ROE Visual Black Pearl BP2V2 — cabinet grid & viewing distance

Pixel pitch is the number that decides both the cabinet math and the viewing geometry. The Black Pearl BP2V2's 2.84 mm pitch, on 500 x 500 mm cabinets, tiles a 5 x 3 m target into exactly 10 x 6 cabinets. The same pitch sets the optimal viewing band for video content at roughly 2.8-5.7 m (pitch x 1.0 to pitch x 2.0) — closer than that and individual pixels start to resolve; further out, the image reads soft against its native detail.

At 1500 nits, this cabinet is built for controlled indoor environments — studio floors, broadcast sets and virtual-production volumes with managed lighting, not sunlit or high-glare rooms. Both-side serviceability and a rental, both-service profile suit fast load-in/strike cycles where technicians need front or rear module access without dismantling a truss or set piece. Native 1760 x 1056 (~1.9 MP) sits comfortably above HD and is enough resolution headroom for a 5 x 3 m broadcast backdrop viewed by camera and in-room talent alike.

To use the calculator, drag the wall-size sliders and watch the cabinet grid and native resolution recompute live. Because cabinets are a fixed 500 x 500 mm module, they snap to whole units — so the actual built wall (here, exactly 5 x 3 m at 10 x 6 cabinets) may land a little off your typed target dimension. That snap is the calculator's honest behaviour, not a rounding error to correct.

The calculator does not decide structural or rigging load (truss, ground-support or wall-mount capacity for the cabinet weight), power and data cable-run planning, processor or scaler selection for the source feed, how your content resolution maps onto the 1760 x 1056 native canvas, or ambient-light calibration for the room the wall sits in. Those sit with the AV integrator and structural engineer once the size and grid are confirmed.