EDA automation services for Cadence and Synopsys flows
SkyCadEda helps custom IC teams automate repetitive engineering work and standardize complex design operations. We write and test scripts and flow integrations across layout, schematic, verification, PDK enablement, and CAD infrastructure so teams can improve cycle time without sacrificing sign-off quality.
Scope
Engineering scope
Built around your existing methodology.
Cadence SKILL & Python automation
Custom SKILL tools, bindkeys, utilities, and GUI-assisted automation for Virtuoso layout and schematic environments. PCell development, CDF callbacks, and batch processing scripts for design productivity.
Synopsys Tcl/Tk flow automation
Tcl/Tk and Python-driven automation for Custom Compiler, ICC2, and verification workflows. Reduce manual setup, improve repeatability, and bridge Cadence-Synopsys tool environments.
PDK setup and technology enablement
Techfile development, CDF parameterization, model integration, and migration support for production-ready design kits across TSMC, GlobalFoundries, Samsung, and specialty foundry nodes.
Physical verification and sign-off
DRC/LVS rule deck development and optimization for Calibre, Pegasus, Assura, and PVS. Verification flow automation for reliable sign-off closure with runtime optimization.
Outcomes
What you get
A deployment-ready result, handed over to your team.
- Workflow automation that reduces repetitive manual engineering work.
- Consistent integration across Cadence, Synopsys, and verification ecosystems.
- Production-focused enablement from scripts and PCells to infrastructure reliability.
- Support for secure remote collaboration and CAD operations.
End-to-end semiconductor design automation
Modern custom IC design involves complex toolchains, massive datasets, and tight timelines. SkyCadEda's EDA automation services help semiconductor teams work smarter by building reliable, repeatable automation around their design flows. From SKILL scripting for Cadence Virtuoso to Tcl/Tk automation for Synopsys environments, we deliver production-grade code that integrates into your existing methodology.
Our automation approach
We start by understanding your design flow, pain points, and methodology. Then we build targeted automation that delivers immediate productivity gains — layout generators, verification flow scripts, PDK utilities, and custom tools. Every script is documented, tested, and maintainable by your CAD team.
Industries we serve
Our EDA automation services support foundries, IDMs, fabless semiconductor companies, IP providers, and design houses across analog, mixed-signal, RF, memory, and digital custom IC design domains.
FAQ
Questions before engagement
What are EDA automation services?
EDA automation services involve scripting, tool customization, and workflow engineering for Electronic Design Automation tools used in semiconductor chip design. This includes automating layout tasks, building custom design utilities, setting up PDK environments, creating verification flows, and integrating tools across the Cadence and Synopsys ecosystems.
Which EDA tools does SkyCadEda support?
We support the full Cadence Virtuoso suite (IC25, Studio), Synopsys Custom Compiler, Calibre, Pegasus, Assura, PVS, Spectre, HSPICE, and related tools. Our scripting covers SKILL, Tcl/Tk, Python, and shell scripting for Linux-based EDA environments.
How does EDA automation improve design productivity?
Automation eliminates repetitive manual tasks like layout generation, parameter sweeps, verification runs, and report generation. Teams typically see 30-70% reduction in manual effort for automated workflows, faster design iterations, and fewer human errors in setup and execution.
Can you work with our existing EDA infrastructure?
Yes. We integrate with your existing tool installations, license servers, compute clusters, and design methodologies. Our automation is designed to enhance your current workflow, not replace it.
Next step
Discuss your project
Tell us which tools, PDK and schedule you are working with, and we will scope the work with you.