Tutorials coming soon.

Match pixel pitch to the closest real seat, camera shot, and content type so the wall looks sharp without overspending on density you cannot see.

Turn a desired 16:9 canvas into a cabinet grid, native resolution, and physical footprint you can actually hang or stack.

Build a processor canvas that matches the wall, set EDID and scaling on purpose, and keep a backup input ready for Sunday or load-in.

Load the right cabinet file, draw an accurate cabinet map, set data direction, and verify every module before the room fills.

Choose flown versus stacked, use rated hardware, and run a safety process that protects people before it protects the picture.

Size circuits for running load and inrush, inject power on a grid, and daisy-chain data without exceeding port budgets.

Set nits for the room, match color temperature to cameras and house light, and avoid the “nuclear white” look that wrecks IMAG.

Isolate whether the fault is a diode, module, ribbon, receiving card, data chain, power, or camera shutter — then swap the smallest part that proves it.

Feed a wall from playback with a locked resolution, a single scaler, and a backup machine — whether you use HDMI, SDI, or NDI.

Keep modules, fans, and firmware in a boring routine so the wall stays even, cool, and serviceable years after install.