Session

DescriptionVerification stands at the forefront of challenges in next-generation semiconductor design, driven by the exponential complexity and scale of modern integrated circuits. As architectures incorporate advanced functionalities and shrinking process technologies, ensuring correctness, reliability, and compliance demands sophisticated and resource-intensive verification methodologies.

This session will feature three distinguished presentations examining the pivotal role of hardware-based tools in contemporary semiconductor design methodologies. Attendees will receive a thorough analysis of the impact of emulation and prototyping solutions on verification processes and time-to-market efficiency.

The opening presentation will provide an in-depth exploration of the ways in which these platforms are integrated into modern design workflows to drive innovation and improve verification outcomes. The second presentation will address the significant technical challenges facing the field, including scalability, debugging complexity, and performance limitations, and will present advanced solutions and methodologies that are shaping the future of emulation and prototyping. The session will conclude with a comprehensive examination of the advantages conferred by Field Programmable Gate Arrays in developing adaptable and high-performance emulation and prototyping systems.

This session is especially relevant for engineers, researchers, and industry leaders who are committed to advancing semiconductor design methodologies in a rapidly evolving technological landscape.