Sign Lighting Technology Explained

Light shines through a translucent face, giving the strongest direct legibility. Best for roadside and long-distance reading. See front-lit channel letters.

Solid faces with light behind, washing the wall in a glow. Needs a suitable, preferably smooth, wall. See halo-lit letters.

Combines a lit face and a rear glow for depth and read-from-afar visibility. See dual-lit letters.

Edge-lit acrylic lights the panel from its edges for a floating look, while lightboxes light a whole graphic face evenly. See edge-lit acrylic and LED lightboxes.

Shallow cabinets suit interiors and tight spaces. See slimline lightboxes.

Colour-changing options let a sign shift hue or follow a scheme. RGB, RGBW (with a dedicated white for cleaner whites) and addressable pixel systems each have different costs and complexity. All are subject to technical assessment and confirmed availability.

Controllers store scenes for different times or events, and DMX control connects signs to architectural lighting systems. This is subject to technical assessment and confirmed availability.

Dimming controls brightness to suit the surroundings, timers set the hours and dusk-to-dawn sensors switch signs on when light fades. Controls are selected during design.

Older signs can often be assessed for conversion to LED. See LED retrofit services and repairs.

Over-bright signs are hard to read and annoy neighbours. We set brightness and diffusion to the viewing distance and surroundings.

Plan how a technician will reach the sign, power supplies and drivers later. Access affects long-term cost as much as the sign itself.

Outdoor signs face sun, rain and dust. Components, sealing and cabling are chosen for the exposure, and we confirm specifics during design rather than quote generic ratings.

Lit outdoor signs also need electrical access and often landlord, body corporate or municipal approval. Both are checked at survey stage. Read the illuminated signage hub or book a site survey.