Premium Open Top Burn-In & Programming Test Socket for Demanding Semiconductor Testing
Designed for reliability in high-temperature environments (up to 130°C+), our burn-in test sockets ensure consistent performance during extended IC programming and testing cycles. Featuring:
Ideal for semiconductor manufacturers, testing labs, and R&D facilities requiring precision and longevity.


Below are the essential specifications engineers evaluate when selecting test sockets for maximum reliability and throughput:
| Property | Parameter | Typical Value |
| Mechanical | Insertion Cycles | ≥30K–50K cycles |
|
| Contact Force | 20–30g/pin |
|
| Operating Temperature | Commercial -40 ~ +125 |
|
| Tolerance | ±0.01mm |
| Electrical | Contact Resistance | <50mΩ |
|
| Impedance | 50Ω (±5%) |
|
| Current | 1.5A~3A |
Your Trusted Partner for Precision IC Test Socket Solutions
At Sireda, we deliver end-to-end test socket solutions—from high-volume standard models to fully bespoke configurations engineered for your exact requirements.
Standard Solutions Ready for Immediate Deployment:
✔ Fine-Pitch BGA Sockets (0.3mm–1.5mm pitch options)
✔ Low-Profile QFN/LGA Sockets with zero-insertion-force (ZIF) actuation
✔ High-Speed/RF Sockets (DC to 70GHz with minimal signal loss)
✔ Mission-Critical Sockets for burn-in, automotive, and MIL-STD environments
Let’s engineer the optimal interface between your IC and test equipment—contact our team today for a no-obligation project review.