Ansys Semiconductor Simulation - Semiconductor Yield Analysis Software
Ansys Semiconductor Simulation software enables advanced semiconductor analysis and yield optimization for modern IC, SoC, and multi-die designs, including 2.5D and 3D architectures. Built on cloud-native multiphysics platforms, this semiconductor simulation software supports foundry-certified signoff workflows to reduce power consumption, improve performance and reliability, and mitigate design risk. As a trusted Ansys semiconductor distributor in India, ARK Infosolutions provides access to Ansys semiconductor software for accurate semiconductor yield analysis, helping engineering teams accelerate verification and achieve confident design signoff using proven semiconductor analysis software.
Why Choose Ansys Semiconductor Simulation?
- Power integrity and EM/IR analysis for digital and analog designs.
- Electrothermal validation for 2.5D and 3D multi-die systems.
- Variable-aware path timing for accurate performance analysis.
- ESD and reliability assessment for robust silicon design.
- RTL-level power analysis and reduction.
- On-silicon electromagnetic modeling for high-speed and RF designs.
- Cloud-native scalability for full-chip signoff.
Ansys Semiconductor Products
Ansys PathFinder-SC
Ansys PathFinder-SC is a robust solution for planning, verifying, and ensuring the integrity of IP and full-chip SoC designs against electrostatic discharge (ESD) events. It effectively detects potential design issues that may lead to chip or IP failure caused by ESD, such as the charged-device model (CDM) and human body model (HBM). With certification from major foundries, PathFinder-SC guarantees accurate analysis of interconnect parasitics, ESD simulations, and resistance and current-density checks for ESD signoff. Its user-friendly layout-based GUI enables quick identification of root causes and simplified debugging.
Features :
- HBM/CDM ESD Events Silicon
- Correlated Accuracy
- Root Cause Detection
- Single Pass Simulation
- Capacity and Performance
- Library to SoC-Level
Ansys PowerArtist
Ansys PowerArtist provides rapid turnaround on multimillion instance designs, and enables early power-related design decisions. It delivers consistent RTL power accuracy thanks to unique modeling of physical implementation, including clock tree and mesh networks, wire capacitance, and glitch. This technology also identifies reduction opportunities at the block and instance-level across clock network, data path and memory. Designers can easily and efficiently debug power hotspots with the powerful GUI.
Features :
- Physically Aware RTL Power Budgeting
- Comprehensive Power Analysis and Exploration
- RTL-Driven Power Grid Integrity.
- Power Profiling of Real Applications
- Regressions Based on Power Efficiency Metrics
- Analysis-Driven Automated Power Reduction
Ansys RedHawk-SC
Ansys RedHawk-SC’s advanced power analytics (APA) deliver very high coverage for capturing dynamic power supply noise, thereby avoiding frequency loss due to unexpected dynamic voltage drop (DvD). Its comprehensive DvD diagnostics quickly capture and measure the causes of dynamic IR-drop. A rich GUI and ‘what-if’ capability instantaneously report the voltage impact of design changes for IR ECO fixing. It analyzes thermal-aware current density in both signal and power net and provides statistical electromigration budgeting.
Features :
- Power analysis
- Power budgeting
- Power reduction
- Thermal modeling
- Signal integrity analysis
- Scalable design
Ansys Totem
Industry-proven and foundry-certified analog and mixed-signal EM/IR solution Ansys Totem is a transistor-level power noise and reliability analysis platform for comprehensive power integrity analysis on analog mixed-signal IP and full custom designs. Totem can create IP models for SoC-level signoff using RedHawk-SC. Totem analyses span early prototype to signoff and can handle a variety of design styles such as SerDes, data converters, power management IC, embedded memories, DRAM, Flash, FPGA, and image sensors. It analyses substrate noise, RDSON, self-heat, and ESD . Totem-SC’s cloud-native elastic compute architecture has the capacity to handle very large designs with modest memory overhead.
Features :
- Early prototyping
- Millions of transistors
- Cloud processing
- Incremental analysis
- Mixed-signal simulation
- Vector activity
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