Control-room fine-pitch wall - cabinet grid & closest seat, 3 x 1.69 m

Pixel pitch drives both outputs on this page. At 0.9375 mm the calculator derives an optimal video viewing band of roughly 0.9-1.9 m (about pitch-in-metres times 1.0 to 2.0), so a 2 m operator seat sits just beyond the tight end of that band - the point of a control-room wall, where seats are close and pixels must vanish.

The same pitch fixes each cabinet's native pixel count, which sets how many cabinets fill the 3 x 1.6875 m target. The 600 x 337.5 mm Planar DirectLight Ultra P0.9 cabinet snaps to a 5 x 5 grid, so the actual wall lands exactly on 3.0 x 1.6875 m with a native 3200 x 1800 canvas of about 5.8 MP - enough to carry dense dashboards, multi-source layouts and sharp text at close range.

Drag the wall width, height and closest seat to watch the grid, native resolution and viewing band recompute. Cabinets are whole modules, so they snap to fit; when a hand-picked target does not land on a whole number of cabinets the tool reports the nearest actual wall, and that small difference is expected rather than an error. Choosing a tighter pitch shrinks the comfortable viewing distance and raises the cabinet count for the same wall size.

The calculator sizes the cabinet grid, native resolution and viewing band only. It does not decide the structural or rigging load, the power and data runs between cabinets and controller, the video processor or scaler that feeds the wall, how source content maps onto the native canvas, or ambient-light calibration for the room. Each is a separate engineering step once the grid is confirmed, and final cabinet make, model and count are selected after drawings and site conditions are reviewed and remain subject to project requirement, consultant or client approval and availability. Use the brief wizard or /contact to hand a safe enquiry summary to TechnoGuru's display and control-room scope.