Help UV-C LED device development, OSRAM and HexaTech signed a strategic agreement

HexaTech, the world's leading supplier of AlN single crystal substrate, yesterday (15) announced that the company signed a strategic agreement with Regensburg, Germany, OSRAM Opto Semiconductors Co., ltd.. These agreements include long-term supply agreements and some HexaTech intellectual property (IP) license, which relates to the former as the HexaTech 2 inches (diameter) of aluminum nitride substrate directly support the development project of the substrate (AlN).

The long-term supply of HexaTech aluminum nitride (AlN) substrates promises to directly support the HexaTech 2 inch (diameter) substrate development program, as well as the licensing of certain HexaTech intellectual property rights (IP).

HexaTech based on its patented materials to develop a unique and valuable knowledge of optoelectronics, high-power and RF (RF) applications, help to promote and promote the market for HexaTech substrate technology.

We believe that this partnership with OSRAM to create a win-win situation for both sides. "HexaTech CEO John Goehrke said," authorized by our technology, OSRAM UV-C can accelerate the development of LED devices based on HexaTech material, we can focus on the core competitiveness of the company, to provide world class AlN substrate. He further added: "great value for OSRAM to realize our intellectual property and the substrate in a UV-C application, we feel very happy, this also proves the substrate material of our philosophy -- the best to create optimum device performance.

OSRAM Opto Semiconductors UV-LED R & D department director Hans-Juergen Lugauer commented: "thanks to OSRAM will not be visible light wavelength range is extended to UV-C product portfolio strategy, we are ready to take advantage of this fast growing market segments. Recognized industry leaders in the HexaTech and AlN areas to establish long-term strategic relationship, will enable us to develop efficient, reliable deep ultraviolet equipment, make OSRAM become a high performance photoelectric technology providers, from deep ultraviolet to infrared wavelengths of various products. "(compile: LEDinside Nicole)

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