Navitas Semiconductor (NVTS) 28th Annual Needham Growth Conference Virtual summary

Leadership and strategic direction

• New CEO with 25 years of semiconductor experience accelerated the shift from consumer/mobile to high-power markets, focusing on AI data centers, grid infrastructure, computing, and industrial sectors.

• Company leverages expertise in gallium nitride (GaN) and high-voltage silicon carbide (SiC), with a decade of GaN experience and a strategic SiC acquisition.

• De-emphasized automotive and consumer solar, reallocating resources to high-power, high-growth opportunities.

• Emphasizes speed, system-level expertise, and strong foundry partnerships as key differentiators against larger competitors.

• Maintains sufficient cash reserves to support execution and customer confidence.

Market focus and growth outlook

• High-power markets targeted include AI data centers, grid infrastructure, high-performance computing, and industrial applications.

• Strategic focus on 650V and above for GaN, and 1.2kV and above for SiC, avoiding crowded EV markets.

• Total serviceable available market (SAM) projected to grow from several hundred million dollars to $3.5 billion by 2030, with AI data centers and grid infrastructure driving $2.4 billion of that.

• Data center SAM split: $1 billion GaN, $400 million SiC, driven by adoption of 800V HVDC architectures.

• Grid infrastructure SAM estimated at $1 billion, with solid-state transformers and battery energy storage as key applications.

Technology and competitive landscape

• GaN adoption in data centers is accelerating due to necessity for higher density and efficiency; SiC remains easier to implement but GaN offers greater density for HVDC applications.

• GaN content per megawatt in data centers estimated at $10,000–$15,000; SiC at $20,000–$25,000, with SiC content higher due to grid and AC-DC roles.

• Only a few competitors, notably Infineon, offer full grid-to-core technology coverage across high-voltage SiC and GaN.

• High-performance computing market for GaN chargers projected at $400 million, with adoption driven by AI-enabled notebooks requiring higher wattage chargers.

• Competitive landscape in high-end computing is less commoditized, with major U.S. and Taiwan players and ongoing IP disputes among GaN vendors.