Samuel Stephens is a seasoned Staff IC Validation Engineer at Broadcom Limited, where he leverages his extensive expertise in post-silicon validation to ensure the performance and reliability of high-speed semiconductor solutions. With a specialization in High-Speed Signal Integrity and PLL Performance validation, Samuel plays a...
Samuel Stephens is a seasoned Staff IC Validation Engineer at Broadcom Limited, where he leverages his extensive expertise in post-silicon validation to ensure the performance and reliability of high-speed semiconductor solutions. With a specialization in High-Speed Signal Integrity and PLL Performance validation, Samuel plays a critical role in the characterization of SERDES (Serializer/Deserializer) systems, which are vital for high-speed data transmission in modern electronic devices. His proficiency in system debug and power testing allows him to validate the intricate power and thermal characteristics of low-power microserver systems, ensuring that they meet stringent performance benchmarks while maintaining energy efficiency.
At Broadcom, Samuel is currently leading key projects that involve the development and execution of advanced test programs for mixed-signal SoCs (System on Chips) and transceivers. His hands-on experience with lab automation enhances the efficiency of validation processes, allowing for rapid iteration and improved accuracy in test results. Samuel's technical toolkit includes a robust command of Python for scripting and automation, as well as a deep understanding of EDA (Electronic Design Automation) tools, which he utilizes to streamline workflows and enhance productivity.
His background in low-power design and physical design principles further complements his role, enabling him to address complex challenges in high-speed digital environments. As a thought leader in the semiconductor industry, Samuel is committed to advancing the state of the art in IC validation, ensuring that Broadcom remains at the forefront of innovation in high-performance computing and communication technologies.
