Configuration Architecture

Standard Event Screen Topologies

Topology A-1 16:9 Dedicated Feed

Direct Single Center Projection

The foundational baseline topology utilizing a single high-lumen laser projector or central LED video wall. Designed for keynotes and corporate summits where full-screen presentation slides, worship lyrics, and media playback occupy the entire canvas without multi-window segmentation.

Resolution: 1920 × 1080 / 3840 × 2160
Routing Requirement: 1 Discrete Physical Output
Primary Look Assignment: Full Screen Graphic + Alpha
Topology B-2 Triple Output Matrix

Main Content with Flanking IMAG

The industry standard for large auditoriums and arena productions. A central high-resolution display hosts presentations, graphics, and video rolls, while left and right auxiliary screens provide low-latency live camera close-ups of the speaker with optional overlay lower thirds.

Resolution: 3x 1080p60 (SDI / NDI / HDMI)
Routing Requirement: Center Program + Aux Cam Feed
Primary Look Assignment: Multi-Look Dynamic Routing
Topology C-3 32:9 Edge-Blended Canvas

Ultra-wide Panoramic Backdrop

Spanning the entire rear stage, this arrangement uses multi-projector soft-edge blending or custom pixel-pitch LED processors. It requires synchronized multi-head output mapping to render seamless atmospheric backgrounds alongside floating picture-in-picture content zones.

Resolution: 3840 × 1080 / 7680 × 2160
Routing Requirement: Datapath / Multi-Display Splitter
Primary Look Assignment: Custom Stage Canvas Mapping
Topology D-4 Dedicated Stage Display

Presenter Stage Confidence Foldback

Downstage monitors placed strictly out of audience sightlines. Designed specifically for presenters, vocalists, and keynote speakers to preview elapsed time clocks, countdowns, speaker slide notes, current lyrics, and upcoming video cues without audience distraction.

Resolution: 1920 × 1080 @ 60Hz
Routing Requirement: Aux Stage Feed / Stage Display
Primary Look Assignment: Stage Layout Layout-Specific Feed
Multi-screen live event routing overview diagram
Output Engineering

Hardware Synchronization & Pre-Show Discipline

Selecting the correct layout is only step one. Delivering artifacts-free imagery across heterogeneous display systems requires strict refresh matching, hardware EDID handshake validation, and redundant preview routing.

  • Zero frame dropping through unified 59.94Hz or 60Hz timing clock generation.
  • Dedicated video switcher integration for hot-standby fallback redundancy.
  • Consistent color management profiling across LED pitch panels and projection units.