AI Chip Design Excellence
From Concept to Silicon
Transforming your Ideas into
Silicon Reality
AI Chip Design Excellence
From Concept to Silicon
Transforming Ideas into
Silicon Reality
Delivering high-performance, low-power, and future-ready AI hardware accelerator semiconductor solutions for the world’s most advanced applications
Where Innovation Meets Silicon
With deep expertise in ASIC, SoC, FPGA, and mixed-signal design, we ensure your chip meets the highest industry standards while giving you a competitive edge.
Next-Gen ASIC / FPGA with hard coded AI / ML
Our Core AI Technology
Crafting Tomorrow’s AI Silicon
End-to-End Chip Design
- Architecture & Specification – Tailoring design for speed, power, and scalability
- RTL Design & Verification – Ensuring flawless functionality with industry-standard EDA tools
- Physical Design (Layout) – Area, timing, and power optimization for maximum yield
- Design for Testability (DFT) – Built-in test features to minimize risk and improve manufacturability
- Tape-out & Fabrication Support – Smooth transition from design to foundry production
- Rapid prototyping
- Low cost
- Low volume
- High performance
Our Core AI Services
ASIC Development
Application-Specific Integrated Circuits (ASICs) enable tailored performance, lower power consumption, and reduced BOM
FPGA Development
Field Programmable Gate Arrays (FPGAs) offer unmatched flexibility, allowing hardware reconfiguration for evolving
VLSI Programming
VLSI (Very Large Scale Integration) programming is the backbone of modern semiconductor design.
AI OBJECT DETECTION AT SILICON SPEED
Running YOLOv11 entirely in hardware unlocks real‑time edge vision without bulky accelerators.
ABOUT AI CHIPS
Industries We Serve
Aerospace
Construction & Engineering
Drones and Robotics
Energy & Utilities
Forestry & Agriculture
Infrastructure
Transportation
Urban Planning & Development
Our AI Services
ASIC Development
Application-Specific Integrated Circuits (ASICs) enable tailored performance, lower power consumption, and reduced BOM
FPGA Development
Field Programmable Gate Arrays (FPGAs) offer unmatched flexibility, allowing hardware reconfiguration for evolving
VLSI Programming
VLSI (Very Large Scale Integration) programming is the backbone of modern semiconductor design.
End-to-End Chip Design Services
- Architecture & Specification – Tailoring design for speed, power, and scalability
- RTL Design & Verification – Ensuring flawless functionality with industry-standard EDA tools
- Physical Design (Layout) – Area, timing, and power optimization for maximum yield
- Design for Testability (DFT) – Built-in test features to minimize risk and improve manufacturability
- Tape-out & Fabrication Support – Smooth transition from design to foundry production
JOIN OUR EXCLUSIVE
EDUCATION & IMPACT LAYER
PROGRAM HIGHLIGHTS
Academic Partnerships
Design, simulate, and deploy edge-AI systems
Collaborate with university labs and robotics teams
Mentored internships and industry placements
Curriculum Integration
Provide hardware-native AI toolkits and simulators
Embed edge-AI modules into STEM courses
Preparing a workforce fluent in AI hardware design
Hands-on Learning
Joint research labs & internships
Academic IP collaboration
STEM curriculum integration
Workforce Development
Students design low-power models for real devices
Training on deployment and field evaluation
Strengthening systems thinking and
hardware-aware ML
PROGRAM HIGHLIGHTS
Academic Partnerships
Design, simulate, and deploy edge-AI systems
Collaborate with university labs and robotics teams
Mentored internships and industry placements
Curriculum Integration
Provide hardware-native AI toolkits and simulators
Embed edge-AI modules into STEM courses
Preparing a workforce fluent in AI hardware design
Hands-on Learning
Joint research labs & internships
Academic IP collaboration
STEM curriculum integration
Workforce Development
Students design low-power models for real devices
Training on deployment and field evaluation
Strengthening systems thinking and
hardware-aware ML
Why This Matters
Provide students practical experience with edge systems
Accelerate translation of research into deployable IP
Equip educators with up-to-date hardware AI modules
Grow a talent pipeline for silicon and embedded AI roles
Foster multi-disciplinary collaboration between industry and academe
Custom Solutions for Every Need
- ASIC Design – High-performance, application-specific chips for unique use cases
- FPGA Design & Prototyping – Fast deployment with flexible architectures
- SoC (System-on-Chip) Development – All-in-one solutions for complex systems
- Low-Power IoT Devices – Ultra-efficient chips for connected devices
- Mixed-Signal & Analog Design – Precision control for advanced electronics
Core Competencies
- ASIC Design – Application-specific, high-performance custom chips
- FPGA Design & Prototyping – Rapid, flexible deployment options
- SoC Development (System-on-Chip) – Comprehensive, integrated solutions
- Low-Power IoT Chips – Optimized ultra-efficient connected devices
- Mixed-Signal & Analog Design – Precision engineering for sophisticated electronics
- Designed and manufactured in USA / Taiwan / India
- End-to-end product design
- AI/ML algorithms in hardware, for near real-time inferencing
Technology Expertise
We are experienced across advanced process nodes - from 28 nm down to 3 nm - ensuring compatibility with the latest foundry standards and fabrication ecosystems.
We deliver high-performance AI Chips
- Decades of semiconductor experience – Consistently delivering first-time-right Silicon
- Cutting-edge EDA tools – State-of-the-art design platforms
- Global partnerships – Working with premier foundries and OEMs
- Custom-tailored designs – Aligned to both performance targets and budget
- Fast, reliable delivery – Streamlined workflow accelerates time to market
The Future Runs on Chips. Let’s Build Yours
Whether it’s a custom ASIC, a high-speed FPGA prototype, or a sophisticated SoC, our engineers can bring your vision to life.
The Future Runs on Chips. Let’s Build Yours
Whether it’s a custom ASIC, a high-speed FPGA prototype, or a sophisticated SoC, our engineers can bring your vision to life.
Latest Blogs
Powering the Future of Intelligence: Inside the World of AI Chip Design and Development
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In 2025, the race to dominate next-generation AI chip architectures has never been
Smart Logging: Turning Sensor Streams into Real-Time Edge Decisions
Smart Logging blends IoT sensors, AI chips, and edge analytics to capture, clean,