CDS Unveils ClearVue3DP: High‑Brightness 3D Transparent LCDs for Seamless Integration

Crystal Display Systems (CDS) has introduced its latest ClearVue3DP line of 3‑D transparent LCD displays. By integrating a high‑brightness LCD panel at the rear of the transparent unit and pairing it with precisely matched polarizers, the new technology eliminates the back‑lighting challenges that traditionally limited transparent LCD applications.

ClearVue3DP Technology

The ClearVue3DP system relies on a high‑brightness LCD that works in tandem with the transparent LCD and its matched polarizers to create a convincing 3‑D effect. The solution is available in both landscape and portrait orientations, requires no additional software, and—crucially—does not need glass, simplifying installation and reducing costs.

From Component to Turnkey Solutions

Initially sold in a component format (two panels plus two driver kits), the product has evolved in response to customer feedback and CDS’s intensive R&D. Two new integration options are now available:

• Open‑Framed Assembly – The high‑brightness panel is integrated into an open frame, while the transparent panel’s AD board is mounted within an aluminium frame. This configuration streamlines the integration process for custom projects.
• Plug‑and‑Play Showcase – A turnkey solution that packages both panels into a ready‑to‑use showcase box. The showcase features built‑in LED lighting between the panels, dedicated inputs for each display, and a simple mounting system, enabling instant deployment without design work.

The 75‑inch component format remains the most popular offering, but demand for smaller showcase versions is growing steadily.

Content and Design Guidelines

Because the high‑brightness panel acts as a "mood screen", it is best suited for simple, largely white video content. The transparent panel should display minimal detail to avoid refraction distortion; overly complex imagery can degrade the front screen’s clarity. An object placed between the two panels is acceptable, but the separation distance must be carefully chosen—too close can produce a moiré pattern, while a suitable gap preserves the 3‑D effect.