High color rendering lighting needs, CRI, R9
from general needs special lighting places, such as museums, exhibition halls,studio light, photography ight,Aquarium Light ,atmosphere restaurants,plant light etc.
To emerging web creators, the lighting required by the media, high color rendering LED lights, can give web media creators (such as YOUTUBER) good lighting effects,
we are committed to providing the best light, thin, high color rendering CSP includes Ra>90,>95, R9, R12 and other lights that meet the needs of media creators
Using our design can be different from the previous traditional COB solutions, adopting light and thin CSP with high color rendering and flexible design of adjustable color temperature lighting, which meets the natural light demand of black body radiant light body for your need.
The color rendering index is an important method to evaluate the ability of artificial light sources to restore the color of an object.
Spectrum different light
High CRI R9 DCOB spectrum
The evolution of lighting device
History 1879 ~1976~2006
High CRI and R9 LED CSP
Different scenes have different requirements for the color rendering index of the light source. From the perspective of protecting eyesight, the color rendering index of the lamps used needs to be greater than 80. 90-100 Places that require precise color contrast 80-89 Places that require correct color judgment 60-79 Places requiring medium color rendering Ra represents only the general color rendering index.
In the lighting industry, R9 is becoming more and more important. The so-called R9 is the ability to display red in the color rendering index of lamps. To put it simply, the higher the lamp R9, the more vivid and vivid the effect will be illuminated on occasions such as fruits and flowers.The use of LED CSP high CRI and Ra design can meet your needs for artworks, animals, human bodies, plants, etc. Closed to the spectrum of natural sunlight.
Describe your image
DImmable dual color CSPs on Board (D-COB):
Traditional COB is designed by chips on board and coating with yellow phosphor. With the needs of the market, the demand for high CRI and adjustable light color temperature began. Based on the traditional COB technology, it maintains the use of chips to solidify on the circuit board. Two groups of different phosphors are applied to the chips at different positions to control the color temperature. Our design is to use two high CRI 95 CSP and R9 90 that have been made so that customers can adjust the color temperature in the range of 2700K to 7000K to maintain a black body radiation and have a high CRI 95 R9 90.
Light is not just light, gpiled mixes and matches LED CSP dual-color temperature, high CRI, and R9 into a light panel with adjustable temperature. The advantages of LED CSP are small size, high power, and can be densely stacked, dimmable, which is different from the traditional overlay phosphor COB. It is suitable for applications that require high lumens per unit area and high color rendering, such as photography lights, Video lights, etc.
GPILED's DCOB adopt the AlN substrate , high quality phosphors and CSP tech to have the lower heat and higher lumen with outstanding CRI and R9.
Module service :
We also provide services to introduce you the module manufacturers using GPILED CSP LED for your reference, including lighting, automotive lamp modules, and various application modules.