S.A. Coupling Wave Solutions (CWS) is a privately held EDA (Electronic Design Automation) company dedicated to the semiconductor market, addressing key analogue signal integrity issues (IR drop, electromigration, digital signal delay, …) occurring in complex integrated systems such as System on Chip (SoC) or System in Package (SiP).
CWS proposes a comprehensive and standalone solution dedicated to the successful integration of analogue and RF blocks in complex SoCs and SiPs. This is a real answer to the large amount of first silicon failures in the semiconductor market (61% of SoC, according to Dataquest reports).
WaveIntegrity™ is a comprehensive software suite that integrates seamlessly into any customer flow to tackle ESI during digital, analog or RF IP authoring and full system integration, from RTL to tape out.
Dedicated to manufacturing data characterization, this tool extracts parameters necessary to model, accurately, substrate and interconnect parasitics
WaveLibrarian™ automatically processes standard cell, core and I/O cell libraries to generate compact proprietary models, adding ESI to the set of existing cell descriptions.
WaveModeler™ is a versatile IP block modeling tool that allows IP providers to communicate ESI parameters without giving out the heart of their intellectual property.
WaveAnalyst™ is an investigation solution which helps designers to analyze and enhance the robustness of complex systems and IP blocks, from RTL to final layout sign-off.
Coupling Wave Solutions features products in the following categories:
- CAE RT
- Mixed Signal Simulation
- Power Design
- Signal-Integrity Design
- CAE Gate Level
- Analog Design
- Analog Simulation
- Gate Level Simulation
- Gate Level/Transistor Level Design
- RF Design and Simulation
- ASIC Layout
- Custom Layout
- EMI Analysis
- IC Implementation
- Library Development Tools
- Physical Libraries
- Power Analysis
- Signal - Integrity Analysis
Coupling Wave Solutions
Novesparc - Bâtiment C - Centr'Alp, 196 C, rue du Rocher de Lorzier
Phone: +33 4 76 35 80 09