LED screen planning guide

Choosing an LED screen for your event space

Choose an LED solution with GLMedia for your content and space: main screen, totem, floor, transparent, or mesh, with configuration to be reviewed.

Screen planning decisions

With the date, location, and intended use, we can review which equipment and combination can be offered. You can inquire before measurements, drawings, or the final schedule are ready.

An LED screen plan begins with what people need to see and from where. A stage background, detailed presentation, camera image, and exhibition display place different demands on the picture.

We can review screen options alongside the room layout and content. Share what is already known; photos and a draft slide can help start planning before final measurements are available.

Content, signal, and camera

Content and canvas: Define the visible area and its pixel map separately from the source format. Review how scaling, margins, and content placement will be handled.
Signal path: Identify source, processor, distribution, receiving cards, and panel revision. A matching connector does not establish a compatible configuration.
Camera: Tell us whether the screen will be recorded or used behind a speaker. Include camera model, intended settings, and production format so the full combination can be tested.

What to share

Share room photos, available width and height, audience positions, and planned lighting. Include entrances, circulation, and places where the screen might obstruct the view.

Send representative slides, logos, video, and a description of speaker movement. We can compare a presentation layout with a background or a split content arrangement.

Describe installation time, access, and proposed support. Structural and electrical planning need documentation for the actual panel, accessories, and installation.

Tell us whether the goal is reading slides, showing a camera feed, supporting a scene, or bringing visitors closer to a product. We can compare surfaces by that task before choosing pitch or format.

Preparing the comparison

Compare screen positions with audience views and speaker movement before selecting a pixel pitch. Use the smallest important text as a test case.
Build a conditional pixel map. For example, a hypothetical 4 × 2 m screen using standard BP2 V2 cabinets of 500 × 500 mm and 176 × 176 pixels would use 8 × 4 cabinets and provide 1408 × 704 pixels. This calculation does not size processor ports, power, or support.
Prepare content for the agreed visible area. Review logos, captions, margins, and video framing rather than stretching a presentation to fill the screen.
Record the signal path and preserve the starting processor project. Compare a test pattern with actual content before changing the map.
Test from audience positions and with the production camera under planned lighting. Record settings and the results, then rehearse source changes.
Compare representative content across suitable options: text and camera feeds for a main screen, portrait content for a totem, or visible-background compositions for transparent and mesh LED.
For a floor proposal, distinguish video, interaction, and intended traffic. Selection depends on the exact model and documentation; family guides help prepare the inquiry and do not authorize loads or activities.

Technical questions and show decisions

Can a pixel pitch alone determine viewing distance?
Does sending Full HD mean the LED image is Full HD?
Does a high panel refresh rate guarantee a clean camera picture?
Can the LED screen show presentations, camera, and show visuals?
What should we compare before buying an LED screen instead of renting?
How do we distinguish moiré from bands when filming LED?

Can a pixel pitch alone determine viewing distance?

Use pitch as part of the comparison, together with text size, visible detail, and actual viewing positions. Share the closest and most demanding audience positions so we can plan a representative test.

A visual background and a dense spreadsheet should not be evaluated as the same task. We can review content, framing, or placement to improve readability.

Does sending Full HD mean the LED image is Full HD?

Check the assembled screen’s pixel map and the processor’s placement and scaling. The input format and the physical canvas are separate pieces of the plan.

Compare a grid and a representative slide. If the grid is correct but the slide is cropped, review source framing before changing the panel map.

Does a high panel refresh rate guarantee a clean camera picture?

Test the actual camera, panel, processor, and settings together. Refresh rate and camera frame rate describe different things; a catalog figure cannot establish the result of that combination.

For documented Tessera SX40/S8 setups, ShutterSync requires Genlock. Confirm supported hardware and firmware before planning that function; it is not a universal LED setting.

Can the LED screen show presentations, camera, and show visuals?

Assess alternating full-screen content, sharing areas within a composition, or assigning content to separate displays. Identify what must be readable, what needs to work on camera, and when each change occurs. Use the same sample content to review usable size, framing, and each element’s priority.

The proposal can include file preparation, playback, source control, and operation alongside the LED system, or supplement an existing service after checking it. Define the switching and composition required by the run of show before selecting equipment, rather than assuming the LED processor provides those functions. Rehearse transitions, readability, and camera with the intended system; check the pixel map and content selection separately.

What should we compare before buying an LED screen instead of renting?

Start with frequency of use, content, audience positions, and the spaces where it will be installed. Compare pitch and pixel map using the same slide and a camera when relevant; a universal pitch-to-distance rule does not determine the purchase. Photos and approximate dimensions let us prepare alternatives before a model is chosen.

Compare the complete system: compatible panels, processing and distribution, documented support and power, transport, storage, identified spares, and maintenance. Include who prepares content, configures, and operates it, plus access for module repair. We can assess purchase, event rental, or supplementing an existing system, defining scope and supplier support without assuming brand representation or sales stock.

How do we distinguish moiré from bands when filming LED?

An interference pattern can arise between the panel grid and camera sensor. We assess pitch, framing, lens, distance, and depth of field; changing refresh alone does not correct spatial moiré. Bands or tearing may require checking shutter, synchronization, and phase; artifacts do not all have the same cause.

We can plan a test with the proposed panel, processor, and cameras, including actual shots and moves. Compare documented options for that combination, preserve the starting configuration, and change one variable at a time. The proposal can include this preparation; no catalog figure guarantees an artifact-free image.

Checks to guide decisions

LED screen planning guide
Symptom	Check	What it helps distinguish
Text difficult to read	Representative content from audience positions.	Text size, framing, or placement.
Image cropped or stretched	Input format, canvas, and scaling.	Content or mapping.
Camera artifacts	Exact camera and LED configuration.	Combination requiring a test.

Installation and limits

Plan structure, ballast or suspension, and electrical distribution using the exact system documentation and qualified personnel. Cabinet count alone does not establish installation capacity.

Keep equipment, cables, access routes, and ventilation in the installation plan. Confirm indoor or outdoor suitability from the actual product documentation.

Document panel revision, receiving card, processor, and firmware before applying a configuration. Preserve working files and test changes outside the live program.

Other LED surfaces to compare

Sources and context

Research reused from model records consulted October 22, 2026. BP2 V2 is a conditional arithmetic example, not an inventory statement or a proposed installation. Camera functions depend on the documented system.

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