Searching for AISA CyberCon lightbox LED modules or fabric lightbox LED bars for interactive exhibition displays? Compare internal LEDs for backlit activation graphics.
Which LEDs suit a fabric lightbox facade?
Compare source dimensions and optics with the actual fabric print, frame depth and mounting space. Choose edge-lit or rear-backlight layouts for the measured construction; do not assume every frame accepts the same bar.
Will visitors read the print beside moving video?
Check the finished illuminated print with nearby video operating, from approach routes and the activation position. Compare message legibility, bright areas and visual competition. Test the printed lightbox and adjacent screens as separate display components; source selection alone does not guarantee readability.
Compare LED lightbox sources
- 20W rigid edge-lit bar: 470×24×16mm including lens, DC24V, 2200lm ±10% and 10°×40° optics.
- 12W dual-CCT rear-backlight bar: DC24V, 1320lm, 180° beam and 3-wire JST; select the CCT pair and separate control.
- 10W slim edge-lit bar: 360×23×16mm including lens, DC24V, 1100lm and 9°×50° optics.
What print and display details should I send?
Send the fabric sample and graphic, frame sections and usable depth, source layout, relative screen positions, service access, connectors and supply details. These LEDs illuminate fabric lightboxes, not video walls; verify each component's power and control requirements separately.
Before ordering
For the three featured bars: Verify DC24V, total load, pinout and polarity; external power is separate. The dual-CCT bar also requires a compatible 3-wire switch or controller, not included. The featured slim 10W bar permits at most 6 per run after wiring checks; do not apply that limit to other models.
Browse all LED Modules below. Send your fabric facade and adjacent-display layout to compare internal light sources.
Contact us · Shipping policy · Organizer information
BOOTH LIGHTS is an independent supplier; no affiliation with or endorsement by the event organizer is implied.
Searching for AISA CyberCon lightbox LED modules or fabric lightbox LED bars for interactive exhibition displays? Compare internal LEDs for backlit activation graphics.
Which LEDs suit a fabric lightbox facade?
Compare source dimensions and optics with the actual fabric print, frame depth and mounting space. Choose edge-lit or rear-backlight layouts for the measured construction; do not assume every frame accepts the same bar.
Will visitors read the print beside moving video?
Check the finished illuminated print with nearby video operating, from approach routes and the activation position. Compare message legibility, bright areas and visual competition. Test the printed lightbox and adjacent screens as separate display components; source selection alone does not guarantee readability.
Compare LED lightbox sources
- 20W rigid edge-lit bar: 470×24×16mm including lens, DC24V, 2200lm ±10% and 10°×40° optics.
- 12W dual-CCT rear-backlight bar: DC24V, 1320lm, 180° beam and 3-wire JST; select the CCT pair and separate control.
- 10W slim edge-lit bar: 360×23×16mm including lens, DC24V, 1100lm and 9°×50° optics.
What print and display details should I send?
Send the fabric sample and graphic, frame sections and usable depth, source layout, relative screen positions, service access, connectors and supply details. These LEDs illuminate fabric lightboxes, not video walls; verify each component's power and control requirements separately.
Before ordering
For the three featured bars: Verify DC24V, total load, pinout and polarity; external power is separate. The dual-CCT bar also requires a compatible 3-wire switch or controller, not included. The featured slim 10W bar permits at most 6 per run after wiring checks; do not apply that limit to other models.
Browse all LED Modules below. Send your fabric facade and adjacent-display layout to compare internal light sources.
Contact us · Shipping policy · Organizer information
BOOTH LIGHTS is an independent supplier; no affiliation with or endorsement by the event organizer is implied.