LG MAGNIT LSAA (P1.5) — cabinet grid & viewing distance

Pixel pitch is the number that decides everything else downstream. At 1.56 mm, the LG MAGNIT LSAA (P1.5) sets both the cabinet grid the calculator returns (7 x 7 cabinets for this wall) and the optimal viewing band for video content of roughly 1.6-3.1 m (pitch x 1.0 to pitch x 2.0). Inside that band the pixel structure disappears into a continuous image; closer than 1.6 m, individual pixels start to resolve to the eye.

At 1200 nits, this cabinet is built for a controlled indoor environment — a boardroom, lobby, or briefing space without direct sun or bright window glare, not an open-shade or daylight-facing location. Front-service access and wall-mount fixing keep the installation profile shallow, which suits a flush feature wall where rear access for maintenance isn't available. The native canvas this wall produces — 2688 x 1512, around 4.1 megapixels — comfortably carries 1080p and near-4K source content without heavy upscaling.

To use the calculator: drag the wall width and height sliders and watch the cabinet grid and native resolution recompute in real time against the 600 x 337.5 mm cabinet module. Because cabinets are whole units, the calculator rounds UP to the next full row and column — never down — so the built wall is never smaller than the target. Here that adds about 5 % on each axis: a 4 x 2.25 m target becomes a 4.2 x 2.36 m wall. That is expected rather than an error, but it is the larger figure the architectural opening has to accept.

What the calculator does not decide: the structural and rigging load the wall imposes on the supporting wall or frame, the power and data cabling run back to the controller position, the video processor or scaler that feeds the cabinet's native resolution, how source content gets mapped onto a non-standard aspect canvas, and any ambient-light calibration the room may need even though this is an indoor, controlled-light product.