Silvaco Announces SiC Partnership with APEC

Why It Matters

The partnership accelerates SiC power‑device innovation, a critical enabler for energy‑efficient systems across multiple sectors, giving both firms a competitive edge in a rapidly expanding market.

Key Takeaways

• Silvaco expands partnership with APEC for SiC device design
• APEC adopts Victory Device, Gateway, SmartSpice tools long term
• Integration enables Design Technology Co‑Optimization, faster time‑to‑market
• SiC power devices target automotive, renewable, industrial markets
• Advanced TCAD/EDA solutions improve device efficiency and reliability

Pulse Analysis

The silicon‑carbide (SiC) semiconductor market is experiencing a surge as automakers and renewable‑energy firms demand higher efficiency and thermal performance. Unlike traditional silicon, SiC can operate at higher voltages and temperatures, reducing system size and cooling requirements. This shift has spurred a wave of investment in specialized design tools that can model complex material behavior, making TCAD platforms like Silvaco’s Victory Device essential for staying ahead of the technology curve.

Silvaco’s expanded alliance with APEC leverages a three‑pronged software stack: Victory Device for process and device simulation, Gateway for seamless TCAD‑circuit integration, and SmartSpice for rapid SPICE‑level analysis. Together they enable Design Technology Co‑Optimization (DTCO), allowing engineers to iterate simultaneously on device geometry, material parameters, and circuit performance. APEC’s long‑term commitment signals confidence that this integrated workflow will cut development timelines, improve yield, and lower overall cost of ownership for SiC power modules.

For the broader power‑electronics ecosystem, the partnership underscores the growing importance of end‑to‑end simulation in shortening product cycles. Competitors that lack comparable TCAD‑EDA integration may face longer time‑to‑market and higher R&D expenses. As global regulations push for greener, more efficient power solutions, firms that adopt advanced modeling tools will likely capture larger market shares and set new performance benchmarks for next‑generation SiC devices.