Semiconductor design companies, electronic design automation (EDA) vendors, and foundries remain competitive by innovating and reducing time to market. AWS is deeply invested in semiconductor use cases, including EDA, emulation, and smart manufacturing, including data lake and IoT/AI. We care about this because Amazon depends on faster semiconductor innovation from our suppliers and in our own silicon teams. We have a wide breadth of services that will directly benefit the entire industry. In this session, learn how to achieve the maximum possible performance and throughput from design and engineering workloads running on AWS. We demonstrate specific optimization techniques and share architectures to accelerate batch and interactive workloads on AWS. We also demonstrate how to extend and migrate on-premises, high performance compute workloads with AWS, and use a combination of On-Demand Instances, Reserved Instances, and Spot Instances to minimize costs. Learn how semiconductor customers address security as they move to the cloud as they discuss the AWS capabilities and controls available to secure sensitive design IP and offer strategies for data classification, management, and transfer to third parties.