Cree (Nasdaq: CREE) announced that after successfully launching the 152 lm/W concept LED bulb, Cree once again broke through the performance benchmark and launched a 170 lm/W prototype LED bulb in less than a year. The innovative technology used in this high-performance 170 lm/W prototype LED bulb can significantly improve light efficiency and reduce the overall cost of the luminaire, further demonstrating that Cree is committed to accelerating the popularity of LED lighting by reducing initial costs and shortening the return period. continue trying.
According to Cree, LED based on Cree's innovative SC3 technology platform is the key to Cree's industry-leading R&D results. The SC3 technology platform uses Cree's industry-leading silicon carbide (SiC) technology to demonstrate superior performance in LED chip structures and phosphor technology.
Nick Medendorp, vice president of research and development at Cree Lighting, said: "To achieve high-performance Cree's new prototype LED bulbs, optimization of each LED design component is important. The technology used in the new 170 lm/W prototype LED bulbs helps achieve higher levels. Performance while reducing the cost of LED lamps. Cree will do its utmost to continuously develop new technologies to help reduce energy consumption and create superior light quality and greater value for customers."
On the third-party independent laboratory OnSpeX, Cree's new 170 lm/W prototype LED bulb has a luminous flux of more than 1,250 lm and a power consumption of only 7.3 W. The prototype bulb uses Cree TrueWhite® technology with a color rendering index (CRI) of over 90. The traditional 75 W incandescent bulb has a luminous flux of only 1100 lm and a luminous efficacy of 14.6 lm/W.
Cree 170 lm/W prototype LED bulb
According to Cree, LED based on Cree's innovative SC3 technology platform is the key to Cree's industry-leading R&D results. The SC3 technology platform uses Cree's industry-leading silicon carbide (SiC) technology to demonstrate superior performance in LED chip structures and phosphor technology.
Nick Medendorp, vice president of research and development at Cree Lighting, said: "To achieve high-performance Cree's new prototype LED bulbs, optimization of each LED design component is important. The technology used in the new 170 lm/W prototype LED bulbs helps achieve higher levels. Performance while reducing the cost of LED lamps. Cree will do its utmost to continuously develop new technologies to help reduce energy consumption and create superior light quality and greater value for customers."
On the third-party independent laboratory OnSpeX, Cree's new 170 lm/W prototype LED bulb has a luminous flux of more than 1,250 lm and a power consumption of only 7.3 W. The prototype bulb uses Cree TrueWhite® technology with a color rendering index (CRI) of over 90. The traditional 75 W incandescent bulb has a luminous flux of only 1100 lm and a luminous efficacy of 14.6 lm/W.
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