UV / IR

Jilin University Places AIXTRON Reactor Order for GaN UV and White LED Research

AIXTRON SE announced a new MOCVD system order from existing customer Jilin University China. The contract is for one CCS reactor in a 3x2-inch wafer configuration, which will be dedicated to the growth of gallium nitride materials for UV and white LEDs.

Published by LED professional ·

LED professional

One of AIXTRON’s local support teams has installed and commissioned the new reactor in a state-of-the-art clean-room facility at Jilin University in Changchun, China.

Dr. Zhang of the Jilin University, State Key Laboratory on Integrated Optoelectronics, comments, “We already have experience and a very good understanding of AIXTRON systems, and we were particularly impressed with the reactor’s ergonomics and security. The system has set the standard amongst the world's best laboratories, thus we intend to join those ranks. Our intention is to develop exciting new material structures that will lead to greater understanding and to production of gallium nitride materials for UV and white LEDs. This is a challenging task, but we are confident that the combination of the process technology capabilities of the CCS reactor and strong backing from the local AIXTRON support team will enable us to achieve our aims quickly and efficiently.”

Jilin University is a leading national university under the direct jurisdiction of China's Ministry of Education. Founded in 1946 and located in Changchun, the capital city of Jilin Province in Northeast China, the university is made up of eight campuses across five districts, which are home to thirty-nine colleges covering twelve academic disciplines. The University boasts sixteen disciplinary areas, six state key laboratories, and eight national bases for the development of basic science. Other resources include seven key laboratories sponsored by the Ministry of Education and eleven by other ministries of the Chinese government.

For further information on AIXTRON please consult our website
at: www.aixtron.com.

Did you like this article?

Share this article

You could also like this

UV / IR

Far-UVC LEDs transmit data at record speed | Ferdinand-Braun-Institut

Researchers at Ferdinand-Braun-Institut (FBH), the University of Strathclyde, and the University of Cambridge demonstrated wireless optical communication using far-UVC LEDs at wavelengths below 235 nm, achieving data rates up to 1.5 gigabits per second over a 30 cm line-of-sight link. The FBH-developed LEDs are optimized for high optical power and fast modulation by segmenting the emitting surface to reduce capacitance and increase current density. Far-UVC offers low solar background outdoors and stronger Rayleigh scattering for potential non-line-of-sight links. Next steps include testing longer distances, non-line-of-sight performance, and environmental effects on transmission.

UV / IR

PureFize Presents Field-emission Cathodoluminescent Approach for Next-generation Far-UVC Devices

Swedish UV technology company presents breakthrough results showing deep-UV emission below 240 nm from a scalable, phosphor-tunable device platform.

UV / IR

Violumas Has Launched New 255nm, 265nm, and 275nm LEDs

Violumas, provider of high-power UV LED solutions and inventor of 3-PAD LED technology, has released its next-generation 255nm, 265nm, and 275nm LEDs in both SMD and COB configurations.

UV / IR

LEDINTRO Introduces Breakthrough Harmless 230nm UV LED Air Sterilization Ball

Ultraviolet radiation has long been recognized as an effective method for inactivating airborne and surface-borne microorganisms. However, the widespread use of conventional UV-C sources has been constrained by safety concerns, as prolonged human exposure to traditional germicidal wavelengths is…

LuminusEdison optoLTF TechnologyLoreos

The latest Press Releases

Explore All

Stay current with our monthly Update from the lighting industry

LEDprofessional Newsletter

You will receive a confirmation e-mail. Unsubscribe anytime.