(Click here to watch the project video on YouTube)
On March 24, 2026, RusinDisplay delivered a 55-inch 2×2 transparent OLED video wall with infrared touch for a corporate showroom in Jiangsu, China. Installed within an architectural opening between a corridor and an atrium, the display combines moving imagery with views of the surrounding interior.
The project covered screen supply, structural design, installation and commissioning, and infrared touch integration. Concealed cable routing beneath the display keeps the completed installation tidy and integrated with the showroom’s finishes.
Project Overview
| Item | Project Details |
| Location | Corporate showroom in Jiangsu, China |
| Display technology | Transparent OLED |
| Screen configuration | Four 55-inch screens in a 2×2 arrangement |
| Combined resolution | 3840 × 2160 pixels (4K UHD) |
| Brightness | 200 nits typical; 600 nits peak |
| Active display area | Approximately 2.42 × 1.36 m, depending on the panel version |
| Touch system | Infrared touch, installed and commissioned |
| Protective glass | 4 mm tempered glass |
| Surface treatment | Anti-glare (AG) coating |
| Installation features | Custom supporting structure with concealed cable routing beneath the display |
| RusinDisplay’s scope | Screen supply, structural design, installation and commissioning, touch integration |
A Display Window Along the Visitor Route
The video wall occupies an opening beside the corridor, placing digital content within view of people moving through the showroom. Its position makes it suitable for corporate presentations, brand visuals, and content that visitors can explore during a guided or self-directed visit.
The transparent display preserves the visual connection between the corridor and the atrium. Visitors can see animated imagery on the screen while remaining aware of the architecture behind it. This gives the installation a role both as a presentation surface and as part of the interior design.
Structural Integration and Concealed Wiring
RusinDisplay designed the supporting structure for the 2×2 screen arrangement and its placement within the opening. The black frame outlines the display and aligns with the vertical elements around it, giving the installation a consistent appearance from both the corridor and the atrium side.
Space beneath the display was reserved for concealed cable routing. Once installation is complete, the wiring is hidden within the structure, keeping visible cables out of the finished presentation area. Managing the wiring helps keep attention on the displayed content and the surrounding architecture.
The footage was recorded during installation and commissioning, so temporary equipment and cables are visible on the work surface. These show the setup process before the area was fully finished.
Infrared Touch for Showroom Interaction
The delivered system includes infrared touch, allowing visitors or presenters to interact with compatible on-screen content.
In a corporate showroom, this capability can support activities such as browsing company information, selecting business topics, or opening product presentations. The specific actions depend on the software and content connected to the display.
The video demonstrates the visual performance and physical installation. The touch system adds an interaction option beyond the playback shown in the footage, allowing the display to support both presentation and visitor input.
From Screen Supply to On-Site Integration
RusinDisplay brought together the transparent OLED screens, supporting structure, concealed cable routing, and infrared touch system, then completed installation and commissioning on site.
The project illustrates how a transparent video wall can become an interactive display window within a corporate interior. Its placement supports presentation along the visitor route, while the see-through screen and concealed wiring maintain a clean, open appearance.
For your corporate showroom project, contact RusinDisplay to discuss the display configuration, structural integration, and touch requirements.
