International Rectifier has announced that it has qualified and shipped product built on its revolutionary Gallium Nitride (GaN)-based power device technology platform for a home theater system manufactured by a leading consumer electronics company.
“Commencing commercial shipments based on our leading-edge GaN-based technology platform and IP portfolio extends IR’s leadership in power semiconductor devices and heralds a new era for power conversion, in line with our core mission to help our customers save energy,” stated IR’s President and Chief Executive Officer, Oleg Khaykin. “We fully anticipate the potential impact of GaN-based technology on the power conversion market to be at least as large as the introduction of the power HEXFET by IR over 30 years ago.”
The news underlines International Rectifier’s strong strategic position within the power management market, providing an efficient manufacturing model that enables customers to achieve improvements in key application-specific figures of merit (FOM) of up to a factor of ten compared to state-of-the-art silicon-based technology. The company believes that this latest milestone demonstrates its ongoing commitment to providing customers with leading-edge power management technology.
“GaN has the potential to be infused into every business unit and product line within IR over the long-term. We are excited about GaN, and see it as one of the major drivers for our long-term revenue growth, and market share expansion. I would like to thank all of the individuals involved and congratulate them for this tremendous accomplishment,” Mr. Khaykin concluded.
The pioneering GaN-based power device technology platform is the result of ten years of research and development by IR based on the company”s proprietary GaN-on-silicon epitaxial technology. The high throughput, 150mm GaN-on-Si epitaxy, together with subsequent device fabrication processes which are fully compatible with IR’s current cost effective silicon manufacturing facilities, offers customers a world-class, commercially viable manufacturing platform for GaN-based power devices.