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LED Wall Calculator

Plan an Esdlumen LED video wall layout in seconds. Estimate screen size, resolution, power, circuits, data ports and total weight using current Esdlumen product data.

How This LED Wall Calculator Helps

Use the calculator to quickly compare panel counts, physical dimensions, total resolution, pixel pitch, estimated power draw, recommended circuit groups and data port groups before a project quote.

The structure follows the common LED wall planning workflow: choose a product, set columns and rows, then review the screen size, resolution, power and port planning details.

Current Configuration

Select a product or change the wall size to generate a summary.
Planning Support

LED Wall Calculator FAQ

These quick answers cover the planning questions most teams ask before they lock screen size, processor capacity, pixel pitch and cabinet quantity.

What is the best ratio for LED walls?
There is no single best ratio for every LED wall. In most commercial projects, 16:9 is the safest starting point because it matches standard video content, presentation layouts and many controller presets. Wider ratios usually suit stage backdrops and panoramic visuals, while tall custom ratios work better for retail features, immersive spaces and architectural installs. Start with the content format you need to show, then confirm cabinet size, processor mapping and the physical wall opening.
How to Choose the Right LED Video Wall?
Choose the wall around the real application, not just the target size. Confirm whether the screen is indoor or outdoor, how close viewers will stand, what content it needs to display, how bright the environment is, and whether service access is from the front or rear. If the wall needs fine text or close-view detail, a finer pixel pitch usually makes more sense. If the project is for stage, rental or long-distance viewing, a larger pitch can be the more efficient choice.
How to use the Screen Size Calculator?
Select the product first, then adjust the column and row count until the wall reaches the size and proportion you need. The calculator updates the physical dimensions, total resolution, power estimate, circuit count, data port count and overall weight at the same time. Use those outputs to compare layout options quickly before you finalize quotation, processor selection or engineering review.
How Do I Choose or Size an LED Wall Processor?
Start with the total screen resolution because the processor must support the full pixel load of the wall. Then check the processor’s maximum output width, output height, input format support, number of mapped outputs, scaling needs and whether backup or redundancy is required. The resolution result from this calculator gives you a practical baseline, but the final processor choice should still leave headroom for signal routing, source switching and future content needs.
How do I calculate the right viewing distance for an LED wall?
A useful starting rule is to match the minimum viewing distance in meters roughly to the pixel pitch in millimeters, then adjust based on content detail and audience expectations. Fine-pitch walls suit close-view lobbies, boardrooms and retail spaces where text and image detail matter. Larger pitches are normally better for stage, event and public-viewing environments where the audience stands farther back. Use the rule as a planning guide, then confirm it against the actual content you plan to show.
What pixel pitch should I choose for an LED wall?
Choose pixel pitch around the nearest viewer and the level of content detail, not only the final wall size. A finer pitch is usually better when the wall must show small text, data-heavy dashboards or premium close-view visuals. A larger pitch is often the more practical option for stage backdrops, long-distance branding and public information walls. Budget, brightness targets and processor load should be reviewed together before you lock the pitch.
How many cabinets do I need for an LED wall?
The cabinet count comes from the target width and height divided by the cabinet size of the chosen product. In practice, you round to full cabinets, then verify the final aspect ratio, total resolution and processor mapping before confirming the layout. This calculator does that comparison for you in real time, so it is easy to test several cabinet arrangements before you move into final design.
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