GPI’s 3D COB integrated solution can be used with dimensional lighting or plane lighting remote phosphor solutions. Compared to single or group LED packages, where phosphor is placed very close to the die and receives near range concentrated light source stimulation, the remote phosphor used in 3D COB are is located further away from the die and excited by long range light source. The advantages provided by such an arrangement include excellent lumen maintenance, small differences in hot-cold factor, and slight color shifts. In addition, by applying remote phosphors in GPI’s high luminous efficacy Match led high bay light , it is also able to get improved color uniformity and diverse color temperature options. For luminarie manufacturers, these technological advantages open up a lot of opportunities for luminaire manufacturers to create more flexible light fixture designs.
Standard specifications can cause inventory risks when client demand changes. GPI’s 3D COB’s core light source employs the patented blue light Match LED component, a technology developed by the company. The component is constructed on the foundation of AT chips, and includes the following features: wire-bond free, compact arrangement, low thermal resistance, and high light efficiency. From the AT die, MATCH LED component, to the 3D COB light source solution, GPI has been cooperating with top international phosphor brands, to provide sophisticated light efficiency levels and patent protection. This also helped improve luminaries’ clients’ opportunities of entering the global market. Currently, GPI’s 3D COB is being introduced to lighting manufacturers in the U.S., Japan, Europe and China. The company is currently cooperating with a top global distributor to promote and sell 3D COBs.
Accurate colour rendering is a critical factor in achieving the desired ambience in high-performance applications. While the CRI measures the light source against eight pastel pigment colours, it does not take into account saturated solids [R9-R12] or skin tones [R13 and R15]," said LED LED Linear high bay light. "Not only does Gallery White achieve a CRI of 97, the emitter also delivers R1 to R15 values between 96 and 99 and R12 typically of 86."
Standard specifications can cause inventory risks when client demand changes. GPI’s 3D COB’s core light source employs the patented blue light Match LED component, a technology developed by the company. The component is constructed on the foundation of AT chips, and includes the following features: wire-bond free, compact arrangement, low thermal resistance, and high light efficiency. From the AT die, MATCH LED component, to the 3D COB light source solution, GPI has been cooperating with top international phosphor brands, to provide sophisticated light efficiency levels and patent protection. This also helped improve luminaries’ clients’ opportunities of entering the global market. Currently, GPI’s 3D COB is being introduced to lighting manufacturers in the U.S., Japan, Europe and China. The company is currently cooperating with a top global distributor to promote and sell 3D COBs.
Accurate colour rendering is a critical factor in achieving the desired ambience in high-performance applications. While the CRI measures the light source against eight pastel pigment colours, it does not take into account saturated solids [R9-R12] or skin tones [R13 and R15]," said LED LED Linear high bay light. "Not only does Gallery White achieve a CRI of 97, the emitter also delivers R1 to R15 values between 96 and 99 and R12 typically of 86."
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