Ansys PathFinder-SC is a high-capacity solution designed for comprehensive analysis of full SoC designs. It facilitates detailed planning, verification, and sign-off processes to ensure design integrity and robustness against electrostatic discharge (ESD).
Ansys PathFinder enhances semiconductor reliability and performance by analyzing current density at layout and netlist levels, optimizing design for efficient power distribution and preventing overheating risks. Through comprehensive dual-level assessment, it ensures robustness and longevity in electronic systems.
Ansys PathFinder's integrated extraction and simulation capabilities optimize semiconductor layout and performance by analyzing current density, ensuring reliability and efficiency in electronic systems.
Totem-SC crafts IP power models specifically for use with RefHawk-SC, simplifying power analysis and optimization in semiconductor designs across diverse operational modes, ultimately boosting performance and integration efficiency.
Ansys PathFinder-SC's ESD integrity simulation ensures the robust protection of semiconductor designs against Human Body Model (HBM) and Charged Device Model (CDM) events, ultimately enhancing the reliability of electronic devices.
Ansys PathFinder analyzes current density in semiconductor designs to ensure even distribution, mitigating overheating risks and potential failures. By identifying high-current areas and optimizing layout, it enhances design reliability and performance.
Totem-SC's incremental analysis capabilities revolutionize semiconductor development by enabling engineers to efficiently assess design modifications, expediting the iterative design process and enhancing productivity.
Optimizes power distribution in complex system-on-chip designs
Totem-SC's ultra-high capacity is ideal for optimizing power distribution networks in complex system-on-chip designs, ensuring efficient power management and minimizing energy consumption. Its advanced technology enables swift and precise verification, crucial for maximizing semiconductor design performance.
