing, digital effects, downstream keying, and auxiliary bus management, all designed to streamline workflow in high-pressure live environments such as television broadcasts, large-scale corporate events, and live concert production. The unit's construction emphasizes durability and operational clarity, featuring high-quality buttons, illuminated keys, and responsive faders that deliver both tactile feedback and clear visual status indications.

Central to its design is the dual M/E (Mix Effects) bank architecture, which allows for independent control over two separate mix effect systems, each with its own keyers and transitions. This enables the creation of complex layered graphics and intricate video sequences without sacrificing flexibility or speed. The panel integrates multiple high-resolution multiview displays directly into its surface, providing operators with a comprehensive, at-a-glance overview of all input sources, program output, and preview feeds. Dedicated control sections for macros, media players, and SuperSource compositing further enhance its capability, allowing a single operator to manage elaborate productions that would typically require a larger crew.

Connectivity and integration are paramount, with the panel linking to the main switcher hardware via a single Ethernet cable, simplifying setup and allowing for remote placement in control rooms or mobile production trucks. Its design supports extensive customization, with assignable buttons and programmable multibank controls that can be tailored to specific production needs and operator preferences. Built to meet the demands of 24/7 broadcast operations, this control surface represents a significant investment in workflow efficiency, reducing operational errors and enabling the execution of flawless, dynamic live productions with a level of hands-on control that software-alone interfaces cannot match.