00 / LED wall visual planning
LED Screen Visuals for Real Screen Formats
LED content is rarely 16:9 video on a bigger display. Real jobs come with a pixel map — a 7680x1080 upstage wall, a 384x1920 side strip, a header banner over the stage — plus safe zones for logos and speakers. MotionLab generates source material up to 4K that you conform to that raster instead of stretching generic footage into it.
In motion / rendered in MotionLab
Screen-safe motion on true black
01 / Direction
The work,
broken down.
Start from the pixel map, not the look
The first fact of any LED job is the native resolution of the canvas: content shown at exactly the wall's pixel dimensions stays sharp, and anything scaled or stretched softens. Get the raster, then generate wide or tall compositions with enough negative space to crop cleanly into it.
- Native resolution before art direction
- Wide compositions cropped to strips and banners
- 9:16 output for vertical totems and columns
Protect the areas the show actually uses
Logos, speaker positions, camera IMAG cutouts, product reveals, and lower-third text all claim screen real estate. Generate still test frames first to see where the composition leaves room, and lock safe zones before anyone falls in love with a busy center.
- Logo and lower-third safety
- Negative space where presenters stand
- Test frames before motion spend
Design for LED physics
LED walls exaggerate saturation and brightness, and fine texture turns to noise at distance. Bold shapes, deep blacks, and controlled motion read better than detail — and true black pixels are off pixels, which keeps the wall from washing out the stage lighting.
- Bold silhouettes over fine texture
- Deep blacks that let the wall breathe
- Saturation kept below the wince threshold
02 / Examples
Prompts shaped to the pixel map
LED prompts start from the canvas: name the ratio, hold the action where it survives a crop, and keep true blacks so the wall does not fight the stage lighting.
Ultrawide upstage wall
Wide horizontal composition of slow-moving light ribbons on pure black, action held in a central band, deep negative space above and below, bold silhouette, constant speed, 16:9 at 4K to crop into a strip.Generate wide and crop to the wall's pixel map — the empty bands survive the conform without losing the motion.
Vertical totem loop
Tall 9:16 column of rising embers and heat shimmer against black, continuous upward drift, restrained saturation, a strong vertical silhouette, cyclical seamless motion.Built for side strips and totems — the vertical read stays clean at distance and true black hides the panel seams.
Keynote backdrop with a safe zone
Dark abstract texture with slow parallax depth, low overall brightness, a calm empty center where a speaker stands and a logo sits, subtle motion at the edges only.Composed around the show: the center stays clear for presenter and IMAG while the wall still feels alive.
03 / Use cases
Screens this material is built for
Every format asks something different from the image — the common thread is content conformed to the real canvas, not scaled into it.
- 01Upstage walls for concerts and touring
- 02Conference and keynote backdrops with logo safety
- 03Vertical strips, columns, and totem displays
- 04Retail, showroom, and lobby installations
- 05Trade show booths and brand activations
- 06Broadcast and studio backdrop walls
05 / Workflow
A practical way to create
Keep the first pass focused, review the motion honestly, and iterate with clearer visual direction.
- 01
Collect the spec: pixel map, aspect ratio, physical size, viewing distance, and which zones must stay clear.
- 02
Generate still frames at the closest aspect ratio and check composition against the safe zones.
- 03
Animate the approved looks into short clips and review for brightness, density, and readability at distance.
- 04
Conform the keepers to the native pixel map in your editor, then hand off to playback or the media server team.
07 / FAQ
LED content questions
What resolution should LED wall content be?
The wall's native pixel map, exactly. A 960x1920 wall wants a 960x1920 file — scaling introduces softness and artifacts. Generate at 4K to keep cropping room, then conform to the native raster in your editor before delivery.
How do I make content for an ultrawide or strip-shaped wall?
Generate 16:9 at 4K with the action held in a band and generous negative space above and below, then crop to the strip. For extreme ratios, tiling two or three coordinated clips across the canvas in the media server often looks better than one stretched file.
Why does content look harsher on the wall than on my monitor?
LED panels are far brighter and more saturated than a grading monitor, and pixel pitch adds shimmer to fine detail at distance. Pull saturation back, favor bold shapes over texture, and always review a test loop on the actual wall or a rental panel before show day.
Should the background be black or colored?
On LED, true black means the pixels are off — it gives the deepest contrast, hides panel seams, and keeps the wall from fighting stage lighting. Dark backgrounds with a controlled bright subject are the safest starting point for stage content.
Can I use MotionLab output directly in a media server?
Yes — output is standard video that disguise, Resolume, and PVP-class servers ingest. For heavy playback, transcode to the house codec (commonly HAP or DXV) and confirm frame rate with the screens vendor before load-in.
Next frame / 00:00:00
Start with a short visual test
MotionLab is easiest to evaluate when you begin with a focused idea, generate a first pass, and refine toward the visual language your project needs.