Hock Tan serves as the EDA Director at Lattice Semiconductor, where he is at the forefront of advancing electronic design automation (EDA) methodologies tailored for deep submicron chip designs. With over 25 years of extensive experience in the EDA industry, Hock is passionate about harnessing...
Hock Tan serves as the EDA Director at Lattice Semiconductor, where he is at the forefront of advancing electronic design automation (EDA) methodologies tailored for deep submicron chip designs. With over 25 years of extensive experience in the EDA industry, Hock is passionate about harnessing the power of artificial intelligence to revolutionize the design and development processes within silicon R&D. His leadership is pivotal in driving the EDA team to innovate and implement a world-class design environment that significantly enhances productivity and efficiency in silicon design.
In his current role, Hock is responsible for evaluating, benchmarking, and deploying cutting-edge EDA tools and methodologies that align with the evolving demands of the semiconductor industry. He actively establishes and nurtures strategic partnerships with leading EDA tool vendors, ensuring that Lattice Semiconductor remains at the forefront of technological advancements. His expertise in mixed signal design, static timing analysis, and timing closure is instrumental in optimizing design flows and achieving robust performance metrics.
Hock also oversees the management of the EDA tool budget, contracts, and non-disclosure agreements, ensuring that resources are effectively allocated to support the company's ambitious goals. His proficiency in tools such as Synopsys Milkyway, Synopsys Design Compiler, and Cadence Conformal, combined with his experience in parasitic extraction and UPF, positions him as a key player in enhancing the overall design ecosystem at Lattice. As he continues to lead the charge in developing AI-driven EDA methodologies, Hock is committed to delivering innovative solutions that empower the next generation of silicon design and development.
