

Intrinsic Reliability Design, Lifetime Model & FIT
Intrinsic Reliability Design
Innoscience defines product specifications based on the device's application voltage, with performance guaranteed through reliability design margins.
Gate Reliability Design Capability
Drain Reliability Design Capability
Lifetime Modeling
Innoscience builds its reliability lifetime models based on the industry’s most conservative methodology, the E-Model, ensuring highly robust lifetime predictions.
Gate Lifetime Model
Drain Lifetime Model
Innoscience Leads Globally in GaN Shipments and Reliability Data Volume
With more than 760 million equivalent device operating hours of reliability data, Innoscience has validated the long-term stability and ultra-low failure rates of its products under high-voltage and high-temperature conditions.
The Most Extensive GaN Reliability Statistical Database
Total 760+ Million Equivalent Device Hours @ 700 V and 150 0C through 2025
Lowest Failure Rate (FIT)
Total 0.15 FIT Rate @ 700 V and 100 0C through 2025
Learn More About Our Reliability Management

Intrinsic Reliability Design, Lifetime Model & FITIntrinsic reliability design enables lifetime modeling and FIT calculation to evaluate long-term device reliability.Learn More
Reliability CertificationGaN reliability qualification ensures stable, long-term performance even in harsh operating environments.Learn More
Enhanced Reliability StandardsEnhanced reliability stress tests push devices to extreme conditions, combined with failure analysis to ensure exceptional durability and lifetime performance.Learn More
Reliability MonitoringContinuous reliability monitoring—supported by data collection and failure-prediction mechanisms—ensures long-term stability and performance consistency throughout device operation.Learn More



