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ABOUT US

Who We Are

Powering the Future with AI Chips

AI Chips is a startup focused on building custom chips that accelerate Machine Learning (ML) algorithms. Many ML algorithms suitable for solving real-world problems require significant resources in terms of computation, power/energy, memory, as well as dollar cost. Compared to CPUs and GPUs, custom implementations (FPGAs and ASICs) can deliver superior performance at reduced cost, power, and with smaller footprint.
AI Chips is led by researchers with over 30+ years of experience in chip design, design automation, algorithm design, algorithm optimization, and embedded computing. Our immediate focus is to implement ML inference accelerators suitable for edge computing.
Who We Are

Crafting Tomorrow’s AI Silicon

AI Chips specializes in custom chip solutions that accelerate Machine Learning (ML) for real-world applications. Our ASIC/FPGA solutions have lower SWaP-C (Size, Weight, Power, and Cost) compared to CPU and GPU solutions.
Backed by experts with 30+ years of industry experience in chip design, algorithm development and embedded computing, we focus on ML inference accelerators optimized for edge computing.
  • Rapid prototyping
  • Low cost
  • Low volume
  • High performance

Why AI Chips

  • Low SWaP-C solutions optimized for edge deployment
  • Ability to deliver both productized IP and custom solutions
  • Rapid prototyping with production-ready engineering discipline
  • Strong IP protection and flexible engagement models

What We Do

  • Products & Platforms: AI inference IP and hardware building blocks; edge AI and perception compute platforms; sensor-aware processing and compression technologies
  • Engineering Services: ASIC/FPGA design from architecture to tape-out; embedded systems and AI software; post-silicon validation and bring-up
Adaptive ROI H.265
Our Capabilities

End-to-End Chip Design Services

Our chip design process covers the entire product lifecycle:
  • 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

Experience & Credibility

Experience across automotive, industrial, robotics, and edge AI domains

Years of semiconductor experience
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Completed projects
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Patents
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Peer-reviewed publications
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