SEMICONDUCTOR
Publishdate：2025-11-27 Views：24
Function ● Noise ● Reliability Analysis (semiconductor
Ansys RedHawk-SC/Ansys RedHawk
Ansys RedHawk-SC is a next-generation SoC power-noise signature platform for sub-16 nm designs. RedHawk-SC is built on Ansys SeaScape, the world's big data architecture tailored for electronic system design and simulation. Ansys SeaScape offers mono-core scalability, design flexibility for data access, instant design start, MapReduce analysis and a host of other revolutionary technologies. Ansys RedHawk, the industry-standard SoC power noise and reliability acceptance platform, offers “the best of both worlds” by seamlessly porting SeaScape to the next-generation RedHawk-SC, which provides confidence in signing cores while SeaScape provides resilient scaling and big data analytics capabilities.
Ansys RedHawk is relied upon by the industry's leading chip manufacturers as a reference process for power and noise analysis of SoC chip designs from initiation to final sign-off stage. RedHawk enables accurate voltage drop analysis (IR) as well as reliability analysis including electro-migration (EM), electrostatic dissipation (ESD), heat dissipation, etc. Furthermore, RedHawk enables Chip-Package Co-Analysis (CPA) and Chip Level Power Modeling (CPM) for system level PI, EMI, etc. analysis.
Ansys PowerArtist
PowerArtist is a design platform for RTL-level power analysis and optimization. It integrates state-of-the-art power consumption analysis methods and automated power optimization techniques. Thanks to its powerful engine, PowerArtist offers the ability to efficiently carry out full chip power calculations and power optimization, locate redundant power consumption and output RTL-level power models early in the chip design process.
Ansys Totem
Totem is a layout-based platform for power, noise and reliability analysis of analog and hybrid-signal circuits. It is designed for the verification of designs for memory chips, high-speed I/O circuits, analog circuits, RF chips, power management chips and fully customized digital chips. Totem supports power mesh connectivity checks, power supply voltage drop analysis, electro-migration (EM) violation analysis, ESD analysis, substrate noise analysis, IP power consumption models (CMM) for chip-level simulation and chip-level power consumption models (CPM) for system-level simulations.
Ansys PathFinder
PathFinder is the industry's early layout-based ESD inspection and analysis software. It encompasses the analysis of various ESD events such as Human Body Models (HBM), Machine Models (MM) and Charged Device Models (CDM). Besides, it helps to identify areas of the design that are prone to ESD failure. With full chip-scale analysis capabilities and SPICE-like simulation accuracy results, PathFinder helps designers find the weakest areas of their designs at all stages of early prototyping, circuit optimization and chip acceptance, enabling them to meet ESD specifications and improve product yields.
Ansys Helic
Helic is a professional chip-level electromagnetic crosstalk analysis platform designed to help high-speed SoC and analog/RF chip designs reduce the risk of electromagnetic crosstalk. Its cutting-edge technology enables analog/RF and high-frequency IC design engineers to automatically compile and generate inductors, and to extract and model electromagnetic coupling and parasitics on chips with accuracy, speed and seamless interactive operation with the design flow.
As frequencies and bandwidths increase, As frequencies and bandwidths increase, a number of the industry's top semiconductor companies have used the Helic platform to help them analyze electromagnetic crosstalk issues in chips for 5G wireless communications, high-speed networking chips, high-speed CPUs, the Internet of Things and autonomous driving.
The Helic family of products includes:
● VeloceRF: Automatic compilation and modeling tools for inductor components such as spiral inductors, transformers and transmission lines
● RaptorX: Pre-LVS EM modeling tool for ultra-large capacity
● Exalto: Highly intelligent Post-LVS modular EM modeling tool
● Pharos: Rapid identification tool for SoC-level electromagnetic crosstalk risks
Function ● Noise ● Reliability Analysis (semiconductor
Ansys RedHawk-SC/Ansys RedHawk
Ansys RedHawk-SC is a next-generation SoC power-noise signature platform for sub-16 nm designs. RedHawk-SC is built on Ansys SeaScape, the world's big data architecture tailored for electronic system design and simulation. Ansys SeaScape offers mono-core scalability, design flexibility for data access, instant design start, MapReduce analysis and a host of other revolutionary technologies. Ansys RedHawk, the industry-standard SoC power noise and reliability acceptance platform, offers “the best of both worlds” by seamlessly porting SeaScape to the next-generation RedHawk-SC, which provides confidence in signing cores while SeaScape provides resilient scaling and big data analytics capabilities.
Ansys RedHawk is relied upon by the industry's leading chip manufacturers as a reference process for power and noise analysis of SoC chip designs from initiation to final sign-off stage. RedHawk enables accurate voltage drop analysis (IR) as well as reliability analysis including electro-migration (EM), electrostatic dissipation (ESD), heat dissipation, etc. Furthermore, RedHawk enables Chip-Package Co-Analysis (CPA) and Chip Level Power Modeling (CPM) for system level PI, EMI, etc. analysis.
Ansys PowerArtist
PowerArtist is a design platform for RTL-level power analysis and optimization. It integrates state-of-the-art power consumption analysis methods and automated power optimization techniques. Thanks to its powerful engine, PowerArtist offers the ability to efficiently carry out full chip power calculations and power optimization, locate redundant power consumption and output RTL-level power models early in the chip design process.
Ansys Totem
Totem is a layout-based platform for power, noise and reliability analysis of analog and hybrid-signal circuits. It is designed for the verification of designs for memory chips, high-speed I/O circuits, analog circuits, RF chips, power management chips and fully customized digital chips. Totem supports power mesh connectivity checks, power supply voltage drop analysis, electro-migration (EM) violation analysis, ESD analysis, substrate noise analysis, IP power consumption models (CMM) for chip-level simulation and chip-level power consumption models (CPM) for system-level simulations.
Ansys PathFinder
PathFinder is the industry's early layout-based ESD inspection and analysis software. It encompasses the analysis of various ESD events such as Human Body Models (HBM), Machine Models (MM) and Charged Device Models (CDM). Besides, it helps to identify areas of the design that are prone to ESD failure. With full chip-scale analysis capabilities and SPICE-like simulation accuracy results, PathFinder helps designers find the weakest areas of their designs at all stages of early prototyping, circuit optimization and chip acceptance, enabling them to meet ESD specifications and improve product yields.
Ansys Helic
Helic is a professional chip-level electromagnetic crosstalk analysis platform designed to help high-speed SoC and analog/RF chip designs reduce the risk of electromagnetic crosstalk. Its cutting-edge technology enables analog/RF and high-frequency IC design engineers to automatically compile and generate inductors, and to extract and model electromagnetic coupling and parasitics on chips with accuracy, speed and seamless interactive operation with the design flow.
As frequencies and bandwidths increase, As frequencies and bandwidths increase, a number of the industry's top semiconductor companies have used the Helic platform to help them analyze electromagnetic crosstalk issues in chips for 5G wireless communications, high-speed networking chips, high-speed CPUs, the Internet of Things and autonomous driving.
The Helic family of products includes:
● VeloceRF: Automatic compilation and modeling tools for inductor components such as spiral inductors, transformers and transmission lines
● RaptorX: Pre-LVS EM modeling tool for ultra-large capacity
● Exalto: Highly intelligent Post-LVS modular EM modeling tool
● Pharos: Rapid identification tool for SoC-level electromagnetic crosstalk risks
- Previous：ELECTRONICS
- Next：EMBEDD SOFTWARE
