About
InaVed Semicon
InaVed Semicon is a leading engineering services company specializing in semiconductor design and embedded technology solutions. With deep expertise in Design for Test (DFT), Physical Design (PD), and Embedded Systems, we deliver end-to-end support for complex SoC and ASIC development projects.
In DFT, we provide comprehensive solutions including scan insertion, ATPG, MBIST, and boundary scan, helping clients enhance test coverage while minimizing cost and time-to-market.
Our Physical Design services cover complete backend implementation from RTL to GDSII, including floorplanning, placement, CTS, routing, and signoff checks like timing, IR drop, and DRC/LVS.
End-to-end SoC/ASIC Support
DFT, PD & Embedded Expertise
Quality-Driven Execution
On-time Delivery Focus
What makes InaVed different
Strong domain expertise, proven execution, and a team that scales with your needs — that’s how we help clients deliver better silicon and embedded products.
We do have highly skilled product engineers with 15+ years of work experience.
We are a pioneer in flow and methodology development.
We have solid ramp-up and program management experience.
Flexible engagement models for fast scaling and reliable delivery.
Mission
InaVed Semicon will provide services and solutions which will exceed customer expectations with planned approach and continuous improvement in quality, skills and people.
InaVed Semicon is committed to delivering microcircuit-driven innovations that surpass customer expectations through strategic planning and continuous improvement in quality, skills, and people.
Better Connectivity
Empowering smarter communities by embedding microcircuitry into homes, cities, and industries—enabling seamless interaction across connected devices.
Smarter Analytics
Harnessing embedded chips and real-time data processing to deliver intelligent insights, boost efficiency, and reduce latency in critical operations.
Precision Performance
Innovating compact and energy-efficient circuit solutions that drive high-performance computing, next-gen communication, and scalable applications.
