VITRILED 2.5 HB

The VITRILED 2.5 HB is a high-performance LED display solution specifically engineered for high-street retail environments. Designed for indoor installation with outward-facing visibility, this 960 x 1920 mm portrait panel solves the common challenge of screen washout caused by direct sunlight. With a pixel pitch of 2.5 mm and a 384 x 768 pixel resolution, it delivers sharp, high-definition imagery that keeps ultra-fine typefaces, dense technical text and QR codes perfectly readable from the street, ensuring your brand message is communicated effectively to pedestrians and motorists alike.

Boasting a brightness of 4500 nits, the VITRILED 2.5 HB outperforms standard indoor screens by a significant margin. This high-intensity output, combined with SMD 1415 LEDs, ensures vibrant colours and deep blacks, while a 3840 Hz refresh rate and 1/32 scan mode eliminate flicker on smartphone capture. A premium height-adjustable mount is supplied as standard and fixes to the floor or the ceiling, the steel chassis, with an aluminium option available, guarantees the thermal stability that small high-brightness LEDs require, and dual front and rear access keeps maintenance quick. At Pixelight, we provide this commercial-grade hardware to help retailers transform static storefronts into dynamic digital experiences that drive foot traffic throughout the day.

High-Brightness Engineering and Visual Performance

As technical specialists at Pixelight, we select components that balance longevity with peak performance. The VITRINE PRO 2.5 utilizes advanced SMD1415 LED technology, offering a wide viewing angle of 140 degrees (horizontal/vertical) to maximize visibility from various approach directions. Unlike standard indoor displays that sit at 800-1000 nits, our 4500 nits configuration is specifically calibrated for solar resilience.

Stability and Refresh Rates

To ensure flicker-free content for both the human eye and smartphone cameras—essential for modern social media marketing—this series features a high refresh rate of 3840Hz. This high-frequency PWM driving IC architecture prevents scanning lines during filming. Furthermore, the 320x160mm module size allows for versatile cabinet configurations, ensuring seamless integration into diverse storefront architectures. While SMD technology is the standard for color uniformity, we also offer GOB (Glue-on-Board) options for clients requiring enhanced surface protection against dust and moisture in window environments.

Versatile High-Stakes Applications

The VITRINE PRO 2.5 is the preferred choice for environments where high ambient light meets the need for high-resolution detail. Key installation scenarios include:

• Luxury Retail & Flagship Stores: Positioning high-definition digital posters behind glass to showcase high-margin products without glare interference.
• Real Estate Agencies: Replacing static paper listings with dynamic, bright displays that remain legible even on South-facing storefronts.
• Transportation Hubs: Information kiosks and advertising screens in airports or train stations near large glass skylights.
• Automotive Shorooms: Large-scale digital walls that compete with house lighting and natural sun to highlight vehicle features.
• Banking & Finance: Transparent or window-integrated displays for communicating real-time rates and services in high-traffic urban areas.

Technical Maintenance and Optimization

To maximize the return on investment for your VITRINE PRO 2.5 installation, our technical team recommends the following practices:

• Viewing Distance: With a 2.5mm pitch, the optimal minimum viewing distance is approximately 2.5 meters. This makes it ideal for boutique windows where the public approaches the glass.
• Heat Dissipation: High-brightness screens generate more heat than standard displays. Ensure adequate ventilation within the window enclosure to prevent thermal throttling and extend the lifespan of the SMD1415 diodes.
• Brightness Control: Use a light sensor connected to the LED controller (e.g., NovaStar or Colorlight) to automatically dim the display at night, preventing light pollution and reducing power consumption.
• Power Supply: Always verify that your electrical circuit can handle the peak load of a 4500-nit display, which requires more current than standard indoor units.