VLSI Design Services

Accelerating Semiconductor Innovation Through End-to-End VLSI Engineering Excellence

At I2Labs Techsoft, we provide comprehensive VLSI Design and Semiconductor Engineering Services that help semiconductor companies, fabless organizations, ASIC vendors, IP providers, and system companies accelerate product development while reducing time-to-market and engineering costs.

• Our team of experienced VLSI professionals delivers scalable solutions across the entire chip design lifecycle—from architecture definition and RTL development to verification, physical design, DFT, implementation, and silicon validation. By leveraging industry-standard EDA tools, proven methodologies, and domain expertise, we enable our clients to develop high-performance, reliable, and power-efficient semiconductor products.
• Whether you require project-based execution, dedicated engineering teams, staff augmentation, or Offshore Development Center (ODC) support, I2Labs Techsoft offers flexible engagement models tailored to your business objectives.

Front-End Design Services

• RTL Design & Micro-Architecture DevelopmentOur RTL design team transforms system specifications into robust and scalable hardware architectures optimized for performance, area, and power requirements.
• CapabilitiesASIC and SoC Design, RTL Coding using Verilog/SystemVerilog, Micro-Architecture Design, FSM Development, IP Integration, Bus Protocol Implementation, Low-Power RTL Design, Design Optimization
• Supported ProtocolsAMBA AXI, AHB, APB, PCIe, USB, Ethernet, I2C, SPI
• DeliverablesRTL Source Code, Design Documentation, Architecture Specifications, Synthesis Reports, Integration Support

Functional Verification Services

• Ensuring First-Time Silicon SuccessVerification typically consumes more than 70% of the semiconductor design cycle. Our verification specialists ensure design functionality through rigorous verification methodologies and coverage-driven approaches.
• Verification ExpertiseUVM-Based Verification, SystemVerilog Verification, Constrained Random Verification, Assertion-Based Verification, Formal Verification, Functional Coverage Analysis, Regression Automation, Protocol Verification
• Verification ActivitiesTest Plan Development, Verification Environment Development, Testbench Creation, Coverage Closure, Debug and Root Cause Analysis, Sign-Off Verification
• Protocol VerificationPCIe Verification, USB Verification, Ethernet Verification, DDR Verification, AMBA Protocol Verification, MIPI Verification
• DeliverablesUVM Testbenches, Verification Reports, Coverage Metrics, Bug Tracking Reports, Sign-Off Documentation

FPGA Design & Prototyping

• Rapid Validation and Hardware AccelerationWe help organizations accelerate product development through FPGA-based design and prototyping services.
• Services IncludeFPGA Architecture Design, RTL Development, FPGA Synthesis, Place and Route, Timing Optimization, Board Bring-Up, Hardware Validation, Prototype Development
• Supported PlatformsXilinx, AMD FPGA Solutions, Intel FPGA, Altera Platforms, Lattice FPGA
• BenefitsFaster Design Validation, Reduced Development Risk, Early Software Development, Hardware Emulation Support

Design for Testability (DFT) Services

Improve product testability and manufacturing readiness with DFT planning, implementation, verification, and production test support.

• Scan insertion, ATPG, MBIST, boundary scan, JTAG, compression, and fault coverage analysis.
• DFT architecture definition, test pattern generation, scan validation, and sign-off support.
• Helps reduce test cost, improve yield, and accelerate production release.

Improving Test Coverage and Manufacturing Quality

Our DFT solutions enhance product testability and ensure high manufacturing yields through efficient test strategies.

• DFT CapabilitiesScan Insertion, ATPG Generation, Boundary Scan, JTAG Implementation, Memory BIST, Logic BIST, Compression Techniques, Fault Coverage Analysis
• ServicesDFT Architecture Definition, Test Pattern Generation, DFT Verification, Scan Chain Validation, Manufacturing Test Support
• BenefitsHigher Fault Coverage, Reduced Test Cost, Improved Product Quality, Faster Production Testing

Physical Design Services

Convert verified netlists into clean, manufacturable layouts with complete back-end implementation support.

• Floor planning, placement, CTS, routing, power planning, and timing optimization.
• Physical verification including DRC, LVS, antenna checks, IR drop, EM, and sign-off closure.
• Deliverables include GDSII, reports, ECO support, and implementation documentation.

From Netlist to GDSII – Complete Back-End Implementation

Our Physical Design team delivers high-quality implementation services ensuring timing closure, power optimization, and manufacturability.

• Physical Design Flow
• Floor PlanningChip-Level Planning, Macro Placement, Power Planning, Congestion Analysis
• Placement & OptimizationStandard Cell Placement, Timing Optimization, Power Optimization, Area Optimization
• Clock Tree Synthesis (CTS)Clock Architecture Design, Clock Skew Optimization, Clock Latency Management
• RoutingGlobal Routing, Detailed Routing, Signal Integrity Analysis, DRC Compliance
• Physical VerificationDesign Rule Checking (DRC), Layout Versus Schematic (LVS), Antenna Checks, Electrical Rule Checks
• Sign-Off ActivitiesStatic Timing Analysis (STA), IR Drop Analysis, EM Analysis, Power Integrity Verification
• DeliverablesClean GDSII, Sign-Off Reports, Timing Closure Reports, Physical Verification Reports

Static Timing Analysis (STA)

Close timing across modes and corners with constraint development, analysis, debug, and ECO implementation.

• Setup and hold analysis across multi-mode multi-corner scenarios.
• Clock domain, path exception, constraint quality, and timing sign-off support.
• Clear timing reports and closure recommendations for high-performance designs.

Timing Closure for High-Performance Designs

Our STA experts perform detailed timing analysis and optimization to ensure designs meet performance targets under all operating conditions.

• STA ServicesConstraint Development, Timing Analysis, Multi-Mode Multi-Corner Analysis, Timing Debug, ECO Implementation, Timing Closure
• Supported ActivitiesSetup Analysis, Hold Analysis, Clock Domain Crossing Analysis, Timing Sign-Off

Low-Power Design Services

Optimize semiconductor designs for power, thermal behavior, and battery-sensitive product requirements.

• UPF/CPF support, power intent definition, power gating, clock gating, and multi-voltage implementation.
• Power-aware verification and low-power sign-off alignment.
• Improves energy efficiency, reliability, and product competitiveness.

Optimizing Power for Next-Generation Semiconductor Products

Power efficiency has become a critical design requirement across mobile, automotive, IoT, and high-performance computing applications.

• Low-Power ExpertisePower Intent Definition, UPF Implementation, CPF Support, Power Gating, Clock Gating, Multi-Voltage Design, Dynamic Power Optimization, Leakage Reduction Techniques
• BenefitsReduced Power Consumption, Improved Battery Life, Better Thermal Performance, Enhanced Product Reliability

IP Development & Integration

Build, integrate, and validate reusable semiconductor IP blocks for scalable SoC development.

• Custom IP, interface controllers, memory controllers, communication blocks, DSP, and security modules.
• IP integration, protocol compliance, performance optimization, and documentation.
• Supports faster SoC assembly and reliable reuse across programs.

Reusable and Scalable Semiconductor IP Solutions

We assist clients in developing, integrating, and validating reusable intellectual property blocks for SoC development.

• IP CategoriesCommunication IP, Memory Controllers, Interface Controllers, Security Modules, DSP Blocks, Custom IP Development
• ServicesIP Design, IP Verification, IP Integration, Performance Optimization, Documentation Support

Silicon Validation & Post-Silicon Services

Bridge design and production with structured bring-up, validation, characterization, and debug support.

• Lab bring-up, board-level validation, functional checks, power testing, and performance characterization.
• Failure debug, issue tracking, qualification support, and production readiness assistance.
• Helps teams move from first silicon to stable product release with confidence.

Bridging Design and Production

We support clients during silicon bring-up and validation activities to ensure successful product deployment.

• Services IncludeSilicon Bring-Up, Post-Silicon Validation, Performance Characterization, Debug and Failure Analysis, Lab Testing Support, Product Qualification Support
• Validation ActivitiesFunctional Validation, Power Validation, Reliability Testing, Stress Testing, Benchmarking

Semiconductor Domains We Support

Our engineering teams have experience supporting projects in:

• Consumer ElectronicsSmartphones, Tablets, Wearables
• Automotive SemiconductorsADAS, Infotainment, Autonomous Systems
• Networking & Communication5G Infrastructure, Switches, Routers
• Data Center & Cloud ComputingAI Accelerators, HPC Processors
• Industrial & IoTSmart Manufacturing, Edge Devices
• Aerospace & DefenseMission-Critical Semiconductor Systems
• Medical ElectronicsDiagnostic and Monitoring Systems

Engagement Models for VLSI Services

To meet varying project and business requirements, we offer:

• Fixed-Price Projects
• Time & Material (T&M)
• Dedicated VLSI Engineering Teams
• Staff Augmentation
• Managed Semiconductor Services
• Offshore Development Centers (ODC)
• Build-Operate-Transfer (BOT)

Why I2Labs Techsoft?

• Industry-Focused Semiconductor ExpertiseDedicated professionals with hands-on experience across ASIC, FPGA, SoC, and advanced semiconductor technologies.
• End-to-End Design SupportComplete support from architecture definition to silicon validation.
• Flexible Resource ModelsScale engineering teams according to project needs.
• Quality-Driven DeliveryRobust processes aligned with semiconductor industry best practices.
• Faster Time-to-MarketOptimized workflows and experienced engineers help accelerate product development cycles.
• Long-Term Technology PartnershipWe work as an extension of our clients' engineering organizations, enabling sustainable innovation and business growth.

Transforming Semiconductor Ideas into Silicon Success

I2Labs Techsoft is committed to helping organizations build reliable, high-performance, and next-generation semiconductor solutions through world-class VLSI engineering services. Our mission is to become a trusted technology partner for companies seeking excellence in ASIC, FPGA, SoC, and semiconductor product development.

• Partner with I2Labs Techsoft for structured VLSI delivery, scalable engineering teams, and dependable semiconductor execution.