Built to Last – Redefining Safety and Reliability

Maintaining consistent safety even under extreme conditions.

To ensure long-term reliability and robustness, we incorporate high-standard protection mechanisms and lifetime model verification from the earliest stages of design. Through rigorous breakdown-voltage design and validation, we guarantee that every device meets safe lifetime requirements under demanding conditions.

Dynamic Reliability Testing

Covers dynamic on-resistance, current, and voltage stress testing to fully emulate real-world operating environments.

Transient Robustness Testing

UIS (Unclamped Inductive Switching) testing validates device robustness under extreme transient conditions.

High-Power & Thermal Reliability Testing

Includes short-circuit testing (Type I and Type II), repetitive short-circuit testing, and safe operating area (SOA) analysis—ensuring stability and safety under high-stress, high-power applications.

  • Intrinsic Reliability Design, Lifetime Model & FIT
    Intrinsic reliability design enables lifetime modeling and FIT calculation to evaluate long-term device reliability.
  • Reliability Certification
    GaN reliability qualification ensures stable, long-term performance even in harsh operating environments.
  • Enhanced Reliability Standards
    Enhanced reliability stress tests push devices to extreme conditions, combined with failure analysis to ensure exceptional durability and lifetime performance.
  • Reliability Monitoring
    Continuous reliability monitoring—supported by data collection and failure-prediction mechanisms—ensures long-term stability and performance consistency throughout device operation.
Accelerate Your GaN Innovation
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