IKONE PRO 1.9

The IKONE PRO 1.9 is a high-performance indoor LED module engineered for professional visual excellence. Featuring a fine 1.95mm pixel pitch, this module delivers sharp, high-definition imagery that meets the requirements of demanding indoor environments. Built with high-quality SMD1515 LEDs, the IKONE PRO 1.9 ensures exceptional color uniformity and a wide viewing angle of 150°/150°, allowing for consistent image quality even from off-center perspectives.

Designed for reliability and stability, the 250x250mm modular structure allows for seamless integration into various cabinet configurations. With a maximum power consumption of 590W per square meter and an IP30 rating, it balances energy efficiency with robust performance. Whether for corporate lobbies or high-end retail, this module provides the precise luminance and contrast ratio necessary to captivate audiences and represent brands with absolute clarity.

Technical Excellence and Advanced SMD Technology

At the heart of the IKONE PRO 1.9 lies the SMD1515 (Surface Mounted Device) technology, known for its superior color mixing and reliability in fine-pitch applications. Unlike standard DIP LEDs, SMD technology provides a significantly smoother surface and better thermal dissipation, which is critical for maintaining long-term brightness uniformity and preventing pixel failure.

Refresh Rate and Grayscale Performance

For professional broadcasting and high-end events, the refresh rate is a vital metric. The IKONE PRO 1.9 is designed to support high refresh rates (typically ≥3840Hz), eliminating flickering on camera and ensuring fluid motion playback. Furthermore, its advanced driver ICs maintain deep grayscale levels even at lower brightness settings, preserving detail in shadows and dark scenes.

Build Quality and Durability

Pixelight prioritizes architectural integrity. While some ultra-fine modules use GOB (Glue on Board) for surface protection, the IKONE PRO 1.9 focuses on precise mechanical alignment to ensure a seamless "0-bezel" experience across large-scale video walls. With a maximum power draw of 590W, the internal circuitry is optimized for stability, reducing heat-induced color shifting over the product's lifespan.

Versatile Indoor Applications

The IKONE PRO 1.9 is the preferred choice for environments where high resolution and close-range viewing are paramount. Its versatility makes it ideal for several key scenarios:

• Corporate Boardrooms: Replaces traditional projectors with high-contrast, bright visuals that are visible even in well-lit meeting rooms.
• Retail Flagship Stores: Enhances brand storytelling through high-definition digital signage and immersive video backdrops.
• Broadcast & TV Studios: Thanks to its high refresh rate and stable color temperature, it performs exceptionally well under studio lighting and on-camera.
• Control Rooms: Provides the necessary clarity for monitoring complex data, CCTV feeds, and detailed geospatial information.
• Luxury Public Spaces: Perfect for indoor architectural integration in museums, airports, and hotel lobbies seeking a premium aesthetic.

Pro Tips for Optimal Performance

To maximize the lifespan and visual impact of your IKONE PRO 1.9 display, consider the following technical recommendations:

• Viewing Distance: With a 1.95mm pitch, the optimal minimum viewing distance is approximately 2 meters. This ensures the human eye perceives a continuous image without being able to distinguish individual pixels.
• Power Management: Ensure your power supply distribution is balanced. Although the max power is 590W, average consumption is typically lower; however, wiring should be rated for peak loads to prevent voltage drops.
• Controller Calibration: Use professional-grade sending boxes (like NovaStar or Colorlight) to calibrate chroma and brightness uniformity. This is essential when mixing different production batches.
• Maintenance: As an IP30 rated product, it is designed for dry indoor environments. Use anti-static tools for any front or rear service repairs to protect the sensitive SMD components.