Industry Analysis
Navitas' ALATTIS award is not a single order—it is the structural pivot of U.S. power semiconductors from import dependence to sovereign capability at the 10kV ultra-high-voltage tier.
Technically, 10kV SiC IGBTs operate in a fundamentally different engineering regime than the 650V–1200V MOSFETs dominating EV powertrains. Gate-oxide reliability, short-circuit withstand collapsing from microseconds to nanoseconds, and thermal flux scaling by an order of magnitude demand entirely new trench-gate architectures, 8-inch epitaxy recalibration, and ceramic packaging. Navitas' path from 6.5kV thyristors (2010) to 6.5kV MOSFETs (2021) maps this curve, yet 10kV IGBT remains its first production-grade validation.
On compliance, MIL-STD qualification adds 2–3 years to cycles, and the domestic-manufacturing mandate forces U.S.-anchored capacity—significant capex, but simultaneously a moat against Infineon, Mitsubishi Electric, and Fuji Electric, whose 10kV lines sit outside the U.S.
Competitively, Wolfspeed holds 10kV SiC diodes but lacks complete IGBT modules; Infineon's IGBT strength is silicon-based. In this niche, Navitas is effectively the only U.S.-anchored player. Its window: 18–24 months.
The long tail: naval shipboard power, high-power radar, and DOE grid modernization will replicate this procurement logic. By 2028, U.S. defense SiC device TAM could exceed $2B, and Navitas—clearing MIL certification by 2026—can lock in 30%+ share.
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