Leading Quality-of-Results and Improved Turn-Around-Times
Synopsys TCAD's Physical Implementation solutions are designed to offer leading quality-of-results (QoR) and improve turn-around-times (TAT), aiding designers in achieving the optimum Power, Performance, and Area (PPA) on System-on-Chips (SoCs). By utilizing Synopsys Fusion Compiler™, designers can benefit from the first RTL-to-GDSII solution that facilitates a highly convergent, full-flow digital implementation. This integration is complemented by Synopsys IC Compiler™ II, a cutting-edge place-and-route technology supporting design requirements across all process nodes. This collaboration ensures the best quality-of-results while enhancing productivity to meet aggressive PPA and time-to-market goals.
Maximize Power, Performance, and Area Results
A key benefit of Synopsys TCAD's Physical Implementation solutions is the ability to maximize Power, Performance, and Area (PPA) results. Unified RTL-to-GDSII engines unlock top performance, power, and area outcomes, ensuring that designers can achieve the desired balance between these critical parameters. Additionally, Synopsys Fusion Compiler provides support for rapid adoption of new advanced nodes, offering top foundry certification and streamlined integration for enhanced efficiency in designing with the latest technologies.
Built-In Signoff Timing and Analysis Features
Synopsys TCAD incorporates built-in signoff timing, parasitic extraction, and power analysis capabilities, eliminating the need for extensive design iterations. By integrating these crucial features within the physical implementation process, designers can streamline their workflows and enhance the overall design quality and efficiency. This golden signoff approach ensures that designs meet the required specifications and performance targets without the need for multiple revisions or reiterations, saving valuable time and resources.
Innovative Resources for Enhanced Design Optimization
Synopsys TCAD provides a range of innovative resources to assist designers in optimizing their design processes. From white papers discussing the benefits of backside routing to blogs exploring AI-driven optimization techniques, designers can access a wealth of knowledge and insights to improve their design methodologies. Additionally, resources like ML-based macro placement for faster and better floorplanning contribute to enhanced design efficiency and performance. By leveraging these cutting-edge resources, designers can stay ahead of the curve and optimize their SoC designs for maximum effectiveness.