Navitas Wins U.S. Army Award to Develop 10 kV Silicon-Carbide Power Devices
Navitas Semiconductor won the U.S. Army's ALATTIS program to develop 10 kV silicon-carbide IGBTs and a domestic manufacturing process, extending its GeneSiC portfolio beyond its current 650 V to 6.5 kV range.
Navitas Semiconductor ($NVTS) has been awarded the ALATTIS program by the U.S. Army to develop next-generation 10 kV silicon-carbide power semiconductors and a domestic manufacturing process for them.
Sponsor: the Army Research Laboratory (ARL), part of DEVCOM, sponsors the project. It's supported by the Joint Experimentation and Technology Accelerator (JETX).
Device focus: the program targets 10 kV silicon-carbide IGBTs and associated PiN diode technologies for mission-critical systems used by the Armed Forces.
Manufacturing goal: the prototype project aims to develop, execute, and validate a domestic manufacturing process for silicon-carbide devices rated 10 kV or higher, which Navitas describes as currently unavailable.
Existing portfolio: Navitas' GeneSiC line, built on its patented trench-assisted planar (TAP) architecture, currently spans 650 V to 6.5 kV. The company says the Army selected it from among leading U.S. silicon-carbide firms after a competitive evaluation.
"This program enables Navitas to extend its leadership beyond SiC MOSFETs by developing next-generation 10 kV SiC IGBTs built on our unique, patented trench-assisted planar (TAP) architecture and integrated with advanced PiN diode technologies," said Siddarth Sundaresan, SVP and Chief Technology Officer at Navitas.
This platform, including MarketCatalyst LLC, is not a registered investment advisor and doesn't manage client assets. Content here is for informational and educational purposes only — not investment advice, and not a stock-picking or trade-alert service. Trading stocks and options carries risk, including possible loss of principal. Consider your own goals, time horizon, and risk tolerance, and consult a qualified financial advisor before making any investment decisions.
