Infineon’s 2025 SiC Power Module Breakthrough: Driving EV Efficiency with Rivian

Infineon’s 2025 SiC Power Module Breakthrough: Driving EV Efficiency with Rivian

Company / HQ

Infineon Technologies — Neubiberg (near Munich), Germany.

Offering

Automotive-grade HybridPACK™ Drive G2 power modules (SiC + Si options) and EiceDRIVER™ isolated gate-driver ICs optimized for SiC traction inverters; first customer products built on Infineon’s 200 mm SiC wafer technology.

Project summary & timeline

  • Design-win: Infineon secured a design-win to supply SiC and silicon HybridPACK™ Drive G2 modules for Rivian’s R2 traction-inverter platform, with series deliveries targeted from 2026.

  • Manufacturing milestone: Advanced its 200-mm SiC roadmap and delivered the first customer products built on 200-mm SiC wafers in Q1 2025 from its Villach facility.

  • Supporting products: Released new EiceDRIVER™ isolated gate drivers in 2025 to match SiC switching requirements and simplify OEM integration.

Implementation steps

  1. Qualified HybridPACK™ Drive G2 modules for automotive traction use against OEM and AEC-Q standards.

  2. Brought 200-mm SiC wafer processing online to improve cost structure and throughput.

  3. Introduced matching gate-driver family and reference designs to shorten customer qualification cycles.

  4. Coordinated pilot, PPAP, and SOP milestones with Rivian to align series-production timing.

Technical & commercial benefits

  • System-level: SiC modules enabled higher efficiency, higher switching frequency, and improved inverter power density compared to traditional IGBTs.

  • OEM integration: Pre-qualified modules and drivers reduced engineering time, allowing Rivian to accelerate product launch.

  • Economics: 200-mm SiC wafers improved unit economics compared with smaller wafers, lowering cost per device.

Protectional / resilience measures

  • Vertical investments in 200-mm SiC wafer production and in-house module assembly reduced external supply risks.

  • Automotive-grade qualification provided reliability assurance to OEMs.

Outcome/market impact

  • The Rivian R2 design-win positioned Infineon to capture multi-year traction module volumes starting 2026.

  • Helped shift SiC adoption from premium EVs toward mainstream models by improving availability and reducing cost trajectory.

Financial after implementation

  • The program created new revenue visibility through confirmed design-wins and secured mid-term growth via large EV supply contracts.

  • Infineon’s SiC roadmap and HybridPACK product ramp became a key growth driver in its 2025 power-semiconductor business, strengthening its competitive position in automotive markets.

Key risks & lessons

  • Risk: Delays in wafer yield improvements or module assembly could affect customer program timelines.

  • Lesson: Early scaling of wafer and module capacity, combined with turnkey solutions (modules + gate drivers), is essential to secure OEM confidence and long-term contracts.

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