Comprehensive RTL design-for-power platform
- Look at power profiling and budgeting, RTL-Driven Power Grid Integrity and more
- Drive an automated power reduction process using analysis, by identifying reduction opportunities based on evaluations of changes to the logic and activity while keeping in context the physical effects
- Directly interfaces with ANSYS RedHawkfor a seamless RTL-to-physical power methodology
- Eliminate wasted dynamic power. EARLY.
- Know what your software app is doing with the hardware. EARLY.
- Monitor power real time for real application scenarios. EARLY.
- The “go-to” sign-off solution for all foundries and processes for creating robust, high performance SoCs, designed using the latest FinFETtechnology
- Geared to the integrity and reliability of ICs
- Design SoCs that are power efficient, reliable against thermal, electromigration and electrostatic discharge
- Provides model interoperability with ANSYS board and system level tools to ensure that the chip performs as intended in the entire system
A transistor level power noise and reliability simulation platform
- Enables design analysis while taking into account package and substrate parasitics
- The only solution that can natively analyze complex mixed-signal IP blocks that have both digital and analog content
- Signoff platform for all foundries (down to 5nm) to meet stringent power noise and reliability requirements