LED Screen Calculator
Results update live. The 3D stage below shows your setup — your LED wall and speaker choices are shared between tools.
Cabinets
84
12 columns × 7 rows
Actual size
6.00 × 3.50 m
21.00 m²
Resolution
1,536 × 896
128 × 128 px per cabinet
Aspect
1.71:1
-3.6% vs 16:9 (taller)
Pixel density
65,410
px / m²
Min viewing
3.9 m
Comfort 5.9 m – 9.8 m
Optical limit
13.3 m
Pixels invisible beyond this
Depth ratio (D/H)
5.7 : 1
Audience depth ÷ screen height
Est. power
4.2 kW
Typical avg., 200 W/m² — not datasheet
Est. weight
672 kg
8 kg/cab, excl. rigging — estimate
Content size
1536×896
Render content at native px
Closest viewers
6.0 m
Distance OK
Closest viewers sit inside the comfortable band (5.9–9.8 m). Good match for this pitch.
Depth ratio 5.7:1. Your back row is 5.7× the screen height away. Typical balance for presentations and video; text should be kept reasonably large. A common guide is to keep this around 4–6:1 for video and presentations.
How this is calculated
- Columns = ceil(target width mm ÷ cabinet width mm); Rows = ceil(target height mm ÷ cabinet height mm); Total = columns × rows.
- Actual size = columns × cabinet width by rows × cabinet height (walls round up to whole cabinets).
- Pixels per cabinet = cabinet mm ÷ pitch mm on each axis; wall resolution = that × columns / rows.
- Pixel density = 1,000,000 ÷ pitch² (px/m²).
- Minimum viewing ≈ pitch × 1.0 m; comfortable ≈ pitch × 1.5–2.5 m; optical limit ≈ pitch × 3.4 m (pitch in mm).
- Depth ratio = audience depth ÷ screen height (D/H).
- Power = area × typical W/m²; weight = cabinets × kg/cabinet. These are typical estimates, not manufacturer datasheet values. Peak power can be 2–3× average.
Planning estimate only. Confirm on site and against the manufacturer’s specifications before rigging, power planning or content production.
3D stage preview
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Send these numbers to us and we’ll confirm the right setup for your venue.