Presentation
Deep dive in Foundry Process Design Kits (PDKs)
DescriptionA Process Design Kit (PDK) serves as the fundamental building block for integrated circuit (IC) design, playing a crucial role in transforming chip designs into silicon reality. In this exploration, we delve into the intricate world of PDKs, examining their development, quality assurance processes, and multifaceted applications.
PDK Overview:
A PDK encompasses a collection of files that meticulously describe the specifics of a semiconductor process. These files serve as essential inputs for Electronic Design Automation (EDA) tools during chip design.
Clients engage with a foundry's PDKs before production to ensure that their chip designs align with the foundry's capabilities and intended functionality.
PDK Components and Usage:
We dissect each part of the PDK and explore its role in IC design. From technology files defining design rules to parameterized cells (PCells) customizing transistors, PDKs provide critical guidance.
PDKs act as the vital link between design and fabrication, enabling seamless communication between designers and foundries.
Semiconductor Process Variations:
We investigate different semiconductor processes such as FinFET, SOI, GAA/Back metal, and Silicon photonics. Each process has unique requirements, and PDKs tailor their contents accordingly.
The respective PDKs support these technologies by providing essential information for successful chip fabrication.
EDA Tool Ecosystem and PDK Integration:
We briefly explore the EDA tool landscape, discussing tools used at various design stages. These tools rely on accurate PDK data to generate layouts, verify designs, and simulate performance.
Standardized interfaces across diverse technology platforms enhance PDK usability.
Effective PDK Utilization:
Tips and tricks for maximizing PDK features and utilities are shared. Designers can leverage these insights to streamline their workflows and achieve optimal results.
Case Studies and Impact:
We delve into real-world case studies, examining how new devices and metal stack enablement influence different PDK components.
By understanding these impacts, designers can make informed decisions during the design process.
PDK Overview:
A PDK encompasses a collection of files that meticulously describe the specifics of a semiconductor process. These files serve as essential inputs for Electronic Design Automation (EDA) tools during chip design.
Clients engage with a foundry's PDKs before production to ensure that their chip designs align with the foundry's capabilities and intended functionality.
PDK Components and Usage:
We dissect each part of the PDK and explore its role in IC design. From technology files defining design rules to parameterized cells (PCells) customizing transistors, PDKs provide critical guidance.
PDKs act as the vital link between design and fabrication, enabling seamless communication between designers and foundries.
Semiconductor Process Variations:
We investigate different semiconductor processes such as FinFET, SOI, GAA/Back metal, and Silicon photonics. Each process has unique requirements, and PDKs tailor their contents accordingly.
The respective PDKs support these technologies by providing essential information for successful chip fabrication.
EDA Tool Ecosystem and PDK Integration:
We briefly explore the EDA tool landscape, discussing tools used at various design stages. These tools rely on accurate PDK data to generate layouts, verify designs, and simulate performance.
Standardized interfaces across diverse technology platforms enhance PDK usability.
Effective PDK Utilization:
Tips and tricks for maximizing PDK features and utilities are shared. Designers can leverage these insights to streamline their workflows and achieve optimal results.
Case Studies and Impact:
We delve into real-world case studies, examining how new devices and metal stack enablement influence different PDK components.
By understanding these impacts, designers can make informed decisions during the design process.
Event Type
Tutorial
TimeMonday, June 243:30pm - 5:00pm PDT
Location3003, 3rd Floor
EDA