Importance of Technology Porting in Today’s Semiconductor Industry
In today’s high-speed semiconductor landscape, time-to-market (TTM) and efficient reuse of designs are key to product success. Technology porting — the process of transferring a layout or design from one technology node (e.g., 65nm) to another (e.g., 28nm or 5nm) — has become a strategic trend.
Why it matters:
- Shortens product development time vs. building a chip from scratch
- Reduces cost by leveraging existing IPs
- Enables multi-foundry compatibility
- Addresses TTM demands in consumer and automotive electronics
How Does Porting Help You as a VLSI Engineer?
Whether you’re a Layout Engineer, Circuit Design Engineer, or Physical Design (PD) professional, understanding porting strengthens your core skillset and boosts your interview readiness.
Layout Engineers:
- Adapt layout constraints across PDKs
- Redesign guard rings, tap structures, and migration of analog blocks
- Fix DRC and LVS post-migration
Circuit Designers:
- Tweak transistor-level parameters for PPA (Power, Performance, Area) gains
- Ensure proper functionality under new design rules
- Re-characterize cells if needed
PD Engineers:
- Map floorplans to new tech specs
- Handle placement, routing, and timing closure differences
CAD/Verification Engineers:
- Validate PDK files across technologies
- Ensure signoff automation and flows work seamlessly post-port
How Porting Helps Meet Time to Market
Creating a brand-new ASIC can take anywhere between 6 to 12 months, involving extensive validation and iteration. In contrast, a well-planned porting project can be completed in 3-4 weeks, depending on IP size and complexity.
Key benefits:
- Enables quick design reuse
- Helps small teams meet aggressive customer deadlines
- Enables rapid tapeouts in IP-centric companies
Many leading product and fabless companies today prioritize porting to beat their competition to market – and they need engineers who can understand and execute such projects end-to-end.
What You’ll Learn in the Technology Porting Course by Semionics
This hands-on course provides:
- End-to-end knowledge of Analog and Digital Porting Flows
- Understanding the scope of porting projects
- A live case study of an AMS Porting Project
- Insights on layout migration challenges, PPA trade-offs
- Role-specific guidance for Analog/Layout/PD engineers
- Tips to plan and execute a porting project with minimum iterations
We also discuss comparing ASIC vs. FPGA in a TTM context, helping you position yourself in the semiconductor ecosystem with clarity.
Direct Learners to Semionics for Advanced Learning
You can now gain access to this industry-relevant course on our LMS platform:
Why Choose Semionics?
At Semionics, we offer:
- Instructors with 20+ years of tapeout experience
- Projects modeled on real-world industry porting challenges
- Targeted upskilling for interviews and job-readiness
With technology porting becoming the norm across fabless design teams, now is the time to upgrade your VLSI career.
Final Thoughts
Technology porting isn’t just a trend—it’s a strategic necessity in the VLSI industry. Knowing how to plan, adapt, and execute porting projects makes you invaluable to any semiconductor company.
With Semionics Academy, you gain:
- Deeper knowledge of AMS and Digital layout reuse
- Insights into PDK changes and physical verification challenges
- The confidence to deliver results under time constraints
Semionics Academy – Your global partner for VLSI upskilling and ASIC signoff expertise.
Ready to fast-track your porting skills? Join us today. Signoff with confidence.
Semionics, Your Partner in semiconductor space , connecting industry needs with skilled professionals in Analog & Mixed-Signal IC Layout Design and Physical Verification ."from Basics to Brilliance .. A path to Semiconductor Industry!!"