In the field of outdoor LED displays, as the industry chases smaller pixel pitches and higher resolutions, a fundamental question is repeatedly asked: Under the harsh tests of wind, rain, intense sun, and extreme temperature variations, what is the core that ensures the long-term stable operation of a screen?
With seventeen years of practice, Kingaurora provides an answer focused on the essence: return to the physics of packaging, and build the cornerstone of long-term value with structural reliability. Its fully independently developed DIP570 RGB 3-in-1 lamp bead is the ultimate embodiment of this philosophy. It is not a winner of lab parameters, but an "industrial-grade" solution born to withstand real outdoor environments.
The DIP570 lamp bead is Kingaurora's strategic innovation upon classic DIP packaging technology. Its essence is the integration of red, green, and blue LED chips through precision processes into a single, reinforced epoxy resin lens, forming an independent, robust, complete pixel unit.
Compared to solutions that assemble three separate monochromatic lamp beads, DIP570's "3-in-1" integrated design fundamentally avoids pixel consistency challenges arising from multi-device assembly. Its interior is potted with high-purity, UV-resistant special epoxy resin in a monolithic process, providing the chips with a homogeneous and stable microenvironment, ensuring the high unification of optical performance and environmental endurance from the source.
The exceptional performance of DIP570 stems from Kingaurora's autonomous control over the entire packaging chain. The transformation from chip to reliable lamp bead undergoes meticulous refinement through four core processes:
1
Precisely positions the RGB chips onto silver-plated brackets with micron-level accuracy.
2
Completes the electrical connection between chips and brackets using ultra-fine gold wires, ensuring permanent reliability.
3
Injects and cures epoxy resin. Its material formula and process determine the lamp bead's core ability to resist environmental erosion.
4
Uses fully automatic spectral and colorimetric sorting to ensure highly consistent photoelectric parameters for each lamp bead, laying the foundation for the display's excellent uniformity.
This self-owned production line is the fundamental guarantee of DIP570's quality consistency.
DIP570 is not a simple upgrade; it is a systematic engineering response targeting the pain points of outdoor reliability.
|
Comparison Dimension |
Traditional DIP346 Lamp Bead |
Kingaurora DIP570 Lamp Bead |
|
Optical Design |
Three monochromatic lamp beads combined into one pixel; consistency relies on post-calibration. |
A single lamp is a pixel; native optical consistency is greatly improved, resulting in purer, more uniform images. |
|
Performance |
Brightness and luminous efficiency limited by earlier technology; relatively higher power consumption and thermal stress. |
Utilizes high-efficiency chips and custom optical lenses; brightness increased by over 50%, with significantly optimized energy efficiency ratio. |
|
Thermal Management |
Relatively single heat dissipation path, higher thermal resistance. |
Optimized thermal architecture; chip junction temperature significantly reduced; slower lumen depreciation at high temperatures, longer lifespan. |
While inheriting the robust genes of DIP technology, DIP570 sets a new benchmark in image quality, energy efficiency, and full-cycle reliability.
True value is judged by time and environment together. The reliability of DIP570 has been ultimately verified in the world's most demanding projects:
Middle Eastern Deserts: Withstands temperatures above 45°C and intense UV radiation, with stable color performance.
Nordic Winters: Instantly starts in -35°C environments with no delayed brightness.
Coastal Salt Fog: Its precise sealing structure effectively blocks chloride ion, keeping pins like new over time.
Major Traffic Routes: Resists continuous vibration; millions of lamp beads remain intact.
DIP570 serves a professional market that is extremely sensitive to total lifecycle costs and operational certainty. Here, the loss from a single unplanned downtime far exceeds the price difference of the equipment. By offering an extremely high Mean Time Between Failures (MTBF), DIP570 transforms unforeseen risks into predictable long-term returns, reshaping the value investment model for outdoor displays.
In 2026, as outdoor display applications extend to areas with more complex environments and stricter requirements, Kingaurora's philosophy, tempered through seventeen years of deep cultivation — "born for outdoors, built to endure" — will no longer be just one of many options, but the inevitable choice for confronting extreme challenges. This light, kindled by solid engineering and long-termism, will ultimately traverse business cycles, illuminating a more robust and sustainable future.
3th Building,Gaosite Zone Pingshan
New District, Shenzhen
sevice88@kingaurora.com
3th Building,Gaosite Zone Pingshan
New District, Shenzhen
