Offerings
End-to-End Semiconductor Engineering
Semiconductor innovation demands engineering excellence across the complete silicon lifecycle—from architecture, RTL design and verification, physical implementation, verification, validation, and production readiness. InSemi, an Infosys company, delivers end-to-end semiconductor design and embedded engineering services that enable global technology companies to accelerate innovation while achieving higher performance, improved power efficiency, and first-pass silicon success.
Our multidisciplinary engineering teams deliver expertise in ASIC and SoC Design, Design Verification, Physical Design & Signoff, Design for Test (DFT), Foundation IP Design, Post-Silicon Validation, FPGA Design, Embedded Systems, and Software Engineering. Leveraging proven methodologies, advanced EDA tools, AI-enabled engineering, automation frameworks, and deep domain knowledge, we help customers reduce design complexity, improve silicon quality, shorten verification cycles, and accelerate time-to-market.
With successful engagements across networking, automotive, AI, consumer electronics, data centers, industrial automation, and wireless communications, InSemi partners with customers throughout the semiconductor product lifecycle—from concept to silicon realization and beyond.
Accelerating silicon innovation through end-to-end semiconductor engineering, AI-enabled engineering, advanced design methodologies, and scalable delivery models.
- RTL & ASIC Design
- SoC Architecture & Integration
- Functional Verification
- Physical Design & Signoff
- Static Timing Analysis (STA)
- Design for Test (DFT)
- FPGA Design & Prototyping
- Foundation IP Development
- Analog & Mixed-Signal Design
- Post-Silicon Validation & Emulation
- Embedded Hardware & Software Engineering
- Automation Framework Engineering
- AI-enabled Engineering Workflows.
Engineering Tomorrow's Silicon, Today
Delivering end-to-end semiconductor engineering services that accelerate chip development, improve design quality, optimize power-performance-area (PPA), and enable faster silicon success across advanced technology nodes.
End-to-end RTL-to-GDSII expertise
Faster silicon development cycles
Optimized Power, Performance & Area (PPA)
High-quality design verification and validation
Proven ASIC and SoC execution
Deep expertise across advanced technology nodes
Scalable global engineering teams
Strong automation and AI-driven engineering capabilities
Reduced design risk and faster time-to-market
Challenges & Solutions
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