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Overview

Advanced testing
protocols for robust
semiconductor
performance

Tessolve’s Post-Silicon Validation Lab ensures the functional integrity and performance reliability of devices post-fabrication. Through advanced validation methods like Functional Verification, Static/Dynamic Testing, and Performance Benchmarking, we specialize in System-on-Chip (SoC) validation to identify yield loss.

Equipped with an in-house DAQ power measurement system, we precisely monitor power at both system and component levels. With Fail-Safe and Safety Analysis techniques, we guarantee compliance with industry standards, streamlining the path from design to production for innovative semiconductor solutions.

Services

Beyond the chip – ensuring peak
performance and reliability in the real world

Functional Validation

  • Comprehensive validation of all system functionalities, including power management (PM) & reset, I/O interfaces, memory, multimedia, connectivity, PCIe, IPU, plug-and-play (PnP), reliability, availability, serviceability (RAS), functional verification security, and thermal validation.
  • Advanced debugging capabilities utilizing JTAG/ITP tools and validation through common bus interfaces such as I2C, SPI, and SMBus.
  • Thorough testing of BIOS, Initial Firmware Interface (IFWI), and drivers as part of the Post-Silicon Validation (PSV) process.

PnP Measurement

  • Accurate measurement of power consumption for each module, ensuring complete setup and optimization on the Post-Silicon Validation (PSV) platform.
  • Verification and validation of system performance under varying load conditions and configurations to ensure optimal functionality.
  • Comprehensive analysis to identify power efficiency and performance metrics, supporting enhancements in design and implementation.

Automation Testing

  • Development of scripts to automate manual test cases, enhancing efficiency and accuracy within the Post-Silicon Validation (PSV) environment.
  • Validation of manual test cases through various automation frameworks, ensuring thorough identification and reporting of issues.
  • Regular updates and fixes for failed scripts, followed by re-execution of test cases to deliver reliable results and insights.

PSV Lab Management

  • Setup and configure test systems with all necessary hardware for diverse configurations in the Post-Silicon Validation (PSV) environment.
  • Identification and rectification of hardware-level failures during post-silicon validation to ensure reliability and performance.
  • Conduct comprehensive diagnostics and performance evaluations to guarantee the optimal functionality of silicon designs, supporting successful product outcomes.

Advance Your Silicon Validation With Tessolve’s Specialized Testing Methodologies

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