Silicon. Reinvented.
SuperQ® power MOSFETs combine breakthrough efficiency with the proven cost structure, reliability, and supply-chain stability of silicon.
- Higher Efficiency: Up to 50% lower conduction losses and dramatically reduced heat.
- Design Compatibility: Use standard silicon packages, gate drives, and layout practices.
- Lower System Cost: Reduce cooling requirements, component count, and manufacturing complexity.
Why SuperQ?
Low RDS(on)
Industry-leading resistance per package reduces conduction loss, heat, and parallel device count.
Lower Switching Loss
Improves system efficiency, reduces heat, and supports higher-frequency operation.
Ruggedness and Robustness
High short-circuit withstand capability and 100% production UIS testing provide greater design margin.
Optimized Cost x Performance
SuperQ products use simpler manufacturing flows that optimize Cost x Performance.
SuperQ
Designed for the Power Systems That Move the World
SuperQ MOSFETs deliver measurable performance gains across a wide range of applications—from motor drives and robotics to data centers, renewable energy, and advanced power systems.
- Highest SCWC
- Higher efficiency and less heat
- Longer runtime and battery life
- Higher current capability
- Cooler operation
- Smaller inverters
- Faster charging
- Cooler operation
- More compact
- Higher efficiency
- Reduced component temperature
- Lower OPEX
- Higher efficiency
- Lower operating temperature
- Higher power density
- Higher efficiency
- Cleaner switching transitions
- Reduced cooling requirements
Featured SuperQ MOSFETs
2.5mΩ, 233A iS15M2R5S1T
6.4mΩ, 133A iS15M7R1S1C
5.5mΩ, 151A iS20M5R5S1T
25mΩ, 40A AEC-Q101 iS20M028S1PQ
View All SuperQ Products
The Technology Behind the Breakthrough
SuperQ is iDEAL Semiconductor’s proprietary power-device architecture that dramatically increases conduction area and reduces resistance. The result: cooler, faster, more efficient power conversion — all in standard silicon form factors and voltages.
Why iDEAL?
The iDEAL Difference
- Breakthrough performance optimized for performance and cost
- Proven silicon manufacturing processes support scalable, stable supply
- Industry-standard drivers and packages simplify evaluation and adoption
- Qualification Beyond AEC-Q101 provides greater confidence in long-term reliability
- Applications engineering support helps customers move from device selection through validation
