2018-11-05

Soitec’s Relaxed InGaN Substrates Enable Pure Red Emission for Full-Color Micro LED Displays

Micro LED displays require the use of red, green and blue (RGB) LEDs, achieved by mixing nitride LEDs and phosphide LEDs. This mixing causes blue, green and red LEDs to behave differently in terms of temperature and aging, which impacts the quality of image color. Moreover, blue, green and red LEDs each require specific electronic drivers, making integration more complex. (Figure 1: Red emission at 630nm of 100µmx100µm of full InGaN LED grown on Soitec’s InGaNOS) RGB LEDs composed of the same material inducing the same behav...
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2017-10-17

Disruptive Substrate Technology for Direct Green and Red Micro LEDs

The ideal solution for microLED makers would be the availability of efficient nitride LEDs in both green and red. In this case, all RGB LEDs would be composed of the same material with the same behaviors and driving conditions. The challenge is to find one material capable of spanning the blue to red spectrum. 
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Silanna UV is pleased to announce the release of its next generation Far UVC LED, the SF2-3T9B5L1-TB, which exceeds even the popular SF1 series, with UVC wavelengths down to 230nm (typical 233nm); doubled output power; and 2x improvement in te... READ MORE

As automotive design continues to evolve, the demand for sleek, distinctive front lighting has never been greater. Thin, continuous light lines are becoming a defining element of vehicle identity, balancing aesthetics with functionality. In re... READ MORE