VLSI & System Design

At EDIC Semicon, we deliver end-to-end VLSI and system design solutions, empowering our clients to build cutting-edge silicon products with speed, precision, and performance. From RTL to GDSII, our services cover the full spectrum of chip development across advanced technology nodes, including 3nm and beyond.

Our Core VLSI Capabilities

• Physical Design (PD)
  We offer complete backend design services, including floorplanning, power/clock planning, placement & routing, timing closure, IR drop analysis, and DRC/LVS signoff. Our engineers have expertise across major EDA tools and advanced nodes.
•  RTL Design & Micro-Architecture
  High-quality RTL design using Verilog/VHDL/SystemVerilog with strong focus on modularity, reusability, and performance. Expertise in IP, SoC, and subsystem-level design.
• Design Verification (DV)
  Robust verification methodologies including UVM, assertions, formal verification, and low-power simulation (UPF/CPF). Our team ensures bug-free designs through deep testbench development and coverage-driven closure.
• Design for Testability (DFT)
  Scan insertion, ATPG, MBIST, boundary scan, and post-silicon debug to ensure efficient and cost-effective manufacturing and testing of chips.
•  ASIC & SoC Design
  We support complex SoC integration, custom ASIC development, and IP verification, enabling first-time-right silicon delivery with minimal turnaround.

Tool Expertise

Cadence | Synopsys | Mentor Graphics | Siemens EDA | JasperGold | Ansys RedHawk

Why EDIC Semicon for VLSI?

• Proven experience from RTL to tapeout
•  Advanced node expertise (5nm, 7nm, 3nm)
• Flexible delivery models – onshore/offshore/hybrid
• Certified engineers and tool licenses
• Focus on power, performance, and area (PPA) optimization

Applications We Enable

• Consumer Electronics
• Automotive (ADAS, Infotainment)
• AI Accelerators
• Networking & Telecom
• Industrial Automation

At EDIC Semicon, we bring together deep domain knowledge, industry-proven methodologies, and engineering passion to help you build reliable, scalable, and high-performance silicon systems.