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Silicon Engineering Services
Precision Silicon.
First-Pass
Tape-Out.
From RTL architecture to GDSII sign-off — Silicon Patterns delivers complete ASIC/SoC engineering with zero-compromise quality. We specialize in performance-power-area optimization across every design layer.
5+Chips/Year
200+Engineers
98%First-Pass Rate
What We Deliver
Full-Stack Silicon Engineering — Spec to Silicon
Silicon Patterns brings 200+ engineers across VLSI, verification, physical design, and DFT — delivering production-ready chips for fabless leaders, IDMs, and high-growth semiconductor startups.
Architecture definition, microarchitecture planning, and PPA budgeting
RTL design in Verilog, VHDL, and SystemVerilog
Simulation, UVM testbench, formal verification and functional coverage
DFT: ATPG, scan insertion, boundary scan, MBIST
Synthesis, place-and-route, STA, power analysis, IR drop
LVS/DRC sign-off and GDSII delivery to foundry
Engagement Models
Full Project Ownership
Dedicated Engineering Pod
Staff Augmentation
Supported Technology Nodes
180nm130nm65nm40nm28nm22nm FD-SOI16/12nm FinFET7nm5nm
Core Services
Every Phase of the Silicon Lifecycle
Modular engagement — bring us in at architecture, verification, physical design, or full flow. We integrate seamlessly with your existing team.
Architecture & Microarchitecture
Chip-level partitioning, pipeline design, clock/power domain planning, and performance modeling with cycle-accurate simulation.
RTL Design & Coding
Production-quality RTL in Verilog, VHDL, and SystemVerilog with strict coding guidelines for synthesis and lint-clean delivery.
Functional Verification
UVM environments, constrained-random testbenches, coverage closure, assertion-based verification (ABV) and formal property checking.
DFT — Design for Test
Scan insertion, ATPG pattern generation, JTAG boundary scan, memory BIST, and DFT sign-off for full production test coverage.
Physical Design (RTL2GDSII)
Floorplanning, placement, CTS, routing, STA, IR drop, EM analysis, and DRC/LVS-clean GDSII sign-off.
Pre & Post-Silicon Validation
Emulation-based validation using Veloce/Palladium, bring-up scripts, silicon debug, and performance characterization.
Our Process
How We Take Your Chip from Spec to Silicon
01
Discovery & Spec Review
Deep-dive into your functional spec, power targets, area budget, and schedule. We flag risks early and establish shared success criteria.
02
Architecture & Planning
Microarchitecture design, block partitioning, interface definitions, and cycle-accurate performance models validated against your requirements.
03
Design & Verification
RTL coding, UVM testbench development, regression runs, coverage closure, and formal verification — all with transparent weekly reporting.
04
Sign-off & Tape-out
Physical design completion, DRC/LVS clean, final STA, and full foundry-package GDSII delivery. Post-silicon bring-up support included.
Why Silicon Patterns
The Engineering Advantage You've Been Looking For
Zero-Defect Culture
Strict RTL coding guidelines, automated lint checks, and mandatory code reviews before every milestone sign-off.
On-Time Delivery
98% of milestones delivered on schedule across 35+ client engagements, with real-time dashboards for full visibility.
Full-Flow Expertise
One team covering architecture through GDSII — no handoff risk, no knowledge gaps between design and physical teams.
Tool Agnostic
Proficient with Synopsys, Cadence, Mentor, and open-source EDA stacks — we work with what your foundry requires.
Ready to Start?
Let's Build Your Next Chip Together
Share your specification — we'll respond with a detailed technical assessment within 48 hours.
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