What is Ultra Bright Double-Sided LCD Displays?
Ultra bright double-sided LCD displays are commercial display units featuring high-brightness LCD panels on two opposing faces, designed for retail window, shopping centre, and commercial environments where audiences approach from both directions and high ambient light requires elevated brightness levels. onQ's ultra bright double-sided LCD displays feature brightness levels from 2,500 to 5,000 nits for visibility in challenging lighting conditions.
Key Features
onQ's ultra bright double-sided LCD displays combine the high-brightness performance required for retail window and high-ambient-light environments with dual-face display capability that maximises audience reach. With active LCD panels on both faces and brightness levels from 2,500 to 5,000 nits, these displays deliver vivid, legible content to audiences approaching from both directions in the most challenging lighting conditions.
With brightness levels from 2,500 to 5,000 nits, onQ's ultra bright double-sided LCD displays remain vivid and legible in retail window environments with direct sunlight, brightly lit shopping centre thoroughfares, and any high-ambient-light environment where standard commercial displays become washed out and unreadable. This high-brightness performance is the defining characteristic that makes these displays suitable for the most demanding retail and commercial applications.
With active LCD panels on both faces, onQ's ultra bright double-sided LCD displays deliver simultaneous content to audiences approaching from opposite directions. This dual-face design maximises the audience reach of a single display asset, making these displays the most efficient format for digital signage in retail windows visible from both inside and outside the store, and in shopping centre thoroughfares where customers approach from both directions.
onQ CMS enables independent content scheduling on each face of the ultra bright double-sided display, allowing different content to be shown to indoor and outdoor audiences, or to audiences approaching from different directions in a thoroughfare environment. This capability enables targeted messaging based on audience direction and context, maximising the relevance and effectiveness of each display face.
onQ's ultra bright double-sided LCD displays are deployed in retail store windows for simultaneous indoor and outdoor content, shopping centre thoroughfares for high-brightness dual-direction advertising, hotel lobbies for guest information visible from multiple angles, corporate atriums for internal communications with broad visibility, and any environment where high-brightness dual-face display performance is required to reach audiences approaching from both directions in challenging lighting conditions.
Designed for businesses that demand performance, reliability, and scale.
Retail Shopfronts & High Streets
Mount ultra-bright double-sided LCD displays in your shop window to deliver promotional content to pedestrians on both sides of the glass simultaneously.
Shopping Centre Operators
Deploy ultra-bright double-sided displays in mall corridors and atrium positions to serve advertising impressions to shoppers moving in both directions.
Transport Hubs & Stations
Provide passenger information and advertising on ultra-bright double-sided displays that remain fully legible in the high-ambient-light conditions of transport terminals.
Automotive Dealerships
Showcase vehicle offers and brand content on ultra-bright double-sided displays in showroom windows that are visible from the street in full sunlight.
Outdoor Dining & Hospitality Precincts
Promote menus, events, and offers on ultra-bright double-sided displays at venue entrances that are readable in direct sunlight from both the street and inside.
Real Estate & Property Groups
Display property listings and development promotions on ultra-bright double-sided LCD panels in office windows that attract buyers from the street day and night.
Common questions about Ultra Bright Double-Sided LCD Displays from Australian businesses.