by Commercial LED Lighting | Jul 22, 2014 | Automotive & Vehicles, Features, LED Design & Manufacturing, LEDs Sources, Manufacturing Equipment, Packaged LEDS, Substrates & Wafers
Donggeun Ko, Jacob Yoon, and Jangho Seo describe how patterned wafers can help increase LED light extraction by reducing defect density and total internal reflection losses. The original version of this article can be found...
by Commercial LED Lighting | Jul 9, 2014 | Industry News, LED Design & Manufacturing, LEDs Sources, Manufacturing Equipment, Networks & Controls, Packaged LEDS, R&D, Research & Development, Substrates & Wafers
Asia Pacific Resources Development Investment, GSR Ventures, Mayfield Fund, and Crescent HydePark deliver $80 million in new funding to Lattice Power and its gallium-nitride-on-silicon LED technology development. The original version of this article can be found...
by Commercial LED Lighting | Jul 8, 2014 | Industrial & Life Sciences, Industry News, LED Design & Manufacturing, LEDs Applications, LEDs Sources, Manufacturing Equipment, OLEDs, Packaged LEDS, R&D, Substrates & Wafers
Research and development efforts around the globe seek to boost the light output of solid-state sources in the visible and UV spectrums, attempting to broaden the application space. The original version of this article can be found...
by Commercial LED Lighting | Jul 1, 2014 | Substrates & Wafers
China-based Sanan Optoelectronics will become a major shareholder in Epistar, assuming the merger closes as planned at the end of 2014. The original version of this article can be found...
by Commercial LED Lighting | Jul 1, 2014 | Drivers Electronics, Industry News, LED Design & Manufacturing, LEDs Sources, R&D, Substrates & Wafers
China-based Sanan Optoelectronics will become a major shareholder in Epistar, assuming the merger closes as planned at the end of 2014. The original version of this article can be found...
by Commercial LED Lighting | Jun 10, 2014 | Industrial & Life Sciences, Modular light engines, Substrates & Wafers
UV LEDs built on native AlN substrates emit peak wavelengths in the 250–280-nm range and target applications in life sciences such as water quality monitoring and chemical detection. The original version of this article can be found...
