Semiconductors

RTL Design

Our RTL Design Expertise Includes

Unlock the full potential of your digital designs with our expert RTL (Register Transfer Level) Design Services. Our team specializes in crafting high-performance, power-efficient, and scalable RTL architectures tailored to your specific requirements. With a deep understanding of Verilog, VHDL, and SystemVerilog, we ensure your designs are optimized for efficiency, functionality, and seamless integration.

Our RTL Design Expertise Includes

• Custom RTL Development – Precise, efficient coding for ASIC and FPGA implementations.
• High-Performance & Low-Power Design – Optimizing for power, performance, and area (PPA).
• IP & Subsystem Development – Custom IP block creation and integration for complex SoCs.
• Clock Domain Crossing (CDC) & Reset Domain Crossing (RDC) Analysis – Ensuring reliable multi-clock domain operations.
• Synthesis & Timing Closure – Optimized designs for seamless backend integration.

We follow industry best practices and cutting-edge methodologies to ensure functional correctness, scalability, and efficiency, helping you bring robust digital designs to market faster.

Let us transform your ideas into high-quality RTL designs that power next-generation semiconductor solutions.

Digital Design

Transform your ideas into high-performance digital solutions with our cutting-edge Digital Design services. Our expert team specializes in designing and developing advanced digital systems, ensuring seamless functionality, efficiency, and scalability.

From conceptualization to implementation, we provide end-to-end digital design solutions tailored to meet your specific requirements. Whether it’s FPGA/ASIC design, RTL coding, synthesis, or optimization, we follow industry best practices and employ state-of-the-art tools to deliver innovative and reliable digital designs.

Our expertise covers

• RTL Design & Development – High-quality, efficient coding in Verilog, VHDL, and SystemVerilog.
• FPGA/ASIC Design – Custom digital circuits optimized for performance, power, and area.
• High-Speed Digital Interfaces – Expertise in PCIe, Ethernet, DDR, USB, and other protocols.
• Design Optimization – Power, performance, and area (PPA) optimization to meet project goals.

With our deep domain knowledge and a commitment to excellence, we help you accelerate your product development, reduce risks, and achieve superior digital designs ready for real-world applications.

Analog Design

Achieve high-performance, power-efficient, and reliable analog solutions with our Analog Design Services. Our team of experts specializes in designing and optimizing custom analog, mixed-signal, and RF circuits, ensuring seamless integration with digital systems and robust performance across diverse applications.

Our Analog Design Expertise Includes

• Custom Analog Circuit Design High-precision amplifiers, filters, oscillators, and more.
• Mixed-Signal Design Seamless integration of analog and digital components for optimal system performance.
• Data Converters (ADC/DAC) High-resolution, low-power analog-to-digital and digital-to-analog converters.
• Power Management Circuits LDOs, DC-DC converters, and efficient power distribution solutions.
• RF & High-Frequency Design Low-noise amplifiers (LNA), phase-locked loops (PLL), and RF front-end circuits.
• Signal Integrity & Noise Analysis Ensuring low distortion, minimal noise, and high reliability.

With a commitment to excellence and industry best practices, we deliver highly efficient, scalable, and production-ready analog solutions tailored to your specific needs.

Let us help you bring innovative analog and mixed-signal designs to life with precision and reliability.

Mixed Signal Design

Bridge the gap between analog and digital worlds with our Mixed-Signal Design Services, delivering high-performance, power-efficient, and scalable solutions. Our expertise spans custom mixed-signal ICs, data converters, and signal processing circuits, ensuring seamless integration and optimized performance across diverse applications.

Our Mixed-Signal Design Expertise Includes

• Custom Mixed-Signal IC Design Tailored solutions for precision and efficiency.
• Data Converters (ADC/DAC) High-resolution, low-power analog-to-digital and digital-to-analog converters.
• Clock & Timing Circuits PLLs, clock distribution networks, and jitter optimization.
• Power Management Solutions Integrated voltage regulators, DC-DC converters, and low-noise LDOs.
• Sensor Interface Circuits Low-power, high-accuracy signal conditioning for various sensor types.
• Signal Integrity & Noise Optimization Ensuring robust performance in high-speed and noise-sensitive environments.

Our team leverages industry best practices and cutting-edge tools to design, validate, and optimize mixed-signal circuits for high reliability, low power consumption, and seamless integration with digital systems.

Let us help you build next-generation mixed-signal solutions that drive innovation and efficiency.

FPGA Design

Accelerate your development with our FPGA Design Services, delivering high-performance, power-efficient, and scalable solutions tailored to your application needs. Our expertise spans custom FPGA design, RTL development, hardware acceleration, and system integration, ensuring optimized performance and seamless deployment.

Our FPGA Design Expertise Includes

• Custom FPGA Development: Tailored solutions for high-speed, low-power applications.
• RTL Design & Implementation: Efficient coding in Verilog, VHDL, and SystemVerilog for FPGA architectures.
• High-Speed Interface Design: PCIe, DDR, Ethernet, USB, and other protocol implementations.
• FPGA Prototyping & Emulation: Accelerated hardware verification before ASIC tape-out.
• Signal Processing & AI Acceleration: FPGA-based DSP and AI/ML hardware acceleration.
• Power & Performance Optimization: Enhancing efficiency for FPGA-based designs.

Physical Design

Optimize your ASIC and SoC designs for performance, power, and area with our Physical Design Services. Our team specializes in advanced node implementation, timing closure, power optimization, and design for manufacturability (DFM) to deliver high-quality silicon-ready solutions.

Our Physical Design Expertise Includes

• Floorplanning & Power Planning: Optimized chip layout for efficient power and signal distribution.
• Placement & Routing (PnR): Advanced node (FinFET) implementation for performance-driven designs.
• Clock Tree Synthesis (CTS): Low-skew and power-efficient clock distribution.
• Static Timing Analysis (STA): Ensuring timing closure across process, voltage, and temperature variations.
• Signal Integrity & Power Integrity Analysis: IR drop, electromigration (EM), and noise analysis.
• Low-Power Design Techniques: Multi-Vt, power gating, and dynamic voltage scaling (DVS).
• Design Rule Checking (DRC) & Layout Versus Schematic (LVS): Ensuring manufacturability and correctness.

With expertise in cutting-edge EDA tools (Cadence, Synopsys, Mentor Graphics) and experience across advanced process nodes (7nm, 5nm, and beyond), we help you achieve optimized, high-yield, and production-ready physical designs.

Let us take your ASIC and SoC designs from RTL to GDSII with precision and efficiency.

Circuit Design

Deliver high-performance, power-efficient, and reliable solutions with our Circuit Design Services. Our team specializes in analog, digital, and mixed-signal circuit design, ensuring seamless integration, optimal performance, and manufacturability for a wide range of applications.

Our Circuit Design Expertise Includes

• Analog Circuit Design: Precision amplifiers, filters, oscillators, and low-noise circuits.
• Digital Circuit Design: High-speed logic, low-power architectures, and FPGA/ASIC-based designs.
• Mixed-Signal Circuit Design: ADCs, DACs, PLLs, and sensor interface circuits.
• Power Management Solutions: Voltage regulators, DC-DC converters, and battery management circuits.
• High-Speed & RF Circuit Design: Signal integrity, noise analysis, and RF front-end design.
• Circuit Simulation & Verification: SPICE modeling, transient analysis, and process variation studies.
• Design for Manufacturability & Testability: Ensuring robust, scalable, and cost-effective production.

With expertise in cutting-edge EDA tools, process technologies, and industry best practices, we provide customized, high-quality circuit design solutions for applications across automotive, telecommunications, healthcare, and consumer electronics.

Let us help you develop optimized, high-performance circuit designs that meet your project’s specific requirements.

Logic Synthesis

Achieve optimized, high-performance digital designs with our Logic Synthesis Services. We specialize in transforming RTL code into gate-level representations while ensuring optimal power, performance, and area (PPA). Our expertise in timing closure, design constraints, and synthesis optimization helps accelerate the ASIC and FPGA design process.

Our Logic Synthesis Expertise Includes

• RTL to Gate-Level Synthesis: Efficient mapping of Verilog/VHDL designs to target technology.
• Timing Optimization & Closure: Ensuring setup, hold, and clock domain crossing (CDC) requirements.
• Power Optimization: Multi-Vt, clock gating, and power-aware synthesis techniques.
• Area & Performance Trade-offs: Optimization for silicon efficiency and speed.
• Formal Verification & Equivalence Checking: Ensuring RTL and gate-level netlist consistency.
• Technology Mapping: Optimized synthesis for ASIC, FPGA, and standard cell libraries.
• Static Timing Analysis (STA) & Constraint Development: Creating and refining SDC (Synopsys Design Constraints) for accurate synthesis results.

With experience in industry-leading EDA tools like Synopsys Design Compiler, Cadence Genus, and Mentor Graphics Precision, we ensure that your synthesized netlist is ready for physical design, signoff, and final implementation.

Let us help you achieve an efficient, high-quality synthesis process that enhances your overall chip design flow.

Low Power Design

Reduce power consumption while maintaining performance with our Low-Power Design Services. Our expertise in power-aware architecture, advanced optimization techniques, and low-power verification ensures efficient designs for battery-operated, mobile, and high-performance computing applications.

Our Low-Power Design Expertise Includes

• Power-Aware RTL Design: Optimizing architectures for minimal dynamic and static power.
• Multi-Vt Optimization: Balancing speed and leakage power for energy efficiency.
• Clock Gating & Power Gating: Reducing dynamic and standby power consumption.
• Dynamic Voltage & Frequency Scaling (DVFS): Adaptive power management for performance-efficiency trade-offs.
• Multi-Supply Voltage (MSV) & Power Island Implementation: Optimized power distribution for complex SoCs.
• UPF-Based Low-Power Verification: Ensuring correctness using Unified Power Format (UPF) methodologies.
• IR Drop & Electromigration Analysis: Ensuring power integrity and reliability.
• Leakage Power Reduction: Utilizing power switches, biasing techniques, and low-leakage cells.

With expertise in cutting-edge EDA tools (Synopsys, Cadence, Mentor Graphics) and experience across advanced process nodes (7nm, 5nm, and beyond), we help you achieve optimized, energy-efficient designs ready for tape-out and real-world deployment.

Let us assist you in developing power-efficient ASICs, SoCs, and FPGA designs that meet stringent power and performance requirements.

Design for Testability (DFT)

Enhance the testability, yield, and reliability of your ASIC and SoC designs with our Design for Testability (DFT) Services. We implement industry-leading scan, built-in self-test (BIST), and fault coverage optimization techniques to ensure seamless manufacturing testing and defect detection while minimizing test costs.

Our DFT Expertise Includes

• Scan Insertion & ATPG: Implementing scan chains and generating high-coverage Automatic Test Pattern Generation (ATPG) tests.
• Built-In Self-Test (BIST): Implementing Logic BIST (LBIST) and Memory BIST (MBIST) for self-diagnosing circuits.
• JTAG & Boundary Scan (IEEE 1149.1/1149.6): Enabling efficient board-level and in-system testing.
• Test Compression & Test Time Reduction: Reducing pattern count and scan shift cycles to optimize test costs.
• Fault Simulation & Coverage Analysis: Ensuring high stuck-at, transition, and path delay fault coverage.
• DFT Architecture Optimization: Minimizing test overhead while ensuring high test efficiency.
• Power-Aware DFT Implementation: Managing test power to prevent excessive IR drop and power integrity issues.
• Post-Silicon Bring-Up & Debug Support: Enabling quick silicon validation and debug after fabrication.

Our team is proficient in leading EDA tools such as Synopsys DFT Compiler, Tetramax, Cadence Modus, and Mentor Tessent, ensuring robust DFT methodologies for advanced process nodes (7nm, 5nm, and below).

Let us help you design DFT-optimized chips that are highly testable, cost-efficient, and production-ready for high-yield silicon manufacturing.

Design for Manufacturability (DFM)

Ensure high yield, reliability, and cost-effective production with our Design for Manufacturability (DFM) Services. We optimize semiconductor designs to mitigate manufacturing defects, improve process robustness, and enhance overall silicon performance across advanced technology nodes.

Our DFM Expertise Includes

• Layout Optimization: Ensuring compliance with foundry-specific DFM guidelines for better yield.
• Critical Area Analysis (CAA): Identifying and minimizing defect-prone regions in the design.
• Process Variation Analysis: Ensuring robustness across different process, voltage, and temperature (PVT) corners.
• Chemical Mechanical Polishing (CMP) Modeling & Correction: Preventing surface topography issues.
• Optical Proximity Correction (OPC): Enhancing lithographic printability for nanoscale designs.
• Design Rule Checking (DRC) & Layout Versus Schematic (LVS): Verifying geometric and electrical correctness.
• Yield Enhancement Strategies: Implementing redundancy, dummy fill, and multi-patterning techniques.
• Failure Analysis & Root Cause Debugging: Improving design robustness through silicon feedback.

With expertise in leading DFM tools (Synopsys ICV, Cadence Litho Physical Analyzer, Mentor Calibre DFM) and collaborations with foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we help ensure your designs are optimized for manufacturability and high-volume production success.

Let us help you achieve DFM-optimized semiconductor designs that maximize yield and minimize production costs.

IP Integration Services

Seamlessly integrate third-party and custom Intellectual Property (IP) blocks into your ASIC, SoC, and FPGA designs with our IP Integration Services. We specialize in efficient IP selection, verification, and optimization, ensuring smooth interoperability, performance, and scalability.

Our IP Integration Expertise Includes

• IP Selection & Evaluation: Identifying the best-fit analog, digital, and mixed-signal IPs based on design requirements.
• Interface & Protocol Integration: Implementing PCIe, USB, Ethernet, DDR, MIPI, AMBA (AXI, AHB, APB), and SerDes.
• Custom IP Development & Hardening: Optimizing IPs for power, performance, and area (PPA) across different process nodes.
• SoC & ASIC Subsystem Integration: Seamless integration of processors, memory, peripherals, and security modules.
• Clock & Power Domain Management: Handling multiple clock domains (CDC) and power-aware designs.
• Performance Optimization & Debugging: Analyzing and resolving bottlenecks for high-speed, low-power operation.
• DFT & Manufacturing Readiness: Ensuring IP compatibility with DFT, testability, and manufacturability constraints.

We have expertise in integrating commercial, open-source, and proprietary IPs across leading EDA tools (Synopsys, Cadence, Mentor Graphics) and work with leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC) to ensure silicon-proven, high-quality IP integration.

Let us help you accelerate IP-based design development with seamless integration, enhanced performance, and faster time-to-market.

Power Analysis & Optimization

Achieve energy-efficient designs with our Power Analysis & Optimization Services, ensuring low-power, high-performance ASIC, SoC, and FPGA implementations. We specialize in power estimation, reduction techniques, and verification to minimize dynamic and leakage power, extending battery life and reducing thermal constraints.

Our Power Analysis & Optimization Expertise Includes

• Power Characterization & Estimation: Early-stage RTL and gate-level power profiling for accurate analysis.
• Dynamic & Leakage Power Reduction: – Implementing clock gating, power gating, multi-Vt, and voltage scaling.
• Activity-Based Power Optimization: Identifying and mitigating high-power switching hotspots.
• Multi-Voltage & Power Island Implementation: Enabling efficient DVFS (Dynamic Voltage & Frequency Scaling) and power partitioning.
• UPF/CPF-Based Low-Power Verification: Ensuring correct power intent implementation using Unified Power Format (UPF) or Common Power Format (CPF).
• IR Drop & Electromigration Analysis: Preventing voltage drops and ensuring power integrity in critical paths.
• Thermal & Energy Efficiency Analysis: Evaluating power dissipation for enhanced cooling and reliability.
• EDA Tool Expertise: Proficient in Synopsys PrimeTime PX, Cadence Voltus, Mentor Graphics PowerPro, and Ansys RedHawk for power analysis and optimization.

Our methodologies ensure low-power, high-performance designs across advanced process nodes (7nm, 5nm, and below), helping you achieve power-efficient, thermally stable, and manufacturable solutions for your next-generation chips.

Let us help you minimize power consumption while maintaining peak performance for battery-powered, AI, IoT, automotive, and high-performance computing applications.

Clock Domain Crossing Analysis

Ensure the functional integrity and reliability of your multi-clock designs with our Clock Domain Crossing (CDC) Analysis Services. We specialize in detecting and resolving metastability, data corruption, and timing issues caused by asynchronous clock interactions in ASIC, SoC, and FPGA designs.

Our CDC Analysis Expertise Includes

• CDC Verification & Static Analysis: Identifying and analyzing asynchronous clock domain crossings.
• Metastability Risk Assessment: Detecting potential failures due to setup and hold time violations.
• Synchronizer Insertion & Optimization: Implementing FIFO-based, handshake, and multi-flop synchronizers.
• Glitch & Pulse Synchronization Checks: Ensuring robust level-based and edge-based signal transfer.
• Formal & Dynamic CDC Verification: Using industry-standard formal and simulation-based CDC analysis techniques.
• Multi-Mode & Multi-Corner Analysis: Validating CDC paths across different PVT variations.
• Advanced Debug & Root Cause Analysis: Pinpointing violations and providing design fixes.
• EDA Tool Expertise: Proficient in Synopsys SpyGlass CDC, Cadence JasperGold CDC, Mentor Questa CDC, and more.

By leveraging industry-leading CDC verification methodologies, we ensure your multi-clock domain designs are metastability-free, robust, and production-ready, helping you achieve first-time silicon success.

Let us help you analyze, debug, and optimize your CDC challenges for high-performance, low-power, and reliable semiconductor designs.

Functional Verification

Ensure the correctness and reliability of your ASIC, SoC, and FPGA designs with our Functional Verification Services. We implement advanced verification methodologies, coverage-driven testing, and formal techniques to detect and resolve design issues early in the development cycle, ensuring first-pass silicon success.

Our Functional Verification Expertise Includes:

• Testbench Development: – Creating SystemVerilog/UVM-based reusable testbenches for efficient verification.
• Coverage-Driven Verification: – Ensuring code, functional, assertion, and toggle coverage for verification completeness.
• Simulation & Debugging: – Running comprehensive RTL and gate-level simulations to identify design issues.
• Assertion-Based Verification (ABV): – Implementing SVA/PSL assertions to catch protocol and functional violations.
• Formal Verification: – Using property checking and equivalence checking for exhaustive bug detection.
• Hardware-Software Co-Verification: – Ensuring seamless integration of embedded software with hardware.
• Low-Power Verification: – Validating power-aware designs using UPF/CPF methodologies.
• Protocol & Interface Verification: – Verifying industry-standard protocols like PCIe, USB, Ethernet, DDR, MIPI, AMBA (AXI, AHB, APB).

Tools & Methodologies

We are proficient in industry-leading EDA tools, including:

• Cadence Xcelium, Synopsys VCS, Mentor Questa – For high-performance simulation.
• JasperGold, VC Formal – For formal verification & property checking.
• Verdi, DVE, Indago – For debugging & waveform analysis.
• UVM, OVM, VMM – For methodology-driven testbench development.

Our scalable and systematic verification approach ensures that your designs are bug-free, standards-compliant, and optimized for performance, reducing time-to-market and silicon re-spins.

Let us help you achieve high-quality, functionally verified semiconductor designs with confidence and efficiency.

RTL Verification

Ensure the functional correctness, efficiency, and robustness of your ASIC, SoC, and FPGA designs with our RTL Verification Services. We employ advanced simulation, formal verification, and coverage-driven methodologies to detect design flaws early, ensuring first-pass silicon success.

Our RTL Verification Expertise Includes

• Testbench Development: Implementing SystemVerilog/UVM-based reusable testbenches for scalable verification.
• Coverage-Driven Verification: Ensuring functional, code, assertion, and toggle coverage to achieve verification completeness.
• Assertion-Based Verification (ABV): Using SystemVerilog Assertions (SVA) and PSL to detect protocol and logic violations.
• Formal Verification: Applying property checking, equivalence checking, and static verification to eliminate corner-case bugs.
• Gate-Level Simulation (GLS): Verifying timing and power integrity at the post-synthesis and post-layout stages.
• Low-Power Verification: Validating multi-voltage and power-aware designs using UPF/CPF methodologies.
• Protocol & Interface Verification: Verifying industry-standard protocols such as PCIe, USB, Ethernet, DDR, MIPI, AMBA (AXI, AHB, APB).
• Regression Testing & Debugging: Running extensive simulations and debugging with advanced waveform analysis tools.

Tools & Methodologies

We leverage industry-leading EDA tools and methodologies

• Cadence Xcelium, Synopsys VCS, Mentor Questa – For high-performance simulation.
• JasperGold, VC Formal – For formal verification & property checking.
• Verdi, DVE, Indago – For debugging & waveform analysis.
• UVM, OVM, VMM – For methodology-driven testbench development.

Our structured RTL verification methodology ensures bug-free, power-efficient, and high-performance designs, reducing development cycles and accelerating time-to-market.

Let us help you validate your RTL designs with precision, ensuring they meet performance, power, and functionality requirements with confidence.

IP Verification

Ensure the functional correctness, reliability, and seamless integration of your third-party and custom IPs with our IP Verification Services. We employ rigorous verification methodologies, protocol compliance testing, and performance validation to guarantee that your IP blocks are silicon-proven and integration-ready.

Our IP Verification Expertise Includes

• Functional Verification: Validating IP functionality against specifications and industry standards.
• Coverage-Driven Verification: Achieving functional, code, assertion, and toggle coverage for verification completeness.
• Protocol Compliance Testing: Ensuring adherence to industry-standard interface protocols.
• Assertion-Based Verification (ABV): Using SystemVerilog Assertions (SVA) and PSL to detect protocol and logic violations.
• Formal Verification: Employing property checking and equivalence checking for exhaustive validation.
• Performance & Latency Analysis: Evaluating bandwidth, power efficiency, and throughput of IPs.
• Low-Power Verification: Validating multi-voltage and power-aware IP designs with UPF/CPF methodologies.
• Integration & SoC Verification: Ensuring seamless IP integration into larger ASIC or FPGA designs.
• Regression Testing & Debugging: Running extensive simulations and debugging with advanced waveform analysis tools.

Supported IPs & Protocols

We verify a wide range of standard and custom IPs, including

• PCIe, USB, Ethernet, DDR (DDR4/DDR5, LPDDR), MIPI, AMBA (AXI, AHB, APB), SerDes, SPI, I2C, CAN, UART, SATA

EDA Tools & Methodologies

We leverage industry-leading verification tools and methodologies

• Cadence Xcelium, Synopsys VCS, Mentor Questa: For high-performance simulation.
• JasperGold, VC Formal: For formal verification & property checking
• Verdi, DVE, Indago: For debugging & waveform analysis
• UVM, OVM, VMM: For structured and reusable testbench development

With expertise in advanced process nodes (7nm, 5nm, 3nm, and below) and leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your IPs are highly verified, robust, and silicon-proven.

Let us help you validate your IP designs with confidence, ensuring smooth integration, optimal performance, and first-pass success.

SoC Verification

Ensure the functional integrity, performance, and seamless integration of your System-on-Chip (SoC) designs with our comprehensive SoC Verification Services. We employ advanced verification methodologies, hardware-software co-verification, and coverage-driven testing to detect and resolve design issues early, ensuring first-pass silicon success.

Our SoC Verification Expertise Includes

• Testbench Development: Implementing SystemVerilog/UVM-based reusable testbenches for efficient SoC verification.
• Functional Verification: Validating SoC functionality across various operational scenarios.
• Coverage-Driven Verification: Ensuring functional, code, assertion, FSM, and toggle coverage for complete verification.
• IP & Subsystem Verification: Verifying individual IPs and their seamless integration within the SoC.
• Hardware-Software Co-Verification: Validating embedded software execution on SoC hardware.
• Low-Power Verification: Ensuring compliance with UPF/CPF power management strategies for energy-efficient designs.
• Performance & Power Analysis: Evaluating latency, bandwidth, and power consumption for optimization.
• Security & Safety Verification: Validating secure boot, cryptographic accelerators, and functional safety (ISO 26262, DO-254).
• Emulation & FPGA Prototyping: Accelerating verification using hardware-assisted methodologies.

Protocol & Interface Verification

We verify a wide range of standard and custom interfaces, including

• PCIe, USB, Ethernet, DDR (DDR4/DDR5, LPDDR), MIPI, AMBA (AXI, AHB, APB), SerDes, SPI, I2C, CAN, UART, SATA

EDA Tools & Methodologies

We leverage industry-leading SoC verification tools and methodologies

• Cadence Xcelium, Synopsys VCS, Mentor Questa : For high-performance simulation.
• JasperGold, VC Formal : For formal verification & property checking
• Verdi, DVE, Indago : For debugging & waveform analysis.
• UVM, OVM, VMM : For structured and reusable testbench development
• ZeBu, Palladium, Veloce : For emulation & FPGA prototyping.

With expertise in leading process nodes (7nm, 5nm, 3nm, and below) and top foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your SoC designs are highly verified, robust, and silicon-ready

Let us help you validate your SoC designs with precision, ensuring smooth integration, optimal performance, and first-time silicon success.

ASIC Design Verification

Ensure the functional integrity, performance, and reliability of your ASIC designs with our comprehensive verification solutions. We employ advanced methodologies, coverage-driven techniques, and formal verification to detect and resolve design issues early, ensuring first-pass silicon success while optimizing development cycles.

Our ASIC Verification Expertise Includes:

• Testbench Development : Implementing SystemVerilog/UVM-based reusable testbenches for scalable verification.
• Functional Verification : Ensuring the ASIC meets design specifications and intended functionality.
• Coverage-Driven Verification : Achieving functional, code, assertion, and toggle coverage for thorough validation.
• Assertion-Based Verification (ABV) : Using SystemVerilog Assertions (SVA) and PSL to catch protocol and logic violations.
• Formal Verification : Employing property checking and equivalence checking to identify corner-case bugs.
• Low-Power Verification : Validating multi-voltage and power-aware designs with UPF/CPF methodologies.
• Gate-Level Simulation (GLS) & Timing Verification : Ensuring post-synthesis and post-layout functionality.
• DFT & Manufacturing Test Validation : Verifying scan chains, BIST, and ATPG patterns for high-yield testability.
• Hardware-Software Co-Verification : Ensuring seamless firmware integration with ASIC hardware.
• Emulation & FPGA Prototyping : Using hardware-assisted verification to accelerate validation.

Protocol & Interface Verification

We verify a wide range of standard and custom interfaces, including

• PCIe, USB, Ethernet, DDR (DDR4/DDR5, LPDDR), MIPI, AMBA (AXI, AHB, APB), SerDes, SPI, I2C, CAN, UART, SATA

EDA Tools & Methodologies

We leverage industry-leading verification tools and methodologies

• Cadence Xcelium, Synopsys VCS, Mentor Questa : For high-performance simulation.
• JasperGold, VC Formal : For formal verification & property checking.
• Verdi, DVE, Indago : For debugging & waveform analysis.
• UVM, OVM, VMM : For structured and reusable testbench development.
• ZeBu, Palladium, Veloce : For emulation & FPGA prototyping.

With expertise in advanced process nodes (7nm, 5nm, 3nm, and below) and partnerships with leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your ASIC designs are robust, high-performance, and silicon-ready.

Let us help you verify your ASIC designs with confidence, ensuring smooth integration, optimal performance, and first-time silicon success.

FPGA Design Verification

Ensure the functionality, reliability, and performance of your FPGA designs with our comprehensive FPGA Design Verification Services. We help validate your RTL, IP blocks, and full system integration, ensuring your FPGA meets timing, power, and functional requirements for first-pass success.

Our FPGA Verification Expertise Includes:

• RTL Functional Verification : Ensuring correct functionality using UVM, VMM, and other verification methodologies.
• Testbench Development : Creating systematic and reusable test environments for exhaustive validation.
• Simulation-Based Verification : Running pre-synthesis and post-synthesis simulations to verify logic correctness.
• Gate-Level & Timing Simulations : Ensuring timing closure, metastability resolution, and setup/hold constraints.
• Clock Domain Crossing (CDC) & Reset Domain Crossing (RDC) Verification: Detecting synchronization issues and metastability risks.
• Power-Aware FPGA Verification : Validating low-power strategies, power gating, and multi-voltage domains.
• Hardware-in-the-Loop (HIL) & Co-Simulation : Integrating real-world signals with FPGA models for system validation.
• Emulation & Prototyping : Using FPGA prototypes to test software and hardware interactions before final deployment.
• Protocol & Interface Compliance : Verifying standard interfaces like PCIe, DDR, Ethernet, MIPI, SPI, I2C, AMBA (AXI, AHB, APB).
• Regression Testing & Coverage Analysis : Ensuring comprehensive functional and code coverage for high-quality designs.

Supported FPGA Platforms

We verify FPGAs from all major vendors, including

• Xilinx (AMD) – Virtex, Kintex, Artix, Zynq UltraScale+
• Intel (Altera) – Stratix, Arria, Cyclone, Agilex
• Lattice – CrossLink, MachXO, ECP, iCE40
• Microchip (Microsemi) – PolarFire, SmartFusion, IGLOO

EDA Tools & Methodologies

We leverage industry-leading tools for FPGA verification

• Vivado, Quartus Prime, Libero, Radiant : FPGA vendor-specific toolchains.
• ModelSim, Questa, Xcelium, VCS : For functional and gate-level simulation.
• Synopsys SpyGlass, Blue Pearl : For CDC, RDC, and linting checks.
• SystemVerilog, VHDL, Verilog, UVM : For advanced verification methodologies.

Why Choose Our FPGA Verification Services?

• Ensures FPGA Functionality & Performance : Eliminates design issues before hardware implementation.
• Accelerates Development & Debugging : Reduces costly FPGA iterations.
• Optimized for Low-Power & High-Speed Applications : Ensuring efficient power management and high-speed data processing.
• Expertise in Advanced FPGA Technologies : Supporting latest FPGA architectures and AI/ML acceleration.

With deep expertise in FPGA verification, we ensure your designs are robust, optimized, and production-ready.

Let us help you verify your FPGA designs with precision, ensuring seamless deployment and first-pass success.

Formal Verification

Enhance the functional correctness, reliability, and security of your ASIC, SoC, and FPGA designs with our Formal Verification Services. By leveraging mathematical proof-based techniques, we eliminate corner-case bugs, ensure design compliance, and reduce the need for exhaustive simulations, leading to faster verification closure and first-pass silicon success.

Our Formal Verification Expertise Includes

• Equivalence Checking: Ensuring logical consistency between RTL and synthesized netlist.
• Property Checking:Applying SystemVerilog Assertions (SVA) and PSL for exhaustive functional verification.
• Clock Domain Crossing (CDC) Verification: Detecting and preventing metastability and data loss in multi-clock designs.
• Reset Domain Crossing (RDC) Verification: Validating proper reset synchronization across domains.
• Security & Safety Verification: Ensuring secure boot, encryption, access control, and ISO 26262/DO-254 compliance.
• Low-Power Formal Analysis: Validating power domains and retention strategies using UPF/CPF methodologies.
• Connectivity Checking: Ensuring correct wiring and signal routing in hierarchical designs.
• X-Propagation & Deadlock Analysis: Identifying potential unknown states, liveness issues, and deadlocks.
• Linting & Static Verification: Detecting coding errors, unreachable states, and design inconsistencies early.

EDA Tools & Methodologies

We leverage cutting-edge formal verification tools, including

• Synopsys VC Formal: Advanced property checking and equivalence checking
• Cadence JasperGold : For security, power, and CDC/RDC verification
• Siemens Questa Formal : High-performance assertion-based verification
• OneSpin 360, Atrenta SpyGlass : Static verification and linting for design correctness.

With expertise in advanced process nodes (7nm, 5nm, 3nm, and below) and collaboration with leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your designs are bug-free, functionally correct, and silicon-ready.

Let us help you achieve higher verification confidence, detect hard-to-find bugs, and accelerate time-to-market with our proven formal verification methodologies.

Analog and Mixed Signal Verification

Ensure the functional accuracy, signal integrity, and performance of your analog and mixed-signal (AMS) designs with our comprehensive Analog Verification Services. We employ advanced simulation, behavioral modeling, and formal techniques to identify design issues early, ensuring robust, high-performance silicon with first-pass success.

Our Analog Verification Expertise Includes

• Functional Verification: Validating design functionality, signal behavior, and circuit response across process variations.
• SPICE & Mixed-Signal Simulation: Using transistor-level and behavioral simulations for verification efficiency.
• Monte Carlo & Corner Analysis: Ensuring design reliability across PVT (Process, Voltage, and Temperature) variations.
• Noise & Jitter Analysis: Identifying signal degradation and timing inconsistencies in high-speed circuits.
• Power & Thermal Analysis: Evaluating power consumption, leakage, and thermal effects on circuit stability.
• Analog Behavioral Modeling (Verilog-A/AMS): Developing fast, high-level models for system-level validation.
• Mixed-Signal Verification (AMS): Validating interoperability between analog and digital components.
• Parasitic Extraction & Post-Layout Verification: Ensuring real-world manufacturability and performance.
• DFM & Reliability Analysis: Assessing aging effects, electromigration (EM), and electrostatic discharge (ESD) compliance.

Supported Analog & Mixed-Signal Blocks

We verify a wide range of analog and AMS circuits, including

• PLL, ADC, DAC, LDO, Op-Amps, Bandgap References, Power Management ICs (PMICs), High-Speed SerDes, RF Circuits

EDA Tools & Methodologies

We utilize industry-leading tools for precise and efficient analog verification

• Cadence Virtuoso, Spectre, ADE-XL: For custom design and SPICE simulations
• Synopsys HSPICE, FineSim, CustomSim: High-accuracy circuit-level simulation
• Siemens Eldo, Tanner, AFS: For analog and mixed-signal verification
• Mentor Questa ADMS, Cadence AMS Designer: Mixed-signal co-simulation and verification.

With expertise in leading process nodes (7nm, 5nm, 3nm, and below) and collaboration with top foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your analog designs are highly verified, manufacturable, and silicon-ready.

Let us help you verify your analog and mixed-signal designs with precision, ensuring robust performance, manufacturability, and integration success.

Emulation

Accelerate ASIC, SoC, and FPGA verification with our high-performance Emulation Services. By leveraging hardware-assisted verification, we enable faster design validation, early software development, and comprehensive system-level testing, significantly reducing time-to-market and ensuring first-pass silicon success.

Our Emulation Expertise Includes

• SoC & ASIC Emulation : Running full-chip designs on hardware emulators for early system validation.
• Pre-Silicon Software Validation : Enabling firmware, driver, and OS bring-up before silicon availability.
• Hardware-Software Co-Verification : Ensuring seamless integration of embedded software with hardware.
• Performance & Power Analysis : Evaluating system performance, latency, and power consumption in real-time.
• Low-Power Verification : Verifying power management strategies, retention, and DVFS using UPF/CPF.
• Protocol Compliance Testing : Validating standard interfaces like PCIe, USB, DDR, AMBA (AXI, AHB, APB), MIPI.
• Hybrid Verification (Simulation + Emulation) : Combining UVM-based simulation with emulation for accelerated debugging.
• Regression Testing & Debugging : Running extensive test scenarios with waveform capture and deep trace analysis.
• Post-Silicon Validation Support : Assisting in silicon bring-up and hardware debugging.

EDA Tools & Emulation Platforms

We leverage industry-leading emulation tools for optimal performance

• Cadence Palladium Z2 : For scalable and high-performance ASIC/SoC emulation
• Synopsys ZeBu Server : Enabling low-power and high-speed emulation
• Siemens Veloce Strato : High-capacity hardware-assisted verification
• FPGA Prototyping : Using Xilinx, Intel, and custom FPGA-based platforms for pre-silicon testing.

Why Choose Our Emulation Services?

• Accelerated Debugging : Identify and fix complex bugs faster than traditional simulation.
• Early Software Development : Develop and validate embedded software before silicon tape-out.
• Scalability & Performance : Handle large-scale SoC and multi-core designs efficiently.
• Seamless Integration with Verification Flow : Supports hybrid verification, RTL validation, and post-silicon correlation.

With expertise in advanced process nodes (7nm, 5nm, 3nm, and below) and collaboration with leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your designs are thoroughly validated, silicon-proven, and market-ready.

Let us help you streamline verification, accelerate product development, and achieve first-pass silicon success with our cutting-edge emulation services.

Gate Level Verification

Ensure the functional correctness, timing integrity, and power efficiency of your ASIC and FPGA designs with our Gate-Level Simulation (GLS) Services. We help verify post-synthesis and post-layout netlists to detect potential issues related to timing, glitches, metastability, and X-propagation, ensuring first-pass silicon success.

Our Gate-Level Simulation Expertise Includes

• Functional Validation: Verifying RTL vs. gate-level equivalence after synthesis.
• Timing-Aware Simulation : Performing Zero Delay, Unit Delay, and SDF-annotated simulations for timing verification.
• X-Propagation Analysis: Detecting unknown states, uninitialized registers, and incorrect logic propagation.
• Clock Domain Crossing (CDC) Verification : Identifying metastability, data loss, and synchronization issues.
• Reset Domain Crossing (RDC) Validation : Ensuring proper reset synchronization across domains.
• Power-Aware GLS : Validating low-power features, retention cells, and multi-voltage designs using UPF/CPF.
• Scan Chain & ATPG Validation : Verifying DFT, scan insertion, and stuck-at fault detection for manufacturability.
• Glitch & Hazard Detection : – Identifying race conditions and transient glitches that impact circuit reliability.
• Post-Layout Simulation : Ensuring design integrity after parasitic extraction (RC delay effects).

EDA Tools & Methodologies

We utilize industry-leading tools for accurate and efficient GLS execution

• Synopsys VCS, Cadence Xcelium, Siemens Questa : For functional and timing simulations.
• PrimeTime-SI, Tempus, Calibre PEX : For SDF generation and timing validation.
• DVE, Verdi, SimVision : For debugging and waveform analysis
• UPF/CPF Power-Aware Simulations : For low-power verification.

Why Choose Our Gate-Level Simulation Services?

• Early Detection of Timing & Functional Issues : Reduces late-stage design changes.
• Sign-Off Quality Verification: Ensures functional and timing accuracy before tape-out.
• Seamless Integration with Verification & DFT Flow : Supports pre-silicon validation and post-silicon correlation.
• Expertise in Advanced Nodes : Proven GLS methodologies for 7nm, 5nm, 3nm, and below.

With deep expertise in leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your designs are robust, manufacturable, and silicon-ready.

Let us help you validate your gate-level designs with precision, ensuring seamless integration and first-pass silicon success.

Low Power Verification

Optimize power efficiency, reliability, and performance of your ASIC, SoC, and FPGA designs with our Low Power Simulation Services. We ensure that your design meets power intent specifications (UPF/CPF) and verify multi-voltage, retention, and power-gating strategies, helping you achieve first-pass silicon success with minimal power consumption.

Our Low Power Simulation Expertise Includes

• Power-Aware Functional Verification : Validating RTL and gate-level power optimizations with UPF/CPF constraints.
• Multi-Voltage Domain Verification : Ensuring proper level shifter and isolation cell insertion across voltage domains.
• Retention & Power-Gating Analysis : Verifying state retention, wake-up sequences, and power-down strategies.
• Clock & Power Gating Verification : Detecting leakage, glitches, and unintended wake-ups in power-gated blocks.
• Dynamic Voltage & Frequency Scaling (DVFS) Verification : Ensuring smooth transitions between multiple voltage levels.
• X-Propagation & Metastability Analysis : Identifying unknown states and data corruption risks due to power switching.
• Post-Synthesis & Gate-Level Power Simulations : Ensuring accurate power behavior in real-world conditions.
• Leakage & Dynamic Power Estimation : Measuring switching activity and reducing unnecessary power consumption.

EDA Tools & Methodologies

We utilize state-of-the-art tools to accurately simulate low-power designs

• Synopsys VCS-NLP, Cadence Xcelium, Siemens Questa Power-Aware :Functional power simulations.
• PrimeTime PX, Voltus, RedHawk-SC : Power analysis and estimation.
• SpyGlass Power, PowerArtist : Static and dynamic power optimization.
• UPF (Unified Power Format) / CPF (Common Power Format) : Industry-standard power intent verification.

Why Choose Our Low Power Simulation Services?

• Ensures Compliance with Power Specifications : Prevents power-related failures and inefficiencies.
• Reduces Dynamic & Leakage Power : Helps meet power budgets and extend battery life.
• Pre-Silicon Power Optimization : Enables early detection of power issues, reducing costly re-spins.
• Expertise in Advanced Process Nodes : Proven methodologies for 7nm, 5nm, 3nm, and below.

With experience across leading foundries (TSMC, Samsung, GlobalFoundries, Intel, UMC), we ensure your low-power designs are efficient, reliable, and silicon-ready.

Let us help you validate and optimize your power-aware designs, ensuring energy efficiency and first-pass silicon success.

Static Timing Analysis (STA) Verification

Ensure the timing integrity, performance, and reliability of your ASIC, SoC, and FPGA designs with our Static Timing Analysis (STA) Verification Services. We help you achieve timing closure, reduce design risks, and optimize performance by identifying and resolving setup, hold, clock skew, and other timing issues at every design stage.

Our STA Verification Expertise Includes

• Full-Chip Static Timing Analysis : Comprehensive timing verification across all operational modes and corners.
• Setup & Hold Time Analysis : Identifying timing violations and fixing critical path delays.
• Multi-Mode, Multi-Corner (MMMC) Analysis : Ensuring performance across all process, voltage, and temperature variations.
• Clock Skew & Jitter Analysis : Optimizing clock distribution networks to minimize uncertainties.
• Constraint Development & Validation : Writing and validating SDC (Synopsys Design Constraints) files for precise timing checks.
• Clock Domain Crossing (CDC) & Reset Domain Crossing (RDC) Verification : Detecting and resolving metastability and synchronization issues.
• Path-Based & Graph-Based Timing Analysis : Enhancing timing accuracy for improved silicon performance.
• Sign-Off Timing Closure Support : Ensuring final design meets timing closure before tape-out.
• Derating & On-Chip Variation (OCV) Analysis : Addressing variability effects in deep sub-micron designs.
• IR Drop & Power-Aware Timing Analysis : Evaluating voltage drop impact on timing for reliable operation.

EDA Tools & Foundry Compliance

We leverage industry-leading STA tools to ensure accurate and efficient timing verification

• Synopsys PrimeTime : Industry-standard sign-off STA tool.
• Cadence Tempus : High-performance timing analysis and closure.
• Siemens Calibre Timing Solutions : For advanced sign-off verification
• OpenSTA, RedHawk-SC, Voltus : Power-aware STA for voltage variations and power integrity checks.
• TSMC, Samsung, GlobalFoundries, Intel, UMC Compliance: Meeting foundry-specific timing sign-off requirements.

Why Choose Our STA Verification Services?

• Ensures Timing Closure & Silicon Success : Eliminating critical timing violations before tape-out.
• Reduces Re-Spins & Accelerates Tape-Out : Avoiding delays and costly redesigns
• Optimized for Advanced Nodes : Expertise in 7nm, 5nm, 3nm, and FinFET technologies.
• High-Performance, Low-Power Designs : Helping achieve PPA (Performance, Power, Area) optimization.

With deep expertise in STA and sign-off verification, we ensure your designs meet timing constraints, power goals, and manufacturing requirements for first-pass silicon success.

Let us help you achieve robust and reliable timing closure with our advanced STA Verification Services!

Physical Design Verification

Ensure manufacturability, reliability, and performance of your ASIC and SoC designs with our Physical Design Verification Services. We help you meet foundry sign-off requirements by validating layout correctness, electrical integrity, and design rule compliance, reducing the risk of costly silicon re-spins.

Our Physical Verification Expertise Includes

• Design Rule Checking (DRC) : Ensuring compliance with foundry-specific geometrical constraints.
• Layout vs. Schematic (LVS) Checking : Validating netlist-to-layout consistency to avoid mismatches.
• Antenna Rule Checking (ARC) : Preventing damage due to charge accumulation during fabrication.
• Parasitic Extraction (PEX) : Extracting RC parasitics for accurate post-layout simulations.
• Electromigration (EM) & IR Drop Analysis : Assessing power/ground network reliability and signal integrity.
• Metal Density & Planarity Analysis : Ensuring uniform metal distribution to prevent yield issues.
• Chip-Level DFM & Yield Optimization : Identifying hotspots and optimizing layouts for higher yield.
• Thermal & Stress Analysis : Evaluating heat dissipation and mechanical stress in advanced nodes.
• ESD & Latch-Up Prevention : Verifying protection structures to prevent electrical failures.

EDA Tools & Foundry Compliance

We use industry-leading verification tools to ensure accuracy and compliance

• Synopsys IC Validator, Cadence Pegasus, Siemens Calibre : For DRC, LVS, and PEX.
• RedHawk-SC, Voltus, PrimeTime-SI : For IR drop, EM, and signal integrity analysis.
• SpyGlass DFT, Litho-Friendly Design (LFD) : Ensuring DFM and manufacturability.
• TSMC, Samsung, GlobalFoundries, Intel, UMC Compliance : Meeting foundry-specific sign-off requirements.

Why Choose Our Physical Verification Services?

• Ensures Tape-Out Readiness : Meeting all foundry design rules and sign-off criteria.
• Reduces Silicon Re-Spins : Identifying and fixing physical design issues early.
• Optimizes Yield & Reliability : Improving manufacturability, power integrity, and robustness.
• Expertise in Advanced Nodes : Proven methodologies for 7nm, 5nm, 3nm, and below.

With deep expertise in physical design verification, we ensure your designs are fabrication-ready, yield-optimized, and silicon-proven.

Let us help you achieve first-pass silicon success with comprehensive physical verification.