Semiconductors

Ansys Semiconductors

Ansys cloud – native solutions provide unparalleled capability to speed up completion times for even the largest finFET integrated circuits (IC) and 3D/.5D multi-die systems. These powerful multi-physics analysis and verification tools reduce power consumption, improve preformation, improve and reliability, and lower project risk with foundry-certified golden signoff verification.

  • Power integrity (EM/IR) analysis and modeling with RedHawk-SC for digital, and Totem-SC for analog designs
  • Electrothermal analysis of 2.5D/3D multi-die systems
  • Variability-aware path timing with Path FX
  • Electrostatic discharge (ESD) and reliability analysis with PathFinder-SC
  • RTL power analysis and reduction with PowerArtist
  • On-silicon electromagnetic analysis and modeling with RaptorH, Pharos, Exalto, and VeloceRF
  • Cloud-native elastic compute architecture for full-chip capacity

Ansys RedHAwk-SC

  • Golden IR-drop signoff verification for digital designs
  • Electromigration reliability signoff
  • Timing impact of dynamic voltage drop aggressors
  • High-capabilities cloud-native infrastructure
  • Advanced power analytics and build quality metric
  • Foundry certified for all finFET to 3mm
  • Ansys RedHawk-SC Electrothermal

  • Redhawk-SC option for 3D/.5D chip-package co-analysis
  • Power integrity analysis for coupled chip-package system
  • Thermal simulation
  • Identifies thermal-mechanical stress
  • Comprehensive early prototyping features
  • Integrated with board/system analysis tools
  • Ansys Totem

  • Power integrity and noise verification at transistor level
  • Capacity for several million xtor flat
  • Simultaneous simulation of digital and analog blocks
  • Abundant what-if scenarios
  • Incremental analysis
  • Creates IP power models for the use with RefHawk-SC
  • Ansys PathFinder-SC

  • Electrostatic discharge (ESD) integrity simulation
  • Current density checks
  • Layout level and netlist level analysis
  • Integrated extraction and simulation engine
  • Foundry-certified silicon correlation
  • Capacity to analyze full SoCs
  • Ansys Path FX

  • Analyzes DvD-aware timing variability
  • Critical path timing variability and clock tree analysis
  • Single standard cell timing model for any voltages
  • SPICE accurate results without voltage interpolation
  • High capacity, fast and SPICE accurate
  • Complements STA
  • Ansys PowerArtist

  • RTL design-for-power platform
  • Analysis-driven power reduction
  • Physically aware RTL power budgeting
  • Long vector profiling
  • Direct links to hardware emulators
  • Ansys RaptorH

  • Electromagnetic on-silicon modelling
  • Includes gold standard HFSS engine
  • High capcailty and linear multi-CPU scalability
  • S-param and RCLk parasitic extraction
  • Models power grids, clock trees, spirals, MiM/MoM caps, etc
  • Foundry certified and silicon correlated
  • Ansys Pharos

  • Identifies nets susceptible to electromagnetic (EM) crosstalk
  • Includes substrate coupling
  • Ranks EM aggressors per victim net
  • SoC and large block capability
  • What-if capability with point-and-click GUI
  • Ansys Exalto

  • RLCk signoff extraction tools (post-LVS)
  • Models electrical, magnetic and substrate coupling
  • Highly reduce lumped-element models
  • Complements digital RC extractors
  • Extract entire SoC power grid in minutes
  • What-if-capability with point-and-click GUI
  • Ansys VeloceRF

  • Synthesis and modelling of indicators, transformaers and transmission lines
  • Creates DRC/DFM clean devices
  • Silicon verified upto 110 GHz
  • S-param and compressed RCLk models
  • Generates parameterized PCell/Pycells
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