Long-term semiconductor storage is essential for preserving wafers and dies that may be needed years or even decades after production. Without controlled conditions, these sensitive components can be affected by oxidation, moisture, contamination and material degradation. A specialised storage strategy helps maintain their functionality, processability and reliability while reducing the risks associated with component obsolescence.
Why long-term storage of wafers matters
Semiconductor wafers and DIEs are the foundation of modern electronics. Ensuring their availability is crucial, especially when production lines are discontinued.
Long-term storage allows companies to:
Prevent obsolescence risks
The most critical degradation processes include:
- Atomic diffusion at chip level
- Formation of leakage currents
- Material degradation affecting performance
These mechanisms can lead to serious malfunctions if not properly controlled.
Controlled Environment
- Reduction of oxidation and contamination
- Stabilization of materials
Cleanroom Handling
- Prevents particle contamination
- Ensures high-quality standards throughout storage
Continuous Testing
- Pull and shear tests for bondability
- Optical inspections for cracks, impurities, or discoloration
Looking to secure your components for decades?
Benefits of Long-Term Conservation
- Preservation of functionality for up to 50 years
- Reduced aging processes
- Maintained processability for future manufacturing
- High reliability for critical applications
Use Cases
