Analog Way Zenith 200

The Analog Way Zenith 200 is a seamless presentation switcher and multi-layer scaler supporting multiple HDMI and DisplayPort inputs, 4K UHD output resolution, and simultaneous multi-layer compositing with independent source scaling and positioning. It is controllable via front panel, web GUI, or third-party control systems, making it a versatile signal management solution for corporate events, conferences, and live productions.

Seamless presentation switcher and scaler

The Analog Way Zenith 200 is a professional seamless presentation switcher and multi-layer scaler designed for live events, conferences, and corporate presentations. It handles multiple input sources simultaneously, delivering clean, glitch-free transitions between sources without blackouts or signal interruption, which is essential for high-stakes presentations and staged productions.

Inputs, outputs, and resolution support

The Zenith 200 supports a range of HDMI and DisplayPort inputs alongside multiple scaled outputs, accommodating configurations that drive screens, confidence monitors, and auxiliary displays from a single unit. It supports output resolutions up to 4K UHD, ensuring compatibility with modern LED walls, projection systems, and high-resolution display surfaces.

Multi-layer compositing and windowing

The unit supports multi-layer compositing, allowing multiple sources to be displayed simultaneously as picture-in-picture or side-by-side layouts on a single output. Independent scaling, positioning, and cropping of each layer gives operators precise control over how content is arranged on screen, making it well suited for panel discussions, data-heavy presentations, and broadcast graphics environments.

Control and integration

The Zenith 200 can be operated via its front panel controls, a web-based GUI accessible over a network connection, or third-party control systems through RS-232 and IP-based protocols. Preset recall allows operators to save and instantly load complex screen layouts, streamlining live event operation and reducing the risk of setup errors during time-sensitive productions.

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