The RFCell Framework is a versatile tool aimed at simplifying the design and deployment of RF and mmWave components. Utilizing Python-based scripting, this framework facilitates the rapid creation of parameterized cells tailored for CMOS, as well as GaAs and GaN technologies, enabling developers to efficiently produce and integrate complex structures.
RFCell stands out for its user-friendly approach, allowing engineers to define structures easily using Python code. This significantly reduces the development cycle, enabling a transition from conceptualization to implementation in weeks instead of months. The framework also ensures technology-agnostic design, providing clean and compliant outputs that integrate smoothly with existing EDA workflows.
With support for major design tools, RFCell enhances creative possibilities, from initial layout to comprehensive verification. This flexibility ensures that specific needs and industry standards are met, promoting innovation and efficiency in RF and mmWave design projects.
