Turnkey Chip Design

eInfochips delivers end-to-end turnkey ASIC and SoC design services, managing the complete silicon lifecycle from architecture and RTL development to GDSII and production enablement. We help leading semiconductor innovators accelerate time-to-market with predictable, high-quality execution.

With over 400 successful tape-outs across advanced and mature process nodes ranging from 3nm to 180nm, we bring deep expertise across diverse technology platforms.

Our engineering teams specialize in full RTL-to-GDSII implementation, including UVM-based verification, DFT and AMS integration, high-fidelity emulation, and sign-off-ready physical design. We support safety-critical development with compliance to global standards such as ISO 26262 and DO-254.

We work seamlessly across leading foundry and EDA ecosystems, including TSMC, Synopsys, and Cadence, ensuring robust, sign-off-ready silicon delivery.

Our fully integrated execution model helps customers reduce NRE costs, improve yield outcomes, and accelerate deployment of AI, automotive, industrial, and edge devices backed by proven methodologies and advanced silicon engineering expertise.

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eInfochips Turnkey Chip Design Services

Architecture & Frontend Design

Specification definition, micro-architecture design, and RTL development
IP selection, integration, and reuse planning
Power-aware and clock-domain architecture (UPF/CPF)
RTL synthesis, lint, CDC/RDC analysis, and timing optimization
Experience across digital signal processors, controllers, and AI accelerators

Design Verification (DV)

SystemVerilog UVM-based environment creation and reuse
Constrained random, directed, and coverage-driven testing
Assertion-based and formal verification for complex SoCs
Functional coverage closure and regression automation (Jenkins/Bamboo)
Verification IPs for PCIe, Ethernet, DDR, USB, and custom interfaces

Physical Design (PD) & Design for Test (DFT)

Floor planning, placement & routing, CTS, STA, power & IR/EM analysis
Multi-corner multi-mode (MCMM) optimization and sign-off flows
DFT planning, scan insertion, ATPG, MBIST, and boundary-scan
High-density, low-power, and high-performance closure at advanced nodes (5 nm/3 nm)
Sign-off automation using Synopsys IC-Compiler II, PrimeTime, and Cadence Innovus

Analog & Mixed-Signal (AMS) Design

Custom analog IP design: PLL, ADC/DAC, LDO, CDR, AFE, sensor interfaces
Behavioral and SPICE modeling, schematic-layout co-design in Virtuoso
AMS simulation, verification, and top-level integration
Migration across technology nodes (130 nm → 28 nm → 7 nm)
Expertise in power management, sensor front-ends, and SerDes

Emulation & Post-Silicon Validation

FPGA prototyping, virtual platform (SystemC/TLM) modeling, and SoC bring-up
OS and firmware validation on Palladium, Zebu, and HAPS platforms
Board-level testing, power-on verification, and PVT characterization
Automation frameworks for reliability, stress, and regression testing
ATE program development, interface validation, and yield analysis

Packaging, Manufacturing & Lifecycle Support

Package co-design
OSAT engagement for assembly, reliability, and qualification
Arrow + SiliconExpert integration for BOM risk analysis and continuity
Production ramp-up support, EOL redesign, and sustenance engineering

End-to-End Silicon-to-System Turnkey Infrastructure

At eInfochips, we enable end-to-end turnkey ASIC and SoC programs through secure infrastructure, standardized engineering environments, advanced validation labs, and integrated supply-chain intelligence. Our infrastructure is built to ensure predictable tape-outs, IP protection, accelerated execution, and long-term production continuity.

Dedicated ODC Setups for Turnkey Programs

ISO 27001–certified, access-controlled engineering floors
Secure VPN, segregated compute, per-project license pools
Onsite + offshore hybrid teams for high-effort ASIC programs

Lab & Validation
Infrastructure

FPGA prototyping labs (HAPS, Zebu, client-provided emulators)
Silicon bring-up stations with oscilloscopes, logic analyzers, power analyzers
Environmental chambers for thermal/voltage stress testing
Automated test benches for firmware + interface validation
Device validation across networking, automotive, consumer, and IoT domains

Standardized, Automated Silicon Engineering Stack

Integrated RTL-to-GDSII flows across industry-leading EDA ecosystems
CI/CD-driven regressions, reusable UVM/DFT/AMS frameworks
Golden sign-off checklists for RTL, PD, STA, DFT, and LVS/DRC
Internal accelerators: PerfMon, AMSify, Scoreboardnetic, DFT-Cert

Arrow + SiliconExpert
Integration

BOM risk forecasting and end-of-life (EOL) prediction
Supply-chain continuity planning and lifecycle visibility
Packaging & final test coordination through 10+ specialist OSAT partners
Strong ecosystem access to 60+ VIP vendors and 50+ IP vendors for accelerated integration
Partnerships with contract manufacturers and EMS providers for complete system build and high-volume production
Material sourcing and long-term sustainment support

Accelerators and IPs

Performance Analysis Monitor
(PerfMon / PAM)

Verification IPs (VIPs)

Ethernet Verification IP

Scoreboardnetic
(Verification Scoreboard)

AMSify

Memory Model
Generator

OptiX – Physical Design
Framework

Physical Design
Framework

DFT Automated Execution &
Reporting Tool (DAeRT)

DFT Utility

ConForum for DFT Framework

Ecosystem of Partnerships

Our collaborations with industry leaders enable cutting-edge silicon innovation, ensuring robust turnkey execution and accelerated chip development cycles.

Turnkey Chip Design

eInfochips Turnkey Chip Design Services

Architecture & Frontend Design

Design Verification (DV)

Physical Design (PD) & Design for Test (DFT)

Analog & Mixed-Signal (AMS) Design

Emulation & Post-Silicon Validation

Packaging, Manufacturing & Lifecycle Support

End-to-End Silicon-to-System Turnkey Infrastructure

Dedicated ODC Setups for Turnkey Programs

Lab & Validation Infrastructure

Standardized, Automated Silicon Engineering Stack

Arrow + SiliconExpert Integration

Accelerators and IPs

Performance Analysis Monitor (PerfMon / PAM)

Verification IPs (VIPs)

Ethernet Verification IP

Scoreboardnetic (Verification Scoreboard)

AMSify

Memory Model Generator

OptiX – Physical Design Framework

Physical Design Framework

DFT Automated Execution & Reporting Tool (DAeRT)

DFT Utility

ConForum for DFT Framework

Ecosystem of Partnerships

Foundry

EDA & Tools

Devices & Platforms

Insights

Turnkey RTL-to-GDSII + Silicon Bring-up for Motion Sensor SoC

ASIC for Automotive Zone Controller

Turnkey RTL-to-GDSII Execution for High-Performance Networking ASICs

Why eInfochips for Turnkey Chip design?

End-to-End Ownership

Architecture, RTL, Verification, PD, DFT, AMS, Validation, and Packaging.

Legacy Redesign & Migration

Consolidate multiple devices into cost-optimized single-chip derivatives.

Compliance-Ready Execution

ISO 26262, DO-254, AS9100D, and IEC 61508 aligned design processes.

3

First-Time-Right Silicon

Proven frameworks and automation ensuring faster closure and reduced re-spins.

Supply Chain Continuity

Arrow Electronics ecosystem for BOM risk mitigation and lifecycle support.

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Lab & Validation
Infrastructure

Arrow + SiliconExpert
Integration

Performance Analysis Monitor
(PerfMon / PAM)

Scoreboardnetic
(Verification Scoreboard)

Memory Model
Generator

OptiX – Physical Design
Framework

Physical Design
Framework

DFT Automated Execution &
Reporting Tool (DAeRT)