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At Sswitch Technologies, we drive excellence by adopting pioneering technologies and delivering intelligent, innovative solutions. As a trusted global partner, we integrate hardware and software to provide comprehensive VLSI services, empowering technology companies worldwide to achieve their goals.
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Post Silicon Validation

SSWITCH Technologies has expertise in Post Silicon Validation Framework Development, Python Automation, Test Plan Preparation, Test Content Development, and Debugging.

Post-silicon validation, also known as silicon validation is a crucial step in the integrated circuit (IC) design process. It involves testing and verifying the functionality, performance, electrical and power analysis of a semiconductor device after it has been manufactured

Post-silicon validation typically involves a series of tests and measurements performed on actual silicon chips to ensure that they meet the design specifications and perform as expected under various operating conditions. These tests may include functional testing, performance testing, power consumption testing, reliability testing, and compatibility testing, electrical compliance testing with other system components.

Post-silicon validation is critical for identifying and debugging any issues or bugs that may have been missed during the pre-silicon design phase. It helps ensure that the manufactured chips meet the required quality and reliability standards before they are released to the market.


Post-silicon validation involves various types of tests to ensure that the manufactured chips meet design specifications and perform as expected. Some of the common types of tests involved in post-silicon validation include:

Initial Bring-up

Functional Testing

Performance Testing

Power Consumption Testing

Reliability Testing

Compatibility Testing

Compliance Testing

Debugging and Diagnosis

Security Testing

These are some of the common types of tests involved in post-silicon validation. Depending on the specific requirements of the chip and the target application, additional tests may be performed to ensure the chip's quality, reliability, and performance.