Project to produce Nitrogen Polar GaN for RF/mm-wave

August 01, 2019 //By Jean-Pierre Joosting
Project to produce Nitrogen Polar GaN for RF/mm-wave
Transphorm Inc., has announced that the U.S. Department of Defense (DoD) Office of Naval Research (ONR) has exercised a three-year $15.9 million option on an existing $2.6 million base contract with the company to produce the first commercialized Nitrogen Polar GaN for RF/mm-wave.

This contract, N68335-19-C-0107, administered by Naval Air Warfare Center Aircraft Division, Lakehurst establishes Transphorm as a U.S.-based dedicated production source and supplier of GaN epiwafers for DoD and Commercial RF/mm-wave and power electronics applications. The award comprises a Base Program for key technology development/transfer and an Option Program to establish production scale capability.

The program’s core objective is to commercialize nitrogen polar (N-polar) GaN, a breakthrough technology beyond the incumbent Ga-polar GaN. N-polar GaN holds significant promise for the continued advancement of GaN-based electronics, in today’s RF electronics and future power conversion systems. The technology, exclusively licensed to Transphorm, was invented under ONR and DARPA sponsorship at the University of California, Santa Barbara (UCSB) by the team of Professor Umesh Mishra, Distinguished Professor at UCSB and Transphorm’s Co-founder, CTO and Chairman.

“The N-polar orientation of the material is reversed from the traditional Ga-polar GaN currently being widely used in base station and DoD applications. The flip produces radical benefits in output power along with groundbreaking efficiencies to frequencies as high as 94 GHz,” said Dr. Mishra. “Applications span the frequency range of interest for 5G, 6G and beyond and also fill a critical technological void for DoD systems.”

At 94 GHz, Mishra’s UCSB team has demonstrated mm-wave devices with record power densities and high efficiencies. These devices simplify RF electronic systems by reducing the need for power combining multiple components and devices while also simplifying cooling systems, ultimately resulting in higher performance at reduced cost.


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