HexaTech, the world's leading supplier of AlN single-crystal substrates, announced on the 15th that it has signed two strategic agreements with OSRAM Opto Semiconductors Co., Ltd. in Regensburg, Germany. These agreements include long-term supply agreements and several HexaTech intellectual property (IP) licenses, the former involving aluminum nitride (AlN) substrates that are directly supported by HexaTech's 2-inch (diameter) substrate development project.
The long-term supply commitment to HexaTech's aluminum nitride (AlN) substrates directly supports HexaTech's 2-inch (diameter) substrate development program and the licensing of certain HexaTech intellectual property (IP).
Based on its patented materials, HexaTech has developed a unique and valuable knowledge base of optoelectronics, high power and RF (radio frequency) applications to help drive and facilitate the market's tremendous pull on HexaTech's base substrate technology.
“We believe that this partnership with OSRAM has created a truly win-win situation for both parties.†HexaTech CEO John Goehrke said, “By licensing our technology, OSRAM can accelerate its UV-C LED devices based on HexaTech materials. Development, we are also able to focus on the company's core competitiveness, providing world-class AlN substrates.†He added: “We are very pleased that OSRAM recognizes the enormous value of our intellectual property and substrates in UV-C applications. This again proves our philosophy that the best substrate materials create the best device performance.
Hans-Juergen Lugauer, Head of UV-LED R&D at OSRAM Opto Semiconductors, commented: "We are ready to take advantage of this fast-growing segment thanks to OSRAM's strategy to extend the invisible optoelectronics portfolio to the UV-C wavelength range. Market. Establishing a long-term strategic relationship with HexaTech, a recognized industry leader in AlN, will enable us to develop efficient and reliable deep UV equipment, making OSRAM a leading provider of high performance optoelectronic technology, from deep ultraviolet wavelengths to infrared wavelengths. Various products."
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